Slide bearings - Wolf Kunststoff-Gleitlager GmbH

CCCCCCContents9.Damping .................................................................................................................................2510.Environmental influences ........................................................................................................2510.1. Chemicals ......................................................................................................................2510.2. Stress crack formation ....................................................................................................2510.3. Hydrolysis resistance ......................................................................................................2511.Correlations on slide bearing operation .....................................................................................26 -2712.Construction and material selection of a radial slide bearing ......................................................2812.1. Calculation by means of electronic data-processing ...........................................................2812.2. Calculation by the constructeur ........................................................................................28Flow diagram used for slide bearing claculation part 1 ........................................................29Flow diagram used for slide bearing claculation part 2 ........................................................30Flow diagram used for slide bearing claculation part 3 ........................................................3112.2.1. pv-value check ................................................................................................................32 -3512.2.2. Assessment of the emerging temperatures for usual constructions ......................................36 -3712.2.3. Assessment of working life ..............................................................................................38 -3912.2.4. Secant compressive modulus for stress duration < 0,01h ....................................................4012.2.5. Secant compressive modulus for stress duration < 100h .....................................................4112.2.6. Secant compressive modulus for stress duration

CCCCCC1. PrefaceThe dimensions of the “bushings used for slide bearings made from ZEDEX-plastics” have been determinedaccording to the following standards:DIN 1494 part 1DIN 1498 shape F (without slit)DIN 1552 part 1DIN 1850 part 1,3,4,5All bushings quoted are available in four different classes of bearing clearances.PrefaceContentsclass ofbearingclearancecontractionrecommendedcasing hole) *ISO -tolerance ofthe hole afterinsertioncontraction inthe articlenumbercoarse C H5 C8 C08applications / restrictionshighest load-carryingcapacity at high ambienttemperaturesMaterialoverviewstandard D H5 D8 D08fine F H5 F8 F08negative N H5 N8 N08Table 1: Classes of bearing clearances )* = see chapter 4.1.complete load-carryingcapacityhigh accuracy reducedstress on high slidingspeedhighest accuracymaximum sliding speedup to 10m/minThe dimension list shows the maximum and minimum diameters of the bushing inserted (d1 maxand d1 min) forthe standard design. The figures for other classes of bearing clearances are to be taken from the ISOtolerancetable.DesignguidelinesMathematicalexampleConstitution of the article number:Z 1A D08 001003001}}}Ill.1: Article keyClass of bearing clearance:coarse C08standard D08fine F08negative N08Material contraction:ZX-100A 1AZX-100EL63ZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTShape:cylindricalcylindrical with collar1G1K1T3A3H3F3J3BZBZX-410ZX-530ZX-550ZX-720Example:Z 5D D08 001003001In this connection means:Z = cylindrical shape5D = material ZX-530D08 = standard class of bearing ISO D8ZX-750V1TZX-750V2TZX-750V3ZX-750V3TZX-750V44A5D5L7A9A9C9B9F9DTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Slide bearing bushes can also be manufactured or revised according to customer'srequirements.Ä Please enlist the free advisory service of our application research department.Ä Please fill out the questionnaire enclosed and send it back to us.Ä We will elaborate a plastics-oriented bearing and draw up a calculation concerning theload-carrying capacity as well as the working life for you.Index4Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CC CC CCZX-100Astandard material2. Material overviewbudget-priced application:- maintenance-free ambient temperature: -100°C up to +55°C (+70°C)- wear resistant sliding speed 0 up to 100m/min- low friction surface pressure up to 20 N/mm 2 (60 N/mm 2 short-term)- high damping impacts and vibrations- reduced accuracy dirt and abrasive particles- impact resistant outdoor and water use- vibration resistant negative bearing clearance possible- food suitable alternative material for bronze, POM, PA- reasonably pricedPrefaceContentsZX-100EL63standard materialZX-100Kstandard materialZX-100MTstandard materialZX-324special materialvibration damper application:- maintenance-free ambient temperature: -50°C up to +55°C (+70°C)- wear resistant sliding speed 0 up to 10m/min- elastic, flexible surface pressure up to 3N/mm 2 (10 N/mm 2 short-term)- shore hardness 63D impacts and vibrations- very high damping dirt and abrasive particles- highly impact resistant outdoor and water use- vibration resistant chemicalsnegative bearing clearance possiblealternative material for rubber, elastomericsallrounder application:- maintenance-free ambient temperature: -150°C up to + 70°C (+90°C)- wear resistant sliding speed 0 up to 100m/min- low friction surface pressure up to 25 N/mm 2 (75 N/mm 2 short-term)- impact resistant edge pressure or geometry error permissible- vibration resistant impacts and vibrations- reasonably priced dirt and abrasive particlesoutdoor and water usechemicalsnegative bearing clearance possiblealternative material for bronze, POM, PA, DUallrounder-high application:quantity- maintenance-free ambient temperature: -30°C up to +80°C (+100°C)- wear resistant sliding speed 0 up to 100m/min- low friction surface pressure up to 28N/mm 2 (85 N/mm 2 short-term)- low stick-slip danger impacts and vibrations- high damping dirt and abrasive particles- impact resistant outdoor and water use- vibration resistant chemicals- food suitable negative bearing clearance possible- reasonably priced alternative material for bronze, POM, PAhigh static stress application:- maintenance-free ambient temperature: -100°C up to +180°C (+220°C)- low friction sliding speed 0 up to 5m/min- high strength at surface pressure up to 50N/mm 2 (125N/mm 2 short-term)- temperatures up to 250°C edge pressure or geometry error permissible- highly impact resistant impacts and vibrations- vibration resistant dirt and abrasive particles- good chemical resistance outdoor and water use- hydrolysis resistant negative bearing clearance possiblealternative material for bronze, POM, PA, PEEKMaterialoverviewDesignguidelinesMathematical exampleTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Index5Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CC CC CCZX-324V1Tstandard materialZX-324V2Tstandard materialZX-324V3Tspecial materialZX-324VMTspecial materialZX-410standard materialbudget-priced high tech- maintenance- free- wear resistant- low wear at temperaturesup to 250°C- low friction- low stick-slip danger- low temperaturedevelopment- high strength attemperatures up to 250 °Clow speed- maintenance- free- wear resistant- decreasing wearcharacteristics withincreasing temperature- low friction- high strength attemperatures up to 250 °Clow speed, high temp.- maintenance -free- wear resistant- low friction- decreasing frictionalproperties withincreasing temperature- high strength attemperatures exceeding100 °Chigh static stress, hightemperature- maintenance- free- wear resistant- geringer Verschleiß beiTemperaturen bis 250°C- low friction- decreasing frictionalproperties withincreasing temperature- high strength attemperatures up to 250 °Chigh pv-value- maintenance- free- low friction- low temperaturedevelopment- high strength attemperatures up to 150 °C- hydrolysis resistant2. Material overviewapplication:ambient temperature: -50°C up to +160°C (+200°C)sliding speed 0 up to 5m/minsurface pressure up to 40N/mm 2 (120N/mm 2 shortterm)edge pressure or geometry error permissibleimpacts and vibrationsdirt and abrasive particlesoutdoor and water useaggressive chemicalsnegative bearing clearance possiblealternative material for bronze, POM, PA ,PEEKapplication:ambient temperature: -50°C up to +170°C (+210°C)sliding speed 0 up to 40m/minsurface pressure up to 45N/mm 2 (125 N/mm 2 shortterm)edge pressure or geometry error permissibleimpacts and vibrationsdirt and abrasive particlesoutdoor and water useaggressive chemicalsnegative bearing clearance possiblealternative material for bronze, POM, PA , PEEKapplication:ambient temperature: -50°C up to +180°C (+240°C)sliding speed 0 up to 100m/minsurface pressure up to 43N/mm 2 (130 N/mm 2 shortterm)impacts and vibrationsoutdoor and water useaggressive chemicalsalternative material for bronze, POM, PA , PEEKapplication:ambient temperature: -50°C up to +210°C (+250°C)sliding speed 0 up to 100m/minsurface pressure up to 50N/mm 2 (150 N/mm 2 shortterm)outdoor and water usechemicalsalternative material for bronze, POM, PA , PEEKapplication:ambient temperature: -50°C up to +150°C (+190°C)sliding speed 0 up to 100m/minsurface pressure up to 50N/mm 2 (140 N/mm 2 shortterm)dirt and abrasive particlesoutdoor and water usenegative bearing clearance possiblealternative material for bronze, POM, PA ,PEEKPrefaceContentsMaterialoverviewDesignguidelinesMathematical exampleTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Index6Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CC CC CCZX-530bearing materialZX-550standard materialZX-720standard materialZX-750V1Tspecial materialZX-750V2Tspecial materialhigh speed- maintenance- free- wear resistant- low wear at temperaturesup to 200°C- low friction- low stick-slip danger- very low temperaturedevelopment- very high chemicalresistanceagressive chemicals- maintenance- free- wear resistant- very low wear- very low friction- low stick-slip danger- low temperaturedevelopment- extremely high chemicalresistance- hydrolysis resistantlow friction- maintenance -free- wear resistant- very low friction- low stick-slip danger- very low temperaturedevelopment- high chemical resistance- hydrolysis resistanthigh temperature,high working life- maintenance -free- wear resistant- constant friction withincreasing temperartureand surface pressure- extremely high strengthhigh temperature,high rigidity- maintenance -free- wear resistant- low wear at temperaturesup to 200°C- low friction- high strength attemperatures up to250 °C2. Material overviewapplication:ambient temperature : -30°C up to +110°C (+130°C)sliding speed 0 up to 200m/minsurface pressure up to 30N/mm 2 (80 N/mm 2 shortterm)outdoor and water useaggressive chemicalsnegative bearing clearance possiblealternative material for bronze, POM, PA, PEEK,PTFE-Compundsapplication:ambient temperature: -100°C up to +110°C (+130°C)sliding speed 10 up to 200m/minsurface pressure up to 8N/mm 2 (20 N/mm 2 shortterm)dirt and abrasive particlesoutdoor and water useaggressive chemicalsnegative bearing clearance possiblealternative material for bronze, POM, PA, PEEK,PTFE-Compoundsapplication:ambient temperature: -100°C up to +110°C (+130°C)sliding speed 10 up to 200m/minsurface pressure up to 10N/mm 2 (20 N/mm 2 shortterm)dirt and abrasive particlesoutdoor and water usechemicalsnegative bearing clearance possiblealternative material for bronze, POM, PA,PEEK, PTFE-Compoundapplication:ambient temperature: -50°C up to +220°C (+260°C)sliding speed 0 up to 100m/minsurface pressure up to 50N/mm 2 (150 N/mm 2 shortterm)alternative material for bronze, POM, PA , PEEKapplication:ambient temperature: -50°C up to +220°C (+260°C)sliding speed 40 up to 150m/minsurface pressure up to 60N/mm 2 (170 N/mm 2 shortterm)alternative material for bronze, POM, PA, PEEKPrefaceContentsMaterialoverviewDesignguidelinesMathematical exampleTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Index7Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CC CC CCZX-750V3Tspecial materialhigh temperature,high rigiditiy- maintenance-free- wear resistant- low wear at temperaturesup to 200°C- low stick-slip danger- high strength attemperatures up to 270 °C2. Material overviewapplication:ambient temperature: -50°C up to +230°C (+270°C)sliding speed 10 up to 250m/minsurface pressure up to 70N/mm 2 (180 N/mm 2kurzztg.)outdoor and water usealternative material for bronze, POM, PA , PEEKPrefaceContentsZX-750V4special materialhigh temperature,high speed- maintenance- free- wear resistant- very low friction- low stick-slip danger- low temperaturedevelopmentapplication:ambient temperature: -50°C up to +210°C (+250°C)sliding speed 0 up to 200m/minsurface pressure up to 35N/mm 2 (120 N/mm 2kurzztg.)outdoor and water usealternative material for bronze, POM, PA , PEEKIndexMaterialoverviewMathematical exampleDesignguidelinesSlide bearings(with collar)Slide bearings(cylindrical)Conditions ofinstallationTribology8Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CC CC CC2. Material overviewstrength physical electricalZX-750V4TPrefaceContentsIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinespropertiesdensity [kg/dm³]modulus in tension [N/mm 2 ]tensile strength [N/mm 2 ]bursting strength [N/mm²]ZX-750V3tensile stress at yield [N/mm²]elongation at break [%]ZX-750V2Tmodulus in flexure [N/mm 2 ]flexural strength [N/mm²]ZX-750V1Tflexural yield stress [N/mm²]ZX-750 V0compressive strength [N/mm²]ZX-720creep modulus, 1% deformation, 1000h [N/mm²]ZX-550stress at 1% deformation [N/mm²]ZX-530ball indentation hardness H358/30 [MPa ]ball indentation hardness H961/30 [MPa]ZX-410Rockwell hardness scale LZX-324VMTRockwell hardness scale MZX-324V3TRockwell hardness scale EZX-324V2TShore hardness scale AZX-324V1TShore hardness scale DZX-324impact strength Charpy unnnotched [J/m²]impact strength Charpy notched [J/m²]ZX-100MTimpact strength IZOD unnotched [J/m 2 ]ZX-100Kimpact strength IZOD notched [J/m 2 ]creep strengthZX- 100EL63heat distortion temperature 1,8 Mpa [°C]- 1,41 1,45 - - 1,86 1,7 1,51 1,33 1,48 1,37 1,33 1,33 1,32 1,75 1,35 1,23VICAT softening point VST/B 50 [°C]-85--262800-thermal conductivity [W/(m*K)]-233--217500339specific heat capacity [kJ/(kg*K)]fire behavior (3,2mm] UL 94-200--214600330oxygen index42000203--1,522000-specific volume resistance [Ω*cm]-94--903000-surface resistance [Ω ]-1214-200--penetration resistance [kV/cm]80049--9259072,4tracking resistance13806166-4320092dielectric constant (110Hz) [-]dissipation factor (110Hz) [-]arc resistance [s]Materialoverview-96--30280013010000142--1,6100002105700104--9600018035009665-37370016035009665-373700160360096-12504100170500072-72,53624008525006548-60200085310--19---------------------202------------------------60--34---74--136---146--159--150150--231---130--197---125--175---120--175---125--174------153220---75-136---------------------------------------------------------240-------110-----534-----9000280-----6300k.Br.103----6300580103----630058099----8000k.Br.----200003200-50--70k.Br.6000------k.Br.-70‘-----110•-----73”-----135“316----90-238-----Œ-----70Œ-----30-----64‘195----90’270-0,24-V-0-‘200-0,24-V-0-165-----170----80‘160-0,251,35V-0-95-0,281,894HB110Ž75-0,241,594HB--125--94HB------------------------------------------------------------------------43-------43------------------------1E171E15-------1E15-----25-1E1255-----1E14>1E152,2----ZX-100A1,322005046,750330208070---11092-10785-9783k.Br.15400--69-0,221,494HB21-1E12-----Table 2: Material propertiesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-209

CCCCCC2. Material overviewbearings tribological friction wear precision environmental influences misc. substitude for ...ZX-750V4TZX-750V3ZX-750V2TZX-750V1TZX-750 V0ZX-720ZX-550ZX-530ZX-410ZX-324VMTZX-324V3TZX-324V2TZX-324V1TZX-324ZX-100MTZX-100KZX- 100EL63355,684-1-3,5--1,70,8522,452552011103,83355644232061433521,10,170,35 0,42 0,16 0,15 - - 0,18 0,3 0,35 0,21 0,3 - 0,17 0,1 0,115 0,1 --200155“0,190,170,110,2880,7000,6770,885“0,2‘üŽ300250210-6,5-”‘“’-294---ü--274690“0,170,150,10,120,2300,5680,742“0,2•-Œ2702702303,63,6-“’‘-312---ü---24144‘0,160,140,10,0710,1100,405-”0,12”-Œ26026022033-“’‘-319---ü---90110“0,140,130,1250,043---”0,1“-Œ2602602203,23,2J“’‘-334---ü-----’’0,120,10-1,38---’0,24“-‘240--5,55,5-‘‘‘-266---ü--2621-””0,090,06-0,295---•-Œü-13011014,419,2-”•”------ü-273868’”0,120,110,080,045---•0,01Œü2501301101216J”••-255-PrefaceContentsIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinespropertiesZX-100Aperm.surface pressure at v=1m/min [N/mm 2 ]-perm.surface pressure at v=10m/min [N/mm 2 ]1,6perm.surface pressure at v=100m/min [N/mm 2 ]0,075temperature development at v=1m/min [°C]-temperature development at v=10m/min [°C]70temperature development at v=100m/min [°C]-vibration and impact resistance“vibration and impact damping•µ static at 20° C in dry runs [-]-µ dynamic at 20° C in dry runs [-]-µ dynamic at 100° C in dry runs [-]-wear factor at 20°C [mm/100km]0,044wear factor at 100°C [mm/100km]-wear factor at 200°C [mm/100km]-wear factor at 240°C [mm/100km]-dimensional stability through water absorption‘water absorption 23°C/rel.humidity 93% [%]0,35dimensional stability through change in temp.neg.bearing clearance for highest precision-misalignment adjustment•max.permissible temperature for material [°C]75max.temp.for slide bearing attachment,stat.[°C]70max.temp.for slide bearing attachment,dyn.[°C]55coefficient of expansion up to 100°C [10 -5 /°K]-8,7coefficient of expansion up to 150°C [10 -5 /°K]13,2insertion in waterJdust, dirt, abrasive substanceUV resistance’hydrolysis resistance [hot water]chemical resistance‘non-toxic-price/volume [DM/dm 3 ]23bronzeüpolyamide (Pa6, Pa.6.6 ; Pa 12)üpolyoxymethylene (POM)üPEEK / PEEK compounds-PTFE / PTFE compounds-rubber-Materialoverview--ü-3463590,180,170,110,0450,1090,465-•0,01ü24013011069J‘“••ü227----ü-363545‘‘0,20,16-0,2250,3260,297-0,6‘ü1901901505,55,8-’””‘-200---ü--6574110’0,120,0950,080,0430,1800,3600,523•0,05’-Œ250250210-3,8J•””“-385---ü--608394‘’0,140,150,070,091---•0,05‘-250240180-5,0J“””“-290---ü--6595120“’0,130,1550,091,2100,1410,4840,636”0,1ü250210170-6,5J’”””-326---ü--6147109’’0,110,130,22,6100,8940,4590,659”0,1ü250200160-5,9J’””’-259---ü--1003380”“0,090,09-3,150-0,534-•0,05‘ü250220180-5,9J’”””-290---ü--4578-“0,120,110,070,110---“0,2ü130100807,110,7J’”’’-74üüü---426035•’0,110,080,150,0700,210--’0,3Žü1109070812J‘”’’ü47üüü---3235-••--------0,2ü•75705514-JŒ“‘-------üTable 2: Material propertiesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2010

CC CC CC3.Slide bearingsSlide bearingsPrefaceSlide bearings absorb the journals of axises or screws.We distinguish between radial bearings to transduce/absorb transverse forces and axial bearings to absorblongitudinal forces. Moreover, there are guide bearingswhich merely guide the screw in its position withoutabsorbing any definable forces.The journals rotate inside the bearing bushes subject tosliding friction with oil, grease, water or even withoutlubrication (i.e. in dry runs).3.1.Slide bearings made from plasticsContentsMaterialoverviewIn general, our slide bearings run smoother than antifrictionbearings and are also indifferent to edge pressure,impacts and vibrations, owing to the big contact surfaceof the slide bearings (between screw and slide bearingbushes) and its high polymer damping properties. Slidebearings do not require any sealings, for they are indifferentto dirt.Slide bearings are simply constructed and can also beproduced separately (ill. 9) without any difficulties.Running on pure liquid friction, they achieve an almostunlimited working life and are able to run with highestscrew speed.In general, they are cheaper than anti-friction bearings.3.1.1.Slide bearing materialsWe supply all slide bearing bushes itemized in thiscatalogue only made from plastics of the Wolf-ZEDEXseries- see chapter 2-.3.1.2.Slide bearing shape and dimensionsThe dimensions of the slide bearings made from plastics,which are offered in this brochure, correspond to thefollowing DIN-standards.This is to make sure, thatmetallic slide bearings according to DIN can be replacedby those made from plastics, without alterating thedimensions and tolerances of the connecting parts.- DIN 1850solid bushings used to insert into casings- DIN 1552used to press on journals- DIN 1494rolled bushings used as stuffing bushings- DIN 1498considerably thick-walled compared to stuffingbushingsThe bushings are supplied according to standard withoutlubricating grooves, lubricating bags, oil drilling rigs andwithout slit.In case these additives are required, you should enquireseparately.Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20Index Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines11

CCCCCC4. Design guidelines4.1. Attaching the bushings to insert intothe casing4.1.1. Inserting the bushingsIn general, the slide bearing bushes are fixed by simplystuffing them into the casing hole (economical way ofattachment).4.1.2. Interference of bushingsAttaching the bushingsIncrease of the installation bearing clearance Sv bythe use of an adapter hole of an ISO-tolerance ofH6[µm]H7[µm]H8[µm]Casing inside diameter up to 3mm 2 6 10 21Casing inside diameter exceeding 3mm - 6mm 3 7 13 25Casing inside diameter exceeding 6mm -10mm 3 9 16 30Casing inside diameter exceeding 10mm - 18mm 3 10 19 35Casing inside diameter exceeding 18mm - 30mm 4 12 24 34Casing inside diameter exceeding 30mm - 50mm 5 14 28 51Casing inside diameter exceeding 50mm - 80mm 6 17 33 61Casing inside diameter exceeding 80mm - 120mm 7 20 39 72Casing inside diameter exceeding 120mm - 180mm 7 22 45 82Casing inside diameter exceeding 180mm - 250mm 9 26 52 95H9[µm]Casing inside diameter exceeding 250mm - 315mm 9 29 58 107PrefaceContentsMaterialoverviewDue to the fact, that plastic alloys taken from the ZEDEXseriesshow a lower elastic modulus than metallicmaterials, the stuffing interference of the bushings outsidediameter has to be chosen bigger than that of similarmetal slide bearings.outside diameter ød 2v(mm)interference/-oversizemin.(mm)interference/-oversizemax.(mm)exceeding 6 - 10 0,05 0,08exceeding 10 - 20 0,08 0,12exceeding 20 - 50 0,10 0,15exceeding 50 - 100 0,15 0,20exceeding 100 - 150 0,20 0,28exceeding 150 - 230 0,25 0,35exceeding 230 - 300 0,3 0,4Table 3: Stuffing interferences4.1.3. Adapter hole4.1.3.1. Standard adapter holeAll slide bearing bushes are designed for a stuffing fitused for an adaptor hole with an sufficient wall thicknessas well as of an ISO-tolerance of H5. All bushings areavailable with the necessary interferences/oversizes listedin table 3 (conditions of installation).4.1.3.2. Special adapter holesPrincipally the use of an adaptor hole of a quality deviantfrom 5 is possible (eg. H6 or H7). In these cases, onlythe holes upper dimensional deviation ød1 of the bushingsincreases after insertion.Please take all further information concerning the increaseof the installation bearing clearance caused by the useof an ISO-tolerance deviant from H5 out of table 4.Table 4: Increase of the installation bearing clearanced1 = Sv + ød1 H5max[2]in which:d1 H5Svød1max =ISOtoleranceofthe adapterhole= upper dimensional deviation of the slidebearing bush by using a casing of an ISOtolerance[mm] deviant from H5= increase of the installation bearingclearance [mm] taken from table 4upper dimensional deviation of the slidebearing inserted into a casing of an ISOtoleranceof H5 taken from dimensionslists granting an appropriate screwdiameter d [mm]upperdimensionaldeviation(ø 30mm)[µm]difference ofthe upperdimensionaldeviations[µm]upper dimensionaldeviation of thehole d1 afterinsertion takenfrom dimensionlist[µm]lower dimensionaldeviation of thehole d1 afterinsertion[µm]H5 9 0 98 65H6 13 4 98+4 =102 65H7 21 12 98+12=110 65H8 33 24 98+24=122 65H9 52 43 98+43=141 65Example for a bushing of a diameter d1= 30mmIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2012

CCCCCCAttachment when operating on high temperature fluctuations4.1.4. Attachment when operating on hightemperature fluctuationsWhen exceeding the permissible temperatures (ill. 2)additional securing measures and compensationmeasures have to be taken into account, because theshear stress arisen through the stuffing interference insidethe cross-section of the slide bearing, is reduced bystress relaxation, which is caused by action applicationof heat.max. permissible casing temperature [ºC]200180160140120100806040200ZX-100AZX-100EL63ZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530ZX-550ZX-720ZX-750V1TZX-750V2TZ X-750V3ZX-750V4TIll.2: Maximum permissible casing temperature (PC)The securing measures can be based on a moldclamping mechanism (e.g. by installing the bushing insidea ring-shaped groove (ill. 6) or by using securitiy rings) oron a non-positive connection (e.g. by bonding the bushinginside the casing (ill. 4).These securing measures require a slit-shaped bushing.Concerning the compensation measures werecommend to slit the bushing in order to make sure,that it does not jam, even when operating at alteratedambient temperatures.4.2. Slit-shaped bushingIn case the slide bearing bushes are exposed toconsiderable temperature fluctuations, the bushing shouldhave an axial slit in addition to the above-mentionedsecuring measures, in order to reduce the danger of stressrelaxation and the change in operation bearing clearanceresulting from this. Slit-shaped bushings can be usedwith a lower bearing clearance than bushings without aslit.βThe slit angle ß should be designed between 15 to 45°depending on the bushing width. The minimum slit widthbs can be calculated according to the following formula(3):in which:bs = slit width [mm]dbs (d • 0,024) +0,22= screw diameter [mm]In case the bushing should be bonded and the screwdiameter exceeds 100 mm, the slide bearing bush shouldbe constructed from modules.4.2.1. Attachment of slit-shaped bushings4.2.1.1. Bonding of slit-shaped bushingsBonded, slit-shaped bushings should be used, whenexceeding the permissible casing temperature inillustration 2 and when the inside diameter of thebushing and the bearing clearance should only bealterated slightly when operating with temperaturefluctuations.The inside diameter of the slit-shaped, bonded bushingis not subject to dimensional changes when operatingat temperature ranges of –50°C up to +120°C dependingon the slide bearing material.For the bonding we recommend the “adhesive 100”, whichwe can directly supply. This adhesive can be used whenoperating at temperature ranges of –40°C up to +80°C.For temperatures exceeding +80°C we recommend our“adhesive 200”, which can be used short-term attemperatures up to 120°C.The outside diameter of the bushings should be providedwith a spiral groove and an undersize, for the adhesivecannot be removed on installation. See ill. 4After curing the adhesive, the hole of the bushing requiresa secondary finishing in order to achieve the finaltolerances.adhesive[3]PrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesIll. 3: Slit-shaped cylindrical bushing with collarIll. 4: Bonded slide bearing bushWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2013

CCCCCC4.3. Swimming bushingWhen operating with a swimming beared bush, the bushingmust be installed inside the metal sleeve withoutpre-stressing. In the molded state, the slit-shaped bushingis able to move either inside the casing or on thescrew. In order to avoid a possible axial shifting, thebushing can be installed as shown in illustration 5.Attachment of the bushings4.6. Clamped bushingPrefaceContentsIll. 8: Clamped slide bearing bushMaterialoverviewplastic bushmetal sleeveIll. 5: Swimming beared slide bearing bush4.4. Chamber-shaped bushingChamber-shaped bushings are installed in order toincrease the compressive strength and to reduce thedeformation (shaft cavity see chapter 12.2.3.2.) duringlong-term operation.The bushing must be installed under pre-stressing inradial direction and, depending on the material, alsoin axial direction by means of tight fitting or pre-stressing.Ill. 6a: Chamber-shapedbushing4.5. Stuffed bushingIll. 6b: Without chamber1,04 bis 1,06 x daccording to material4.7. Divided bearingsDivided bearings are often used for reasons of assemblytechnique. The entire bearing block is made from plastics.A steel sleeve should be inserted inside the bearing blockto absorb the screw force (see ill. 9), in order to avoid acreeping of the bearing block caused by the compressivestress which is due to the screw connection.Ill.9: Divided bearing4.8.Stuffing of collar bushingsConcerning the stuffing of collar bushings, we wouldlike to point out that the collar should not be stuffed,for this may cause a contraction of the bearing clearance.wrong right right and cheaperIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesIll.7: Stuffed slide bearing bushIll.10: Pressed in bushingWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2014

CCCCCC5.Chosing the geometry(Measurement of the slidebearing bush)5.1. Bearing dimensionsbChosing the geometry5.1.1.2. Bearing wall thickness (sk)subjected to high impact or vibration stress.In case of this stress, a possibly high damping shouldbe achieved. Owing to the fact, that the damping of theplastic bushing increases with an increasing materialthickness, you should prefer the use of a more thickwalledbushing when operating under impact stress(see chapter 9).PrefaceContentsskdød 1øDøD1Ill. 11:Designation of the radial slide bearing5.1.1. Bearing wall thickness (sk)Depending on the stress exerted on the slide bearingwe recommend either a thick or a thin constructionof the wall thickness.ConstructionDINextremely thin-walled 1494 part 1thin-walledthick-walledTable. 5 : Division of wall thickness1498 frame F1850 part 11850 part 51552 part 11850 part 31850 part 45.1.1.1. Bearing wall thickness (sk) subjectedto high static stressAn operation under high static stress in general causesan elastic and possibly (after long-term exposure time)also a plastic deformation of the stressed sliding surface.These deformations are in proportion to the wall thicknessof the plastic bushing, which causes a reduction of thebushings accuracy with an increasing wall thickness.Therefore, we recommend the use of a possibly thinwalledbushing for slide bearings subjected to highly staticstress and without strong impact stress, or to install aclamped slide bearing bush (see chapter 4.4.).5.1.1.3.Bearing wall thickness (sk) subjectedto high dynamic stressIn order to avoid a thermal overloading of the slidebearing, the frictional heat developing from high dynamicstress should be conducted as quickly as possible fromthe sliding surface of the slide bearing. For the mostpart, the shaft is made from metal and shows a highthermal conductivity, therefore the shaft considerablyconducts the heat.The thermal conductivity effected by the slide bearingis very low, due to the bad thermal conductivity ofplastics. Furthermore, the thermal conductivity effectedby the slide bearing behaves in antiproportion to thewall thickness, so that thin-walled slide bearing bushesshow a better thermal conductivity of the slide bearing.In which proportion the heat is conducted by the casingor the shaft depends on the mass of the shaft, thusonly on the length of the shaft when the density and thescrew diameter are given.When operating, for example, with thin-walled bushingsof a diameter of 12 mm and a screw length of about 10mm 30 % of the heat is conducted by the shaft andwith a screw length of 50 mm about 50 % of the heat.When operating with screw lengths of 200 mm andmore 70 % of the heat is conducted by the shaft. Itfollows from that that slide bearings with short shafts(length below 50 mm) and thick-walled slide bearingbushes quickly become thermally overload.This danger particularly occurs when operating whenusing thick-walled bushings with a small insidediameter. Moreover, it follows from that that this dangercan considerably be reduced when using very long shafts(length exceeding 200 mm) in combination with thickwalledslide bearing bushes, so that thick-walledbushings in combination with long shafts can perfectlybe used when operating subjected to high dynamicstress.In case the use of thick-walled bushings (e.g. to achievea much better damping) is necessary, it must beconsidered that a thick-walled bushing requires a biggerinstallation bearing clearance (caused by the higherextension of the wall thickness and the inferior thermalconductivity) than a thin-walled slide bearing.MaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2015

CCCCCC5.1.1.4. Bearing wall thickness (sk) subjectedto edge pressureWe recommend to use thick-walled bushings in casethe construction of the bearing seat is subjected to errorsin geometry and misalignments in order to achieve alower spring constant on the wall of the slide bearingbush, which in this case also works as a spring dampingelement. This causes better deformations (adaptation ofthe bushing to the incorrect geometry) and therefore areduction of stress as well as an increase of workinglife.5.1.2. Bushing width bThe bushings most frequently used in practice have amaximum width of about 0,8 up to 1,2 x screw diameter.This is due to the high costs of production (in general, awide bearing bush is more expensive than two halfbushings) and to the specific dynamic load-carryingcapacity.The bigger the proportion b / d, the lower the specificdynamic load-carrying capacity of a slide bearing bush(see ill. 26), because the danger of overheating (causedby the accumulation of heat in the middle of the slidebearing bush) rises with an increasing bushing width.5.2. Bearing clearance5.2.1. Inside diameter of the bushing afterinstallationThe slide bearing bushes are available in four differentclasses of bearing clearances.According to stress exerted on the application and itsdemand of accuracy you can chose either a big (D), asmall (F) or even a negatively (N) constructed (includingpre-stressing) installation bearing clearance.All standard designed slide bearing bushes (abbreviation“C”) show an inside diameter with the ISO-tolerance D8after stuffing them into the casing with a tolerance H5.The dimension list shows the maximum and minimumdiameters (d1 maxor d1 min) respective to this class ofbearing clearances.Please take the figures for the other classes of bearingclearances from the ISO-tolerance table.When using casings of bigger tolerance ranges the holeof the stuffed slide bearing bush increases accordingly(see page 12).Bearing clearance5.2.2. Screw diameterThe tolerance of the screw diameter must not exceedthe nominal dimension, for it may not fall below theminimum installation bearing clearance. Therefore,according to the ISO-standard, the tolerance ranges “a”to “h” are suited for the screw. Concerning the quality ofthe screw, we recommend the ISO-tolerance class 6 to7.We recommend an ISO-tolerance of h6 or h7 as astandard tolerance of the screw.When operating with screws of other dimensionaldeviations the inside diameter of the slide bearing bushcan be matched accordingly, in order to achieve therequired clearance (see preface ).5.2.3. Installation bearing clearanceThe installation bearing clearance is determined by thedimensions of the slide bearing hole ø d1in the moldedstate and by the tolerance of the screw diameter. Theinstallation bearing clearance is measured in a standardconditioning atmosphere (20°C and 50 % rF) after stuffingthe slide bearing bush into the bearing seat with anISO-quality of H5 in the operational state.The minimum and maximum installation bearingclearance yields from the following formulas:Se min = ød1min - Ao screw [ 4]Se max= ød1 - Au screw [5]maxin which:Se = installation bearing clearanceAu = lower dimensional deviationAo = upper dimensional deviationød1max = taken from formula [2]ød1 = taken from the dimension listsminThe question, whether slide bearing bushes with areduced installation bearing clearance are suited for yourapplication, depends on the stress and will be settled inthe course of the slide bearing calculation (see chapter12.2.).PrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2016

CCCCCC5.2.4. Operating bearing clearanceThe operating bearing clearance appears when the bushingis working on operational conditions. It basicallydiffers from the installation bearing clearance regardingthe dimensional changes, which are caused by the stressexerted on the slide bearing and the influence of theambient temperature.5.2.4.1. Changes in bearing clearance due tohumidityThe slide bearings made from plastic alloys of the ZXseriesdo not undergo a considerable change in bearingclearance due to atmospheric humidity.Even when operating directly in water, no ZX-materialshows a considerable dimensional change.5.2.4.2. Changes in bearing clearance due totemperatureOwing to the fact, that the linear coefficients of expansionof plastic alloys of the ZX-series are seven times biggerthan those of steel alloys, the operating bearing clearanceis reduced with increasing temperature depending on thecasing and the slide bearing material.The operating bearing clearance of non-slitted bushingsyields from the following formula (6):∆S ϑZ= ∆ϑ•( •( α - α ) - d 1 • α )in which:∆S ϑZ∆ϑ= change in bearing clearance due to temperaturechanges of non slitted bushings[mm]= temperature changes [ºC]d 2 = outside diameter of the bushing [mm]α Buα Gehd 1α wd 2GehBu= coefficient of expansion of the slide bearingtaken from table 6 [1/ºC]= coefficient of expansion of the casingtaken from table 6 [1/ºC]= inside diameter of the bushing [mm]Bearing clearance[6]= coefficient of expansion of the screw taken fromtable 6 [1/ºC]WThe operating bearing clearance of slit-shapedbushings yields from the following formula (7):material∆S ϑS= ∆ϑ•(d 2 • αGeh - d 1 • αW- 2•skBu • αBu)in which:∆S ϑS = change in bearing clearance due to temperature∆ϑd 2α Buchanges of slit-shaped bushings [mm]= temperature changes [ºC]= outside diameter of the bushing [mm]= coefficient of expansion of the slide bearingtaken from table 6 [1/ºC]α Geh = coefficient of expansion of the casingd 1α wsk Bu =taken from table 6 [1/ºC]= inside diameter of the bushing [mm]coefficient ofexpansion up to50 °C(1/K)coefficient ofexpansion up to80 °C(1/K)coefficient ofexpansion up to100 °C(1/K)coefficient ofexpansion up to150 °C(1/K)ZX-100A 6,6*10 -5 6,9*10 -5 8,7*10 -5 13,2*10 -5ZX-100EL63 14*10 -5ZX-100K 6*10 -5 7*10 -5 8*10 -5 12*10 -5ZX-100MT 5,5*10 -5 6,2*10 -5 7,1*10 -5 10,7*10 -5coefficient ofexpansion up to200 °C(1/K)ZX-324 5,6*10 -5 5,9*10 -5 9,5*10 -5ZX-324V1T 5,6*10 -5 5,9*10 -5 9,5*10 -5coefficient ofexpansion up to250 °C(1/K)ZX-324V2T 6,2*10-5 6,5*10-5 10,4*10-5ZX-324V3T 4,8*10 -5 5,0*10 -5 9,6*10 -5ZX-324VMT 3,5*10 -5 3,8*10 -5 6,9*10 -5ZX-410 5,5*10 -5 5,8*10 -5ZX-530 6,0*10 -5 9,0*10 -5ZX-550 12*10 -5 16*10 -5ZX-720 14,4*10 -5 19,2*10 -5ZX-750V1 3,2*10 -5ZX-750V2 3*10 -5ZX-750V3 3,6*10 -5ZX-750V4 6,2*10 -5 6,5*10 -5 10,4*10 -5steel 1,2*10 -5cast iron 1,05*10 -5aluminium 2,38*10 -5brass 1,85*10 -5Table 6: Thermal coefficient of linear expansion[7]= coefficient of expansion of the casing taken fromtable 6 [1/ºC]wall thickness of the bushing [mm] = (d2- d1) / 2Attention:Slit-shaped bushings which are sticked in do not changetheir inside diameter due to temperature changes (seechapter 4.2.1.).PrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2017

CCCCCC6. Counter-rotating material(screw, axis)6.1.MaterialThe following materials can be used as counter-rotatingmaterial (relative material cost).Please prefer those materials among the group, whichare printed in red.Counter-rotating material (screw)6.1.1.8. Alloyed cold-worked steels accordingto DIN-standard 17350 cured and tempered:X210Cr12 (Vickers hardness HV = 750)X155CrVMo121 (Vickers hardness HV = 750)100Cr6 (Vickers hardness HV = 750)X36CrMo17 (Vickers hardness HV = 500)6.1.1.9. Alloyed warm-worked steels accordingto DIN-standard 17350 cured and tempered:PrefaceContents6.1.1.Metals6.1.1.1.Non-alloy-treated steels according toDIN-standard 17100 used for economy-pricedsolutions:St 37-2k – used for low stress applications (1)St 44-2 - used for moderate stress applicationsSt 50-2k – used for medium stress applications (1,5)St 52-3 (Vickers hardness HV=170)6.1.1.2.Alloy-treated, cured and temperedcase-hardened steels according to DINstandard17210 used for longest working life:16MnCr5 – small screws (1,7) (Vickers hardness HV =750)15CrNi6 – thermosetting for big screws (2,1)6.1.1.3.Tempered steels according to DINstandard17200 with a tough core and a hardsurface:C45 – for small screws (1,6) (Vickers hardness HV =170) 42CrMo4 – for big screws (2)6.1.1.4.Stainless steels according to DINstandard17440 susceptible to hardening andtempering:X 20Cr13 Martens steel (3,2)X 20CrNi172 Martens steel (4,0)6.1.1.5.Steels used for surface layer hardeningaccording to DIN-standard 17212 cured andtempered:CF 53 (Vickers hardness HV = 600)6.1.1.6. Stainless cast steel according to DINstandard17445, solution calcined andquenched:G-X30CrNiSiNb2424 (Vickers hardness HV = 280)6.1.1.7. Stainless steels according to DINstandard17115 quenched and tempered:X40CrMoV51 (Vickers hardness HV = 450)6.1.1.10. High speed steels according to DINstandard17350 cured and tempered:S6-5-2 (Vickers hardness HV = 850)6.1.1.11. Recommended protection againstcorrosion:Nickel-plating, e.g. KANIGE or KANISIL 2000;coating thickness depending on the kind of chemicalwear 30 to 50 µm, quenched and tempered from 500 to800 Vickers and ground according to RZ = 1 to 4 µm.6.1.2.NE MetalsAluminium and aluminium alloys should not be used,unless the surface is hard chromed or hard coated. Whenoperating with other NE-metals, we ask you to call ourapplication research department, because here we mustreckon with higher wear due to sliding friction and highercoefficients of friction.6.1.3.PlasticsWe recommend Inkupox CF as an excellent plastics or“screw material”. This material consisting of carbon fiberreinforced epoxide resin showing an outstanding relationof tensile strength/elastic modulus.It is extremely stiff and very light, so that it is highlysuítable for applications in the field of light constructionand when operating with overlength screws.6.1.4. Painted sliding surfacesPainted metallic basic elements can also be used ascounter-rotating surfaces. The main advantage is, thatthe unprotected basic element is protected againstcorrosion due to the paint and the visible counter-rotatingsurfaces can be constructed in all kinds of shades. Inmany cases of application the paint modifications haveturned out to be sufficiently hard wearing in combinationwith ZEDEX-100K.Recommendations of paint are available upon request.MaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines23MnNiCrMo64 (Vickers hardness HV = 280)Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2018

CCCCCC6.2.Hardness of the counter-rotatingpartnerWhen operating with very hard screw materials, the screwdoes not show any wear as well as the wear of the slidebearing is reduced. This is due to the feed wear, whichmeans that the roughness holes on the screw surfaceare filled because of the polymer abrasion, so that thescrew surface becomes smooth.When operating with flexible screw materials anddepending on the plastic sliding partner the roughnesstips on the screw can become subject to abrasion dueto the plastic sliding partner, so that new roughness tipsconstantly break off which avoids the smoothing of thescrew surface.Moreover, the metal particles remaining in the bearingseat cause additional wear.Depending on the demand and the hardness of theemployed slide bearing materials you can take theminimum required hardnesses in function of the ballindentation hardness of the slide bearing material fromtable 7.MaterialBall indentation hardness accordingto DIN -standard 53456H358/30 [N/mm 2 ]ZX-100A 92ZX-100EL63 -ZX-100K 136ZX-100MT 153ZX-324 174ZX-324V1T 175ZX-324V2T 175ZX-324V3T 197ZX-324VMT 231ZX-410 159ZX-530 136ZX-550 34ZX-720 -ZX-750V1 -ZX-750V2 202ZX-750V3 -ZX-750V4 -Table 7 : Ball indentation hardness of ZX-materialsCounter-rotating material (screw)Vickers hardness HV of the steel sliding partner7006005004003002001000economy-priced solutions, low stresslong working life, full load-carrying capacity50 75 100 125 150 175 200 225 250ball indentation hardness H358/60of theplastic bushing[N/mm 2]Ill. 12: Hardness of the counter-rotating materialIllustration 13 enables the conversion into the tensilestrength and other hardness data of the metal slidingpartners with adequate accuracy.2Tensile strength of the steel sliding partner [N/mm ]2.2002.0001.8001.6001.4001.2001.0008006004002000tensile strengthRockwell hardness HRCBrinell hardness HB100 200 300 400 500 600 700Vickers hardness HVIll. 13: Conversion Vickers hardness, Brinellhardness and tensile strength for steelsapproximatelyProvided that dirt and abrasive particles can get into thebearing seat, the hardness of the counter-rotatingmaterial should be chosed harder than that of theabrasive particles. However, we recommend to usegrooved slide bearing bushes as further precaution. Seechapter 8.7065605550454035302520151050Brinell hardness HB and Rockwell hardness HRC of the steel sliding partnerPrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2019

CCCCCC6.3. Surface quality of the metal slidingsurfaceLubrication7.2. Influence of temperature on thelubricantsPrefaceIn general, it applies to all alloys of the ZX-series: thesmaller the roughness of the metal sliding surface, thelower the wear on the plastic sliding surface.Furthermore, you must take into consideration that themachining grooves which resulted from the machiningof the metal sliding surface possibly run in slidingdirection.Owing to the feed wear which enables a smoothing ofthe metal sliding surface, a regular sliding with minimumwear is already possible, when the surface quality ofthe metal sliding surface 2,0 µm Rz is not exceeded.These surface qualities should always be applied, whenslide bearings of the ZX-series must achieve a very longworking life.In practice, however, such high surface qualities are oftennot applied, because either the considerably highproduction cost is economically not justified or theextremely high life span of the bearing is not required.In the field of mechanical engineering, a compromisesurface roughness of the metal screw of 4 µm Rz hasgained acceptance regarding production cost andworking life of the slide bearing. This is why all laboratoryand component tests quoted in this brochure have beencarried out with a surface roughness of 4 µm Rz of themetal sliding surfaces.7.LubricationA lubrication of slide bearings made from ZEDEXmaterialsis principally not required.However, the efficiency of the bushings can be improvedwithout negatively influencing the load-carrying capacityof the bearing.Moreover, an unique initial lubrication may improve thefeed performance of the slide bearing bushes.7.1. Influence of lubricationÄ reduction of frictionÄ reduction of wearÄ lightening the feed phaseÄ avoiding tribocorrosionÄ noise reductionÄ reinforcement of shock absorptionÄ cooling the slide bearing by the lubricantÄ protecting the metal parts against corrosionÄ sealing the bearing seatIn most cases of application a lubrication of the ZXmaterialshas turned out to be superfluous, often anomission of lubrication has even been required.7.2.1.ViscosityWith increasing temperature the viscosity of lubricantsis reduced. They show low viscosity.Depending on the chemical composition of the lubricantthe influence of temperature is more or less strong. Attemperatures of 200 °C many lubricants only achievethe viscosity of water, that means they are very runny.Owing to this viscosity reduction typical problems canarise, especially in the field of hydrodynamic lubricationand flat-run behaviour.7.2.2.Surface tensionLubricants have different surface tensions depending ontheir chemical composition. The surface tension is ameasure of the wetting properties of the lubricants onthe respective bearing or screw material. A low surfacetension enables a very good wetting, but also a creepingand migration of the lubricant out of the bearing seat.Whereas a high surface tension on the one hand createsdrooling and bad wetting, but on the other hand reducesthe lubricant dissipation and guarantees lubrication duringthe whole working life. Apart from the dependence onthe lubricant, the surface tension is strongly dependenton the temperature. With increasing temperature thesurface tension decreases. The wetting becomes better,the bonding becomes worse. In combination with thedecreasing viscosity due to the increase of temperature,oils can quickly moisten wide ambient ranges of bearingseats at high temperatures. This causes a reduction ofthe lubricant quantity inside the bearing gap and thereforea reduction of the working life and/or a noise increase.These processes are irreversible. After the oil has chilled,the migrated area remains wet. The oil does not flowback into the capillary gap of the bearing. Owing to thefact that this process carries on with every new heatingup,you have to take care when operating at hightemperatures.Normally, synthetic lubricants as for example ester arewell adhesive at room temperature. However, attemperatures exceeding 100 °C the surface tensiondecreases to the range of silicone oils. In this case theapparent surface tension of the solid is higher than thatof the lubricant. This enables a complete wetting of thereachable surface element. The component and casingsurfaces are coated in this case with a closed lubricatingfilm, which can cause drastic lubricant dissipationsinside the bearing itself. Due to these migration andwetting processes, great distances can be covered.Leakage currents of some ten centimetres have beenascertained.This also enables lubricants to advance to componentranges, where they are unwelcome, e.g. electirccontacts, casing sealings, electronic components,optical systems etc. In any case this creeping causesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20ContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines20

CCCCCClubricant dissipation and therefore deficient lubrication.7.2.3. EvaporationAll lubricants have a steam pressure depending on theirchemical composition. That means, every lubricant emitsin certain limits and to a certain extent molecules to thesurrounding atmosphere. This process is influenced bythe ambient pressure and the ambient temperature. Alow ambient pressure leads to a quicker evaporation. Insome cases the boiling range of lubricants with a lowviscosity can be exceeded. But modern lubricants canachieve considerable evaporation rates also withoutboiling the fluid. These evaporation rates can causelubricant dissipations of several percent per day, if thesystems are not closed and sealed. Apart from thetemperature and the atmospheric pressure, this processdepends on the free surface. Here are especially sensitiveoil films developped by means of migration. In thiscase a very big evaporated area faces a very low quantityof lubricants. This leads to very quick evaporationprocesses in these ranges. The reinforcements into theevaporated surfaces ensues by means of capillary effectsreleased inside the roughnesses of the surfacesthemselves.7.2.4. AgeingWith increasing temperature lubricants becomechemically more reactive in the presence of oxygen. Thechemical processes which run very slowly at roomtemperature are drastically speeded up with increasingtemperature. Here applies the van t´Hoff rule, accordingto which the reaction rate of a chemical reaction isincreased two to four times by means of a raising oftemperature by 10 K. Thus the reaction rate is 2 18 (260000)times quicker at 200 °C than at 20 °C. In practice thismeans that when operating at room temperature weachieve a working life of 20 years, whereas at atemperature of 200 °C we achieve a working life of almost1 hour. The lubricants change their chemical composition,the viscosity and the neutralising or acid value increaseand additives are decomposed in every case. Especiallythe viscosity increase (oxidative polymerisation)drastically changes the characteristics of the lubricant.Some lubricants which are long-term exposed to highambient temperatures are transformed into stickymaterial, rubber-like substances or tar- and asphalt-likeproducts. These lubricants are consequently no longererational for bearing systems at low temperatures.7.2.5. Yield point of greasesWhen operating with greases at high temperatures, thethickener which is in most cases a metal soap starts tomelt. The lubricant loses its internal structure andbecomes completely liquid. In general this process isreversible, however, operations at temperaturesexceeding the melting point of the thickener may createspontaneous flat-running.LubricantsHigh temperature applications thus require theconstructive guarantee that sufficient quantities oflubricants are provided in the area of tribological stressedelements.We recommend the constructive installation of oil poolsand oil barriers or the epilamisation of the componentsurfaces in order to reduce the migration of the oil out ofthe bearing seat.7.3. Lubricants7.3.1.Lubricating oilsAccording to their origin lubricants can be subdividedinto:- mineral oils- animal and vegetable oils- synthetic oils- other, e.g. waterMineral oils which can be extracted from petroleum andpartly from coal have the biggest importance. Theyconsist of paraffine, naphthene and aromatic solvents.Animal and vegetable oils such as castor oil, fish oil,olive oil a.o. are used for special applications, e.g. inthe field of precision engineering.The lubricants must have a whole lot of physical andchemical properties in order to be able to fulfil theircomplex tasks.The viscositiy is of decisive importance when achievinga hydrodynamic or elastohydrodynamic lubricatingcondition; it is a measure of the internal friction of thelubricating oil. Often so-called additives are added tolubricating oils in order to make them able to fulfil theirfunction when operating subject to high, complex stressover a long-term period. The most important lubricantadditives are quoted with their tasks, active substancesand modes of action in table 8.Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20PrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines21

CCCCCCLubricant additivesPrefaceAdditive Task Active substancesviscosity index improvement(VI-improvement)pour point reductionhigh pressure additives(EP-additives) anti-wearadditivesreduction of frictioncorrosion inhibitorsoxidation inhibitorsdetergentsdispersantsreduction of viscosity decrease withincreasing temperatureprevention of jam ( non-flow at lowtemperature)prevention of gubbling -up or of adhesivewear due to high stressreduction of the coefficient of slidingfrictionrestriction of corrosion of metallicmaterialsrecuction of oxidation of lubricating oilsprevention of segregation on materialsurfacesprevention of cold mud formationpolymerised olefins and isoolefin,polymetacrylates, polyalcylstyrolsa.o.condensation products ofchlorinated paraffine andnaphthalene, polymetacrylate a.o.organic sulphur-, phosphorus- andchlorine compounds and theircombinations a.o.fatty acids, fatty acid esters, fattyacid amides, fatty acid salts a.o.fatty acids, nitrogen-, phosphorusandsulphur compounds a.o.sulphur- and phosphoruscompounds, phenol derivatives,amines a.o.organo-metallic compounds suchas phenolates, sulphonates,phosphates, naphthentes a.o.amides, imides of polybasicorganic acidsdemulsifying agents separation of oil and water polar, surface active compoundsemulsifying agentsformation of emulsions ( for collinglubricants)alkaline salts of carboxylic acidsa.o.foam preventive methods prevention of foam formation silicone polymers a.o.Table 8: Lubricant additivesMode of actionextension of muddled molecules withincreasing temperatureadsorption on the surface of theparaffine crystals, hindrance of thegrowth of paraffine crystalsformation of reactive layers on thetribologically stressed surfacesformation of adsorbent and reactivelayers on the tribologically stressedsurfacesformation of protective layers whichdisturb the admission of oxygen andwater to the metal surfaceinterruption of the free-radical chainof oxidationprevention of the coagulation ofoxidation productspeptisation of oil-insoluble oxidationproductsincrease of the interfacial surfacetension between oil and waterdecrease of the interfacial surfacetension between oil and waterdestruction of oil skin which surroundthe air bubblesContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2022

CCCCCC7.3.2.Lubricating greasesLubricating greasesLubricating greases consist of a lubricating oil without or with additives and a soap in function of a thickeningagent.In general, the soap forms a fibrous skeleton which keeps the lubricating oil. Depending on the kind of soap wedistinguish between sodium greases, lithium greases, calcium greases, aluminium greases, barium greases andcomplex greases.PrefaceContentssodium grease lithium grease calcium greasethickener shape fiber fiber fiber fibercalcium complexgreasebentoniteplateletMaterialoverviewfiber length µm 100 25 1 10.5fiber diameter µm 1 0.2 0.1 0.1shortened form long fibrous medium fibrous short fibrous short fibrous short fibrouspropertiesdrop point ºC 150 -200 170 - 220 80 -100 250 - 300working temperatureupper ºC +120 +140 +60 +100under ºC -30 -40 -35 -30water resistance not resistant good very good very goodworked resistance 0,1mm 60 - 100 30 - 60 30 -60 250good very good limited limitedsuitability for slide bearings good good limitedmain applicationtransmissiongreasegeneral purposegreasegeneral purposegreaseprice average high low very highTable 9: Properties of lubricating greases7.3.3.Solid lubricants0.1round 300+150-20good30 - 60goodvery goodgoodhigh temperaturegreasevery highSolid lubricants are frequently employed for lubrications on extreme conditions e.g. at very high or very lowtemperatures, in aggressive chemicals, in vacuum or on conditions which do not permit a lubrication with oils orgreases for reasons of service engineering, safety engineering, environmental technology or healthy.When lubricating with solid lubricants the slide bearing mostly works in the area of mixed friction, so that whenoperating with e.g. metallic bearings only the emergency running properties improve.Index Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2023

CCCCCC7.4. Recommendation of lubricantsOwing to the fact that ZEDEX-materials are resistant tothe usual lubricants you can, if required, unhesitatinglubricate with water or all usual mineral oils, sliding paints(see chapter 6.1.4.), greases and pastes.We recommend pastes and on top of them oils forapplications with sliding speeds below 10 m/min.Lubricants with MoS 2in function of a solid lubricant shouldnot be used.For applications at temperatures exceeding 100 °C werecommend a lubrication with perfluorinated polyalkyletherin the form of oil or paste (e.g. Gleitmo 591 by Fa. FuchsLubritech, D-67685 Weilerbach).At any rate we recommend to check possible interactionsbetween the lubricant and the contacted componentsbefore lubrication.7.5. Lubricating groove designOwing to the fact that ZEDEX-materials are machinablewithout any problems all lubricating groove designs andgeometries are possible.The DIN-standards 1591 and 1850 part 2 quote possibledesigns. You should preferably use simple axial grooves(design form J). For applications subject to oscillatingmovement the bushings should be provided with at leastfour axial grooves.7.5.1. Grooves installed in hydrodynamicallyoperated slide bearingsGrooves installed in slide bearings running underhydrodynamic circumstances and subject to oillubrication should not be arranged in the area ofcompression zone. This does not apply for slide bearingsused for turbines and pumps (due to the necessaryindustrial water lubrication). In these cases of applicationthe bushings show a grooved structure also in thecompression zone.The grooved structure of the bushing removes possibleabrasive particles contained in the industrial water andenables a big volume flow rate of the industrial waterthrough the bearing, so that a strong cooling as well asan extremely long working life is achieved. Whenoperating with big screw diameters (exceeding 250 mm)the bearing should be constructed in form of a bar bearing.Recommendation of lubricants8.Dirt and abrasive particlesIn case a slide bearing is subject to small quantities ofdirt or abrasive particles getting into the bearing seat,you should use ZX-materials of a low dirt sensitivity anda high embedding capacity, because embedded abrasiveparticles cause less damage inside the bearing thanthose rotating with the screw.badgooddirt sensitivity9876543210ZX-100AZX-100EL63ZX-100KZX-100MTZX-324ZX-324V1TIll.15: Dirt sensitivitygoodbadembedding capacity [relative assessment]876543210ZX-100AZX-100EL63ZX-100KZX-100MTZX-324V2TZX-324ZX-324V3TZX-324V1TZX-324VMTZX-324V2TIll.16: Embedding capacity (relative assessment)ZX-410ZX-324V3TIn case a slide bearing is subject to bigger quantities ofabrasive particles getting into the bearing seat, you shouldadditionally use dirt grooves. These dirt grooves absorbthe harmful particles, separate them from the slidingsurface and take them away from the bearing.Concerning the optimum groove design please contactour application research department.ZX-530ZX-550ZX-324VMTZX-720ZX-410ZX-750V1ZX-530ZX-750V2ZX-550ZX-750V3ZX-720ZX-750V4TZX-750V1ZX-750V2ZX-750V3ZX-750V4TPrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesIll.14: Slide bearing bush with grooves for turbinesIn both cases we recommend either to use a hard screwor a bearing which is sealed by means of greaselubrication.Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2024

CCCCCC9.DampingThe ZEDEX-materials show a very high mechanicaldamping (ZX-100K 5%-18% depending on the excitingfrequency).The loss factor of ZEDEX-materials, which is a measureof the mechanical damping, is extensively independenton the material thickness. However, for physical reasonswe recommend to choose a smaller material thicknesswhen requiring a high rigidity, for the rigidity increaseswith constant elastic modulus and constant area. Bymeans of an additional oil film without any lubricationfunction the rigidity is considerably increased. Tests haverevealed that the loss factor can be increased by about300 % when using an additional oil film.10.Environmental influences10.1. ChemicalsThe chemical resistance should not be confused withthe stress cracking sensitivity.Stress cracking sensitivity means the acceleratedbreakage or cracking which is caused by the influenceof certain chemicals on mechanically stressedcomponents. Just mechanical tensions or just reactingchemicals do not cause such damages, only after amuch longer period of time (see chapter 10.2.).Illustration 17 shows a general chemical resistancecomparison of ZX-materials for a better clarity.Please take a detailled list of the chemical resistancesfrom our folders about “semi-finished products” which wewillingly send you upon request or use our chemicalresistance program disc which we have enclosed.chemical resistance109876543210ZX-100AZX-100EL63ZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410Ill. 17: Chemical resistanceZX-530ZX-550ZX-720ZX-750V1ZX-750V2Environmental influencesZX-750V3ZX-750V4T10.2. Stress crack formationIn view of chemistry thermoplastic materials are ingeneral more similar to lubricants than metals. Thisoften leads to chemical interactions between lubricantsand thermoplastics, especially elastomerics.These interactions can be:swelling, shrinkage, embrittlement, dissolution and,which is very important, stress crack formation.Especially amorphous, that is not crystalline or partlycrystalline thermoplastics tend towards stress crackformation at higher temperatures and in contact withlubricants. Static or dynamic stress causes crackswhich start from the surface skin and run verticallythrough the component and normally even reach theneutral fiber. If this neutral phase is broken also thecomponent breaks spontaneously, this is particularlyimportant when components and casings are combinedby means of snap-in joints.The stress crack sensitivity and the occurrence of stresscrack formation can be evaluated in accordance withouter fiber strain.10.3. Hydrolysis resistanceWater or room temperature have neither any chemicalnor physical effect. The ZX-materials almost do notabsorb any water. The water absorbed does not act asa plasticiser.However, some ZX-materials are not resistant to hotwater, for they are like other polycondensation productssensitive to hydrolysis and gradually embrittle.hydrolysis resistance109876543210ZX-100AZX-100EL63ZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530Ill. 18: Hydrolysis resistanceZX-550ZX-720ZX-750V1ZX-750V2ZX-750V3ZX-750V4TPrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2025

CC CC CCCorrelations on slide bearing operation11. Correlations on slide bearing operationPrefaceThe following illustration shows the courses and the direct and indirect correlations (influences) on slidebearing operation represented by arrows.chemicals * 8radial forceexerted onthe slidebearingcontact zone betweenscrew and slide bearing * 1screwspeedambienttemperatureContentsMaterialoverviewsurfacepressureslidingspeedµ* 2elastic modulus of theslide bearing materialinducted* 3 amount ofheat* 4change in screwtemperaturechange in outside screwdiameterchange in operationbearing clearance * 7wear factor * 6Ill. 19 : Correlations on slide bearing operationAbbreviations:change in slidebearingtemperaturechange incasingtemperature * 5stressdurationroughnessof the screwchange in inside slidebearing diameterchange in inside casingdiameterslidingdistancemedium betweenscrew and slidebearing*1: contact zone between screw and slide bearingdependent on the radial force, the operation bearing clearance and the elastic modulusof the slide bearing material, because e.g. a low elastic modulus causes a deeper subsidingof the screw into the slide bearing and therefore an increase of the contact zone.*2: coefficient of friction of the system screw- intermedium-slide bearing dependent on:- the surface pressure:the coefficient of friction of most polymers decreases with increasing surface pressure (see ill. 41)- the sliding speed:the coefficient of friction µ statof most polymers is bigger than the coefficient of friction µ dyn.The dynamic coefficient of friction of anti-adhesive polymers (PTFE) is directly in proportion to thesliding speed. This influence of the sliding speed on the dynamic coefficient of friction can beignored with most polymers.Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20Index Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines26

CCCCCC- the temperature of the sliding surface:the coefficient of friction of most polymers increases with increasing temperature.the coefficient of friction of some materials e.g. ZX-324VMT decreases with increasing temperature(see ill. 64).- the roughness of the screw:for some polymers correlations with the roughness have been ascertained, so that those polymersshow an optimum roughness zone.- the intermedium:depending on the intermedium the sliding partners become more or less separated.in case of hydrodynamics (e.g. due to highly viscous chemicals) the sliding partners becomecompletely separated and there is pure liquid friction. Whereas lower viscous chemicals (e.g. water)often cause mixing friction, so that hydrodynamic conditions can hardly be achieved.- the sliding distance:the dynamic coefficient of friction of almost every polymer decreases with increasing sliding distancewhich is due to the smoothing (see chapter 6.2).Whereas the static coefficient of friction increases with increasing sliding distance, because theadhesive friction is also increased due to the steadily increasing contact zone.*3: Elastic modulus of the slide bearing material:is for all polymers dependent on the temperature.Owing to the fact that polymers have viscoelastic properties, the elastic modulus depends also on thetime which is called creep behaviour (see ill. 33-35).Moreover, chemicals affecting the polymer also have on influence on the elastic modulus.*4: Inducted amount of heat to the systemis composed of the friction heat (drive energy converted due to internal and external friction of the slidebearing), the surrounding heat and eventually further side sources of heat (gear wheels, motors, ...)*5:Change in slide bearing temperaturethe temperature changes of the screw, the slide bearing and the slide bearing casing are dependent onthe friction power Q introduced and the amount of heat which is carried off over the screw and the casing.Initially the heat is carried off only over the screw for the plastic slide bearing works as insulator.This process creates the so-called flash temperature (see ill.114, page 73). With increasing time ofoperation this temperature decreases to the operating temperature (caused by the temporally belatedadditional heat flow running over the slide bearing and the casing). The bigger the sliding speed the biggerthe difference between flash temperature and operating temperature; therefore fast-running slidebearings quickly achieve dangerously high flash temperatures. Which contents of thermal energy arecarried off over the screw or the casing on steady operation (when achieving the operating temperature)depend on the construction of the screw, the casing and the slide bearing (e.g. screw length, screwdiameter, bushing width, wall thickness of the bushing, outside diameter of the slide bearing casing) andon the fact that the slide bearing casing is standing and the screw is rotating or vice versa (see chapter5.1.1.3).*6: The wear factor of the slide bearing material is dependent on:- the sliding distance- the surface pressure (see ill. 32)- the temperature (see ill. 31)- the roughness (see ill. 30)- the intermedium (dry run, solid friction, mixing friction, hydrodynamic lubrication)*7: The change in operation bearing clearance depends on:dimensional changes (thermal expansions), caused by changes in temperature of the screw, the casingand the slide bearing. Furthermore, the change in operating bearing clearance of hygroscopic polymersdepends on the moisture content of the polymer (e.g. polyamide). This influence can be ignored with allZEDEX-materials owing to their low water absorption (see table 2, page 10 “water absorption”)*8: Influence of eventually extant chemicals:(or hot water) which can be affect the polmersCorrelations on slide bearing operationPrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2027

CCCCCC12.Construction and materialselection of a radial slide bearingConstructionPreface12.1. Calculation by means ofelectronic data-processingBy means of electronic data-processing we are able toconsider exactly the occuring stress on a slide bearingand the changing parameters on slide bearing operationsuch as temperature, strength, bearing clearance, frictionand wear. With regard to the finite element method veryreliable load-carrying capacity calculations can beeffected. The aim of this calculation is to ascertain anoptimum material selection on the given conditions ofstress with a final estimation of temperature and workinglife. Please contact our application research departmentfor an exact calculation of construction, load-carryingcapacity and working life.In order to guarantee a quick and exact calculation weask you to complete the questionnaire enclosed and tosend it back to us by fax.12.2. Calculation by the constructeurIn the following we present you a calculation algorithm,by means of which the constructor can quickly and easilyeffect a rough calculation of a radial slide bearing. Theaim of this mathematical equation is to select theoptimum material and to check the general suitability.In order to effect a quick calculation we ask you to usethe mathematical model shown in the diagrams 1 to 3.This model has also been applied to the mathematicalexample given in chapter 13.ContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2028

CCCCCCFlow diagram used for slide bearing claculation part 1calculating thesurface pressure p[9]Prefacecalculating the slidingspeed v[10]calculating thepv- value pv[11]Contentsfrom part3intermittentoperationnoyesreading the correction factor forlubrication kSch[ill.24]reading the correction factor forambient temperature kϑ[ill.25]reading the correction factor forgeometry kbd[ill.26]reading the correction factor forscrew diameters kd[ill.27]calculating the correction factor forgeometry kGeo[18]reading the correction factor forbearing clearance kSp[ill. 28]reading the nominal pv-valuepvnomzul[ill.23]calculating the permissible pvvaluepvzul[17]pvED < pvzul[8]noyescalculating the productivity relation of thepv-value kpvnom[14]reading the maximum permissibletransit time tLmax[ill.23]tL < tLmax[13]noyesno correction of the pvvalueto part 2calculating the switchon duration ED[16]calculating thecorrection factor f[15]calculating the pv-value on switchonduration pvED[12]MaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesDiagram 1: Flow diagram used for slidebearing calculation part 1Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2029

CCCCCCfrom part 1Flow diagram used for slide bearing claculation part 2reading the nominal sliding surfacetemperature GFN[ill. 29]Prefacecalculating the productivityrelation kpv[19b]calculating the sliding surfacetemperature ϑGF[19]Contentscalculating the slide bearingtemperature ϑL[20]Materialoverviewusing a grooved bushingoradditional locking measuresorchosing a material with a higherpermissible casing temperature(see chapter 4.3)measuring the permissible casingtemperature ϑGzul[ill.2]calculating the casing temperatureϑG[21]noϑG

CCCCCCFlow diagram used for slide bearing claculation part 3Prefacefrom part 2the adapter holehas an ISOtoleranceof H5noyesreading the upper dimensional deviation ofthe bushing ød1max[with respective screw diameter taken fromthe dimension list]Contentsreading the increase of theinstallation bearing clearance Sv[table 4]calculating the upper dimensionaldeviation of the bushing ød1max[2]calculating the maximum installationbearing clearance Semax[5]reading the nominal rate of wearSN[31]reading the correction factor fortemperature kϑ[ill.31]reading the correction factor for surfacepressure kp[ill.32]calculating the total rate ofwear SG[23]reading the secantcompressive modulus ED[ill.33-35]calculating the screwdepression ∆h[24]calculating theworking life LP[25 or 26]MaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesDiagram 3: Flow diagram used for slidebearing calculation part 3Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2031

wobei:∆Sϑz=LagerspielveränderungdurchTemperaturver-änderungvonungeschlitztenBuchsen[m]αBu=AusdehnungskoefizientdesGleitlagersausTab.x[1/?C]∆ϑ=Temperaturveränderung[?C]d2=[m]Buchsenaußendurchmeser[4]∆SϑzαGeh=AusdehnungskoefizientdesGehäusesausTab.x[1/?C]∆ϑα?(d(2?Bu-)+d?αGehw1)d1=Buchseninendurchmeser[m]αw=AusdehnungskoefizientdesGehäusesausTab.x[1/?C]CCCCCC12.2.1. pv-value checkIn order to ascertain the occuring stress exerted on theslide bearing we have to calculate the pv-value.The pv-value reflects the power density inducted intothe system casing-slide bearing-screw.The following condition must be complied in order toavoid a thermal overloading of the slide bearing:Appearing pv-value12.2.1.1.3. Maximum pv-valuepv = p • v[11]in which:pv = maximum pv-value [N/mm 2 • m/min]p = surface pressure taken from 12.2.1.1.1 [ N/mm 2 ]v = sliding speed taken from 12.2.1.1.2. [m/min]PrefaceContentspvpvpvEDin which:EDzul< pvzul[8]= appearing pv-value [N/mm2• m/min]2= permissible pv-value [N/mm • m/min]12.2.1.1.4. Appearing pv-value pv EDThe pv-value (pv ED) appearing on respective switch-onduration (ED) can be calculated according to formula (12).Materialoverview12.2.1.1. pv-value (pv) of the radial slidebearing12.2.1.1.1. Surface pressureskbdIll. 20 Dimensions of the radial slide bearingpFb . din which:2p= medium surface pressure [N/mm ]F= radial stress exerted on the slide bearing [N]b= width of the slide bearing [mm]d= screw diameter [mm]ød 112.2.1.1.2. Sliding speedøDThe sliding speed occuring between the screw and theslide bearing surface can be calculated according toformula (10).vd . n . π1000øD1[9]in which:v= occuring sliding speed [ m/min]d= screw diameter [mm]n= screw speed [min-1][10]12.2.1.1.4.1. Correction factor f for intermittentoperationOn intermittent operation the energy inducted into thesystem is reduced, so that the appearing pv-value canbe corrected downwards. The correction factor f shouldonly be applied when the following condition(13) is completed:Ill. 21: Exemplary course of screw speed above thetime tWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20pv EDp . v[12]in which:pv = appearing pv-value [N/mm 2ED• m/min]p = surface pressure taken from12.2.1.1.1. [ N/mm 2 ]v = sliding speed taken from 12.2.1.1.2. [m/min]frotation. f= correction factor for switch-on duration taken from12.2.1.1.4.1. [-]screw speed ndowntimet L < tL maxin which:tL= transit time [s]t Lmax = max. permissible transit time taken from[s] ill. 23t LΣt + tP Σ Lt P[13]time tIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines32

CCCCCCpv-value pv [N/mm2nom• m/min]12011511010510095908580757065605550454035302520151050ZX-100AZX-100EL63ZX-100EL55ZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530ZX-550ZX-720ZX750V1TZX-750V2ZX-750V2TZX-750V3TZX-750V4screw:material: 30CrNiMo8surface roughness: 4µmRzsurface hardness: 55HRCintermedium:air of 20ºC0,1 1,0 10,0 100,0Ill. 22: Permissible pv-value for ZX-materialsPermissible pv-valuesliding speed [m/min]PrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines33Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCt max. [s]LCCin which:pv nomzul= permissible nominal pv-value taken fromill.2 2 [N/mm * m/min]pv100.000,010.000,01.000,0100,010,01,00,10,1 1,0 10,0kpv nompv nomzul[14]pvkpv= pv-value taken from equation 11 [N/mm * m/min]Ill.23: Max. permissible transit time t LmaxThe correction factor f can be calculated according toformula (15), so that the corrected pv-value can becalculated according to formula (14).2f = 0,02 • ED - (0,0001 • ED )in which:Σ tEDL [s]Σ t L + Σ t P [s]tL = taken from ill .2 1t P = taken from ill.21•100 [%]12.2.1.2 Permissible pv-value (pv zul) ot theradial slide bearingThe permissible pv-value of a radial slide bearing canbe calculated according to formula (17).pv zulpv nomzul • k sch • k ϑ • k Geo • kSpin which:[16]Permissible pv-value[17]k = correction factor for lubrication taken from 12.2.1.2.1s chpv = permissible nominal pv-value [N/mm 2 • m/min] takenn omz ulfrom ill. 22k Ge o = correction factor for geometry taken from 12.2.1.2.3k S p= correction factor for bearing clearance taken from12.2.1.2.4[15]12.2.1.2.1. Correction factor for lubrication k SchThe correction factor for lubrication k Schcan be takenfrom ill. 24 in accordance with the sliding speed and thelubricant.correction factor k schIll. 24: Correction factor k sch12.2.1.2.2. Correction factor for ambient temperatureThe correction factor considers an ambient temperaturedeviating from 20°C for bushings which should be fixedinto the casing hole by means of simple pressing. Forbushing which are not pressed in (e.g. swimmingor bonding bushings) the correction factor kJ isalways = 1.The correction factor kϑ can be taken from ill. 25 in functionof the ambient temperature with a respective material.Ill. 25: Correction factor kϑWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20correction factor k ϑ1210864201,00,90,80,70,60,50,40,30,20,10,0oil lubricationgrease lubricationdry run1 10 100v [m/min]0 50 100 150 200ambient temperature [ºC]ZX-100K ,MT,EZX-100AZX-324ZX-324V1T ,V2T ,V3TZX-324VMT ZX-750V3ZX-410ZX-530ZX-550ZX-750V0ZX-750V1T ,V2T,V4PrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines34

CCCCCC12.2.1.2.3.Correction factor for geometry k GeoThe correction factor k Geoconsiders the geometry of theslide bearing and is calculated according to formula (18).k Geo= k bd• k d[18]Permissible pv-value12.2.1.2.4. Correction factor k Spfor installationbearing clearanceThe correction factor (k Sp) for installation bearing clearancecan be taken from ill.28 in accordance with the class ofbearing clearances.A reduced bearing clearance is only possible with slidingspeeds up to 15 m/min.PrefaceContentsin which:k bd = taken from ill. 26kd = correction factor for screw diameter takenfrom ill. 27 [-]correction factor k [-]b dbd3,02,52,01,51,00,50,0in which:0,0 0,5 1,0 1,5 2,0 2,5 3,0relation width/diameter b/d [-]= bearing width [mm]= screw diameter [mm]Ill.26: Correction factorr k bdcorrection factork d [-]1,21,00,80,60,40,20,00 50 100 150 200 250screw diameter d [mm]Ill.27: Correction factor k dcorrection factor k Sp [ -]1,31,21,11,00,90,80,70,60,50,40,30,20,10,01 10 100Ill.28: Correction factor k Spclasses of bearing clearances:coarse (C)standard (D)fine (F)negative (N)sliding speed v [m/min]MaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2035

CC CC CCTemperature of the sliding surface and the slide bearing12.2.2. Assessment of the emerging temperatures for usual constructions12.2.2.1.Temperature of the sliding surfacePrefaceFor usual constructions the emerging temperature of the sliding surface is calculated according to formula (19).ϑ GFϑ GFNkpv + ϑ amb -20ºC[19]Contentsin which:ϑ GF = emerging temperature of sliding surface [ºC]ϑ GFN = temperature of sliding surface taken from ill.29 [ºC]kpv = taken from formula [19b]ϑ amb = ambient temperature [ºC]kpvin which:pvzulpv zulpv ED[19b]= permissible pv-value taken from [17] [N/mm * m/min]pv ED = emerging üv-value taken from [12] [N/mm * m/min]Materialoverviewtemperature of sliding surface GFN [ºC]25024023022021020019018017016015014013012011010090807060504030201001 10 100sliding speed v (m/min)ZX-100KZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530ZX-550ZX-720ZX-750V2ZX-750V2TZX-750V3TIll. 29: Development of temperature on the sliding surface with maximum pv-value for usual constructions12.2.2.2.Temperature of the slide bearingThe temperature of the slide bearing (measured inside the diameter of the slide bearing) is calculated accordingto formula (20).ϑ Lϑ GF + ϑ amb2in which:ϑ GF = emerging temperature of sliding surface [ºC]ϑ L = emerging temperature of slide bearing [ºC]ϑ amb = ambient temperature [ºC]Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20[20]Index Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines36

CCCCCC12.2.2.3. Attachment checkFirst the emerging casing temperature must be estimatedaccording to formula (21) in order to check the fixingmanner of the slide bearing bush.ϑ Gϑ L + ϑ amb2Temperature of the slide bearing casing[21]PrefaceContentsin which:ϑ G = emerging temperature of casing [ºC]ϑ L = emerging temperature of slide bearing [ºC]ϑ amb = ambient temperature [ºC]MaterialoverviewIn order to achieve a permanent attachment of the slidebearing bush by means of pressing the condition (22)must be completed.ϑ G < ϑ Gzul[22]in which:ϑ G = emerging temperature of casing [ºC]ϑ Gzul = permissible temperature of casing [ºC]taken from ill.2When exceeding this temperature the slide bearing bushmust be provided with additional locking measures -seechapter 4.1.4.Index Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2037

wobei:∆Sϑz=LagerspielveränderungdurchTemperaturver-änderungvonungeschlitztenBuchsen[m]αBu=AusdehnungskoefizientdesGleitlagersausTab.x[1/?C]∆ϑ=Temperaturveränderung[?C]d2=[m]Buchsenaußendurchmeser[4]∆SϑzαGeh=AusdehnungskoefizientdesGehäusesausTab.x[1/?C]∆ϑα?(d(2?Bu-)+d?αGehw1)d1=Buchseninendurchmeser[m]αw=AusdehnungskoefizientdesGehäusesausTab.x[1/?C]CCCCCC12.2.3. Assessment of working lifeIn order to calculate the working life the total wear rateSG must be ascertained first.The total wear rate contains the influence of the slidingsurface temperature, the surface roughness of the screwand the surface pressure.12.2.3.1.Total wear rateThe total wear rate S Gis calculated by means offormula [23 ].S G= S • k • kNϑp[23]Working life / Screw cavitycorrection factor k [-]p100,010,01,00,10,1 1,0 10,0 100,0surface pressure p [N/mm²]PrefaceContentsMaterialoverviewNin which:S10,001,000,100,012 4 6 8roughness height Rz [µm]Ill. 30: Nominal wear rate S Ncorrection factor k ϑG =10,0total wear rate [µm/km]SN= nominal wear rate [µm/km] taken fromill.30k ϑ = correction factor for the sliding surface1,0temperature taken from ill.31 withtaken from chapter 12.2.2.1ϑ GFk p = correction factor for the surface pressuretaken from ill.32 with p taken fromformula [9]ZX-100AZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530ZX-550ZX-720ZX-750V4ZX-750V2TZX-750V3TZX-100AZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530ZX-550ZX-750V0Ill. 32: Correction factor kp12.2.3.2. Screw cavityOwing to the viscoelastic properties of polymers the screwcountersinks in course of time by means of influencingcompressive stress and temperature. As a result thesurface pressure decreases and the bearing clearanceincreases. The approximate screw cavity is calculatedby means of formula (24).∆hp • skE Din which:∆h = screw cavity [mm]p = surface pressure [N/mm2]sk = wall thickness of the bushing [mm]E D = secant compressive modulus [N/mm²]depending on the stress duration takenfrom ill. 33-3512.2.3.3. Working life[24]The working life of a slide bearing is limited by thepermissible increase of the bearing clearance ∆D. Thepermissible increase of the bearing clearance isdetermined by the requirements on the bearing. Theoccuring increase of the bearing clearance is composedof wear (abrasion) and plastic or elastic deformations ofthe stressed slide bearing surface. In order to calculatethe working life the screw cavity must be calculated firstowing to deformations of the slide bearing bush.Index Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelines0,1-100 0 100 200 300sliding surface temperature ϑ GF [ºC]Ill. 31: Correction factor kϑWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2038

CCCCCC12.2.3.3.1. Working life at point stressAt point stress (bushing is standing, screw is rotating)the expected working life at point stress L pis calculatedby means of formula (25).L P∆D -∆h -se max0,06 • v • S G[25]Screw cavityPrefaceContentsin which:L P = working life for point stress [h]∆D = permissible increase of bearing clearance [µm]v = sliding speed [m/min]S G = total wear rate [µm/km] taken from chapter12.2.3.1.∆h = occuring screw cavity [µm]se max = max. installation bearing clearance [µm]12.2.3.3.2. Working life at peripheral stressAt peripheral stress (bushing is rotating, screw isstanding still) the working life L uis longer than that atpoint stress.As rule of thumb applies:LL = 2 • LUin which:U =P[26]working life at peripheral stress [h]LP= working life at point stress [h]MaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2039

CCCCCC12.2.4.Secant compressive modulus for stress duration < 0,01hPreface3.800ZX-410ZX-530ZX-550ZX-720ZX-750V1TZX-750V2TZX-750V3ZX-750V4ZX-100AZX-100EL63ZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3T3.6003.4003.2003.0002.8002.6002.4002.2002.0001.8001.6001.4001.2002secant compressive modulus [N/mm ]Ill. 33: Secant compressive modulus for stress duration < 0.01 h1.00080060040020000 20 40 60 80 100 120 140 160 180 200 220 240 260temperature [ºC]ContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2040

CCCC3.600CC3.40012.2.5.Secant compressive modulus for stress duration < 100hZX-100AZX-100EL63ZX-100KZX-100MTZX-3243.2003.000ZX-324V1TZX-324V2TZX-324V3TZX-410ZX-5302.8002.6002.400ZX-550ZX-720ZX-750V1TZX-750V2TZX-750V32.2002.0001.800ZX-750V41.6001.4001.2001.000secant compressive modulus [N/mm2]80060040020000 20 40 60 80 100 120 140 160 180 200temperature [ºC]PrefaceContentsMaterialoverviewIndex Slide bearings Slide bearings Conditions ofTribologyMathematical Design(with collar) (cylindrical) installationexample guidelinesIll. 34: Secant compressive modulus for stress duration < 100 hWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2041

CCCCCC12.2.6.Secant compressive modulus for stress duration

CC CC CC13.Mathematical exampleMathematical examplePreface13.1. Task:The hinged brackets inside the loading dropside of a truck should be arranged with maintenance-free slidebearing bushes.MathematicalexampleDesignguidelinesContentsMaterialoverview13.2. Stress:The maximum radial force exerted on a slide bearing bush amounts to 60000 N.The screw moves oscillatingly with a tilting angle of about 120° and a maximum screw speed of 4 min -1 .TribologyFurthermore this application is subject to intermittent operation:The loading dropside requires 15 s for one stroke, then the loading dropside is loaded and remains for at least300 s in this position. After that it is moved downwards again.Owing to the fact that this construction is welded the bearing seats contain geometry errors which could causeextremely high edge pressures. Moreover you have to consider a maximum ambient temperature of 65°C anddirt, water or road salt penetrating the bearing seat.13.3. Requirements:Complete freedom from maintenance, that is a dry and quiet running operation, working life 40000 to 50000strokes.13.4. Constructional presets:screw diamter d : ø 30 d9 mmcasing diameter D : ø 36 H7 mmbushing length b : 30 mmConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)IndexWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2043

CC CC CC13.5. Calculation:Mathematical exampleThe calculation is effected successively to the flow diagram shown in chapter 12.2.Preface13.5.1. Surface pressureFirst we calculate the emerging (medium) surface pressure by means of formula (9).ContentsF60000 Np =⇒=b • d 30mm • 30mm66,66N2mmwith:F: radial force exerted on the slide bearing = 60000 Nb: bushing width = 30 mmd: screw diameter = 30 mm13.5.2. Sliding speedThen we calculate the maximum emerging sliding speed by means of formula (10).MaterialoverviewDesignguidelinesv =d ⋅ n ⋅ π1000⇒30 mm ⋅ 5 min1000−1⋅ π=0,47with:n: maximum screw speed taken from 13.2 = 5min -1d: taken from 13.4 = 30mmmmin≈0,5mminMathematicalexample13.5.3. Maximum pv-valueFrom p and v results the maximum pv-value according to formula (11).Tribologypv = p • v⇒N66,66mm²• 0,5mmin=N33,33mmwith:p: taken from 13.5.1. = 66,66 N/mm²v: taken from 13.5.2. = 0,5 m/min2 •mmin13.5.4. pv-value emerging on intermittent operationOwing to the fact that the screw is subject to intermittent operation, which means it rotates for only 15 s and thenthere follows an interval of 300 s the pv-value is calculated on intermittent operation.Therefore we first calculate the nominal productivity of the pv-value by means of formula (14), in order to check ifthe condition (13) is fulfilled so that a correction may be effected.13.5.4.1. Calculation of the nominal productivity kpvnom:kpvnom =pvnom zulpv⇒N27,5mm²N33,33mm²mmin =mmin0,825with:pv nomzul: for a first calculation we take the highest possible value from ill. 22 with v = 0,5 m/min reveals ZX-324V2T= 27,5 N/mm 2 * m/minpv : taken from 13.5.3. = 33,33 N/mm² * m/minConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)IndexWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2044

CC CC CCMathematical example13.5.4.2 Checking the condition [13]We check the condition taken from formula (13) (page 32) by means of the calculated figures.PrefacetL < tLmax⇒ 15s < 6000swith:t Lt LmaxIndex: transit time taken from the data of stress = 15 s for one stroke: maximum permissible transit time taken from ill. 22; with kpv = 0,825 (see above)reveals t Lmax= 6000 s.As this condition is fulfilled the correction factor f can be applied as follows.ContentsMaterialoverview13.5.4.3 Calculation of the switch-on duration ED by means of formula (16):ΣtL 15sED =• 100=( Σt+ Σt)15s + 300sLP[%] ⇒• 100% 4,76%with:t L: transit time -taken from 13.2- = 15st P: interval -taken from 13.2- = 300sDesignguidelinesMathematicalexample13.5.4.4. Calculation of the correction factor f by means of formula (15):2f = 0,02 − (0,00 01 ⋅ED) ⇒ 0,02 − (0,0001 ⋅ 4,76 ²) =0,092with:ED : taken from 13.5.4.3 = 4,76%Hence follows from formula (12) the emerging pv-value pv EDon a switch-on duration of 4,76 %:N mNpvED= p • v • f ⇒ 66 ,66 • 0,5 • 0,092 = 3,072mm ² minmmwith:p : taken from 13.5.1. = 66, 66 N/mm²v : taken from 13.5.2. = 0,5 m/minf : taken from 13.5.4.4. = 0,092m•minTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2045

CCCCCC13.5.5. Calculation of the permissible pv-value:Mathematical exampleIn order to calculate the permissible pv-value (pv zul) of the radial slide bearing we have to determine the followingcorrection factors:Prefacek Sch: correction factor for lubrication taken from ill. 24 on dry run k Sch= 1k ϑ: correction factor for ambient temperature, at an ambient temperature of 65°C and with thematerial ZX-324V2T taken from ill. 25 k J= 0,6 .k bd: correction factor for the relation b/d (width / diameter) of the bushing with b/d = 30 mm / 30 mm= 1 follows from ill. 26 k bd=0,75k d: correction factor for the screw diameter d. Ill. 27 with a screw diameter d of 30 mm revealsk d= 0,3.k Geo: the correction factor for the geometry of the bushing is calculated by means of formula (18);from k Geo= k bd·k dresults 0,75·0,3 = 0,225k SP: correction factor for the installation bearing clearance. As this application does not require areduced installation bearing clearance we choose the “standard” class.From ill. 28 with a sliding speed of 0,5 m/min reveals k SP=1: taken from section 13.5.4.1 = 27,5 N/mm² · m/minpvnomzulThe permissible pv-value of the radial slide bearing is determined by means of formula (17).pvzul= pvnom zul⋅ kSch⋅ kϑ⋅ kGeo⋅ k13.5.6. Checking the pv-value:Sp⇒N27,5mm²⋅mmin⋅1⋅0,6 ⋅ 0,225 ⋅1=N3,71mm²⋅mminContentsMaterialoverviewDesignguidelinesMathematicalexampleIn order to avoid a thermal overloading ot the slide bearing the following condition (8) must be fulfilled:pvED ≤ pv zulpvED≤ pvzul⇒N3,07mm²⋅mmin≤N3,71mm²⋅mminwith:pv ED: taken from 13.5.4 = 3,07 N/mm² * m/minpv zul: taken from 13.5.5 = 3,71 N/mm² * m/minerfüllt!As the condition (8) is fulfilled we do not reckon with a thermal overloading.13.5 7. Calculation of the emerging temperatures:13.5.7.1 Calculation of the factor kpv by means of formula (19b):pvkpv =pvN3,71mm²N3,07mm²mminmminzul⇒=EDwith:pv zul: taken from section 13.5.5.pv ED: taken from section 13.5.4.1,21TribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)IndexWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2046

CC CC CCMathematical example13.5.7.2. Calculation of the emerging sliding surface temperatureThe emerging sliding surface temperature is determined by means of formula (19).ϑGFϑGFN= + ϑamb20°CkpvϑGFN48°CϑGF = + ϑamb− 20°C ⇒ + 65°C − 20°C = 85°Ckpv1,21PrefaceContentswith:ϑ GFN: nominal temperature of the sliding surface; ill. 29 with v = 0,5 m/min reveals ϑ GFN= 48°Cϑ amb: ambient temperature; for this task ϑ amb= 65°C is given13.5.7.3. Temperature of the slide bearing bushThe temperature of the slide bearing bush measured inside the cross-section of the slide bearing is calculatedby means of formula (20).ϑGF+ ϑamb85°C + 65°CϑL =⇒= 75°C22wiht:ϑ GF: temperature of the sliding surface, taken from 13.5.7.2 = 85°Cϑ amb: ambient temperature, for this task ϑ amb= 65°C is given13.5.8. Attachment check of the slide bearing bushIn order to guarantee a secure attachment of the slide bearing bush by means of simple pressing the followingcondition must be fulfilled:MaterialoverviewDesignguidelinesMathematicalexampleTribologyϑ G< ϑ GzulFirst the maximum permissible casing temperature – for pressing-in attachment – for ZX-324V2T withϑ Gzul= 130°C has to be taken from ill. (2) (page 13).13.5.8.1. Calculation of the emerging casing temperature by means of formula (21)ϑL+ ϑamb75°C + 65°CϑG = == 70°C2 2with:ϑ L: temperature of the slide bearing bush, taken from 13.5.7.3 = 75°Cϑ amb: ambient temperature, for this task ϑ amb= 65°C is giveninserted into the above-mentioned condition it reveals:ϑG< ϑGzul⇒°70°C < 130 CAs this condition is fulfilled, the bushing can be attached by means of simple pressing.Conditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)IndexWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2047

CCCCCCMathematical example13.5.9. Check of the minimum operating bearing clearance:13.5.9.1.Calculating the change of the operating bearing clearance due to temperaturefluctuationsPrefaceThis mathematical example bases on an operation with a non-slitted bushing, therefore we must first calculatethe necessary mold bearing clearance (change of the inside diameter of the stuffed bushing due to an increaseof temperature) by means of formula (6):Contents∆Sϑ Z= ∆ϑ •( d • ( α − α ) − d • α )2GehBu1Win which :∆ϑ : change in temperature measured from the installation temperature to the slide bearing temperature.With an assumed installation temperature of 20 °C follows for ∆ϑ : 75°C - 20°C = 55°Cd 2: outside diameter of the bushing = 36mmα Bu: coefficient of expansion of the bushing taken from table 6 for ZX-324V2T = 6,5*10 -5α Geh: coefficient of expansion of the casing taken from table 6 for steel = 1,2*10 -5d 1: outside diameter of the screw = 30 mmα W: coefficient of expansion of the screw taken from table 6 for steel = 1,2*10 -5MaterialoverviewDesignguidelinesyields to a change of the inside diameter of the stuffed bushing:∆SϑZ= 55 ° C •−5−5−5( 36 • ( 1,2 • 10 − 6,5 • 10 ) + 30 mm • 1,2 • 10 ) = − 0,0851 mmThis change of the inside diameter must be existing as minimum mold bearing clearance, inorder to avoid a clamping/grip of the bearing on operation.Mathematicalexample13.5.9.2 Calculating the minimum operating bearing clearanceThe minimum operating bearing clearance can be calculated by means of formula (4):Semin = ød1min− A oscrewin which :ød1 min:after pressing the bushing into a casing of an ISO-tolerance H5 follows for the “standard”class of bearing clearances according to table 1 an inside diameter of an ISO-tolerance D8.Consequently follows a lower dimensional deviation of 30,065 mm according to ISO.A oscrewfollows:S min: for the screw – handicap ø30d9 – follows an upper dimensional deviation of 29,935 mmaccording to ISO.e= 30 ,065 mm − 29 ,935 mm = 0,13 mmThe check of the minimum mold bearing clearance is effected on the following condition:TribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)∆Sϑ z≤ Semin⇒− 0,0851mm≤0,13 mmAs this condition is fulfilled, a secure operation is possible for the required ambienttemperature of 65 °C.IndexWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2048

CC CC CCMathematical example13.5.10. Calculation of the maximum mold bearing clearanceThe maximum mold bearing clearance yields from formula (5):PrefaceSemax= ød1in which:A uScrewød1 maxmax− AuWelle:for the lower dimensional deviation of the screw 30d9 follows according to ISO: : 29,883mm:after pressing the bushing into a casing of an ISO-tolerance H5 follows for the “standard” classof bearing clearances an inside diameter of the stuffed bushing of an ISO-tolerance D8according to table 1.Consequently follows an upper dimensional deviation of 30,098 mm according to ISO.As on operation the bushing does not become pressed into a casing of a tolerance H5 but intoan absorption hole of a tolerance H7 according to the construction details, we have to considerthe correction of the absorption hole.by means of formula (1) we calculate the upper dimensional deviation of the bushing pressedinto H7:ContentsMaterialoverviewDesignguidelinesd 1 = Sv + ødmax1 H5in which:S v: increase of the bearing clearance, taken from table 4 with a casing diameter of36 mm follows an increase of the absorption hole of H7 = 14µmMathematicalexampleød1 maxfollows:: according to the dimension list follows a maximum dimension of 30,098 mm for a^ bushing with d1 = 30 mmd1max= 0,014mm + 30,098mm = 30,112mmfrom that follows a maximum mold bearing clearance of:S maxe= 30,112 mm − 29,883 mm =0,229 mmTribologyConditions ofinstallation13.5.11. Calculation of the expected wave cavity caused through the deformation of thebushingThe expected wave cavity caused through deformation can be calculated by means of formula (24):∆ h =p ⋅ skEdin which:sk : wall thickness sk, yields from (D - d1) / 2 = (36mm-30mm) / 2 = 3mmp : taken from section 13.5.1. = 66,66 N/mm 2E d: secant compressive modulus, taken from ill. 36 for stress durations > 100 hat a temperature of ϑL= 75 °C and with a material of ZX-324V2T = 1320 N/mm2Slide bearings(cylindrical)Slide bearings(with collar)Indexfollows:N66,66 ⋅ 3mm2∆h= mm = 0,1515 mmN13202mmWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2049

CCCCCC13.5.12. Estimation of working lifeMathematical exampleThe determination of working life requires the total wear rate, which can be calculated by means of formula(23):PrefaceSG = S N ⋅ kϑ⋅kpin which:S N: nominal wear rate, from ill. 30 follows a wear rate of 11 µm/km at a roughness height of the screw of 8 µmRZ and the material ZX-324V2Tkϑ: correction factor for temperature, from ill. 31 follows kϑ = 0,3 at a sliding surface temperature of 85 °Ck p: from ill. 32 follows k p= 40 with a surface pressure of 66 N/mm 2follows:µmµmSG = SN⋅ kϑ⋅kp= 11 ⋅ 0,3 ⋅ 40 = 132kmkmThe expected working life for point load then yields from formula (21):ContentsMaterialoverviewDesignguidelinesL∆D− ∆h− Se=0,06 ⋅ v ⋅ S15000,06 ⋅[ µm] − 151,5 [ µm] − 229 [ µm]0,47 [ m/ min] ⋅132[ µm /km]maxP⇒=Gin which:∆D = permissible screw displacement – In this application case a permissible screw displacement of 1,5 mmhas been determined by the construction department. –300hMathematicalexampleThis corresponds to a transit time of 15 s per stroke for about 72000 strokes.13.5.13. Summary of the resultsmaterial chosenZX-324V2Tclass of bearing clearancesstandardinside diameter of the bushing d1 30 mmoutside diameter of the bushing d2 36 mmbushing width b1 30 mmsurface pressure p 66,66 N/mm 2sliding speed v 0,5 m/minmaximum pv-value pv 33,33 N/mm 2 * m/minswitch-on duration ED 4,76 %pv-value at ED pv ED3,07 N/mm 2 * m/minpermissible pv-value pv zul3,71 N/mm 2 * m/minsliding surface temperature ϑ GF85 °Cslide bearing temperature ϑ L75 °Ccasing temperature ϑ G70 °Cpermissible casing temperature ϑ Gzul130 °Cnecessary mold bearing clearance ∆S ϑZ-0,0851 mmminimum mold bearing clearance Se min0,130 mmmaximum mold bearing clearance Se max0,229 mmwave cavity caused throughdeformations ∆h 0,1515 mmworking life L P300 h = 72000 strokesTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)IndexWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2050

CC CC CC13.5.14. Data for the order – article numbers –We have chosen a bushing with the following dimensions:Mathematical examplePrefaceø d1 = 30mm, ø d2 =36mm, b =30mma corresponding slide bearing bush has the following article number shown in the dimension list:Z _ _ _ _ _ 030036009Contentsfor the material ZX-324V2T the material contraction “3F”, according to the key taken from ill. 1, has to be insertedinto the order number.Z 3F _ _ _ 030036009Materialoverviewand the “standard” class of bearing clearances chosen – article contraction D09 taken from table 1 – result in:Z3FD0903003600913.5.15. Selection of a suitable screw materialDesignguidelinesSuitable screw materials can be taken from chapter 6.2.For the material ZX-324V2T of a ball indentation hardness of 175 N/mm 2 (see table 7) we recommend a Vickershardness of at least HV = 380 according to ill. 12.IndexFurthermore, the screw should be provided with a corrosion protection against penetrating water.For these reasons we choose a non-alloyed structural steel St52-3 with a hard nickel-plated surface (as describedin 6.1.1.11.).MathematicalexampleConditions ofinstallationTribologySlide bearings(with collar)Slide bearings(cylindrical)Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2051

CCCCcoefficient of frictioncoefficient of frictioncoefficient of frictioncoefficient of frictionCC0,220,200,180,160,140,120,100,080,060,040,020,000,220,200,180,160,140,120,100,080,060,040,020,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,150,140,130,120,110,100,090,080,070,060,050,0414. Coefficients of friction: 14.1.Coefficients of friction of ZX-100A0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02surface pressure [N/mm ]count erbody:µ H (25°C,dry)µ G (25°C,dry)µ H (25°C,wet)µ G (25°C,wet)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmint ermedium:air, watersurrounding medium:airstress:sliding speed: 10,3 m /mincount erbody:µ H ( 25°C,dry)µ G (25°C,dry)µ H ( 50°C,dry)µ G (50°C,dry)µ H ( 75°C,dry)µ G (75°C,dry)µ H ( 100°C,dry)µ G (100°C,dry )m at erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coating thickness: 30 µmi nt ermedium:airsurrounding medium:airstress:sliding speed: 10,3 m/mincounterbody:µ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)µ G (75°C,wet)material: X5CrNi189surface roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium:wat ersurrounding medium:airstress:sliding speed: 10,3 m/ mincounterbody:µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)materi al : X 5CrNi189surface roughness: 4µm Rzsliding surf ace hard chrom ed,coating t hi ckness: 30 µminterm edium:oi lIll.36Coefficient of friction ofZX-100A measured assuppliedIll.37Coefficient of friction ofZX-100A in dry runsmeasured after feedIll.38Coefficient of friction ofZX-100A with waterlubrication measured afterfeedIll.39Coefficient of friction ofZX-100A with oil lubricationmeasured after feedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)0,030,020,01surroundi ng medium:ai rst ress:sliding speed: 10, 3 m/m in0,000,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0s urfac e pressure [N/mm 2]52Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCcoefficient or fr ictioncoefficient of frictioncoefficient of frictioncoefficient of frictionCC0,220,200,180,160,140,120,100,080,060,040,020,000,320,300,280,260,240,220,200,180,160,140,120,100,080,060,040,020,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,160,150,140,130,120,110,100,090,080,070,060,0514.2. Coefficients of friction of ZEDEX-100K0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02s urfac e pressure [N/mm ]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface press ure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pres sure [N/m m 2]c ounterbody:µ H (25°C,dry)µ G (25°C,dry )µ H (50°C,dry)µ G (50°C,dry )µ H (75°C,dry)µ G (75°C,dry )µ H (100°C,dry)µ G (100°C,dry)material: X 5CrNi 189s urfac e roughness : 4µm Rzs lidi ng surf ace hard chromed,c oati ng t hick nes s: 30 µmintermedium:airs urrounding medium:aircounterbody:s tres s:µ H (25°C,dry)µ G( 25°C,dry)µ H (25°C,wet)µ G ( 25°C,wet)materi al : X 5CrNi189surface roughness: 4µm Rzsliding surf ace hard chrom ed,coating t hi ckness: 30 µminterm edium:ai r, wat ersurroundi ng medium:ai rst ress:sliding speed: 10, 3 m/m ins lidi ng speed: 10, 3 m/m incounterbody:µ H (25°C,wet)µ G( 25°C,wet)µ H (50°C,wet)µ G( 50°C,wet)µ H (75°C,wet)µ G( 75°C,wet)material: X5CrNi189surface roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium:wat ersurrounding medium:airstress:sliding speed: 10,3 m/ mincounterbody:µ H (25°C,oil)µ G( 25°C,oil)µ H (50°C,oil)µ G ( 50°C,oil)µ H (75°C,oil)µ G( 75°C,oil)µ H (100°C,oil)µ G ( 100°C,oil)materi al : X 5CrNi189surface roughness: 4µm Rzsliding surf ace hard chrom ed,coating t hi ckness: 30 µminterm edium:Ill.40Coefficient of friction ofZX-100K measured assuppliedIll.41Coefficient of friction ofZX-100K in dry runsmeasured after feedIll.42Coefficient of friction ofZX-100K with waterlubrication measured afterfeedIll.43Coefficient of friction ofZX-100K with oil lubricationmeasured after feedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)0,040,030,020,010,000,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02s urfac e pressure [N/mm ]Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20oi lsurroundi ng medium:ai rst ress:sliding speed: 10, 3 m/m in53

CCCCcoefficient of frictioncoefficient of frictioncoefficient of frictioncoefficient o frictionCC0,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,300,280,260,240,220,200,180,160,140,120,100,080,060,040,020,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.3. Coefficients of friction of ZEDEX-100MT0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02surface pres sure [N/mm ]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface press ure [N/m m 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0s urfac e pressure [N/mm 2]µ H (25°C,dry)µ G (25°C,dr y)µ H (25°C,wet)µ G (25°C,wet)Ill.44Coefficient of friction ofZX-100MT measured assuppliedIll.45Coefficient of friction ofZX-100MT in dry runsmeasured after feedIll.46Coefficient of friction ofZX-100MT with waterlubrication measured afterfeedIll.47Coefficient of friction ofZX-100MT with oil lubricationmeasured after feedWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20counterbody:material: X5CrNi189surface roughness: 4µm Rzsl iding surface hard chromed,coati ng thickness: 30 µmintermedi um :air, watersurrounding medium:airst ress:sl iding speed: 10,3 m/ mincount erbody:µ H (25°C,dry)µ G (25°C,dry)µ H (50°C,dry)µ G (50°C,dry)µ H (75°C,dry)µ G (75°C,dry)µ H (100°C,dry)µ G (100°C,dr y)m at erial: X5CrNi189surf ace roughness: 4µm Rzsliding surf ace hard chromed,coating thickness: 30 µmi nt ermedium:airsurrounding m edium:airstress:sliding speed: 10, 3 m/m inµ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)counterbody:µ G (75°C,wet)material: X5CrNi189surface roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium :wat ersurrounding medium :airstress:sliding speed: 10,3 m/ mincounterbody:µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)materi al : X 5CrNi189surface roughness: 4µm Rzsliding surf ace hard chrom ed,coating t hi ckness: 30 µminterm edium:oi lsurroundi ng medium:ai rst ress:sliding speed: 10, 3 m/m inIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)54

CCCCc oefficient of fr ictioncoefficient of fric tioncoefficient of fric tionCC0,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,120,110,100,090,080,070,060,050,040,030,020,010,0014.4.Coefficients of friction of ZEDEX-3240,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0Wear: 6,430 mm/100 kmsurface pres sure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface press ure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]counterbody:µ H (25°C,dry)µ G (25°C,dr y)µ H (25°C,wet)µ G (25°C,wet)material: X5CrNi189surface roughness: 4µm Rzsl iding surface hard chromed,coati ng thickness: 30 µmintermedi um :air, watersurrounding medium:airst ress:sl iding speed: 10,3 m/ mincounterbody:µ H (25°C, dry)µ G (25°C, dry)µ H (25°C, wet)µ G (25°C, wet)µ H (25°C, oil)µ G (25°C, oil)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium:air, water, oilsurrounding medium:airstress:sliding speed: 10,3 m/ mincount erbody:µ H (25°C,dr y)µ G ( 25°C,dry)µ H (50°C,dr y)µ G ( 50°C,dry)µ H (75°C,dr y)µ G( 75°C,dry)µ H (100°C,dry)µ G( 100°C,dry)m at erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmi nt ermedium:airsurrounding medium:airstress:sliding speed: 10,3 m/minIll. 48Coefficient of friction ofZX-324 measured assuppliedIll.49Coefficient of friction ofZX-324 measured after feedIll.50Coefficient of friction ofZX-324 in dry runsmeasured after feedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2055

CCCCcoefficient of frictioncoefficient of frictioncoefficient of frictioncoefficient of fr ictionCC0,220,200,180,160,140,120,100,080,060,040,020,000,300,280,260,240,220,200,180,160,140,120,100,080,060,040,020,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.5. Coefficients of friction of ZEDEX-324V1TWear: 2,61 mm/100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0s urface pressur e [N/mm 2]Wear: 2,61 mm/100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0sur face pressur e [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0s urface pressure [N/mm 2]µ H ( 25°C,dry)µ G (25°C,dry)µ H ( 25°C,wet)µ G (25°C,wet)Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20counterbody:material: X 5CrNi 189surface roughness: 4µm Rzsli ding surf ace hard chrom ed,coating t hickness: 30 µmintermedium:air, watersurrounding medi um :airst ress:sli ding speed: 10, 3 m/ mincounterbody:µ H (25 ° C,dry)µ G (25°C,dry)µ H (50 ° C,dry)µ G (50°C,dry)µ H (75 ° C,dry)µ G (75°C,dry)µ H (100°C,dry)µ G (100°C,dry)material : X 5CrNi189surface roughness : 4µm Rzsl idi ng s urf ac e hard c hromed,coating t hi ck ness : 30 µmintermedium:airsurroundi ng m edium:airst res s:sl idi ng s peed: 10, 3 m/minc ounterbody:µ H ( 25°C,wet)µ G (25 ° C,wet)µ H ( 50°C,wet)µ G (50 ° C,wet)µ H ( 75°C,wet)µ G (75 ° C,wet)material: X 5CrNi189s urfac e roughness : 4µm Rzs liding surf ace hard c hromed,c oati ng t hick nes s: 30 µmintermedium:wat ers urrounding medium:airs tres s:s liding speed: 10, 3 m/mincounterbody:µ H ( 25°C,oil)µ G (25°C,oil)µ H ( 50°C,oil)µ G (50°C,oil)µ H ( 75°C,oil)µ G (75°C,oil)µ H ( 100°C,oil)µ G (100°C,oil)material : X 5CrNi 189surface roughness: 4µm Rzsli ding surf ace hard chrom ed,coating t hickness: 30 µmintermedium:oilsurrounding medi um:airst ress:sli ding speed: 10, 3 m/ minIll.51Coefficient of friction ofZX-324V1T measured assuppliedIll.52Coefficient of friction ofZX-324V1T in dry runsmeasured after feedIll.53Coefficient of friction ofZX-324V1T with waterlubrication measured afterfeedIll.54Coefficient of friction ofZX-324V1T with oillubrication measured afterfeedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)56

CCCCcoefficient of frictioncoefficient of frictioncoefficient of frictioncoefficient of frictionCC0,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.6. Coefficients of friction of ZEDEX-324V2T0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0Wear: 1,21 mm/100 km2surface press ure [N/mm ]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressur e [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0sur face pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]µ H ( 25°C,dry)µ G (25°C,dry)µ H ( 25°C,wet)µ G (25°C,wet)Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20counterbody:mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium:air, watersurrounding medium:airstress:sliding speed: 10,3 m /mincounterbody:µ H (25°C,dry)µ G (25°C,dry)µ H (50°C,dry)µ G (50°C,dry)µ H (75°C,dry)µ G (75°C,dry)µ H (100°C,dry)µ G (100°C,dry )material: X 5CrNi 189surface roughness: 4µm Rzsli ding surf ace hard chromed,coating t hickness: 30 µmintermedium:airsurrounding medi um :airst ress:sli ding speed: 10, 3 m/ mincount erbody:µ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)µ G (75°C,wet)m at erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmint ermedium:watersurrounding medium:airstress:sliding speed: 10,3 m /mincount erbody:µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)m at erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmi nt ermedium:oilsurrounding medium:airstress:sliding speed: 10,3 m/minIll.55Coefficient of friction ofZX-324V2T measured assuppliedIll.56Coefficient of friction ofZX-324V2T in dry runsmeasured after feedIll.57Coefficient of friction ofZX-324V2T with waterlubrication measured afterfeedIll.58Coefficient of friction ofZX-324V2T with oillubrication measured afterfeedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)57

CCCCcoefficient of frictioncoefficient of frictioncoefficient of fric tioncoefficient of frictionCC0,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.7. Coefficients of friction of ZEDEX-324V3TWear: 0,091 mm/100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface press ure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0Wear: 0,091 mm/100 2 kmsurface pr essure [N/mm ]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surfac e pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pres sure [N/mm 2]µ H ( 25°C,dry)µ G (25°C,dry)µ H ( 25°C,wet)µ G (25°C,wet)Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20counterbody:material: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium :air, watersurrounding medium:airstress:sliding speed: 10,3 m/ mincount erbody:count erbody:µ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)µ G (75°C,wet)materi al: X 5CrNi189surface roughness: 4µm Rzsliding surf ace hard chrom ed,coating t hi ckness: 30 µminterm edium:watersurroundi ng medium:ai rst ress:sliding speed: 10, 3 m/m incounterbody:µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)material: X5CrNi189surface roughness: 4µm Rzsl iding surface hard chromed,coati ng thickness: 30 µmintermedi um :oilsurrounding medium:airst ress:µ H (25°C,dry)µ G (25°C,dr y)µ H (50°C,dry)µ G (50°C,dr y)µ H (75°C,dry)µ G (75°C,dr y)µ H (100°C,dry)µ G (100°C,dry)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmint ermedium:airsurrounding medium:airstress:sliding speed: 10,3 m /minsl iding speed: 10,3 m/ minIll.59Coefficient of friction ofZX-324V3T measured assuppliedIll.60Coefficient of friction ofZX-324V3T in dry runsmeasured after feedIll.61Coefficient of friction ofZX-324V3T with waterlubrication measured afterfeedIll.62Coefficient of friction ofZX-324V3T with oillubrication measured afterfeedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)58

CCCCcoefficient of frictioncoefficient of frictionc oefficient of frictioncoefficient of frictionCC0,220,200,180,160,140,120,100,080,060,040,020,000,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.8. Coefficients of friction of ZEDEX-324VMTWear: 0,073 mm/100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0sur face pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0s urface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressur e [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]µ H (25°C,dry )µ G (25°C,dry)µ H (25°C,wet)µ G (25°C,wet)Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20count erbody:m at erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmint ermedium:air, watersurrounding medium:airstress:sliding speed: 10,3 m /mincounterbody:µ H ( 25°C,dry)µ G (25°C,dry)µ H ( 50°C,dry)µ G (50°C,dry)µ H ( 75°C,dry)µ G (75°C,dry)µ H ( 100°C,dry )µ G (100°C,dr y)material : X 5CrNi 189surface roughness: 4µm Rzsli ding surf ace hard chrom ed,coating t hickness: 30 µmintermedium:airsurrounding medi um:airst ress:sli ding speed: 10, 3 m/ minµ H ( 25°C,wet)µ G (25°C,wet)µ H ( 50°C,wet)µ G (50°C,wet)counterbody:µ H ( 75°C,wet)µ G (75°C,wet)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chrom ed,coat ing thickness: 30 µmint ermedium:watersurrounding medium :airstress:sliding speed: 10,3 m/ mincounterbody:µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)material: X5CrNi189surface roughness: 4µm Rzsl idi ng surf ace hard chromed,coating t hickness: 30 µmintermedi um:oilsurrounding medi um :airst ress:sl idi ng speed: 10,3 m/ minIll.63Coefficient of friction ofZX-324VMT measured assuppliedIll.64Coefficient of friction ofZX-324VMT in dry runsmeasured after feedIll.65Coefficient of friction ofZX-324VMT with waterlubrication measured afterfeedIll.66Coefficient of friction ofZX-324VMT with oillubrication measured afterfeedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)59

CCcoefficient of fric tionc oeffic ient of frictionCC0,240,220,200,180,160,140,120,100,080,060,040,020,000,280,260,240,220,200,180,160,140,120,100,080,060,040,020,00CC14.9.Coefficients of friction of ZEDEX-410Wear: 0,541 mm/100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02surface pres sure [N/m m ]counterbody:µ H (25°C,dry )µ G (25°C,dry)µ H (25°C,wet)µ G (25°C,wet)material: X5CrNi189surface roughness: 4µm Rzsliding surface (chromed hard)coati ng thickness: 30 µmintermedi um:air, watersurrounding medium :airstress:sliding speed: 10,3 m/ mincounter body:µ H (25°C, dry)µ G (25°C, dry)µ H (25°C,wet)µ G (25°C, wet)µ H (25°C, oil)µ G (25°C, oil)material: X5CrNi189surface roughness: 4µm Rzsl iding surface ( hard chromed)coati ng thickness: 30 µmiInt ermedium:air, water, oilsurrounding medium:airst ress:sl iding speed: 10,3 m/ minIll.67Coefficient of friction ofZX-410 measured assuppliedIll.68Coefficient of friction ofZX-410 measured afterfeedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)60Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCc oeffic ient of fric tionCCcoefficient of fric tioncoefficient of frictionc oefficient of friction0,240,220,200,180,160,140,120,100,080,060,040,020,00CC0,260,240,220,200,180,160,140,120,100,080,060,040,020,000,280,260,240,220,200,180,160,140,120,100,080,060,040,020,000,220,200,180,160,140,120,100,080,060,0414.10. Coefficients of friction of ZEDEX-530Wear: 0,045 mm//100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02surface pres sure [N/mm ]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0Wear: 0,045 mm/100 kmsur face pressure [N/mm 2]counterbody:µ H (25°C,dry)µ G (25°C,dr y)µ H (25°C,wet)µ G (25°C,wet)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium :air, watersurrounding medium:airstress:sliding speed: 10,3 m/ mincounterbody:µ H (25°C,dry)µ G (25°C,dry)µ H (50°C,dry)µ G (50°C,dry)µ H (75°C,dry)µ G (75°C,dry)µ H (100°C,dry )µ G (100°C,dry)material: X5CrNi189surface roughness: 4µm Rzsl idi ng surface hard chromed,coati ng thickness: 30 µmintermedi um:airsurrounding medium :airst ress:sl idi ng speed: 10,3 m/ mincount erbody:µ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)µ G (75°C,wet)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmint ermedium:watersurrounding medium:airstress:sliding speed: 10,3 m /minc ounterbody:µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)material: X 5CrNi 189s urfac e roughness : 4µm Rzs liding surf ace hard chromed,c oati ng t hick nes s: 30 µmintermedium:oils urrounding medium:airIll.69Coefficient of friction ofZX-530 measured assuppliedIll.70Coefficient of friction ofZX-530 in dry runsmeasured after feedIll.71Coefficient of friction ofZX-530 with waterlubrication measured afterfeedIll.72Coefficient of friction ofZX-530 with oil lubricationmeasured after feedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)0,02s tres s:s liding speed: 10, 3 m/m in0,000,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2061

CCCCc oeffic ient of frictioncoefficient of frictioncoefficient of frictioncoefficient of fr ictionCC0,220,200,180,160,140,120,100,080,060,040,020,000,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,280,260,240,220,200,180,160,140,120,100,080,060,040,020,000,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.11. Coefficients of friction of ZEDEX-5500,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0s urfac e pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0Wear: surface 0,045 pressure mm/100 [N/m m 2 ] kmWear: 0,045 mm/100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]µ H (25°C,dry)µ G (25°C,dry )µ H (50°C,dry)µ G (50°C,dry )µ H (75°C,dry)µ G (75°C,dry )µ H (100°C,dry)µ G (100°C,dry)Ill.73Coefficient of friction ofZX-550 measured assuppliedIll.74Coefficient of friction ofZX-550 in dry runsmeasured after feedIll.75Coefficient of friction ofZX-550 with waterlubrication measured afterfeedIll.76Coefficient of friction ofZX-550 with oil lubricationmeasured after feedWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20counterbody:counterbody:materi al: X 5CrNi189surface roughness : 4µm Rzsli ding s urf ac e hard c hromed,coating t hi ck nes s: 30 µmintermedium:airsurroundi ng m edium:airst res s:µ H (25°C,dry)µ G (25°C,dry )µ H (25°C,wet)µ G (25°C,wet)materi al : X 5CrNi189surface roughness: 4µm Rzsliding surf ace hard chrom ed,coating t hi ckness: 30 µminterm edium:ai r, wat ersurroundi ng medium:ai rst ress:sliding speed: 10, 3 m/m insli ding s peed: 10, 3 m/mi ncounterbody:counterbody:µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmint ermedium:oilsurrounding medium:airstress:µ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)µ G (75°C,wet)materi al: X 5CrNi189surface roughness: 4µm Rzsliding surf ace hard chrom ed,coating t hi ckness: 30 µmint erm edium:watersurroundi ng medium:airstress:sliding speed: 10, 3 m/m insliding speed: 10,3 m/ minIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)62

CCcoefficient of frictionCCcoefficient of fric tion0,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,00CC0,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.12. Coefficients of friction of ZEDEX-720Wear: 0,295 mm/100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02surface pr essure [N/mm ]count erbody:µ H (25°C,dry)µ G (25°C,dry)µ H (25°C,wet)µ G (25°C,wet)m at erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmi nt ermedium:air, wat ersurrounding medium:airstress:sliding speed: 10,3 m/mincount erbody:µ H (25°C, dry)µ G (25°C, dry)µ H (25°C,wet)µ G (25°C, wet)µ H (25°C, oil)µ G (25°C, oil)m at erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmint ermedium:air, wat er, oilsurrounding medium:airstress:sliding speed: 10,3 m/minIll.77Coefficient of friction ofZX-720 measured assuppliedIll.78Coefficient of friction ofZX-720 measured afterfeedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)63Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCcoefficient of frictioncoeffic ient of frictioncoefficient of frictioncoefficient of frictionCC0,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,000,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.13. Coefficients of friction of ZEDEX-750V1TWear: 0,043 mm/100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0Wear: 0,043 mm/100 km2s urface pressure [N/mm ]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface press ure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pres sure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface press ure [N/mm 2]µ H (25°C,dr y)µ G ( 25°C,dry)µ H (25°C,wet)µ G ( 25°C,wet)Ill.79Coefficient of friction ofZX-750V1T measured assuppliedIll.80Coefficient of friction ofZX-750V1T in dry runsmeasured after feedIll.81Coefficient of friction ofZX-750V1T with waterlubrication measured afterfeedIll.82Coefficient of friction ofZX-750V1T with oillubrication measured afterfeedWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20count erbody:material: X5CrNi189surface roughness: 4µm Rzsliding surface hard chromed,coating thickness: 30 µmintermedium:ai r, wat ersurrounding m edium:ai rst ress:sliding speed: 10,3 m/mincounterbody:µ H ( 25°C,dry)µ G (25°C,dry)µ H ( 50°C,dry)µ G (50°C,dry)µ H ( 75°C,dry)µ G (75°C,dry)µ H ( 100°C,dry)µ G (100°C,dr y)material: X5CrNi189surface roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium:airsurrounding medium:airstress:sliding speed: 10,3 m/ mincounterbody:µ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)µ G (75°C,wet)material: X5CrNi189surface roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium :watersurrounding medium:airstress:sliding speed: 10,3 m/ mincounterbody:µ H ( 25°C,oil)µ G (25°C,oil)µ H ( 50°C,oil)µ G (50°C,oil)µ H ( 75°C,oil)µ G (75°C,oil)µ H ( 100°C,oil)µ G (100°C,oil)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium:oilsurrounding medium:airstress:sliding speed: 10,3 m/ minIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)64

CCcoefficient of fric tionCCcoefficient of frictioncoefficient of frictioncoefficient of fric tionCC0,260,240,220,200,180,160,140,120,100,080,060,040,020,000,220,200,180,160,140,120,100,080,060,040,020,000,260,240,220,200,180,160,140,120,100,080,060,040,020,000,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.14. Coefficients of friction of ZEDEX-750V2T0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02s urface pressur e [N/mm ]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0s urface pressure [N/m m 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressur e [N/mm 2]count erbody:µ H (25°C,dry)µ G (25°C,dry )µ H (25°C,wet)µ G (25°C,wet)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmint ermedium:air, watersurrounding medium:airstress:sliding speed: 10,3 m /mincounterbody:µ H (25°C,dry)µ G (25°C,dry)µ H (50°C,dry)µ G (50°C,dry)µ H (75°C,dry)µ G (75°C,dry)µ H (100°C,dr y)µ G (100 ° C,dry)material: X 5CrNi189surface roughness : 4µm Rzsli ding s urf ac e hard c hromed,coating t hic kness : 30 µminterm edium:airsurroundi ng m edium:airst res s:sli ding s peed: 10,3 m/mincounterbody:µ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)µ G (75°C,wet)materi al: X 5CrNi189surface roughness : 4µm Rzsliding s urf ac e hard c hromed,coating t hic kness : 30 µminterm edium:watersurrounding m edium:airst res s:sliding s peed: 10, 3 m/mincounterbody:µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)material: X 5CrNi 189surface roughness: 4µm Rzsli ding surf ace hard chromed,coating t hickness: 30 µmintermedium:oilsurrounding medi um :airst ress:sli ding speed: 10, 3 m/ minIll.83Coefficient of friction ofZX-750V2T measured assuppliedIll.84Coefficient of friction ofZX-750V2T in dry runsmeasured after feedIll.85Coefficient of friction ofZX-750V2T with waterlubrication measured afterfeedIll.86Coefficient of friction ofZX-750V2T with oillubrication measured afterfeedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)65Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCcoefficient of frictionCCcoefficient of frictioncoefficient of fr ictioncoeffic ient of fric tion0,220,200,180,160,140,120,100,080,060,040,020,00CC0,220,200,180,160,140,120,100,080,060,040,020,000,260,240,220,200,180,160,140,120,100,080,060,040,020,000,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,0114.15. Coefficients of friction of ZEDEX-750V30,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0Wear: 0,139 mm/100 kmsurface pres sure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02surface pressure [N/mm ]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02s urface pressure [N/mm ]count erbody:µ H (25°C,dry)µ G (25°C,dry)µ H (25°C,wet)µ G (25°C,wet)mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmint ermedium:air, watersurrounding medium:airstress:sliding speed: 10,3 m/mincount erbody:µ H (25°C,dry)µ G (25°C,dry)µ H (50°C,dry)µ G (50°C,dry)µ H (75°C,dry)µ G (75°C,dry)µ H (100°C,dry)µ G (100°C,dry)m at erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmi nt ermedium:airsurrounding medium:airstress:sliding speed: 10,3 m /mincounterbody:µ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)µ G (75°C,wet)material : X 5CrNi 189surface roughness: 4µm Rzsliding surf ace hard chrom ed,coating t hickness: 30 µminterm edium:wat ersurrounding medium:ai rst ress:sliding speed: 10, 3 m/ minc ount erbody :µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)m at erial: X5CrNi189s urf ace roughnes s : 4µm Rzs liding surfac e hard c hromed,c oat ing thic kness : 30 µmint ermedium:oils urrounding medium:airs tress :s liding speed: 10,3 m /minIll.87Coefficient of friction ofZX-750V3 measured assuppliedIll. 88Coefficient of friction ofZX-750V3 in dry runsmeasured after feedIll.89Coefficient of friction ofZX-750V3 with waterlubrication measured afterfeedIll.90Coefficient of friction ofZX-750V3 with oil lubricationmeasured after feedIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)0,000,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0sur face pressure [N/mm 2]Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2066

CCCCcoefficient of frictionc oefficient of frictioncoefficient of fric tioncoefficient of frictionCC0,260,240,220,200,180,160,140,120,100,080,060,040,020,000,260,240,220,200,180,160,140,120,100,080,060,040,020,000,360,340,320,300,280,260,240,220,200,180,160,140,120,100,080,060,040,020,000,200,190,180,170,160,150,140,130,120,110,100,090,080,070,060,050,040,030,020,010,0014.16. Coefficients of friction of ZEDEX-750V4Wear: 0,288 mm/100 km0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,02surface pressure [N/mm ]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pressure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pres sure [N/mm 2]0,0 0,5 1,0 1,5 2,0 2,5 3,0 3,5 4,0 4,5 5,0surface pres sure [N/mm 2]µ H (25°C,dry)µ G (25°C,dry)µ H (25°C,wet)µ G (25°C,wet)Ill.91Coefficient of friction ofZX-750V4 measured assuppliedIll.92Coefficient of friction ofZX-750V4 in dry runsmeasured after feedIll.93Coefficient of friction ofZX-750V4 with waterlubrication measured afterfeedIll.94Coefficient of friction ofZX-750V4 with oillubrication measured afterfeedWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20counterbody:mat erial: X5CrNi189surf ace roughness: 4µm Rzsliding surface hard chromed,coat ing thickness: 30 µmintermedium:air, watersurrounding medium:airstress:sliding speed: 10,3 m/ mincounterbody:µ H (25°C,dr y)µ G (25°C,dry)µ H (50°C,dr y)µ G (50°C,dry)µ H (75°C,dr y)µ G (75°C,dry)µ H (100°C,dry)µ G (100°C,dry)material: X 5CrNi189surfac e roughness : 4µm Rzsl idi ng surf ace hard chromed,coati ng t hick nes s: 30 µmintermedium:airsurrounding medium:airst res s:sl idi ng speed: 10, 3 m/m inµ H (25°C,wet)µ G (25°C,wet)µ H (50°C,wet)µ G (50°C,wet)µ H (75°C,wet)µ G (75°C,wet)counterbody:material : X 5CrNi189surface roughness: 4µm Rzsli ding surf ace hard chromed,coating t hi ckness: 30 µminterm edium:wat ersurroundi ng medium:airst ress:sli ding speed: 10, 3 m/mi ncounterbody:µ H (25°C,oil)µ G (25°C,oil)µ H (50°C,oil)µ G (50°C,oil)µ H (75°C,oil)µ G (75°C,oil)µ H (100°C,oil)µ G (100°C,oil)material: X5CrNi189surface roughness: 4µm Rzsl iding surface hard chromed,coati ng thickness: 30 µmintermedi um :oilsurrounding medium:airst ress:sl iding speed: 10,3 m/ minIndex TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)67

CCCCCC10,0deformation [%]1,02m m plast ic2m m elast ic16. Short-term stress-strain functionsIll.98Short-term stress-strain function ofZX-100A in correlation with differentmaterial thickness-measured at 25°C-PrefaceContents0,110 100 1. 000compressive s tress [N/mm 2]Materialoverviewdeformation [%]10,01,02m m pl ast ic2m m el ast ic6m m pl ast ic6m m el ast ic10m m plast ic10m m elast icIll.99Short-term stress-strain function ofZX-100K in correlation with differentmaterial thickness-measured at 25°C-DesignguidelinesMathematicalexample0,1deformation [%]10,01,00,12m m plast ic2m m elast ic6m m plast ic6m m elast ic10 100 1. 000c ompressive stres s [N/mm 2]10 100 1. 000compr ess ive s tr ess [N/mm 2]Ill.100Short-term stress-strain function ofZX-100MT in correlation with differentmaterial thickness-measured at 25°C-TribologyConditions ofinstallationSlide bearings(cylindrical)defor mation [%]10, 02m m plast .2m m elast .6m m plast .6m m elast .Ill.101Short-term stress-strain function ofZX-324 in correlation with differentmaterial thickness-measured at 25°C-Slide bearings(with collar)1, 0Index0, 110 100 1. 000compressive stress [N/mm 2]69Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCdeformation [%]CCCC10,02m m plastic2m m elastic6m m plastic6m m elastic16. Short-term stress-strain functionsIll.102Short-term stress-strain function ofZX-324V1T in correlation withdifferent material thickness-measured at 25°C-PrefaceContents1,00,110 100 1.000Materialoverviewcompressiv e stress [N/mm 2]10,02m m plast ic2m m elast icIll.103Short-term stress-strain function ofZX-324V2T in correlation withdifferent material thickness-measured at 25°C-Designguidelinesdeformation [%]1,0Mathematicalexample0,1deformation [%]10,01,02m m plast ic2m m elast ic10 100 1. 0002compr ess ive s tr ess [N/mm ]Ill.104Short-term stress-strain function ofZX-324V3T in correlation withdifferent material thickness-measured at 25°C-TribologyConditions ofinstallation0,110 100 1. 0002compr ess ive s tr ess [N/mm ]Slide bearings(cylindrical)10,02m m plastic2m m elastic6m m plastic6m m elasticIll.105Short-term stress-strain function ofZX-410 in correlation with differentmaterial thickness-measured at 25°C-Slide bearings(with collar)deformation [%]1,0Index0,110 100 1. 000compress ive str ess [N/mm 2]70Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCdeformation [%]CCCC10,02m m plast ic2 mm elasti c6m m plast ic6m m elast ic16. Short-term stress-strain functionsIll.106Short-term stress-strain function ofZX-530 in correlation with differentmaterial thickness-measured at 25°C-PrefaceContents1,00,110 100 1. 000Materialoverviewcompressive s tress [N/mm 2]deformation [%]10,01,02m m plastic2m m elastic6m m plastic6m m elasticIll.107Short-term stress-strain function ofZX-550 in correlation with differentmaterial thickness-measured at 25°C-DesignguidelinesMathematicalexample0,110 100 1.000deformation [%]10,01,02mm plastic2mm elast iccompressiv e stress [N/mm 2]Ill.108Short-term stress-strain function ofZX-750V1T in correlation with differentmaterial thickness-measured at 25°C-TribologyConditions ofinstallation0,110 100 1.0002compressiv e stress [N/mm ]Slide bearings(cylindrical)deformation [%]10,02m m pl ast ic2m m el ast icIll.109Short-term stress-strain function ofZX-750V4 in correlation with differentmaterial thickness-measured at 25°C-Slide bearings(with collar)1,0Index0,110 100 1. 0002c ompressiv e stres s [N/mm ]71Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCdevelopment of temperature ºCCC14012010080604020017. Development of temperature of radial slide bearingstemperature measuring point:bearingscrewIll.110Development of temperature of radialslide bearings made from ZX-materialswithv = 0,5 m/min pv= 8 N/mm 2 * m/min-measured at 25°C-PrefaceContentsdevelopment of temperature ºCZX-100AZX-100EZX- 100EL55ZX- 100EL63ZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530ZX-550ZX-720ZX-750V1TZX-750 V2TZX-750 V3ZX-750 V4TMaterialoverview140120100806040200ZX-100AZX-100EZX- 100EL55ZX- 100EL63ZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530ZX-550ZX-720ZX-750V1TZX-750 V2TZX-750 V3ZX-750 V4Ttemperature measuring point:bearingscrewIll.111Development of temperature of radialslide bearings made from ZX-materialswithv = 10m/min pv= 20 N/mm 2 * m/min-measured at 25°C-DesignguidelinesMathematicalexampledevelopment of temperature ºC120100806040200ZX-100KZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530ZX-550ZX-720ZX-750V1TZX-750 V2TZX-750 V3ZX-750 V4Ttemperature measuring point:bearingscrewIll.112Development of temperature of radialslide bearings made from ZX-materialswithv = 40 m/min pv= 10 N/mm 2 * m/min-measured at 25°C-TribologyConditions ofinstallationSlide bearings(cylindrical)160140120100806040200ZX-100EZX- 100EL55ZX- 100EL63ZX-100KSlide bearings(with collar)ZX-100MTZX-324ZX-324V1TZX-324V2TZX-324V3TZX-324VMTZX-410ZX-530ZX-550IndexZX-720ZX-750V1TZX-750 V2TZX-750 V3ZX-750 V4Tdevelopment of temperature ºCtemperature measuring point:bearingscrewIll.113Development of temperature of radialslide bearings made from ZX-materialswithv =100 m/min pv= 16N/mm 2 * m/min-measured at 25°C-72Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCCtemperature measuring points:300Fa280f260240bbcde22018.Temperature flowncfgh200180a160gdhe140120temperature [ºC]parameter:F= 345Nv=5,65 m/minp=2,97N/mm 2slide bearing material: ZX-324screw: 16MnCr51008060402000 5 10 15 20 25 30 35 40transit time [min]Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Ill.114Development of temperature observed at different measuring points of radial slide bearings made from ZX-324with v= 5,65 m/min pv= 16,7N/mm 2 * m/min-measured at 25°C-Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-2073

CCCCCC19. Installation conditionsStuffing mandrel:The bushings must be stuffed into the bearing seat by means of a press inaccordance with the mandrel tolerances (recommended ISO-tolerance g8),in order to guarantee a perfect fit of the bushings as well as the definitivetolerances.PrefaceContentsOversized bushing before installation:The bushings are supplied with an oversizedoutside diameter in order toguarantee a secure attachment throughthe press-fit.The permissible oversizes are dependenton the outside diameter and are shown inthe marginal table.outside diameter¢d 2v(mm)oversizemin(mm)oversizemax(mm)6 - 10 0,05 0,0812 - 20 0,08 0,1222 - 50 0,10 0,1555 - 100 0,15 0,20MaterialoverviewDesignguidelinesBearing seat made from metal:105 - 150 0,20 0,28160 - 230 0,25 0,35The bushing hole is designed for a bearing seat of a bore tolerance H5.Other bore tolerances are possible. Please consider the advices givenin chapter 4.1.MathematicalexampleTribologyBore tolerances of the bushings after stuffing:The maximum and minimum diameters (d1 maxand d1 min) recommendedfor the standard designs are shown in the dimension lists.Please take the figures for other classes of bearing clearances from the ISOtolerancetable (see preface).When using an other bore tolerance for the casing besides H5 please considerthe advices given in chapter 4.1.3.2.Screw:- optimum: diameter tolerance h6 (h7)- optimum: steel cured (> 50HRC) and groundOther tolerances for the screw and other materials are possible.You can find further information about this in the respective chaptersor get into contact with our application research department.Conditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Index74Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm111.51.5222.52.533333333444444444444555555555CCd2mm33445566556678995.55.5777888910101388899991111b1mm1212232334343434463463464465458456846fx 15°0.400.400.400.400.400.400.400.400.400.800.400.800.400.800.400.800.800.800.400.800.800.800.800.800.800.801.001.000.800.800.800.800.800.800.800.801.00fx 45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°dimensionsaccording toDIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 5DIN 1850 part 5DIN 1495 part 2DIN 1495 part 2DIN 1850 part 4DIN 1850 part 4DIN 1494 part 1DIN 1494 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1495 part 2DIN 1850 part 4DIN 1850 part 4DIN 1495 part 2DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1850 part 4DIN 1850 part 4f x 45ºfd1 minmm1.021.021.521.522.022.022.522.523.023.023.023.023.023.023.023.024.034.034.034.034.034.034.034.034.034.034.034.035.035.035.035.035.035.035.035.035.0315º1,6b1d1 maxmm1.0341.0341.5341.5342.0342.0342.5342.5343.0343.0343.0343.0343.0343.0343.0343.0344.0484.0484.0484.0484.0484.0484.0484.0484.0484.0484.0484.0485.0485.0485.0485.0485.0485.0485.0485.0485.048ø IT7ø d1ø d2article numberZ__D08001003001Z__D08001003002Z__D08001004003Z__D08001004004Z__D08002005001Z__D08002005002Z__D08002006003Z__D08002006004Z__D08003007005Z__D08003005001Z__D08003009002Z__D08003006003Z__D08003008004Z__D08003005005Z__D08003009006Z__D08003006007Z__D08004007008Z__D08004008009Z__D08004005001Z__D08004009002Z__D08004007003Z__D08004010004Z__D08004008005Z__D08004013006Z__D08004005007Z__D08004007008Z__D08004008009Z__D08004010010Z__D08005008001Z__D08005011002Z__D08005009003Z__D08005008004Z__D08005009005Z__D08005011006Z__D08005009007Z__D08005008008Z__D08005009009Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)75Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm66666666667777778888888888888899999910CCd2mm8899101010121212101010111111101010101111111212121214141412121214141412b1mm61041046104610581058106810126812681012681061014610146fx 15°0.800.800.800.800.801.001.000.801.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°dimensionsaccording toDIN 1494 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 5DIN 1850 part 5DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1f x 45ºfd1 minmm6.036.036.036.036.036.036.036.036.036.037.047.047.047.047.047.048.048.048.048.048.048.048.048.048.048.048.048.048.048.049.049.049.049.049.049.0410.0415º1,6b1d1 maxmm6.0486.0486.0486.0486.0486.0486.0486.0486.0486.0487.0627.0627.0627.0627.0627.0628.0628.0628.0628.0628.0628.0628.0628.0628.0628.0628.0628.0628.0628.0629.0629.0629.0629.0629.0629.06210.062ø IT7ø d1ø d2article numberZ__D08006009010Z__D08006010011Z__D08006012012Z__D08006008001Z__D08006012002Z__D08006010003Z__D08006008004Z__D08006012005Z__D08006009006Z__D08006010007Z__D08007010001Z__D08007011002Z__D08007010003Z__D08007011004Z__D08007010005Z__D08007011006Z__D08008010001Z__D08008011002Z__D08008014003Z__D08008012004Z__D08008010005Z__D08008011006Z__D08008012007Z__D08008014008Z__D08008010009Z__D08008014010Z__D08008012011Z__D08008010012Z__D08008011013Z__D08008012014Z__D08009012001Z__D08009014002Z__D08009012003Z__D08009014004Z__D08009012005Z__D08009014006Z__D08010012001Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)76Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm10101010101010101010101010101010121212121212121212121212121212121213131314CCd2mm12121214141414141416161616161616141414161616161618181818181818181815151516b1mm10121568101416206810151618201015208101415208101214151820222510152010fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 3DIN 1498 frame FDIN 1498 frame FDIN 1850 part 3DIN 1498 frame FDIN 1850 part 4DIN 1850 part 3DIN 1850 part 1DIN 1552 part 1DIN 1850 part 3DIN 1552 part 1DIN 1498 frame FDIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1f x 45ºfd1 minmm10.0410.0410.0410.0410.0410.0410.0410.0410.0410.0410.0410.0410.0410.0410.0410.0412.0512.0512.0512.0512.0512.0512.0512.0512.0512.0512.0512.0512.0512.0512.0512.0512.0513.0513.0513.0514.0515º1,6b1d1 maxmm10.06210.06210.06210.06210.06210.06210.06210.06210.06210.06210.06210.06210.06210.06210.06210.06212.07712.07712.07712.07712.07712.07712.07712.07712.07712.07712.07712.07712.07712.07712.07712.07712.07713.07713.07713.07714.077ø IT7ø d1ø d2article numberZ__D08010014002Z__D08010016003Z__D08010014004Z__D08010016005Z__D08010012006Z__D08010014007Z__D08010016008Z__D08010012009Z__D08010014010Z__D08010012011Z__D08010016012Z__D08010014013Z__D08010016014Z__D08010016015Z__D08010014016Z__D08010016017Z__D08012016018Z__D08012018019Z__D08012014001Z__D08012016002Z__D08012018003Z__D08012018004Z__D08012016005Z__D08012018006Z__D08012014007Z__D08012016008Z__D08012018009Z__D08012018010Z__D08012014011Z__D08012016012Z__D08012018013Z__D08012018014Z__D08012018015Z__D08013015001Z__D08013015002Z__D08013015003Z__D08014020004Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)77Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm14141414141414141414141414141515151515151515151515151516161616161616161616CCd2mm16161618181820202020202020201717171719191919212121212118181818202020202022b1mm152025101520810121420222528101520251015202510151620251215202512151620258fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1494 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 3DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 3DIN 1552 part 1f x 45ºfd1 minmm14.0514.0514.0514.0514.0514.0514.0514.0514.0514.0514.0514.0514.0514.0515.0515.0515.0515.0515.0515.0515.0515.0515.0515.0515.0515.0515.0516.0516.0516.0516.0516.0516.0516.0516.0516.0516.0515º1,6b1d1 maxmm14.07714.07714.07714.07714.07714.07714.07714.07714.07714.07714.07714.07714.07714.07715.07715.07715.07715.07715.07715.07715.07715.07715.07715.07715.07715.07715.07716.07716.07716.07716.07716.07716.07716.07716.07716.07716.077ø IT7ø d1ø d2article numberZ__D08014016005Z__D08014018006Z__D08014020007Z__D08014020008Z__D08014020009Z__D08014016010Z__D08014018011Z__D08014020012Z__D08014016013Z__D08014018014Z__D08014020015Z__D08014016016Z__D08014020017Z__D08014020018Z__D08015017001Z__D08015019002Z__D08015021003Z__D08015017004Z__D08015019005Z__D08015021006Z__D08015021007Z__D08015017008Z__D08015019009Z__D08015021010Z__D08015017011Z__D08015019012Z__D08015021013Z__D08016022014Z__D08016022015Z__D08016018001Z__D08016022002Z__D08016020003Z__D08016018004Z__D08016022005Z__D08016020006Z__D08016020007Z__D08016022008Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)78Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm16161616161616161616CC16.516.516.516.516.516.516.516.516.516.516.516.5181818181818181818181818181818d2mm22222222222222222222222222222222222222222222202020202021212122222222242424b1mm101215161820222528308101214151820222528303612152025301520251218203081012fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1850 part 4DIN 1850 part 1DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 3DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4f x 45ºfd1 minmm16.0516.0516.0516.0516.0516.0516.0516.0516.0516.0516.5516.5516.5516.5516.5516.5516.5516.5516.5516.5516.5516.5518.0518.0518.0518.0518.0518.0518.0518.0518.0518.0518.0518.0518.0518.0518.0515º1,6b1d1 maxmm16.07716.07716.07716.07716.07716.07716.07716.07716.07716.07716.57716.57716.57716.57716.57716.57716.57716.57716.57716.57716.57716.57718.07718.07718.07718.07718.07718.07718.07718.07718.07718.07718.07718.07718.07718.07718.077ø IT7ø d1ø d2article numberZ__D08016022009Z__D08016018010Z__D08016020011Z__D08016022012Z__D08016022013Z__D08016018014Z__D08016020015Z__D08016022016Z__D08016022017Z__D08016022018Z__D08016022019Z__D08016022020Z__D08016022021Z__D08016022022Z__D08016022023Z__D08016022024Z__D08016022025Z__D08016022026Z__D08016022027Z__D08016022028Z__D08016022029Z__D08016022030Z__D08018024031Z__D08018024032Z__D08018020001Z__D08018022002Z__D08018024003Z__D08018024004Z__D08018020005Z__D08018021006Z__D08018024007Z__D08018022008Z__D08018024009Z__D08018020010Z__D08018021011Z__D08018022012Z__D08018024013Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)79Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm18181818181818181820202020202020202020202020202020202020202020202020202020CCd2mm24242424242424242422222223232323242424252525262626262626262626262626262626b1mm1415182022252830361520251520253015203015203081012141516182022252830364045fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1498 frame FDIN 1552 part 1DIN 1850 part 4DIN 1850 part 5DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1850 part 5DIN 1552 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1498 frame FDIN 1850 part 3DIN 1850 part 4DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1850 part 3DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm18.0518.0518.0518.0518.0518.0518.0518.0518.0520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06520.06515º1,6b1d1 maxmm18.07718.07718.07718.07718.07718.07718.07718.07718.07720.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.09820.098ø IT7ø d1ø d2article numberZ__D08018024014Z__D08018020015Z__D08018021016Z__D08018024017Z__D08018024018Z__D08018020019Z__D08018022020Z__D08018024021Z__D08018024022Z__D08020026023Z__D08020026024Z__D08020026025Z__D08020026026Z__D08020028027Z__D08020022001Z__D08020023002Z__D08020024003Z__D08020025004Z__D08020026005Z__D08020026006Z__D08020026007Z__D08020028008Z__D08020022009Z__D08020023010Z__D08020026011Z__D08020024012Z__D08020025013Z__D08020028046Z__D08020026047Z__D08020022048Z__D08020023049Z__D08020026050Z__D08020026051Z__D08020028052Z__D08020023053Z__D08020024054Z__D08020025055Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)80Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm20202020CC20.520.520.520.520.520.520.520.520.520.520.520.520.520.521212121212121212121212121212222222222d2mm2828.528.528.5282828282828282828282828282828282828282828282828282828282525252526b1mm201418288101214151820222528303640458101214151820222528303640451520253015fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1f x 45ºfd1 minmm20.06520.06520.06520.06520.56520.56520.56520.56520.56520.56520.56520.56520.56520.56520.56520.56520.56520.56521.06521.06521.06521.06521.06521.06521.06521.06521.06521.06521.06521.06521.06521.06522.06522.06522.06522.06522.06515º1,6b1d1 maxmm20.09820.09820.09820.09820.59820.59820.59820.59820.59820.59820.59820.59820.59820.59820.59820.59820.59820.59821.09821.09821.09821.09821.09821.09821.09821.09821.09821.09821.09821.09821.09821.09822.09822.09822.09822.09822.098ø IT7ø d1ø d2article numberZ__D08020026056Z__D08020026057Z__D08020026058Z__D08020026059Z__D08020028060Z__D08020028061Z__D08020028062Z__D08020028063Z__D08020028064Z__D08020028065Z__D08020028066Z__D08020028067Z__D08020028068Z__D08020028069Z__D08020028070Z__D08020028071Z__D08020028072Z__D08020028073Z__D08021028001Z__D08021028002Z__D08021028003Z__D08021028004Z__D08021028005Z__D08021028006Z__D08021028007Z__D08021028008Z__D08021028009Z__D08021028010Z__D08021028011Z__D08021028012Z__D08021028013Z__D08021028014Z__D08022028015Z__D08022028016Z__D08022028017Z__D08022028018Z__D08022025001Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)81Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm2222222222222222222222222222222222222222CC22.522.522.522.522.522.522.522.522.522.522.522.522.522.5232323d2mm26262727272728282828282828282828282828283030303030303030303030303030303030b1mm20301520253081012141516182025283036404581012141518202225283036404581012fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.002.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1850 part 1DIN 1850 part 4DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1498 frame FDIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm22.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.06522.56522.56522.56522.56522.56522.56522.56522.56522.56522.56522.56522.56522.56522.56523.06523.06523.06515º1,6b1d1 maxmm22.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.09822.59822.59822.59822.59822.59822.59822.59822.59822.59822.59822.59822.59822.59822.59823.09823.09823.098ø IT7ø d1ø d2article numberZ__D08022026002Z__D08022028003Z__D08022027004Z__D08022028005Z__D08022028006Z__D08022025007Z__D08022026008Z__D08022028009Z__D08022027010Z__D08022025011Z__D08022028012Z__D08022027013Z__D08022028014Z__D08022025015Z__D08022026016Z__D08022028017Z__D08022027018Z__D08022028019Z__D08022028020Z__D08022028021Z__D08022030022Z__D08022030023Z__D08022030024Z__D08022030025Z__D08022030026Z__D08022030027Z__D08022030028Z__D08022030029Z__D08022030030Z__D08022030031Z__D08022030032Z__D08022030033Z__D08022030034Z__D08022030035Z__D08023030001Z__D08023030002Z__D08023030003Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)82Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm23232323232323232323232424242424242424242424242424242424242424242424242424CCd2mm30303030303030303030302727272728282830303030303333333333333333333333333333b1mm1415182022252830364045152025301520301415202530810121415182022252830364045fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm23.06523.06523.06523.06523.06523.06523.06523.06523.06523.06523.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06524.06515º1,6b1d1 maxmm23.09823.09823.09823.09823.09823.09823.09823.09823.09823.09823.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.09824.098ø IT7ø d1ø d2article numberZ__D08023030004Z__D08023030005Z__D08023030006Z__D08023030007Z__D08023030008Z__D08023030009Z__D08023030010Z__D08023030011Z__D08023030012Z__D08023030013Z__D08023030014Z__D08024033015Z__D08024033016Z__D08024033017Z__D08024033018Z__D08024030019Z__D08024027001Z__D08024033002Z__D08024028003Z__D08024030004Z__D08024033005Z__D08024027006Z__D08024033007Z__D08024028008Z__D08024030009Z__D08024033010Z__D08024027011Z__D08024033012Z__D08024030013Z__D08024033014Z__D08024033015Z__D08024027016Z__D08024028017Z__D08024030018Z__D08024033019Z__D08024033020Z__D08024033021Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)83Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm24CC24.524.524.524.524.524.524.524.524.524.524.524.524.524.524.5252525252525252525252525252525252525252525d2mm33333333333333333333333333333333282828283030303030323232323232323333333333b1mm508101214151820222528303640455015203040202530354014202528303540810121415fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1498 frame FDIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm24.06524.56524.56524.56524.56524.56524.56524.56524.56524.56524.56524.56524.56524.56524.56524.56525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06515º1,6b1d1 maxmm24.09824.59824.59824.59824.59824.59824.59824.59824.59824.59824.59824.59824.59824.59824.59824.59825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.098ø IT7ø d1ø d2article numberZ__D08024033022Z__D08024033023Z__D08024033024Z__D08024033025Z__D08024033026Z__D08024033027Z__D08024033028Z__D08024033029Z__D08024033030Z__D08024033031Z__D08024033032Z__D08024033033Z__D08024033034Z__D08024033035Z__D08024033036Z__D08024033037Z__D08025033038Z__D08025033039Z__D08025033040Z__D08025035041Z__D08025033042Z__D08025032043Z__D08025028001Z__D08025033002Z__D08025033003Z__D08025035004Z__D08025033005Z__D08025028006Z__D08025030007Z__D08025032008Z__D08025033009Z__D08025033010Z__D08025030011Z__D08025032012Z__D08025032013Z__D08025035014Z__D08025033015Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)84Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm25252525252525252525252525262626262626262626262626262626272727272727272727CCd2mm33333333333333333333353535333333333333333333333333333333303030323232343434b1mm182022252830364045501420288101214151820222528303640455020304020304081012fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4f x 45ºfd1 minmm25.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06525.06526.06526.06526.06526.06526.06526.06526.06526.06526.06526.06526.06526.06526.06526.06526.06527.06527.06527.06527.06527.06527.06527.06527.06527.06515º1,6b1d1 maxmm25.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09825.09826.09826.09826.09826.09826.09826.09826.09826.09826.09826.09826.09826.09826.09826.09826.09827.09827.09827.09827.09827.09827.09827.09827.09827.098ø IT7ø d1ø d2article numberZ__D08025033016Z__D08025028017Z__D08025030018Z__D08025032019Z__D08025030020Z__D08025032021Z__D08025033022Z__D08025033023Z__D08025028024Z__D08025030025Z__D08025032026Z__D08025033027Z__D08025033028Z__D08026033001Z__D08026033002Z__D08026033003Z__D08026033004Z__D08026033005Z__D08026033006Z__D08026033007Z__D08026033008Z__D08026033009Z__D08026033010Z__D08026033011Z__D08026033012Z__D08026033013Z__D08026033014Z__D08026033015Z__D08027034016Z__D08027034017Z__D08027034018Z__D08027035019Z__D08027034020Z__D08027034021Z__D08027034022Z__D08027034023Z__D08027035024Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)85Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm272727272727272727272727272727272727CC27.527.527.527.527.527.527.527.527.527.527.527.527.527.527.527.5282828d2mm34343434343434343434343434343535353536363636363636363636363636363636313131b1mm1415161820222528303640455056142028408101214151820222528303640455056202530fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1f x 45ºfd1 minmm27.06527.06527.06527.06527.06527.06527.06527.06527.06527.06527.06527.06527.06527.06527.06527.06527.06527.06527.56527.56527.56527.56527.56527.56527.56527.56527.56527.56527.56527.56527.56527.56527.56527.56528.06528.06528.06515º1,6b1d1 maxmm27.09827.09827.09827.09827.09827.09827.09827.09827.09827.09827.09827.09827.09827.09827.09827.09827.09827.09827.59827.59827.59827.59827.59827.59827.59827.59827.59827.59827.59827.59827.59827.59827.59827.59828.09828.09828.098ø IT7ø d1ø d2article numberZ__D08027034025Z__D08027030001Z__D08027032002Z__D08027034003Z__D08027034004Z__D08027035005Z__D08027034006Z__D08027030007Z__D08027032008Z__D08027034009Z__D08027034010Z__D08027035011Z__D08027030012Z__D08027032013Z__D08027034014Z__D08027034015Z__D08027034016Z__D08027034017Z__D08027036018Z__D08027036019Z__D08027036020Z__D08027036021Z__D08027036022Z__D08027036023Z__D08027036024Z__D08027036025Z__D08027036026Z__D08027036027Z__D08027036028Z__D08027036029Z__D08027036030Z__D08027036031Z__D08027036032Z__D08027036033Z__D08028036034Z__D08028036035Z__D08028036036Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)86Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm28282828282828282828282828282828282828282828282828282828282828283030303030CCd2mm32323232333333333434343535353536363636363636363636363636363636363434343535b1mm2025304020253040203040142028408101214151618202225283036404550562030402025fx 15°1.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.001.00fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1850 part 4DIN 1850 part 5DIN 1552 part 1DIN 1850 part 5DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3f x 45ºfd1 minmm28.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06528.06530.06530.06530.06530.06530.06515º1,6b1d1 maxmm28.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09828.09830.09830.09830.09830.09830.098ø IT7ø d1ø d2article numberZ__D08028035037Z__D08028036038Z__D08028036039Z__D08028036040Z__D08028036041Z__D08028031001Z__D08028035002Z__D08028036003Z__D08028032004Z__D08028034005Z__D08028033006Z__D08028036007Z__D08028031008Z__D08028032009Z__D08028036010Z__D08028033011Z__D08028035012Z__D08028036013Z__D08028031014Z__D08028032015Z__D08028034016Z__D08028033017Z__D08028036018Z__D08028036019Z__D08028035020Z__D08028032021Z__D08028034022Z__D08028033023Z__D08028036024Z__D08028036025Z__D08028036026Z__D08028036027Z__D08030038028Z__D08030040029Z__D08030038030Z__D08030040031Z__D08030040032Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)87Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm3030303030CC3030303030303030303030303030303030303030303030303030303030303030d2mm35353636363838383838383838383838383838383838384040404040404040404040404040b1mm304020304081012141518202225283032364045505663810121415182022252830364045fx 15°1.001.001.001.001.001.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1850 part 5DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1850 part 5DIN 1850 part 4DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm30.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06530.06515º1,6b1d1 maxmm30.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.09830.098ø IT7ø d1ø d2article numberZ__D08030038033Z__D08030038034Z__D08030040035Z__D08030038036Z__D08030040037Z__D08030040038Z__D08030038039Z__D08030040040Z__D08030034001Z__D08030036002Z__D08030035003Z__D08030038004Z__D08030038005Z__D08030040006Z__D08030040007Z__D08030035008Z__D08030038009Z__D08030038010Z__D08030040011Z__D08030040012Z__D08030034013Z__D08030036014Z__D08030035015Z__D08030038016Z__D08030038017Z__D08030038018Z__D08030040019Z__D08030038020Z__D08030040021Z__D08030034022Z__D08030036023Z__D08030035024Z__D08030038025Z__D08030040026Z__D08030038027Z__D08030040028Z__D08030038029Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)88Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm303030CC30.530.530.530.530.530.530.530.530.530.530.530.530.530.530.530.530.53131313131313131313131313131313131d2mm40404038383838383838383838383838383838383838383838383838383838383838383838b1mm505663810121415182022252830364045505663810121415182022252830364045505663fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm30.06530.06530.06530.5830.5830.5830.5830.5830.5830.5830.5830.5830.5830.5830.5830.5830.5830.5830.5830.5831.0831.0831.0831.0831.0831.0831.0831.0831.0831.0831.0831.0831.0831.0831.0831.0831.0815º1,6b1d1 maxmm30.09830.09830.09830.61930.61930.61930.61930.61930.61930.61930.61930.61930.61930.61930.61930.61930.61930.61930.61930.61931.11931.11931.11931.11931.11931.11931.11931.11931.11931.11931.11931.11931.11931.11931.11931.11931.119ø IT7ø d1ø d2article numberZ__D08030040030Z__D08030038031Z__D08030040032Z__D08030038033Z__D08030038034Z__D08030038035Z__D08030038036Z__D08030038037Z__D08030038038Z__D08030038039Z__D08030038040Z__D08030038041Z__D08030038042Z__D08030038043Z__D08030038044Z__D08030038045Z__D08030038046Z__D08030038047Z__D08030038048Z__D08030038049Z__D08031038001Z__D08031038002Z__D08031038003Z__D08031038004Z__D08031038005Z__D08031038006Z__D08031038007Z__D08031038008Z__D08031038009Z__D08031038010Z__D08031038011Z__D08031038012Z__D08031038013Z__D08031038014Z__D08031038015Z__D08031038016Z__D08031038017Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)89Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm32323232323232323232323232323232333333333333333333333333333333333333333333CCd2mm36363638383838404040404040404040373737404040424242424242424242424242424242b1mm20304020253040141820253032364050203040203040101214151618202225283032364045fx 15°1.001.001.001.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 3DIN 1850 part 4DIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1498 frame FDIN 1850 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1850 part 1DIN 1850 part 4DIN 1498 frame FDIN 1850 part 1DIN 1552 part 1f x 45ºfd1 minmm32.0832.0832.0832.0832.0832.0832.0832.0832.0832.0832.0832.0832.0832.0832.0832.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0833.0815º1,6b1d1 maxmm32.11932.11932.11932.11932.11932.11932.11932.11932.11932.11932.11932.11932.11932.11932.11932.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.11933.119ø IT7ø d1ø d2article numberZ__D08032040018Z__D08032040019Z__D08032036001Z__D08032040002Z__D08032038003Z__D08032038004Z__D08032040005Z__D08032036006Z__D08032038007Z__D08032040008Z__D08032040009Z__D08032040010Z__D08032036011Z__D08032038012Z__D08032040013Z__D08032040014Z__D08033042015Z__D08033042016Z__D08033042017Z__D08033042018Z__D08033042019Z__D08033042020Z__D08033037001Z__D08033040002Z__D08033042003Z__D08033042004Z__D08033042005Z__D08033042006Z__D08033037007Z__D08033040008Z__D08033042009Z__D08033042010Z__D08033042011Z__D08033037012Z__D08033040013Z__D08033042014Z__D08033042015Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)90Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm33333333CC33.533.533.533.533.533.533.533.533.533.533.533.533.533.533.533.533.535353535353535353535353535353535d2mm42424242424242424242424242424242424242424239393939414141414142424242444444b1mm50566370101214151820222528303640455056637020304050253035405018253650162228fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1850 part 4DIN 1850 part 4DIN 1850 part 4f x 45ºfd1 minmm33.0833.0833.0833.0833.5833.5833.5833.5833.5833.5833.5833.5833.5833.5833.5833.5833.5833.5833.5833.5833.5835.0835.0835.0835.0835.0835.0835.0835.0835.0835.0835.0835.0835.0835.0835.0835.0815º1,6b1d1 maxmm33.11933.11933.11933.11933.61933.61933.61933.61933.61933.61933.61933.61933.61933.61933.61933.61933.61933.61933.61933.61933.61935.11935.11935.11935.11935.11935.11935.11935.11935.11935.11935.11935.11935.11935.11935.11935.119ø IT7ø d1ø d2article numberZ__D08033042016Z__D08033042017Z__D08033042018Z__D08033042019Z__D08033042020Z__D08033042021Z__D08033042022Z__D08033042023Z__D08033042024Z__D08033042025Z__D08033042026Z__D08033042027Z__D08033042028Z__D08033042029Z__D08033042030Z__D08033042031Z__D08033042032Z__D08033042033Z__D08033042034Z__D08033042035Z__D08033042036Z__D08035044037Z__D08035042038Z__D08035045039Z__D08035039001Z__D08035044002Z__D08035042003Z__D08035045004Z__D08035041005Z__D08035044006Z__D08035039007Z__D08035041008Z__D08035045009Z__D08035041010Z__D08035045011Z__D08035042012Z__D08035045013Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)91Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm353535353535353536363636363636363636363636363636363636363636363636363636CC36.5d2mm44454545454545454040404242424545454545454545454545454545454545454546464645b1mm36182530353640503040503040501012141516182022252830323640455056637030405010fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1850 part 4DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1850 part 3DIN 1498 frame FDIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1850 part 4DIN 1552 part 1DIN 1850 part 4DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1f x 45ºfd1 minmm35.0835.0835.0835.0835.0835.0835.0835.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.0836.5815º1,6b1d1 maxmm35.11935.11935.11935.11935.11935.11935.11935.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.11936.619ø IT7ø d1ø d2article numberZ__D08035044014Z__D08035039015Z__D08035041016Z__D08035045017Z__D08035042018Z__D08035039019Z__D08035041020Z__D08035045021Z__D08036045022Z__D08036045023Z__D08036045024Z__D08036045025Z__D08036045026Z__D08036045027Z__D08036045028Z__D08036045029Z__D08036045030Z__D08036045031Z__D08036045032Z__D08036040001Z__D08036042002Z__D08036046003Z__D08036045004Z__D08036045005Z__D08036045006Z__D08036040007Z__D08036042008Z__D08036046009Z__D08036045010Z__D08036045011Z__D08036040012Z__D08036042013Z__D08036046014Z__D08036045015Z__D08036045016Z__D08036045017Z__D08036045018Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)92Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm36.536.536.536.536.536.536.536.536.536.536.536.536.536.536.536.5373737373737373737373737373737373738383838d2mm45454545454545454545454545454545454545454545454545454545454545454542424244b1mm12141518202225283036404550566370101214151820222528303640455056637020304025fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 3f x 45ºfd1 minmm36.5836.5836.5836.5836.5836.5836.5836.5836.5836.5836.5836.5836.5836.5836.5836.5837.0837.0837.0837.0837.0837.0837.0837.0837.0837.0837.0837.0837.0837.0837.0837.0837.0838.0838.0838.0838.0815º1,6b1d1 maxmm36.61936.61936.61936.61936.61936.61936.61936.61936.61936.61936.61936.61936.61936.61936.61936.61937.11937.11937.11937.11937.11937.11937.11937.11937.11937.11937.11937.11937.11937.11937.11937.11937.11938.11938.11938.11938.119ø IT7ø d1ø d2article numberZ__D08036045019Z__D08036045020Z__D08036045021Z__D08036045022Z__D08036045023Z__D08036045024Z__D08036045025Z__D08036045026Z__D08036045027Z__D08036045028Z__D08036045029Z__D08036045030Z__D08036045031Z__D08036045032Z__D08036045033Z__D08036045034Z__D08037045001Z__D08037045002Z__D08037045003Z__D08037045004Z__D08037045005Z__D08037045006Z__D08037045007Z__D08037045008Z__D08037045009Z__D08037045010Z__D08037045011Z__D08037045012Z__D08037045013Z__D08037045014Z__D08037045015Z__D08037045016Z__D08037045017Z__D08038048018Z__D08038042001Z__D08038044002Z__D08038048003Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)93Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm38383838383838383838383838383838404040404040404040404040404040404040404040CCd2mm44444445454548484848484848484848444444444446464646474848485050505050505050b1mm35455530405016253032354045505560203040506030405060653040601012141516182022fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 3DIN 1850 part 1DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 4DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1f x 45ºfd1 minmm38.0838.0838.0838.0838.0838.0838.0838.0838.0838.0838.0838.0838.0838.0838.0838.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0815º1,6b1d1 maxmm38.11938.11938.11938.11938.11938.11938.11938.11938.11938.11938.11938.11938.11938.11938.11938.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.119ø IT7ø d1ø d2article numberZ__D08038042004Z__D08038045005Z__D08038048006Z__D08038048007Z__D08038044008Z__D08038048009Z__D08038042010Z__D08038045011Z__D08038048012Z__D08038044013Z__D08038048014Z__D08038045015Z__D08038048016Z__D08038044017Z__D08038048018Z__D08038048019Z__D08040050020Z__D08040050021Z__D08040050022Z__D08040050023Z__D08040050024Z__D08040050025Z__D08040044001Z__D08040050002Z__D08040050003Z__D08040050004Z__D08040050005Z__D08040044006Z__D08040048007Z__D08040050008Z__D08040046009Z__D08040050010Z__D08040050011Z__D08040044012Z__D08040048013Z__D08040050014Z__D08040046015Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)94Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm40404040404040404040404040CC40.540.540.540.540.540.540.540.540.540.540.540.540.540.540.540.540.540.5414141414141d2mm50505050505050505050505050505050505050505050505050505050505050505050505050b1mm25283032364045505660637080101214151820222528303640455056637080101214151820fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1850 part 4DIN 1552 part 1DIN 1850 part 1DIN 1850 part 4DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 5DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm40.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.0840.5840.5840.5840.5840.5840.5840.5840.5840.5840.5840.5840.5840.5840.5840.5840.5840.5840.5841.0841.0841.0841.0841.0841.0815º1,6b1d1 maxmm40.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.11940.61940.61940.61940.61940.61940.61940.61940.61940.61940.61940.61940.61940.61940.61940.61940.61940.61940.61941.11941.11941.11941.11941.11941.119ø IT7ø d1ø d2article numberZ__D08040050016Z__D08040044017Z__D08040046018Z__D08040050019Z__D08040050020Z__D08040044021Z__D08040048022Z__D08040050023Z__D08040046024Z__D08040050025Z__D08040047052Z__D08040050053Z__D08040050054Z__D08040050055Z__D08040050056Z__D08040050057Z__D08040050058Z__D08040050059Z__D08040050060Z__D08040050061Z__D08040050062Z__D08040050063Z__D08040050064Z__D08040050065Z__D08040050066Z__D08040050067Z__D08040050068Z__D08040050069Z__D08040050070Z__D08040050071Z__D08040050072Z__D08041050001Z__D08041050002Z__D08041050003Z__D08041050004Z__D08041050005Z__D08041050006Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)95Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm41414141414141414141414142424242424242424242424242424242424242424545454545CCd2mm50505050505050505050505046464648484848505050505052525252525252525050505050b1mm2225283036404550566370803040603040506082230406018253036404550602030405060fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 3DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1f x 45ºfd1 minmm41.0841.0841.0841.0841.0841.0841.0841.0841.0841.0841.0841.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0842.0845.0845.0845.0845.0845.0815º1,6b1d1 maxmm41.11941.11941.11941.11941.11941.11941.11941.11941.11941.11941.11941.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11942.11945.11945.11945.11945.11945.119ø IT7ø d1ø d2article numberZ__D08041050007Z__D08041050008Z__D08041050009Z__D08041050010Z__D08041050011Z__D08041050012Z__D08041050013Z__D08041050014Z__D08041050015Z__D08041050016Z__D08041050017Z__D08041050018Z__D08042050019Z__D08042052020Z__D08042050021Z__D08042052022Z__D08042046001Z__D08042050002Z__D08042052003Z__D08042048004Z__D08042052005Z__D08042046006Z__D08042050007Z__D08042052008Z__D08042048009Z__D08042052010Z__D08042048011Z__D08042052012Z__D08042046013Z__D08042050014Z__D08042052015Z__D08042048016Z__D08045055017Z__D08045055018Z__D08045055019Z__D08045055020Z__D08045055021Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)96Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm45454545454545454545454545454545454545454545454545454545454545454545CC45.145.545.5d2mm5151515153535354545454555555555555555555555555555555555555555555555552.15555b1mm35455565304060224060801012141518202225283035364045505556606365708090641012fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 5DIN 1850 part 3DIN 1552 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 3DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm45.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.0845.1845.5845.5815º1,6b1d1 maxmm45.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.11945.21945.61945.619ø IT7ø d1ø d2article numberZ__D08045050001Z__D08045055002Z__D08045054003Z__D08045055004Z__D08045055005Z__D08045055006Z__D08045050007Z__D08045053008Z__D08045055009Z__D08045051010Z__D08045055011Z__D08045055012Z__D08045054013Z__D08045050014Z__D08045053015Z__D08045055016Z__D08045051017Z__D08045055018Z__D08045050019Z__D08045055020Z__D08045051021Z__D08045055022Z__D08045055023Z__D08045054024Z__D08045050025Z__D08045053026Z__D08045055027Z__D08045055028Z__D08045051029Z__D08045055030Z__D08045055031Z__D08045054032Z__D08045055033Z__D08045055034Z__D08045052059Z__D08045055060Z__D08045055061Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)97Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm45.545.545.545.545.545.545.545.545.545.545.545.545.545.545.545.545.54646464646464646464646464646464646464648d2mm55555555555555555555555555555555555555555555555555555555555555555555555553b1mm14151820222528303640455056637080901012141518202225283036404550566370809040fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1f x 45ºfd1 minmm45.5845.5845.5845.5845.5845.5845.5845.5845.5845.5845.5845.5845.5845.5845.5845.5845.5846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0846.0848.0815º1,6b1d1 maxmm45.61945.61945.61945.61945.61945.61945.61945.61945.61945.61945.61945.61945.61945.61945.61945.61945.61946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11946.11948.119ø IT7ø d1ø d2article numberZ__D08045055062Z__D08045055063Z__D08045055064Z__D08045055065Z__D08045055066Z__D08045055067Z__D08045055068Z__D08045055069Z__D08045055070Z__D08045055071Z__D08045055072Z__D08045055073Z__D08045055074Z__D08045055075Z__D08045055076Z__D08045055077Z__D08045055078Z__D08046055001Z__D08046055002Z__D08046055003Z__D08046055004Z__D08046055005Z__D08046055006Z__D08046055007Z__D08046055008Z__D08046055009Z__D08046055010Z__D08046055011Z__D08046055012Z__D08046055013Z__D08046055014Z__D08046055015Z__D08046055016Z__D08046055017Z__D08046055018Z__D08046055019Z__D08048058020Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)98Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm48484848484848484848484848484850505050505050505050505050505050505050505050CCd2mm53535555555656565858585858585855555555585858585858586060606060606060606060b1mm506035507040506020283540506070254050602535405060701001012141518202225283035fx 15°1.501.501.501.501.501.501.501.502.001.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 3DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1850 part 3f x 45ºfd1 minmm48.0848.0848.0848.0848.0848.0848.0848.0848.0848.0848.0848.0848.0848.0848.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.0815º1,6b1d1 maxmm48.11948.11948.11948.11948.11948.11948.11948.11948.11948.11948.11948.11948.11948.11948.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.119ø IT7ø d1ø d2article numberZ__D08048058021Z__D08048055022Z__D08048058023Z__D08048053001Z__D08048056002Z__D08048058003Z__D08048053004Z__D08048056005Z__D08048055006Z__D08048058007Z__D08048053008Z__D08048056009Z__D08048058010Z__D08048055011Z__D08048058012Z__D08050060013Z__D08050060014Z__D08050060015Z__D08050060016Z__D08050060017Z__D08050060018Z__D08050060019Z__D08050055001Z__D08050058002Z__D08050060003Z__D08050060004Z__D08050060005Z__D08050058006Z__D08050060007Z__D08050060008Z__D08050055009Z__D08050058010Z__D08050060011Z__D08050055012Z__D08050058013Z__D08050060014Z__D08050060015Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)99Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm50505050505050505050CC50.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.550.551515151515151d2mm60606060606060606060606060606060606060606060606060606060606060606060606060b1mm3640505660637080901001012141518202225283036404550566370809010010121415182022fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1552 part 1DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 5DIN 1552 part 1DIN 1850 part 3DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm50.0850.0850.0850.0850.0850.0850.0850.0850.0850.0850.650.650.650.650.650.650.650.650.650.650.650.650.650.650.650.650.650.650.650.651.151.151.151.151.151.151.115º1,6b1d1 maxmm50.11950.11950.11950.11950.11950.11950.11950.11950.11950.11950.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64650.64651.14651.14651.14651.14651.14651.14651.146ø IT7ø d1ø d2article numberZ__D08050055016Z__D08050058017Z__D08050060018Z__D08050060019Z__D08050058020Z__D08050060021Z__D08050060022Z__D08050060023Z__D08050058024Z__D08050060025Z__D08050060026Z__D08050060027Z__D08050060028Z__D08050060029Z__D08050060030Z__D08050060031Z__D08050060032Z__D08050060033Z__D08050060034Z__D08050060035Z__D08050060036Z__D08050060037Z__D08050060038Z__D08050060039Z__D08050060040Z__D08050060041Z__D08050060042Z__D08050060043Z__D08050060044Z__D08050060045Z__D08051060001Z__D08051060002Z__D08051060003Z__D08051060004Z__D08051060005Z__D08051060006Z__D08051060007Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)100Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm51515151515151515151515151555555555555555555555555555555555555555555555555CCd2mm60606060606060606060606060606060606063636363656565656565656565656565656565b1mm252830364045505663708090100304050607040505570101214151820222528303640455055fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.50fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1498 frame FDIN 1850 part 3f x 45ºfd1 minmm51.151.151.151.151.151.151.151.151.151.151.151.151.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.155.115º1,6b1d1 maxmm51.14651.14651.14651.14651.14651.14651.14651.14651.14651.14651.14651.14651.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.146ø IT7ø d1ø d2article numberZ__D08051060008Z__D08051060009Z__D08051060010Z__D08051060011Z__D08051060012Z__D08051060013Z__D08051060014Z__D08051060015Z__D08051060016Z__D08051060017Z__D08051060018Z__D08051060019Z__D08051060020Z__D08055065021Z__D08055065022Z__D08055065023Z__D08055065024Z__D08055065025Z__D08055065026Z__D08055065027Z__D08055065028Z__D08055066029Z__D08055065030Z__D08055060001Z__D08055065002Z__D08055065003Z__D08055066004Z__D08055060005Z__D08055065006Z__D08055063007Z__D08055065008Z__D08055066009Z__D08055065010Z__D08055060011Z__D08055063012Z__D08055063013Z__D08055065014Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)101Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm55555555555555555555555560606060606060606060606060606060606060606060606060CCd2mm65656565656565656666666665656565656568686870707070707070727272757575757575b1mm56606370809010011025364556304050607080506070254050607080100506070101214151820fx 15°1.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.501.502.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.00fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1498 frame FDIN 1850 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1494 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 3DIN 1850 part 3DIN 1850 part 3DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm55.155.155.155.155.155.155.155.155.155.155.155.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.115º1,6b1d1 maxmm55.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14655.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.146ø IT7ø d1ø d2article numberZ__D08055065015Z__D08055066016Z__D08055060017Z__D08055065018Z__D08055065019Z__D08055065020Z__D08055060021Z__D08055063022Z__D08055065023Z__D08055065024Z__D08055065025Z__D08055065026Z__D08060075027Z__D08060075028Z__D08060075029Z__D08060075030Z__D08060075031Z__D08060075032Z__D08060075033Z__D08060070034Z__D08060075035Z__D08060075036Z__D08060065001Z__D08060075002Z__D08060075003Z__D08060065004Z__D08060070005Z__D08060075006Z__D08060075007Z__D08060065008Z__D08060070009Z__D08060075010Z__D08060068011Z__D08060072012Z__D08060075013Z__D08060065014Z__D08060070015Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)102Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm6060606060606060606060606060606060CC60.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.560.5d2mm75757575757575757575757575757575757575757575757575757575757575757575757575b1mm222528303640455056606370809010011012010121415182022252830364045505663708090100fx 15°2.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.00fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 5DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 5DIN 1552 part 1DIN 1552 part 1DIN 1850 part 5DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm60.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.160.660.660.660.660.660.660.660.660.660.660.660.660.660.660.660.660.660.660.660.615º1,6b1d1 maxmm60.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.14660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.64660.646ø IT7ø d1ø d2article numberZ__D08060068016Z__D08060072017Z__D08060075018Z__D08060075019Z__D08060065020Z__D08060070021Z__D08060075022Z__D08060068023Z__D08060072024Z__D08060065025Z__D08060070026Z__D08060075027Z__D08060075028Z__D08060070029Z__D08060075030Z__D08060075031Z__D08060075032Z__D08060075033Z__D08060075034Z__D08060075035Z__D08060075036Z__D08060075037Z__D08060075038Z__D08060075039Z__D08060075040Z__D08060075041Z__D08060075042Z__D08060075043Z__D08060075044Z__D08060075045Z__D08060075046Z__D08060075047Z__D08060075048Z__D08060075049Z__D08060075050Z__D08060075051Z__D08060075052Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)103Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm60.560.56161616161616161616161616161616161616161616165656565656565656565656565d2mm75757575757575757575757575757575757575757575757570707070707575757575758080b1mm11012010121415182022252830364045505663708090100110120305060708025506070801002540fx 15°2.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.00fx 45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 4DIN 1850 part 4f x 45ºfd1 minmm60.660.661.161.161.161.161.161.161.161.161.161.161.161.161.161.161.161.161.161.161.161.161.161.165.165.165.165.165.165.165.165.165.165.165.165.165.115º1,6b1d1 maxmm60.64660.64661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14661.14665.14665.14665.14665.14665.14665.14665.14665.14665.14665.14665.14665.14665.146ø IT7ø d1ø d2article numberZ__D08060075053Z__D08060075054Z__D08061075001Z__D08061075002Z__D08061075003Z__D08061075004Z__D08061075005Z__D08061075006Z__D08061075007Z__D08061075008Z__D08061075009Z__D08061075010Z__D08061075011Z__D08061075012Z__D08061075013Z__D08061075014Z__D08061075015Z__D08061075016Z__D08061075017Z__D08061075018Z__D08061075019Z__D08061075020Z__D08061075021Z__D08061075022Z__D08065075023Z__D08065080024Z__D08065070001Z__D08065080002Z__D08065070003Z__D08065075004Z__D08065080005Z__D08065070006Z__D08065075007Z__D08065080008Z__D08065080009Z__D08065070010Z__D08065075011Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)104Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm65656565707070707070707070707070707070707070707070707070707070CC70.570.570.570.570.570.5d2mm80808080757575758080808585858585858585858585858585858585858585858585858585b1mm50606380305070905070901415182022252830364045505663708090100110120141518202225fx 15°2.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.00fx 45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°dimensionsaccording toDIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1f x 45ºfd1 minmm65.165.165.165.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.170.670.670.670.670.670.615º1,6b1d1 maxmm65.14665.14665.14665.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.14670.64670.64670.64670.64670.64670.646ø IT7ø d1ø d2article numberZ__D08065070012Z__D08065075013Z__D08065080014Z__D08065075015Z__D08070085016Z__D08070085017Z__D08070085018Z__D08070085019Z__D08070085020Z__D08070085021Z__D08070085022Z__D08070075001Z__D08070085002Z__D08070085003Z__D08070085004Z__D08070085005Z__D08070075006Z__D08070080007Z__D08070085008Z__D08070085009Z__D08070085010Z__D08070075011Z__D08070080012Z__D08070085013Z__D08070085014Z__D08070075015Z__D08070080016Z__D08070085017Z__D08070085018Z__D08070085019Z__D08070085020Z__D08070085021Z__D08070085022Z__D08070085023Z__D08070085024Z__D08070085025Z__D08070085026Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)105Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm70.570.570.570.570.570.570.570.570.570.570.570.570.570.57171717171717171717171717171717171717171757575d2mm85858585858585858585858585858585858585858585858585858585858585858585808080b1mm28303640455056637080901001101201415182022252830364045505663708090100110120405060fx 15°2.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.00fx 45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°dimensionsaccording toDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1494 part 1DIN 1850 part 1DIN 1494 part 1f x 45ºfd1 minmm70.670.670.670.670.670.670.670.670.670.670.670.670.670.671.171.171.171.171.171.171.171.171.171.171.171.171.171.171.171.171.171.171.171.175.175.175.115º1,6b1d1 maxmm70.64670.64670.64670.64670.64670.64670.64670.64670.64670.64670.64670.64670.64670.64671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14671.14675.14675.14675.146ø IT7ø d1ø d2article numberZ__D08070085027Z__D08070085028Z__D08070085029Z__D08070085030Z__D08070085031Z__D08070085032Z__D08070085033Z__D08070085034Z__D08070085035Z__D08070085036Z__D08070085037Z__D08070085038Z__D08070085039Z__D08070085040Z__D08071085001Z__D08071085002Z__D08071085003Z__D08071085004Z__D08071085005Z__D08071085006Z__D08071085007Z__D08071085008Z__D08071085009Z__D08071085010Z__D08071085011Z__D08071085012Z__D08071085013Z__D08071085014Z__D08071085015Z__D08071085016Z__D08071085017Z__D08071085018Z__D08071085019Z__D08071085020Z__D08075090021Z__D08075095022Z__D08075080001Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)106Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm75757575757575757575757575757580808080808080808080808080808080808080808080CCd2mm80808085858590909090909595959585858585909090959595959595959595959595959595b1mm70809050709025507090100324563804060801006080100141518202225283036404550566063fx 15°2.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.002.00fx 45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°dimensionsaccording toDIN 1850 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 5DIN 1498 frame FDIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1498 frame FDIN 1552 part 1DIN 1552 part 1DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1f x 45ºfd1 minmm75.175.175.175.175.175.175.175.175.175.175.175.175.175.175.180.180.180.180.180.180.180.180.180.180.180.180.180.180.180.180.180.180.180.180.180.180.115º1,6b1d1 maxmm75.14675.14675.14675.14675.14675.14675.14675.14675.14675.14675.14675.14675.14675.14675.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.14680.146ø IT7ø d1ø d2article numberZ__D08075095002Z__D08075080003Z__D08075085004Z__D08075090005Z__D08075080006Z__D08075095007Z__D08075080008Z__D08075085009Z__D08075090010Z__D08075080011Z__D08075095012Z__D08075080013Z__D08075085014Z__D08075090015Z__D08075090016Z__D08080095017Z__D08080095018Z__D08080095019Z__D08080095020Z__D08080095021Z__D08080095022Z__D08080095023Z__D08080095024Z__D08080100025Z__D08080095026Z__D08080085001Z__D08080095002Z__D08080095003Z__D08080095004Z__D08080100005Z__D08080095006Z__D08080085007Z__D08080090008Z__D08080095009Z__D08080095010Z__D08080100011Z__D08080095012Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)107Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm80808080808080808080858585858585858585858585858585859090909090909090909090CCd2mm95959595959510010010010090909090959595100100100100100105105105105959595100100100105105105105105b1mm7080901001101203250638040608010060801004060801001203650709040601006080100456080100120fx 15°2.002.002.002.002.002.002.502.502.502.502.002.002.002.002.002.002.002.502.502.502.502.502.502.502.502.502.002.002.002.502.502.502.502.502.502.502.50fx 45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°dimensionsaccording toDIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1850 part 1DIN 1552 part 1DIN 1498 frame FDIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 5DIN 1498 frame FDIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame Ff x 45ºfd1 minmm80.180.180.180.180.180.180.180.180.180.185.1285.1285.1285.1285.1285.1285.1285.1285.1285.1285.1285.1285.1285.1285.1285.1290.1290.1290.1290.1290.1290.1290.1290.1290.1290.1290.1215º1,6b1d1 maxmm80.14680.14680.14680.14680.14680.14680.14680.14680.14680.14685.17485.17485.17485.17485.17485.17485.17485.17485.17485.17485.17485.17485.17485.17485.17485.17490.17490.17490.17490.17490.17490.17490.17490.17490.17490.17490.174ø IT7ø d1ø d2article numberZ__D08080085013Z__D08080090014Z__D08080095015Z__D08080100016Z__D08080095017Z__D08080085018Z__D08080090019Z__D08080095020Z__D08080095021Z__D08080095022Z__D08085105023Z__D08085090001Z__D08085100002Z__D08085105003Z__D08085090004Z__D08085095005Z__D08085100006Z__D08085105007Z__D08085090008Z__D08085095009Z__D08085100010Z__D08085105011Z__D08085090012Z__D08085095013Z__D08085100014Z__D08085100015Z__D08090110016Z__D08090095001Z__D08090105002Z__D08090110003Z__D08090095004Z__D08090100005Z__D08090105006Z__D08090110007Z__D08090110008Z__D08090100009Z__D08090105010Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)108Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm90909090909090959595959595959595959595959595100100100100100100100100100100100100100CC100100d2mm110110110110110110110100100105105105110110110110115115115115115115105105105110110110115115115115115120120120120b1mm3656607080901206010060100120456010012040566080100120506010080100120456080100120406380100fx 15°2.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.502.50fx 45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°dimensionsaccording toDIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1494 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 4DIN 1850 part 4DIN 1850 part 5DIN 1850 part 5f x 45ºfd1 minmm90.1290.1290.1290.1290.1290.1290.1295.1295.1295.1295.1295.1295.1295.1295.1295.1295.1295.1295.1295.1295.1295.12100.12100.12100.12100.12100.12100.12100.12100.12100.12100.12100.12100.12100.12100.12100.1215º1,6b1d1 maxmm90.17490.17490.17490.17490.17490.17490.17495.17495.17495.17495.17495.17495.17495.17495.17495.17495.17495.17495.17495.17495.17495.174100.174100.174100.174100.174100.174100.174100.174100.174100.174100.174100.174100.174100.174ø IT7100.174100.174ø d1ø d2article numberZ__D08090110011Z__D08090110012Z__D08090095013Z__D08090100014Z__D08090105015Z__D08090105016Z__D08090110017Z__D08095115018Z__D08095110019Z__D08095115020Z__D08095100001Z__D08095105002Z__D08095110003Z__D08095115004Z__D08095115005Z__D08095100006Z__D08095105007Z__D08095110008Z__D08095115009Z__D08095110010Z__D08095105011Z__D08095115012Z__D08100120013Z__D08100115014Z__D08100105001Z__D08100105002Z__D08100115003Z__D08100120004Z__D08100110005Z__D08100115006Z__D08100120007Z__D08100105008Z__D08100110009Z__D08100115010Z__D08100120011Z__D08100115012Z__D08100110013Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)109Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm100105105105105CC105105105105105105105105105110110110110110110110110110110110110110115115115115115115120120120120d2mm120110110115115115120120120120120125125125115115120120120125125125125125130130130120120130130130130125125130130b1mm1206010080100120508010012014080100120601008010012050801001201408010012060100508010014060100100120fx 15°2.502.502.502.502.502.502.502.502.502.502.503.003.003.002.502.502.502.502.503.003.003.003.003.003.003.003.002.502.503.003.003.003.003.003.003.003.00fx 45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°dimensionsaccording toDIN 1850 part 5DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1494 part 1DIN 1494 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1f x 45ºfd1 minmm100.12105.12105.12105.12105.12105.12105.12105.12105.12105.12105.12105.12105.12105.12110.12110.12110.12110.12110.12110.12110.12110.12110.12110.12110.12110.12110.12115.12115.12115.12115.12115.12115.12120.12120.12120.12120.1215º1,6b1d1 maxmm100.174105.174105.174105.174105.174ø IT7105.174105.174105.174105.174105.174105.174105.174105.174105.174110.174110.174110.174110.174110.174110.174110.174110.174110.174110.174110.174110.174110.174115.174115.174115.174115.174115.174115.174120.174120.174120.174120.174ø d1ø d2article numberZ__D08100120014Z__D08105120015Z__D08105110001Z__D08105115002Z__D08105120003Z__D08105125004Z__D08105110005Z__D08105115006Z__D08105120007Z__D08105125008Z__D08105115009Z__D08105120010Z__D08105125011Z__D08105120012Z__D08110125013Z__D08110115001Z__D08110120002Z__D08110125003Z__D08110130004Z__D08110115005Z__D08110120006Z__D08110125007Z__D08110130008Z__D08110120009Z__D08110125010Z__D08110130011Z__D08110125012Z__D08115130013Z__D08115120001Z__D08115130002Z__D08115120003Z__D08115130004Z__D08115130005Z__D08120135006Z__D08120125001Z__D08120135002Z__D08120125003Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)110Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm120120120120120CC120120120120120125125125125125125130130130130130130130130130130130130130130135135135135135135140d2mm130135135135135135135140140140130130140140140140135135140140140145145145145145145150150150140140150150150150145b1mm150508010012014015010012015060100508010014060100100120150508010012014015010012015060100608011016060fx 15°3.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.00fx 45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°dimensionsaccording toDIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1494 part 1DIN 1494 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1494 part 1DIN 1494 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1494 part 1f x 45ºfd1 minmm120.12120.12120.12120.12120.12120.12120.12120.12120.12120.12125.145125.145125.145125.145125.145125.145130.145130.145130.145130.145130.145130.145130.145130.145130.145130.145130.145130.145130.145130.145135.145135.145135.145135.145135.145135.145140.14515º1,6b1d1 maxmm120.174120.174120.174120.174120.174ø IT7120.174120.174120.174120.174120.174125.208125.208125.208125.208125.208125.208130.208130.208130.208130.208130.208130.208130.208130.208130.208130.208130.208130.208130.208130.208135.208135.208135.208135.208135.208135.208140.208ø d1ø d2article numberZ__D08120130004Z__D08120135005Z__D08120140006Z__D08120130007Z__D08120135008Z__D08120140009Z__D08120135010Z__D08120130011Z__D08120135012Z__D08120140013Z__D08125140014Z__D08125130001Z__D08125140002Z__D08125130003Z__D08125140004Z__D08125140005Z__D08130145006Z__D08130135001Z__D08130145002Z__D08130135003Z__D08130140004Z__D08130145005Z__D08130150006Z__D08130140007Z__D08130145008Z__D08130150009Z__D08130145010Z__D08130140011Z__D08130145012Z__D08130150013Z__D08135140001Z__D08135150002Z__D08135150003Z__D08135140004Z__D08135150005Z__D08135150006Z__D08140145001Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)111Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm140140140140CC140140140140140140140140140140145145145145150150150150150150150150150150150150150150150155155155155d2mm145150150150155155155155155155155160160160160160160160155155160160160165165165165165165165170170170175175175175b1mm10010015018060801001101501601801001501806080110160601001201501807010012015016018020012015018070100160200fx 15°3.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.003.503.503.503.503.503.503.50fx 45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°dimensionsaccording toDIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame Ff x 45ºfd1 minmm140.145140.145140.145140.145140.145140.145140.145140.145140.145140.145140.145140.145140.145140.145145.145145.145145.145145.145150.145150.145150.145150.145150.145150.145150.145150.145150.145150.145150.145150.145150.145150.145150.145155.145155.145155.145155.14515º1,6b1d1 maxmm140.208140.208140.208140.208140.208ø IT7140.208140.208140.208140.208140.208140.208140.208140.208140.208145.208145.208145.208145.208150.208150.208150.208150.208150.208150.208150.208150.208150.208150.208150.208150.208150.208150.208150.208155.208155.208155.208155.208ø d1ø d2article numberZ__D08140155002Z__D08140155003Z__D08140145004Z__D08140150005Z__D08140155006Z__D08140160007Z__D08140155008Z__D08140150009Z__D08140155010Z__D08140160011Z__D08140155012Z__D08140150013Z__D08140155014Z__D08140160015Z__D08145160001Z__D08145160002Z__D08145160003Z__D08145160004Z__D08150155001Z__D08150165002Z__D08150155003Z__D08150165004Z__D08150160005Z__D08150165006Z__D08150170007Z__D08150160008Z__D08150165009Z__D08150170010Z__D08150165011Z__D08150160012Z__D08150165013Z__D08150170014Z__D08150165015Z__D08155175001Z__D08155175002Z__D08155175003Z__D08155175004Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)112Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm160160160160160CC160160160160160160160160160165165165165170170170170170170170170170170170170170175175175175180180d2mm165165170170170180180180180180180185185185185185185185175180180180190190190190190190195195195195195195195190190b1mm6010012016018070100120160180200120150180701001602001001201802008011012016018020012018020080110160200150180fx 15°3.003.003.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.503.50fx 45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°dimensionsaccording toDIN 1494 part 1DIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1494 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 1DIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1850 part 1f x 45ºfd1 minmm160.145160.145160.145160.145160.145160.145160.145160.145160.145160.145160.145160.145160.145160.145165.145165.145165.145165.145170.145170.145170.145170.145170.145170.145170.145170.145170.145170.145170.145170.145170.145175.145175.145175.145175.145180.145180.14515º1,6b1d1 maxmm160.208160.208160.208160.208160.208ø IT7160.208160.208160.208160.208160.208160.208160.208160.208160.208165.208165.208165.208165.208170.208170.208170.208170.208170.208170.208170.208170.208170.208170.208170.208170.208170.208175.208175.208175.208175.208180.208180.208ø d1ø d2article numberZ__D08160165001Z__D08160180002Z__D08160165003Z__D08160180004Z__D08160170005Z__D08160180006Z__D08160185007Z__D08160185008Z__D08160170009Z__D08160180010Z__D08160170011Z__D08160180012Z__D08160185013Z__D08160180014Z__D08165185001Z__D08165185002Z__D08165185003Z__D08165185004Z__D08170190005Z__D08170175001Z__D08170190002Z__D08170180003Z__D08170190004Z__D08170195005Z__D08170190006Z__D08170180007Z__D08170190008Z__D08170195009Z__D08170180010Z__D08170190011Z__D08170195012Z__D08175195001Z__D08175195002Z__D08175195003Z__D08175195004Z__D08180200005Z__D08180200006Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)113Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm180180180180CC180180180180180180180190190190190190190190190190200200200200200200200200200210210210220220220230230d2mm190200200200200200200200210210210200200200210210210220220220210210210220220220230230230240240240250250250260260b1mm25080110150160180200250150180250150180250150180250150180250180200250180200250180200250180200250180200250200250fx 15°3.503.503.503.503.503.503.503.504.004.004.003.503.503.504.004.004.004.004.004.004.004.004.004.004.004.004.004.004.004.004.004.004.004.004.004.004.00fx 45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°dimensionsaccording toDIN 1850 part 1DIN 1498 frame FDIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1498 frame FDIN 1850 part 1DIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5f x 45ºfd1 minmm180.145180.145180.145180.145180.145180.145180.145180.145180.145180.145180.145190.17190.17190.17190.17190.17190.17190.17190.17190.17200.17200.17200.17200.17200.17200.17200.17200.17200.17210.17210.17210.17220.17220.17220.17230.17230.1715º1,6b1d1 maxmm180.208180.208180.208180.208180.208ø IT7180.208180.208180.208180.208180.208180.208190.242190.242190.242190.242190.242190.242190.242190.242190.242200.242200.242200.242200.242200.242200.242200.242200.242200.242210.242210.242210.242220.242220.242220.242230.242230.242ø d1ø d2article numberZ__D08180190007Z__D08180200008Z__D08180210009Z__D08180200010Z__D08180190011Z__D08180200012Z__D08180210013Z__D08180200014Z__D08180190015Z__D08180200016Z__D08180210017Z__D08190200001Z__D08190210002Z__D08190220003Z__D08190200004Z__D08190210005Z__D08190220006Z__D08190200007Z__D08190210008Z__D08190220009Z__D08200210001Z__D08200220002Z__D08200230003Z__D08200210004Z__D08200220005Z__D08200230006Z__D08200210007Z__D08200220008Z__D08200230009Z__D08210240001Z__D08210240002Z__D08210240003Z__D08220250001Z__D08220250002Z__D08220250003Z__D08230260001Z__D08230260002Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)114Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCC20.Dimension list of bushings for slide bearings (cylindrical)material indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5DZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9CZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Dd1mm230240240240CC250250250d2mm260270270270280280280b1mm300200250300200250300fx 15°4.004.004.004.004.004.004.00fx 45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°dimensionsaccording toDIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5f x 45ºfd1 minmm230.17240.17240.17240.17250.17250.17250.1715º1,6b1d1 maxmm230.242240.242240.242240.242250.242ø IT7250.242250.242ø d1ø d2article numberZ__D08230260003Z__D08240270001Z__D08240270002Z__D08240270003Z__D08250280001Z__D08250280002Z__D08250280003Index TribologyContents PrefaceMaterialoverviewDesignguidelinesMathematicalexampleConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)115Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm11.52d2mm345d3mm568b1mm223b2mm1.001.001.50fx 15°0.400.400.40fx 45°0,2x45°0,2x45°0,2x45°dimensionsaccording toDIN 1850 part 3DIN 1850 part 3DIN 1850 part 3d1 minmm1.021.522.02d1 maxmm1.0341.5342.034article numberB__D08001003001B__D08001004002B__D08002005001Designguidelines2.533333666699999912123346341.501.501.501.502.002.000.400.400.800.800.400.800,2x45°0,2x45°0,2x45°0,2x45°0,2x45°0,2x45°DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1850 part 3DIN 1850 part 4DIN 1850 part 42.523.023.023.023.023.022.5343.0343.0343.0343.0343.034B__D08002006002B__D08003009003B__D08003006001B__D08003006002B__D08003009003B__D08003006004Mathematicalexample444488881212121234462.002.002.002.000.800.800.800.800,2x45°0,2x45°0,2x45°0,2x45°DIN 1850 part 3DIN 1850 part 3DIN 1850 part 5DIN 1850 part 34.034.034.034.034.0484.0484.0484.048B__D08004008001B__D08004008002B__D08004010003B__D08004008004Tribology481262.000.800,2x45°DIN 1850 part 54.034.048B__D080040080054455510109991313131313464562.002.002.002.002.000.801.000.800.800.800,2x45°0,2x45°0,2x45°0,2x45°0,2x45°DIN 1850 part 4DIN 1850 part 4DIN 1850 part 5DIN 1850 part 3DIN 1850 part 54.034.035.035.035.034.0484.0485.0485.0485.048B__D08004010006B__D08004008007B__D08005011008B__D08005009001B__D08005009002Conditions ofinstallation555666666669111188101010121212131414101014141416141684661046104662.003.003.001.001.002.002.002.003.003.003.000.800.801.000.800.800.801.001.000.801.001.000,2x45°0,2x45°0,2x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°DIN 1850 part 3DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1850 part 4DIN 1850 part 1DIN 1850 part 45.035.035.036.036.036.036.036.036.036.036.035.0485.0485.0486.0486.0486.0486.0486.0486.0486.0486.048B__D08005011003B__D08005009004B__D08005009005B__D08006010006B__D08006012007B__D08006008001B__D08006012002B__D08006012003B__D08006010004B__D08006008005B__D08006012006Slide bearings(cylindrical)Slide bearings(with collar)61214103.001.000,3x45°DIN 1850 part 16.036.048B__D080060100077711111515582.002.001.001.000,3x45°0,3x45°DIN 1850 part 3DIN 1850 part 37.047.047.0627.062B__D08007011001B__D08007011002Index71115102.001.000,3x45°DIN 1850 part 37.047.062B__D080070110038101261.001.000,3x45°DIN 1850 part 18.048.062B__D0800801000181012101.001.000,3x45°DIN 1850 part 18.048.062B__D080080120028121662.001.000,3x45°DIN 1850 part 38.048.062B__D08008014003116Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm888d2mm121212d3mm161616b1mm81012b2mm2.002.002.00fx 15°1.001.001.00fx 45°0,3x45°0,3x45°0,3x45°dimensionsaccording toDIN 1850 part 3DIN 1850 part 5DIN 1850 part 3d1 minmm8.048.048.04d1 maxmm8.0628.0628.062article numberB__D08008012004B__D08008014005B__D08008010006Designguidelines8889991414141414141818181919196810610143.003.003.002.502.502.501.001.001.001.001.001.000,3x45°0,3x45°0,3x45°0,3x45°0,3x45°0,3x45°DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1850 part 3DIN 1850 part 38.048.048.049.049.049.048.0628.0628.0629.0629.0629.062B__D08008014007B__D08008012008B__D08008012009B__D08009014001B__D08009014002B__D08009014003Mathematicalexample101010101212161614142022610681.001.003.003.001.001.001.001.000,3x45°0,3x45°0,3x45°0,3x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 310.0410.0410.0410.0410.06210.06210.06210.062B__D08010012001B__D08010016002B__D08010016003B__D08010012004Tribology101620103.001.000,3x45°DIN 1850 part 110.0410.062B__D0801001600510101212121616141414222216161610161015203.003.001.001.001.001.001.001.001.001.000,3x45°0,3x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 3DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 110.0410.0412.0512.0512.0510.06210.06212.07712.07712.077B__D08010016006B__D08010016007B__D08012018008B__D08012018009B__D08012014001Conditions ofinstallation121212121212141414141418181818181816161620202422222222241818182526881215202010152010103.004.004.003.003.003.001.001.001.003.003.001.001.001.001.001.001.001.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 3DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 312.0512.0512.0512.0512.0512.0514.0514.0514.0514.0514.0512.07712.07712.07712.07712.07712.07714.07714.07714.07714.07714.077B__D08012018002B__D08012014003B__D08012018004B__D08012014005B__D08012018006B__D08012018007B__D08014016001B__D08014020002B__D08014020003B__D08014020004B__D08014020005Slide bearings(cylindrical)Slide bearings(with collar)142025104.001.000,5x45°DIN 1850 part 414.0514.077B__D0801402000614142020262514143.004.001.001.000,5x45°0,5x45°DIN 1850 part 3DIN 1850 part 414.0514.0514.07714.077B__D08014016007B__D08014016008Index142025203.001.000,5x45°DIN 1850 part 114.0514.077B__D08014020009142026203.001.000,5x45°DIN 1850 part 314.0514.077B__D08014020010151719101.001.000,5x45°DIN 1850 part 115.0515.077B__D08015017001151719151.001.000,5x45°DIN 1850 part 115.0515.077B__D08015021002117Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm151515d2mm172121d3mm192726b1mm201010b2mm1.003.005.00fx 15°1.001.001.00fx 45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1850 part 1DIN 1850 part 3DIN 1850 part 4d1 minmm15.0515.0515.05d1 maxmm15.07715.07715.077article numberB__D08015021003B__D08015017004B__D08015021005Designguidelines1515151516162121212118182726272720201516202512153.005.003.003.001.001.001.001.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 3DIN 1850 part 4DIN 1850 part 5DIN 1850 part 3DIN 1850 part 1DIN 1850 part 115.0515.0515.0515.0516.0516.0515.07715.07715.07715.07716.07716.077B__D08015021006B__D08015017007B__D08015021008B__D08015021009B__D08016022010B__D08016018001Mathematicalexample161616161822222220282828201012161.005.003.003.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 1DIN 1850 part 4DIN 1850 part 3DIN 1850 part 316.0516.0516.0516.0516.07716.07716.07716.077B__D08016022002B__D08016018003B__D08016022004B__D08016022005Tribology162228165.001.000,5x45°DIN 1850 part 416.0516.077B__D0801601800616161818182222202020282822222220251220303.003.001.001.001.001.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 116.0516.0518.0518.0518.0516.07716.07718.07718.07718.077B__D08016022007B__D08016022008B__D08018020001B__D08018024002B__D08018024003Conditions ofinstallation18181818181820202020202424242424242323232626303030303030262626323212121818203015203012153.005.003.005.003.003.001.501.501.505.003.001.001.001.001.001.001.001.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 3DIN 1850 part 4DIN 1850 part 3DIN 1850 part 4DIN 1850 part 5DIN 1850 part 3DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 318.0518.0518.0518.0518.0518.0520.06520.06520.06520.06520.06518.07718.07718.07718.07718.07718.07720.09820.09820.09820.09820.098B__D08018024004B__D08018024005B__D08018020006B__D08018024007B__D08018020008B__D08018024009B__D08020026010B__D08020023011B__D08020026012B__D08020026013B__D08020023014Slide bearings(cylindrical)Slide bearings(with collar)202632165.001.000,5x45°DIN 1850 part 420.06520.098B__D0802002601520202626323220203.005.001.001.000,5x45°0,5x45°DIN 1850 part 3DIN 1850 part 420.06520.06520.09820.098B__D08020026016B__D08020023017Index202632303.001.000,5x45°DIN 1850 part 320.06520.098B__D08020026018222526151.501.000,5x45°DIN 1850 part 122.06522.098B__D08022028019222526201.501.000,5x45°DIN 1850 part 122.06522.098B__D08022025001222526301.501.000,5x45°DIN 1850 part 122.06522.098B__D08022028002118Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm222222d2mm282828d3mm343434b1mm121515b2mm5.003.003.00fx 15°1.001.001.00fx 45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1850 part 4DIN 1850 part 1DIN 1850 part 3d1 minmm22.06522.06522.065d1 maxmm22.09822.09822.098article numberB__D08022028003B__D08022028004B__D08022025005Designguidelines2222222222242828282828273434343434301620203030155.003.003.003.003.001.501.001.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 3DIN 1850 part 122.06522.06522.06522.06522.06524.06522.09822.09822.09822.09822.09824.098B__D08022028006B__D08022028007B__D08022025008B__D08022028009B__D08022028010B__D08024030011Mathematicalexample242424242727303030303636203014151.501.505.003.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 124.06524.06524.06524.06524.09824.09824.09824.098B__D08024027001B__D08024030002B__D08024027003B__D08024030004Tribology243036203.001.000,5x45°DIN 1850 part 124.06524.098B__D0802403000524242425253030302828363636313120253020305.005.003.001.501.501.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 124.06524.06524.06525.06525.06524.09824.09824.09825.09825.098B__D08024030006B__D08024027007B__D08024030008B__D08025032009B__D08025028001Conditions ofinstallation25252525252525252525272832323232323232323230313838393839383839383340142020202525303040201.506.004.003.506.003.506.004.003.504.001.501.001.001.001.001.001.001.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1850 part 4DIN 1850 part 3DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1850 part 1DIN 1850 part 125.06525.06525.06525.06525.06525.06525.06525.06525.06525.06527.06525.09825.09825.09825.09825.09825.09825.09825.09825.09825.09827.098B__D08025032002B__D08025032003B__D08025032004B__D08025032005B__D08025032006B__D08025028007B__D08025032008B__D08025032009B__D08025028010B__D08025032011B__D08027034012Slide bearings(cylindrical)Slide bearings(with collar)273033301.501.000,5x45°DIN 1850 part 127.06527.098B__D0802703401327273034334040121.506.001.001.000,5x45°0,5x45°DIN 1850 part 1DIN 1850 part 427.06527.06527.09827.098B__D08027030001B__D08027034002Index273440166.001.000,5x45°DIN 1850 part 427.06527.098B__D08027034003273440204.001.000,5x45°DIN 1850 part 127.06527.098B__D08027034004273440226.001.000,5x45°DIN 1850 part 427.06527.098B__D08027030005273440286.001.000,5x45°DIN 1850 part 427.06527.098B__D08027034006119Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm272728d2mm343432d3mm404036b1mm304020b2mm4.004.002.00fx 15°1.001.001.00fx 45°0,5x45°0,5x45°0,5x45°dimensionsaccording toDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1d1 minmm27.06527.06528.065d1 maxmm27.09827.09828.098article numberB__D08027030007B__D08027034008B__D08028036009Designguidelines2828282828283232363636363636424244423040121620202.002.006.006.004.004.001.001.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 3DIN 1850 part 528.06528.06528.06528.06528.06528.06528.09828.09828.09828.09828.09828.098B__D08028036010B__D08028032001B__D08028036002B__D08028036003B__D08028036004B__D08028036005Mathematicalexample282828283636363642444244222528306.004.006.004.001.001.001.001.000,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 4DIN 1850 part 3DIN 1850 part 4DIN 1850 part 328.06528.06528.06528.06528.09828.09828.09828.098B__D08028036006B__D08028032007B__D08028036008B__D08028036009Tribology283642304.001.000,5x45°DIN 1850 part 528.06528.098B__D0802803201028303030303634343438423838384440203040124.002.002.002.006.001.001.001.001.001.500,5x45°0,5x45°0,5x45°0,5x45°0,5x45°DIN 1850 part 5DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 428.06530.06530.06530.06530.06528.09830.09830.09830.09830.098B__D08028036011B__D08030038012B__D08030038013B__D08030034001B__D08030038002Conditions ofinstallation30303030303030303032323838383838383838383636444644464446444444404018202025253030324020306.004.004.004.006.004.004.006.004.002.002.001.501.501.501.501.501.501.501.501.501.001.000,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,5x45°0,8x45°0,8x45°DIN 1850 part 4DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1850 part 4DIN 1850 part 3DIN 1850 part 5DIN 1850 part 4DIN 1850 part 5DIN 1850 part 1DIN 1850 part 130.06530.06530.06530.06530.06530.06530.06530.06530.06532.0832.0830.09830.09830.09830.09830.09830.09830.09830.09830.09832.11932.119B__D08030038003B__D08030038004B__D08030038005B__D08030034006B__D08030038007B__D08030038008B__D08030038009B__D08030034010B__D08030038011B__D08032040012B__D08032040013Slide bearings(cylindrical)Slide bearings(with collar)323640402.001.000,8x45°DIN 1850 part 132.0832.119B__D0803203600132324040464614186.006.001.501.500,8x45°0,8x45°DIN 1850 part 4DIN 1850 part 432.0832.0832.11932.119B__D08032040002B__D08032040003Index324046204.001.500,8x45°DIN 1850 part 132.0832.119B__D08032040004324048204.001.500,8x45°DIN 1850 part 332.0832.119B__D08032040005324048254.001.500,8x45°DIN 1850 part 332.0832.119B__D08032040014324046256.001.500,8x45°DIN 1850 part 432.0832.119B__D08032036015120Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm323232d2mm404040d3mm504648b1mm293030b2mm4.004.004.00fx 15°2.001.501.50fx 45°0,8x45°0,8x45°0,8x45°dimensionsaccording to-DIN 1850 part 1DIN 1850 part 3d1 minmm32.0832.0832.08d1 maxmm32.11932.11932.119article numberB__D08032040016B__D08032040017B__D08032040018Designguidelines3232333333334040373737424646414141483240203040166.004.002.002.002.006.001.501.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 432.0832.0833.0833.0833.0833.0832.11932.11933.11933.11933.11933.119B__D08032036019B__D08032040020B__D08033042021B__D08033037001B__D08033042002B__D08033042003Mathematicalexample333333334242424248484848202025305.006.006.005.001.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 133.0833.0833.0833.0833.11933.11933.11933.119B__D08033042004B__D08033037005B__D08033042006B__D08033042007Tribology334248326.001.500,8x45°DIN 1850 part 433.0833.119B__D0803303700833353535354239393944484343435040304050165.002.002.002.006.001.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 433.0835.0835.0835.0835.0833.11935.11935.11935.11935.119B__D08033042009B__D08035044010B__D08035044011B__D08035045012B__D08035044013Conditions ofinstallation35353535353535353536364444444545454545454040505050555055555050444422283625303540405030406.006.006.005.005.005.005.005.005.002.002.001.501.501.501.501.501.501.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1850 part 3DIN 1850 part 5DIN 1850 part 3DIN 1850 part 3DIN 1850 part 5DIN 1850 part 5DIN 1850 part 1DIN 1850 part 135.0835.0835.0835.0835.0835.0835.0835.0835.0836.0836.0835.11935.11935.11935.11935.11935.11935.11935.11935.11936.11936.119B__D08035039001B__D08035045002B__D08035045003B__D08035044004B__D08035039005B__D08035045006B__D08035045007B__D08035039008B__D08035045009B__D08036045010B__D08036045011Slide bearings(cylindrical)Slide bearings(with collar)364044502.001.500,8x45°DIN 1850 part 136.0836.119B__D0803604501236364545525216226.006.001.501.500,8x45°0,8x45°DIN 1850 part 4DIN 1850 part 436.0836.0836.11936.119B__D08036040001B__D08036046002Index364552286.001.500,8x45°DIN 1850 part 436.0836.119B__D08036045003364552326.001.500,8x45°DIN 1850 part 436.0836.119B__D08036040004364652305.001.500,8x45°DIN 1850 part 536.0836.119B__D08036046005364652405.001.500,8x45°DIN 1850 part 536.0836.119B__D08036040006121Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm363838d2mm464242d3mm524646b1mm503040b2mm5.002.002.00fx 15°1.501.501.50fx 45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1850 part 5DIN 1850 part 1DIN 1850 part 1d1 minmm36.0838.0838.08d1 maxmm36.11938.11938.119article numberB__D08036046007B__D08038048008B__D08038048009Designguidelines3838383838384248484848484655585554555016252530322.006.005.006.005.006.001.501.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 1DIN 1850 part 4DIN 1850 part 3DIN 1850 part 4DIN 1850 part 1DIN 1850 part 438.0838.0838.0838.0838.0838.0838.11938.11938.11938.11938.11938.119B__D08038048010B__D08038042001B__D08038048002B__D08038048003B__D08038048004B__D08038042005Mathematicalexample383838384848484858545558354040455.005.006.005.001.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 3DIN 1850 part 1DIN 1850 part 4DIN 1850 part 338.0838.0838.0838.0838.11938.11938.11938.119B__D08038048006B__D08038048007B__D08038048008B__D08038042009Tribology384854505.001.500,8x45°DIN 1850 part 538.0838.119B__D0803804801038404040404844444450544848485860304060165.002.002.002.006.001.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 438.0840.0840.0840.0840.0838.11940.11940.11940.11940.119B__D08038048011B__D08040050012B__D08040050013B__D08040044001B__D08040050002Conditions ofinstallation40404040404040404040425050505050505050505046585860585860586058585025303032404040505060306.005.005.006.005.005.006.005.005.005.002.001.501.501.501.501.501.501.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1850 part 4DIN 1850 part 1DIN 1850 part 3DIN 1850 part 4DIN 1850 part 3DIN 1850 part 5DIN 1850 part 1DIN 1850 part 140.0840.0840.0840.0840.0840.0840.0840.0840.0840.0842.0840.11940.11940.11940.11940.11940.11940.11940.11940.11940.11942.119B__D08040050003B__D08040050004B__D08040044005B__D08040050006B__D08040050007B__D08040050008B__D08040050009B__D08040050010B__D08040044011B__D08040050012B__D08042052013Slide bearings(cylindrical)Slide bearings(with collar)424650402.001.500,8x45°DIN 1850 part 142.0842.119B__D0804205201442424652506060182.007.001.501.500,8x45°0,8x45°DIN 1850 part 1DIN 1850 part 442.0842.0842.11942.119B__D08042046001B__D08042052002Index425260257.001.500,8x45°DIN 1850 part 442.0842.119B__D08042052003425260305.001.500,8x45°DIN 1850 part 142.0842.119B__D08042046004425260367.001.500,8x45°DIN 1850 part 442.0842.119B__D08042052005425260405.001.500,8x45°DIN 1850 part 142.0842.119B__D08042052006122Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm424245d2mm525250d3mm606055b1mm456030b2mm7.005.002.50fx 15°1.501.501.50fx 45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1850 part 4DIN 1850 part 1DIN 1850 part 1d1 minmm42.0842.0845.08d1 maxmm42.11942.11945.119article numberB__D08042046007B__D08042052008B__D08045055009Designguidelines4545454545455050555555555555636360634060182530362.502.507.007.005.007.001.501.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 5DIN 1850 part 445.0845.0845.0845.0845.0845.0845.11945.11945.11945.11945.11945.119B__D08045055010B__D08045050001B__D08045055002B__D08045055003B__D08045050004B__D08045055005Mathematicalexample454545455555555563606363404045505.005.007.005.001.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 1DIN 1850 part 5DIN 1850 part 4DIN 1850 part 145.0845.0845.0845.0845.11945.11945.11945.119B__D08045055006B__D08045055007B__D08045055008B__D08045050009Tribology455563605.001.500,8x45°DIN 1850 part 145.0845.119B__D0804505501045484848485553535358605858586660405060405.002.502.502.505.001.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 5DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 145.0848.0848.0848.0848.0845.11948.11948.11948.11948.119B__D08045055011B__D08048053001B__D08048058002B__D08048053003B__D08048058004Conditions ofinstallation48485050505050505050505858555555606060606060666660606068686868686850604050602028404050605.005.002.502.502.507.007.005.007.007.005.001.501.501.501.501.501.501.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 548.0848.0850.0850.0850.0850.0850.0850.0850.0850.0850.0848.11948.11950.11950.11950.11950.11950.11950.11950.11950.11950.119B__D08048053005B__D08048058006B__D08050060007B__D08050060008B__D08050055001B__D08050060002B__D08050060003B__D08050055004B__D08050060005B__D08050055006B__D08050060007Slide bearings(cylindrical)Slide bearings(with collar)506068705.001.500,8x45°DIN 1850 part 150.0850.119B__D0805006000855556060656540502.502.501.501.500,8x45°0,8x45°DIN 1850 part 1DIN 1850 part 155.155.155.14655.146B__D08055066009B__D08055066010Index556065702.501.500,8x45°DIN 1850 part 155.155.146B__D08055060001556573405.001.500,8x45°DIN 1850 part 155.155.146B__D08055065002556573505.001.500,8x45°DIN 1850 part 555.155.146B__D08055066003556573605.001.500,8x45°DIN 1850 part 155.155.146B__D08055060004123Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm555555d2mm656566d3mm737374b1mm708025b2mm5.005.007.00fx 15°1.501.501.50fx 45°0,8x45°0,8x45°0,8x45°dimensionsaccording toDIN 1850 part 5DIN 1850 part 1DIN 1850 part 4d1 minmm55.155.155.1d1 maxmm55.14655.14655.146article numberB__D08055065005B__D08055066006B__D08055065007Designguidelines5555556060606666666565657474747070703645564060807.007.007.002.502.502.501.501.501.501.501.501.500,8x45°0,8x45°0,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 155.155.155.160.160.160.155.14655.14655.14660.14660.14660.146B__D08055060008B__D08055065009B__D08055065010B__D08060075011B__D08060075012B__D08060065001Mathematicalexample606060607575757583838383253640507.007.007.507.502.002.002.002.000,8x45°0,8x45°0,8x45°0,8x45°DIN 1850 part 4DIN 1850 part 4DIN 1850 part 5DIN 1850 part 160.160.160.160.160.14660.14660.14660.146B__D08060075002B__D08060075003B__D08060075004B__D08060065005Tribology607583507.002.000,8x45°DIN 1850 part 460.160.146B__D0806007500660606065657575757070838383757560638050607.507.007.502.502.502.002.002.002.002.000,8x45°0,8x45°0,8x45°1x45°1x45°DIN 1850 part 5DIN 1850 part 4DIN 1850 part 5DIN 1850 part 1DIN 1850 part 160.160.160.165.165.160.14660.14660.14665.14665.146B__D08060075007B__D08060065008B__D08060075009B__D08065080010B__D08065080011Conditions ofinstallation65656565656565657070707080808080808080757575758888888888888880808080254050506063805070902.507.007.007.507.007.507.007.502.502.502.502.002.002.002.002.002.002.002.002.002.002.001x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 165.165.165.165.165.165.165.165.170.170.170.165.14665.14665.14665.14665.14665.14665.14665.14670.14670.14670.146B__D08065070001B__D08065080002B__D08065080003B__D08065070004B__D08065080005B__D08065080006B__D08065070007B__D08065080008B__D08070085009B__D08070085010B__D08070075001Slide bearings(cylindrical)Slide bearings(with collar)708595288.002.001x45°DIN 1850 part 470.170.146B__D0807008500270708585959540508.007.502.002.001x45°1x45°DIN 1850 part 4DIN 1850 part 170.170.170.14670.146B__D08070085003B__D08070075004Index708595568.002.001x45°DIN 1850 part 470.170.146B__D08070085005708595707.502.001x45°DIN 1850 part 170.170.146B__D08070085006708595708.002.001x45°DIN 1850 part 470.170.146B__D08070075007708595907.502.001x45°DIN 1850 part 170.170.146B__D08070085008124Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm757575d2mm808080d3mm858585b1mm507090b2mm2.502.502.50fx 15°2.002.002.00fx 45°1x45°1x45°1x45°dimensionsaccording toDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1d1 minmm75.175.175.1d1 maxmm75.14675.14675.146article numberB__D08075095009B__D08075095010B__D08075080001Designguidelines7575757575759090909595951001001001051051055070903245637.507.507.508.008.008.002.002.002.002.002.002.001x45°1x45°1x45°1x45°1x45°1x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 4DIN 1850 part 4DIN 1850 part 475.175.175.175.175.175.175.14675.14675.14675.14675.14675.146B__D08075090002B__D08075095003B__D08075080004B__D08075090005B__D08075095006B__D08075080007Mathematicalexample75808080958585851059090908060801008.002.502.502.502.002.002.002.001x45°1x45°1x45°1x45°DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 175.180.180.180.175.14680.14680.14680.146B__D08075090008B__D08080100009B__D08080100010B__D08080085001Tribology8095105607.502.001x45°DIN 1850 part 180.180.146B__D08080095002808080808095959595951051051051051056080801001007.507.507.507.507.502.002.002.002.002.001x45°1x45°1x45°1x45°1x45°DIN 1850 part 5DIN 1850 part 1DIN 1850 part 5DIN 1850 part 1DIN 1850 part 580.180.180.180.180.180.14680.14680.14680.14680.146B__D08080095003B__D08080100004B__D08080085005B__D08080095006B__D08080100007Conditions ofinstallation80808080858585858585851001001001009090901001001001051101101101109595951101101101153250638060801006080100368.008.008.008.002.502.502.507.507.507.5010.002.502.502.502.502.002.002.002.502.502.502.501x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°DIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 480.180.180.180.185.1285.1285.1285.1285.1285.1285.1280.14680.14680.14680.14685.17485.17485.17485.17485.17485.17485.174B__D08080095008B__D08080085009B__D08080095010B__D08080095011B__D08085105012B__D08085105013B__D08085090001B__D08085100002B__D08085105003B__D08085090004B__D08085100005Slide bearings(cylindrical)Slide bearings(with collar)851051155010.002.501x45°DIN 1850 part 485.1285.174B__D080851050068585105105115115709010.0010.002.502.501x45°1x45°DIN 1850 part 4DIN 1850 part 485.1285.1285.17485.174B__D08085090007B__D08085100008Index90100110605.002.501x45°DIN 1850 part 190.1290.174B__D0809011000990100110805.002.501x45°DIN 1850 part 190.1290.174B__D08090110010901001101005.002.501x45°DIN 1850 part 190.1290.174B__D08090100001901101203610.002.501x45°DIN 1850 part 490.1290.174B__D08090110002125Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm909090d2mm110110110d3mm120120120b1mm566070b2mm10.0010.0010.00fx 15°2.502.502.50fx 45°1x45°1x45°1x45°dimensionsaccording toDIN 1850 part 4DIN 1850 part 1DIN 1850 part 4d1 minmm90.1290.1290.12d1 maxmm90.17490.17490.174article numberB__D08090110003B__D08090100004B__D08090110005Designguidelines90909095959511011011010510510512012012011511511580901206010012010.0010.0010.005.005.005.002.502.502.502.502.502.501x45°1x45°1x45°1x45°1x45°1x45°DIN 1850 part 1DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 190.1290.1290.1295.1295.1295.1290.17490.17490.17495.17495.17495.174B__D08090110006B__D08090100007B__D08090110008B__D08095115009B__D08095115010B__D08095105001Mathematicalexample959595951151151151151251251251254056608010.0010.0010.0010.002.502.502.502.501x45°1x45°1x45°1x45°DIN 1850 part 4DIN 1850 part 4DIN 1850 part 1DIN 1850 part 495.1295.1295.1295.1295.17495.17495.17495.174B__D08095115002B__D08095115003B__D08095105004B__D08095115005Tribology9511512510010.002.501x45°DIN 1850 part 195.1295.174B__D0809510500695100100100100115110110110120125120120120130120801001204010.005.005.005.0010.002.502.502.502.502.501x45°1x45°1x45°1x45°1x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 495.12100.12100.12100.12100.1295.174100.174100.174100.174100.174B__D08095115007B__D08100120008B__D08100120009B__D08100110001B__D08100120002Conditions ofinstallation100100100100105105105105105105110120120120120115115115125125125120130130130130125125125135135135130638010012080100120801001208010.0010.0010.0010.005.005.005.0010.0010.0010.0010.002.502.502.502.502.502.502.503.003.003.002.501x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°1x45°DIN 1850 part 4DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1100.12100.12100.12100.12105.12105.12105.12105.12105.12105.12110.12100.174100.174100.174100.174105.174105.174105.174105.174105.174105.174110.174B__D08100110003B__D08100120004B__D08100110005B__D08100120006B__D08105115001B__D08105125002B__D08105115003B__D08105125004B__D08105115005B__D08105125006B__D08110120001Slide bearings(cylindrical)Slide bearings(with collar)11012013010010.002.501x45°DIN 1850 part 1110.12110.174B__D081101300021101101201301301401208010.0010.002.503.001x45°1x45°DIN 1850 part 1DIN 1850 part 1110.12110.12110.174110.174B__D08110120003B__D08110130004Index11013014010010.003.001x45°DIN 1850 part 1110.12110.174B__D0811012000511013014012010.003.001x45°DIN 1850 part 1110.12110.174B__D081101300061201301401005.003.001x45°DIN 1850 part 1120.12120.174B__D081201300011201301401205.003.001x45°DIN 1850 part 1120.12120.174B__D08120140002126Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm120120120d2mm130140140d3mm140150150b1mm150100120b2mm5.0010.0010.00fx 15°3.003.003.00fx 45°1x45°1x45°1x45°dimensionsaccording toDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1d1 minmm120.12120.12120.12d1 maxmm120.174120.174120.174article numberB__D08120130003B__D08120140004B__D08120130005Designguidelines12013013013013013014014014014015015015015015015016016015010012015010012010.005.005.005.0010.0010.003.003.003.003.003.003.001x45°2x45°2x45°2x45°2x45°2x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1120.12130.145130.145130.145130.145130.145120.174130.208130.208130.208130.208130.208B__D08120140006B__D08130140001B__D08130150002B__D08130140003B__D08130150004B__D08130140005Mathematicalexample13014014014015015015015016016016016015010015018010.005.005.005.003.003.003.003.002x45°2x45°2x45°2x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1130.145140.145140.145140.145130.208140.208140.208140.208B__D08130150006B__D08140150001B__D08140160002B__D08140150003Tribology14016017010010.003.002x45°DIN 1850 part 1140.145140.208B__D0814016000414014015015015016016016016016017017017017017015018012015018010.0010.005.005.005.003.003.003.003.003.002x45°2x45°2x45°2x45°2x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1140.145140.145150.145150.145150.145140.208140.208150.208150.208150.208B__D08140150005B__D08140160006B__D08150160001B__D08150170002B__D08150160003Conditions ofinstallation15015015016016016016016016017017017017017017017017018518518518018018018018018018018020020020019019012015018012016018012015018012018010.0010.0010.005.005.005.0012.5012.5012.505.005.003.503.503.503.503.503.503.503.503.503.503.502x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1150.145150.145150.145160.145160.145160.145160.145160.145160.145170.145170.145150.208150.208150.208160.208160.208160.208160.208160.208160.208170.208170.208B__D08150170004B__D08150160005B__D08150170006B__D08160170001B__D08160185002B__D08160185003B__D08160170004B__D08160170005B__D08160185006B__D08170180001B__D08170195002Slide bearings(cylindrical)Slide bearings(with collar)1701801902005.003.502x45°DIN 1850 part 1170.145170.208B__D0817018000317017019519521021012018012.5012.503.503.502x45°2x45°DIN 1850 part 1DIN 1850 part 1170.145170.145170.208170.208B__D08170195004B__D08170180005Index17019521020012.503.502x45°DIN 1850 part 1170.145170.208B__D081701950061801902001505.003.502x45°DIN 1850 part 1180.145180.208B__D081801900011801902001805.003.502x45°DIN 1850 part 1180.145180.208B__D081802100021801902002505.003.502x45°DIN 1850 part 1180.145180.208B__D08180190003127Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCCC21. Dimension list of bushings for slide bearings (with collar)materiao indication material contraction material indication material contractionZX-100A 1A ZX-410 4AZX-100EL63 1G ZX-530 5Dø IT7PrefaceZX-100K 1K ZX-550 5LZX-100MT 1M ZX-720 7AZX-324 3A ZX-750V1T 9AZX-324V1T 3H ZX-750V2T 9Cø d2f x 45 º1,61,6Aø d1ø d3ContentsZX-324V2T 3F ZX-750V3 9BZX-324V3T 3J ZX-750V3T 9FZX-324VMT 3B ZX-750V4 9Df15ºb1b2IT8 AMaterialoverviewd1mm180180180d2mm210210210d3mm220220220b1mm150180250b2mm15.0015.0015.00fx 15°4.004.004.00fx 45°2x45°2x45°2x45°dimensionsaccording toDIN 1850 part 1DIN 1850 part 1DIN 1850 part 1d1 minmm180.145180.145180.145d1 maxmm180.208180.208180.208article numberB__D08180210004B__D08180190005B__D08180210006Designguidelines1901901901901901902002002002202202202102102102302302301501802501501802505.005.005.0015.0015.0015.003.503.503.504.004.004.002x45°2x45°2x45°2x45°2x45°2x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1190.17190.17190.17190.17190.17190.17190.242190.242190.242190.242190.242190.242B__D08190200001B__D08190220002B__D08190200003B__D08190220004B__D08190200005B__D08190220006Mathematicalexample2002002002002102102102302202202202401802002501805.005.005.0015.004.004.004.004.002x45°2x45°2x45°2x45°DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1DIN 1850 part 1200.17200.17200.17200.17200.242200.242200.242200.242B__D08200210001B__D08200230002B__D08200210003B__D08200230004Tribology20023024020015.004.002x45°DIN 1850 part 1200.17200.242B__D0820021000520021021021022023024024024025024026026026027025018020025018015.0015.0015.0015.0015.004.004.004.004.004.002x45°2x45°2x45°2x45°2x45°DIN 1850 part 1DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5200.17210.17210.17210.17220.17200.242210.242210.242210.242220.242B__D08200230006B__D08210240001B__D08210240002B__D08210240003B__D08220250001Conditions ofinstallation220220230230230240240240250250250250250260260260270270270280280280270270280280280290290290300300300200250200250300200250300200250300Index15.0015.0015.0015.0015.0015.0015.0015.0015.0015.0015.004.004.004.004.004.004.004.004.004.004.004.002x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°2x45°DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5DIN 1850 part 5220.17220.17230.17230.17230.17240.17240.17240.17250.17250.17250.17220.242220.242230.242230.242230.242240.242240.242240.242250.242250.242250.242B__D08220250002B__D08220250003B__D08230260001B__D08230260002B__D08230260003B__D08240270001B__D08240270002B__D08240270003B__D08250280001B__D08250280002B__D08250280003Slide bearings(cylindrical)Slide bearings(with collar)128Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20

CCCCACCCCCC22. Indexabrasive particles ..........................................................................................................19,24adapter holes ................................................................................................................12additives .......................................................................................................................21,22adhesive .......................................................................................................................13advisory service ............................................................................................................4ageing ..........................................................................................................................21article key ....................................................................................................................4article number ...............................................................................................................51attachment ...................................................................................................................13,37axial bearing .................................................................................................................11axis .............................................................................................................................18Bball indentation hardness ...............................................................................................19bearing clearance..........................................................................................................13,17,27bearing material ............................................................................................................7bearing seat .................................................................................................................74bearing wall thickness ...................................................................................................15, 16bonding ........................................................................................................................13Brinell hardness ............................................................................................................19bushing width ...............................................................................................................16Ccalculation ....................................................................................................................28,44casing ..........................................................................................................................12,16casing temperature .......................................................................................................13,37chamber-shaped bushing ...............................................................................................14change in operation bearing clearance ..........................................................................13change in operation bearing clearance ............................................................................27changes in bearing clearance due to humidity ..................................................................17changes in bearing clearance due to temperature .............................................................17chemicals ....................................................................................................................25clamped bushing ...........................................................................................................14classes of bearing clearances ........................................................................................4,16,50,74coefficient of friction .......................................................................................................26Coefficients of friction of ZEDEX-100K .............................................................................53Coefficients of friction of ZEDEX-100MT ...........................................................................54Coefficients of friction of ZEDEX-324 ...............................................................................55Coefficients of friction of ZEDEX-324V1T..........................................................................56Coefficients of friction of ZEDEX-324V2T..........................................................................57Coefficients of friction of ZEDEX-324V3T..........................................................................58Coefficients of friction of ZEDEX-324VMT.........................................................................59Coefficients of friction of ZEDEX-410 ...............................................................................60Coefficients of friction of ZEDEX-530 ...............................................................................61Coefficients of friction of ZEDEX-550 ...............................................................................62Coefficients of friction of ZEDEX-720 ...............................................................................63Coefficients of friction of ZEDEX-750V1T..........................................................................64Coefficients of friction of ZEDEX-750V2T..........................................................................65Coefficients of friction of ZEDEX-750V3 ...........................................................................66Coefficients of friction of ZEDEX-750V4 ...........................................................................67collar bushings .............................................................................................................14compensation measure .................................................................................................13compressive strength ....................................................................................................14compressive stress .......................................................................................................14,38contact zone ................................................................................................................26contraction of the bearing clearance................................................................................14cooling the slide bearing ................................................................................................20correction factor f for intermittent operation ......................................................................32correction factor for ambient temperature .........................................................................34correction factor for geometry .........................................................................................35correction factor for lubrication ........................................................................................34Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20PrefaceContentsMaterialoverviewDesignguidelinesMathematicalexampleTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Index129

CCCCCCCCCC22. Indexcorrection factor k Sp for installation bearing clearance.....................................................35corrosion ......................................................................................................................20counter-rotating material ................................................................................................18creeping .......................................................................................................................14,21curves of wear of materials taken from the ZEDEX-series ..................................................68customer's requirements ................................................................................................4Ddamping .......................................................................................................................11,15,25deficient lubrication .......................................................................................................21deformation ..................................................................................................................14,15,38dimensional change ......................................................................................................13dimensional deviation ....................................................................................................12DIN 1494 ......................................................................................................................4,11DIN 1498 ......................................................................................................................4,11DIN 1552 ......................................................................................................................4,11DIN 1850 ......................................................................................................................4,11dirt ...............................................................................................................................19,24dirt grooves ...................................................................................................................24dissolution ....................................................................................................................25divided bearings ............................................................................................................14dynamic stress .............................................................................................................15,25Eedge pressure ...............................................................................................................11,16elastic modulus ............................................................................................................25,26,27embedding capacity ......................................................................................................24embrittlement ...............................................................................................................25environmental influences ................................................................................................25errors in geometry and misalignments .............................................................................16evaporation ...................................................................................................................21Ffeed wear .....................................................................................................................19,20flash temperatures ........................................................................................................27friction heat ..................................................................................................................15,27friction power ................................................................................................................27Hhardness ......................................................................................................................19high dynamic stress ......................................................................................................15high impact stress ........................................................................................................15high static stress ..........................................................................................................15high temperature applications .........................................................................................21humidity .......................................................................................................................17hydrodynamic ...............................................................................................................27hydrolysis resistance ....................................................................................................25hygroscopic polymers ...................................................................................................27Iincrease of the bearing clearance ...................................................................................38increase of the installation bearing clearance ...................................................................12initial lubrication ............................................................................................................20inside diameter .............................................................................................................16installation bearing clearance .........................................................................................15,16installation conditions ....................................................................................................74intermedium .................................................................................................................27intermittent operation .....................................................................................................32interval .........................................................................................................................45ISO-tolerance ...............................................................................................................4,12PrefaceContentsMaterialoverviewDesignguidelinesMathematicalexampleTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)IndexWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20130

CCCCLCCCCCC22. Indexloss factor ....................................................................................................................25lubricant additives .........................................................................................................21, 22lubricant dissipation ......................................................................................................21lubricating bags ............................................................................................................11lubricating greases ........................................................................................................23lubricating grooves ........................................................................................................11,24lubricating oils ..............................................................................................................21Mmachining grooves ........................................................................................................20material properties ........................................................................................................9,10mathematical example ..................................................................................................43metal sliding surface .....................................................................................................20metals .........................................................................................................................18MoS2...........................................................................................................................24NNE Metals ....................................................................................................................18non-positive connection .................................................................................................13Ooil drilling ......................................................................................................................11operating temperature ....................................................................................................27order ............................................................................................................................51oscillating movement .....................................................................................................24outer fiber strain ............................................................................................................25overloading ...................................................................................................................15oversizes ......................................................................................................................12Ppainted sliding surfaces .................................................................................................18paste ...........................................................................................................................24peripheral stress ...........................................................................................................39plastics ........................................................................................................................18point stress ..................................................................................................................39polymer abrasion ..........................................................................................................19pumps .........................................................................................................................24pure liquid friction ..........................................................................................................11pv-value ........................................................................................................................32Qquestionnaire ................................................................................................................4Rradial bearings ..............................................................................................................11radial slide bearing ........................................................................................................15recommendation of lubricants .........................................................................................24reduced bearing clearance .............................................................................................35rigidity ..........................................................................................................................25ring-shaped groove ........................................................................................................13roughness ....................................................................................................................19, 20, 27IndexPrefaceContentsMaterialoverviewDesignguidelinesMathematicalexampleTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)Wolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20131

CCCCSCCCCCC22. Indexscrew ...........................................................................................................................18,38,51,74screw cavity .................................................................................................................38screw diameter .............................................................................................................13,16sealing .........................................................................................................................11,20secant compressive modulus .........................................................................................40,41,42securing measures ........................................................................................................13shock absorption ..........................................................................................................20short-term stress-strain functions ...................................................................................69,70,71shrinkage .....................................................................................................................25sliding distance.............................................................................................................27sliding speed ................................................................................................................26,32slit ...............................................................................................................................13slit the bushing .............................................................................................................13slit-shaped bushing .......................................................................................................13smooth ........................................................................................................................19solid lubricants .............................................................................................................23special material ............................................................................................................5,6,7,8standard design ............................................................................................................4,16standard material ..........................................................................................................5,6,7static stress .................................................................................................................15,25stress ..........................................................................................................................28stress crack formation ...................................................................................................25stress crack sensitivity ..................................................................................................25stress relaxation ...........................................................................................................13stuffed bushing .............................................................................................................14stuffing interferences .....................................................................................................12stuffing mandrel ............................................................................................................74stuffing of collar bushings ...............................................................................................14surface pressure ...........................................................................................................26,32surface quality ..............................................................................................................20surface tension .............................................................................................................20surrounding heat ...........................................................................................................27swelling ........................................................................................................................25swimming bushing ........................................................................................................14switch-on duration .........................................................................................................32,45Ttemperature ..................................................................................................................17,27temperature flow ...........................................................................................................73temperature fluctuations ................................................................................................13temperature of radial slide bearings .................................................................................72temperature of the slide bearing ......................................................................................36temperature of the sliding surface ...................................................................................27,36thermal expansion .........................................................................................................27thick-walled bushing ......................................................................................................15,16thickener ......................................................................................................................21thin-walled bushing ........................................................................................................15total wear rate...............................................................................................................38transit time ...................................................................................................................45tribocorrosion ................................................................................................................20turbines ........................................................................................................................24Vvibration stress .............................................................................................................15Vickers hardness ..........................................................................................................18,19,51viscoelastic properties ...................................................................................................38viscosity .......................................................................................................................20,21PrefaceContentsMaterialoverviewDesignguidelinesMathematicalexampleTribologyConditions ofinstallationSlide bearings(cylindrical)Slide bearings(with collar)IndexWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20132

CCCCWCCCCCC22. Indexwall thickness ...............................................................................................................15water ...........................................................................................................................25wear ............................................................................................................................19,20,38wetting properties ..........................................................................................................20working life ...................................................................................................................11,16,20,38,39Yyield point ....................................................................................................................21ZZX-100A .......................................................................................................................5ZX-100EL63 ..................................................................................................................5ZX-100K .......................................................................................................................5ZX-100MT.....................................................................................................................5ZX-324 .........................................................................................................................5ZX-324V1T....................................................................................................................6ZX-324V2T....................................................................................................................6ZX-324V3T....................................................................................................................6ZX-324VMT...................................................................................................................6ZX-410 .........................................................................................................................6ZX-530 .........................................................................................................................7ZX-550 .........................................................................................................................7ZX-720 .........................................................................................................................7ZX-750V1T....................................................................................................................7ZX-750V2T....................................................................................................................7ZX-750V3T....................................................................................................................8ZX-750V4 .....................................................................................................................8PrefaceIndexContentsMaterialoverviewDesignguidelinesMathematicalexampleSlide bearings(with collar)Slide bearings(cylindrical)Conditions ofinstallationTribologyWolf Kunststoff-Gleitlager GmbH • Heisenbergstr. 63 - 65 • 50169 Kerpen-Türnich • Tel. 02237/9749-0 • Fax. 02237/9749-20133