Series CRBU (Size: 10/15/20/30) - SMC Pneumatics (Ireland)
Series CRBU (Size: 10/15/20/30) - SMC Pneumatics (Ireland)
Series CRBU (Size: 10/15/20/30) - SMC Pneumatics (Ireland)
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Shaft styleDouble shaftRotary ActuatorFree Mount Style<strong>Series</strong> <strong>CRBU</strong> (<strong>Size</strong>: <strong>10</strong>/<strong>15</strong>/<strong>20</strong>/<strong>30</strong>)Direct mounting in threedirections (Axial, Vertical,& Side) is possible.CRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUBVariationsFluidAirPages<strong>Size</strong><strong>10</strong> <strong>15</strong> <strong>20</strong>, <strong>30</strong>Vane StyleS: Single vaneD: Double vaneSingle vane (S) Double vane (D) Single vane (S) Double vane (D) Single vane (S) Double vane (D)Port LocationBody side (–)Body axial direction (E)BodysideAxialdirectionBodysideAxialdirectionBodysideAxialdirectionBodysideAxialdirectionBodysideAxialdirectionBodysideAxialdirectionStandardRotation angleShaft styleCushionVariations90°<strong>10</strong>0°180°270°Double shaft WRubber bumperBasic styleWith auto switchWith angle adjusterWith auto switch and angle adjusterBuilt-in One-touch fittings1.2-4to1.2-18Copper free<strong>20</strong>-Long shaft without one chamferand short shaft with one chamferJMade to orderSingle shaftPatternsDouble long shaft, same size,one chamfer to both endsDouble round shaftOne chamferOne round shaftShaft patternsRotation angle patternsYKST1.2-19to1.2-271.2-1
Rotary Actuator Vane Style/Free Mount Style<strong>Series</strong> <strong>CRBU</strong>/<strong>Size</strong>: <strong>10</strong>, <strong>15</strong>, <strong>20</strong>, <strong>30</strong>Rotation angles: 90°, 80°, 270°Up to 270° is possible in theentire seriesThrough the adoption of specially designed seals and stoppers,a rotation angle of 270° has been achieved for the firsttime in a compact vane style actuator.(Single vane style)Low pressure operationmade possibleThe special sealing construction that hasbeen adopted in the body supports a wideoperating pressure range and enable theentire series to be used at low pressures.Min. operating pressure• <strong>Size</strong> <strong>10</strong> ··································0.2 MPa<strong>Size</strong> <strong>15</strong>, <strong>20</strong>, <strong>30</strong> ······················0.<strong>15</strong>MPaStainless steel shafts andbolts(Carbon steel for size <strong>30</strong> and the double vane style)High reliability andlong lifeTo support thrust and radial loads, bearingsare used throughout the series. In addition,rubber bumpers are used internally (exceptsize <strong>10</strong>) to further improve reliability.Double vane style standard: 90°, <strong>10</strong>0°The outside diameter is identical to the single vane construction (except size <strong>10</strong>);however, due to the double vane construction, twice the torque of the single vanestyle can be obtained.Unrestricted auto switchmounting positionsBecause the switch can be moved anywhere along thecircumstance, it can be mounted in a position that is mostappropriate for the specifications.Port positions: body side and axial directionThe positions can be selected for ease of use. (Those that are equipped with various stylesof units can only be connected to the body side.)(On the body side)(In the axial direction)(Fittings are sold separately.)Block-built (units) adoptedVarious styles of units that can be housed within the body's outsidediameter can easily be retrofitted to the rotary actuator units of theentire series.Basic style + Switch unit(Fittings are sold separately.)Mountable without a flange evenwhen equipped with a unit.Basic style + Angle adjusting unit Basic style + Angle adjusting unit + Switch unit1.2-2
Direct Mounting In Three Directions PossibleMounting in three directions, axial, vertical and side, is possible.Three mounting variations are available in mounting in axial direction.Axial Direction Mounting StyleVertical Mounting StyleCRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUBSide Mounting StyleSimultaneous mounting in three directions ispossible. Therefore, it can be utilized in otherways apart from body mounting.Round Indication Board AdoptedIndication board mounted axially sets therotation range about the axis (one chamferingprocessed part) clear, and the indicationof connecting port (A/B port) locations preventswrong wiring.∗The above is an indication board of a single vane style.1.2-3
Rotary ActuatorFree Mount Style<strong>Series</strong> <strong>CRBU</strong> (<strong>Size</strong>: <strong>10</strong>/<strong>15</strong>/<strong>20</strong>/<strong>30</strong>)How to OrderStandard<strong>CRBU</strong> W <strong>10</strong>180 SEConnecting port locationsWith Auto Switch<strong>Size</strong> <strong>10</strong>/<strong>15</strong>With Auto Switch<strong>Size</strong> <strong>20</strong>/<strong>30</strong>1.2-4Free mountWith auto switch(With switching unit)CDRB <strong>10</strong> UW 180 S 90 LCDRB <strong>20</strong> UW 180 S R73 LFree mountAngle of rotationApplication Symbol Angle of rotationSinglevaneDoublevane9018027090<strong>10</strong>090°180°270°90°<strong>10</strong>0°<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong><strong>Size</strong><strong>10</strong><strong>15</strong><strong>Size</strong><strong>20</strong><strong>30</strong>SD—SDConnecting port location—EVane typeSingle vaneDouble vaneVane StyleSingle vaneDouble vaneAuto switchWithout auto switchBody sideAxis direction∗ Refer to the table below for selectionof applicable auto switch.Auto switch specifications/ Refer to p.2.11-1 for further information on auto switch single unit.ApplicablesizeFor<strong>10</strong>/<strong>15</strong>For<strong>20</strong>/<strong>30</strong>TypeReed switchReed switch Solid state switchSolid state switchElectricalentryGrommetGrommetConnectorGrommetConnectorGrommetConnectorGrommetIndicator lightYes No YesYesNoLoad voltageWiring(Output) DC AC2 wire3 wire (NPN)3 wire (PNP)2 wire3 wire (NPN)3 wire (PNP)∗ Symbols for lead wire length 0.5m: — Ex.) R73C3m: L Ex.) R73CL5m: Z Ex.) R73CZ—: N Ex.) R73CNLead wire length ∗ (m)Body side(Fittings should be orderedseperately.)Axis directionAngle of rotationApplication Symbol Angle of rotation Application Symbol90 90° Double 90Single180 180° vane <strong>10</strong>0vane270 270°No. of auto switchesS1 ∗—2Angle of rotation90°<strong>10</strong>0°∗ The one auto switch attached with ordersymbol “S” is right hand operating type.Electrical entry and length—LCCLCNAutoLeadApplicableswitchwire 0.5 3 5 — loadingpart no.(—) (L) (Z) (N)5V, 12V 5V, 12V,24V 90 Parallel cord—5V, 12V, <strong>10</strong>0V 5V, 12V,24V, <strong>10</strong>0V 90A Cab tire—IC— 97 Parallel cord——<strong>10</strong>0V 93A— —T99— —24V 12VRelayT99V— — PLCS99 Cab tire— ——S99V— —5V, 12VICS9P— —S9PV— —R73— —— <strong>10</strong>0V—R73CR80— —48V, <strong>10</strong>0V 24V, 48V, <strong>10</strong>0VICR80CRelay24VCab tireT79— — PLC12V—T79C—S79— —5V, 12VICS7P— —Operating time 1.2ms Operating temperature range -<strong>10</strong>° to 60°CShock resistance<strong>30</strong>0m/s 2 {<strong>30</strong>, 6G} (Reed switch),<strong>10</strong>00m/s 2 {<strong>10</strong>2G} (Solid state switch)Grommet, Lead wire: 0.5mGrommet, Lead wire: 3mConnector, Lead wire: 0.5mConnector, Lead wire: 3mConnector, Without wires∗ Connector type is applicable only to "R73", "R80" and "T79".∗ ∗ Part nos. of lead wire with connectorD-LC05: Lead wire 0.5mD-LC<strong>30</strong>: Lead wire 3mD-LC50: Lead wire 5m
Free Mount Style Rotary Actuator <strong>Series</strong> <strong>CRBU</strong>JIS symbolOrderMadeP.1.2-19 to P1.2-23CautionSingle vane typeDouble vane typeBe sure to read before handling.Refer to p.0-<strong>20</strong> and 0-21 forSafety Instructions and commonprecautions on the productsmentioned in this catalog, andrefer to p.1.0-2 to 1.0-4 forprecautions for every series.Single vane style specificationsModelRotation angleFluidProof pressure (MPa)Ambient and fluid temperatureMax. operating pressure (MPa)Min. operating pressure (MPa)Speed adjustable range (1) (sec/90°)Allowable kinetic energy (2) (J)Shaft Allowable radial load (N)load Allowable thrust load (N)BearingPort positionShaft styleAngle adjustable range of the unitDouble vane style<strong>CRBU</strong>W<strong>10</strong>-S <strong>CRBU</strong>W<strong>15</strong>-S <strong>CRBU</strong>W<strong>20</strong>-S <strong>CRBU</strong>W<strong>30</strong>-S90°, 180°, 270°Air (Non-lube)0.<strong>20</strong> to 2<strong>30</strong>°1.050.75 to 60°C0.<strong>15</strong>0.03 to 0.<strong>30</strong>.04 to 0.<strong>30</strong>.000<strong>15</strong>0.001 0.00<strong>30</strong>.0<strong>20</strong>.00025 0.0004 0.0<strong>15</strong><strong>15</strong>25<strong>30</strong><strong>10</strong><strong>20</strong>25Ball bearingOn the body side or in the axial directionDouble shaft (With one flat chamfer to each shaft)0 to 240°Note 1) Make sure to operate within the adjustable speed range.Exceeding the upper limit (0.3 sec/90°) of speed control could cause the unit to stick or not operate at all.Note 2) In the chart, the upper section indicates the energy factor when the rubber bumper is used (at the end of therotation); the lower section indicates the energy value when the rubber bumper is not used.ModelRotation angleFluidProof pressure (MPa)Ambient and fluid temperature<strong>CRBU</strong>W<strong>10</strong>-D <strong>CRBU</strong>W<strong>15</strong>-D <strong>CRBU</strong>W<strong>20</strong>-D <strong>CRBU</strong>W<strong>30</strong>-D90°, <strong>10</strong>0°Air (Non-lube)1.055 to 60°CMax. operating pressure (MPa)0.71.0Min. operating pressure (MPa) 0.<strong>20</strong>.<strong>15</strong>Speed adjustable range (1) (sec/90°)0.03 to 0.<strong>30</strong>.04 to 0.3Allowable kinetic energy (J) 0.0003 0.0012 0.0033 0.02Shaft Allowable radial load (N)<strong>15</strong>25<strong>30</strong>load Allowable thrust load (N)<strong>10</strong><strong>20</strong>25BearingBearingPort positionOn the body side or in the axial directionShaft styleDouble shafts (With one flat chamfer to each shaft)Angle adjustable range of the unit0 to 90°Note 1) Make sure to operate within the adjustable speed range.Exceeding the upper limit (0.3 sec/90°) of speed control could cause the unit to stick ornot operate at all.Inner volume and Connecting portVane style Model<strong>CRBU</strong>W<strong>10</strong> <strong>CRBU</strong>W<strong>15</strong> <strong>CRBU</strong>W<strong>20</strong> <strong>CRBU</strong>W<strong>30</strong>Rotation angle90° 180° 270° 90° 180° 270° 90° 180° 270° 90° 180° 270°11.54.811.3Single Inner volume (cm 3 )1.2 1.5 2.9 3.7 6.1 7.9vane(0.6)(1.0)(3.5)(8.5)<strong>15</strong> <strong>20</strong>.2Connecting Body sideM5 X 0.8port bore size Axial directionM3 X 0.5M5 X 0.8DoubleRotation angleInner volume cm 3 ∗90°1<strong>10</strong>0°1.190°2.6<strong>10</strong>0°2.790°5.6<strong>10</strong>0°5.790°14.4<strong>10</strong>0°14.5vane Connecting Body sideM5 X 0.8port bore size Axial directionM3 X 0.5M5 X 0.8∗ Values in ( ) represent inner volume in the SUP side when A port is pressurized. (Rubber cushion isnot available for size <strong>10</strong>.)Weight(g)Vane style Model <strong>CRBU</strong>W<strong>10</strong> <strong>CRBU</strong>W<strong>15</strong> <strong>CRBU</strong>W<strong>20</strong> <strong>CRBU</strong>W<strong>30</strong>SingleRotation angleBody of the rotary actuator90°47.5180°47.1270°4790°73180°72270°7290°143180°142270°14090°263180°258270°255vaneDoublevaneAuto switch unit +2 auto switchesAngle adjusting unitRotation angleBody of the rotary actuatorAuto switch unit +2 auto switchesAngle adjusting unit——<strong>30</strong><strong>30</strong>90°62.2<strong>30</strong><strong>30</strong><strong>10</strong>0°63.2——<strong>30</strong>4790° <strong>10</strong>0°77<strong>30</strong>4781——509090° <strong>10</strong>0°<strong>15</strong><strong>15</strong>090<strong>15</strong>8——1.51.01.560<strong>15</strong>090° <strong>10</strong>0°28960<strong>15</strong>0<strong>30</strong>81.2-5CRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUB
<strong>Series</strong> <strong>CRBU</strong>Built-in One-touch FittingsCopper Free<strong>CRBU</strong>W<strong>Size</strong> F Rotation angle SBuilt-in One-touch fittings<strong>20</strong> – <strong>CRBU</strong>W <strong>Size</strong> Rotation angle Vane type Port positionCopper freeThe entire standard series of vane type rotary actuators doesnot affect color CRTs due to copper ions or fluororesins.A free mount rotary actuator with built-in one-touch fittings. Itdramatically reduces the piping process and saves space.SpecificationsVane style<strong>Size</strong>Operating pressure MPaSpeed adjustable rangePort positionPipingMountingVariationsO.D./I.D. of the applicable tubeO.D./I.D. of the applicable tube (mm)Material of the applicable tube<strong>20</strong>0.<strong>15</strong> to 0.70.03 to 0.3s/90°Single vane<strong>30</strong>0.<strong>15</strong> to 1.00.04 to 0.3s/90°Only on the body sideOne-touch fittings installed typeBasic style onlyBasic style, With switches, With an angle adjuster,With switches and an angle adjusterø4/ø2.5Nylon, Soft Nylon, PolyurethaneSpecificationsVane style<strong>Size</strong>Operating pressureMPaSpeed adjustable rangePort positionShaft styleAuto switchSingle vane, Double vane<strong>10</strong> <strong>15</strong> <strong>20</strong> <strong>30</strong>0.2 to 0.7 0.<strong>15</strong> to 0.70.<strong>15</strong> to 1.00.03 to 0.3s/90°0.04 to 0.3s/90°On the body side or in the axial directionDouble shafts (with one flat chamfer to both ends)MountableDimensionsNote1) The exterior of the rotary actuator body has a standardconfiguration.Note2) The dimensions are the same for the one-touch fitting of therotary actuator with auto switch, with angle adjuster, or with autoswitch and angle adjuster.(mm)Model<strong>CRBU</strong>W<strong>20</strong>F<strong>CRBU</strong>W<strong>30</strong>FM11.512N1213Z11.5<strong>10</strong>.51.2-6
Free Mount Style Rotary Actuator <strong>Series</strong> <strong>CRBU</strong>OutputCRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUBChamfer positions and rotation range (Viewed from the long shaft side)The chamfer positions below show the pressurization to the B port.Single vane styleDouble vane typeNote) For size <strong>10</strong> of the single vane style, the rotation angle of 90°, 180° and 270° is +5°0 .For size <strong>10</strong> of the double vane style, the rotation angle of 90° is +5°0.1.2-7
<strong>Series</strong> <strong>CRBU</strong>Construction/Single Vane StyleStandard: <strong>CRBU</strong>W <strong>10</strong>, <strong>15</strong>, <strong>20</strong>, <strong>30</strong>-S (<strong>Size</strong> <strong>10</strong>: Without three positions for three equally divided length of circumference of female thread**)Component PartsNo.qwertyuio!0Description Material NoteBody (A)Body (B)Vane shaftStopperStopperBearingBack-up ringHexagon socket head cap screwO ringStopper packingAluminum alloyAluminum alloyStainless steel ∗ResinResinHigh carbon chrome bearing steelStainless steelStainless steelNBRNBRFor 270°For 180°Special boltSpecial packing∗ <strong>CRBU</strong>W<strong>30</strong>:Carbon steelWith Auto Switch (Units are common for single vane and double vane.)Auto Switch Attached Style/Component PartsNo. Description Materialqwertyuio!0!1!2!3!4!5!6Cover (A)Cover (B)Magnet leverFixation block (A)Fixation block (B)Fixation blockSwitch block (A)Switch block (B)Switch blockMagnetArmHexagon socket head cap screwCross-recessed head cap screwCross-recessed head cap screwCross-recessed head cap screwCross-recessed head cap screwResinResinResinAluminum alloyAluminum alloyAluminum alloyResinResinResinSteelSteelSteelSteelSteelSteel∗ Two cross-recessed head cap screws !3 are attached to "CDRBUW<strong>10</strong>".1.2-8
Free Mount Style Rotary Actuator <strong>Series</strong> <strong>CRBU</strong>Double Vane StyleCRB1<strong>CRBU</strong>Component PartsNo. Description Material Noteqwertyuio!0!1!2!3!4!5!6Body (A)Body (B)Vane shaftStopperStopperStopperBearingBack-up ringCoverPlateHexagon socket head cap screwO ringStopper packingGasketO ringO ringAluminum alloyAluminum alloyCarbon steelStainless steelResinStainless steelHigh carbon chrome bearing steelStainless steelAluminum alloyResinStainless steelNBRNBRNBRNBRNBRSpecial boltCRA1CRQMRQMSQMSUBComponent PartsNo. Description Material Noteqwertyuio!0!1Body (A)Body (B)Vane shaftStopperStopperStopperBearingBack-up ringHexagon socket head cap screwO ringStopper packingAluminum alloyAluminum alloyCarbon steelStainless steelResinStainless steelHigh carbon chrome bearing steelStainless steelStainless steelNBRNBRSpecial bolt1.2-9
<strong>Series</strong> <strong>CRBU</strong>Standard Style Dimensions/Single Vane StyleStandardStyle(The dimensions below show pressurization to Bport of the actuators for 90° and 180°. Refer top.1.2-7 for further information.)Port locations: Axial direction<strong>CRBU</strong>W-SE(mm)Model<strong>CRBU</strong>W<strong>10</strong>-S<strong>CRBU</strong>W<strong>10</strong>-SE<strong>CRBU</strong>W<strong>15</strong>-S<strong>CRBU</strong>W<strong>15</strong>-SE<strong>CRBU</strong>W<strong>20</strong>-S<strong>CRBU</strong>W<strong>20</strong>-SE<strong>CRBU</strong>W<strong>30</strong>-S<strong>CRBU</strong>W<strong>30</strong>-SEA B C D E(g6) F(h9) G H J K L M N P Q129344250222534.547.589<strong>10</strong>131418<strong>20</strong>224 -0.004-0.0125 -0.004-0.0126 -0.004-0.0128 -0.005-0.0149 0-0.04311.52<strong>15</strong>.512 -0.04<strong>30</strong> 1.5 <strong>15</strong>.514 0-0.04316 0-0.0431717.556789<strong>10</strong><strong>10</strong>1<strong>20</strong>.50.50.51<strong>10</strong>.5 <strong>10</strong>.58.5 9.5<strong>10</strong>.5 <strong>10</strong>.511 <strong>10</strong>11.5 1114 1312 13<strong>15</strong>.5 1424293643—(Depth)Q2M3(4)M3 X 0.5 —M4 X 0.7 —M5 X 0.8 —R S1 S2 T U V W XM5 X 0.8M3 X 0.5M5 X 0.8M3 X 0.53.5 M3 X 0.5 173.5 M3 X 0.5 21M5 X 0.8 4.5 M4 X 0.7 26M5 X 0.8 5.5 M5 X 0.8 293345252936423136445241485969With One-touch FittingsModel<strong>CRBU</strong>W<strong>20</strong>F-S<strong>CRBU</strong>W<strong>30</strong>F-SApplicable tube O.D.ø 4ø 4(mm)M N Y11.2 12 11.512 13 <strong>10</strong>.5∗ Applicable tube material: Nylon, Soft nylon, Polyurethane∗ <strong>Size</strong>s apart from the ones shown above are the same as standard style.Port location (Body side)<strong>CRBU</strong>W <strong>Size</strong> -S········ SCRB <strong>Size</strong> , #2Port location (Axial direction)<strong>CRBU</strong>W <strong>Size</strong> -SE······ SCRB <strong>Size</strong> , #41.2-<strong>10</strong>
Standard Style Dimensions/ Double Vane Style∗ The dimensions below show rotation at middle point during pressurization to A/B port.Free Mount Style Rotary Actuator <strong>Series</strong> <strong>CRBU</strong>Port locations: Body side<strong>CRBU</strong>W<strong>10</strong>-DAxial Direction (Port Locations): <strong>CRBU</strong>W<strong>10</strong>-DECRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUBPort locations: Body side<strong>CRBU</strong>W<strong>15</strong>/<strong>20</strong>/<strong>30</strong>-D(The dimensions below are based on size <strong>30</strong>.)Port Locations: Body Axial Direction<strong>CRBU</strong>W<strong>15</strong>/<strong>20</strong>/<strong>30</strong>-DEModelABCDE(g6) F(h9) GHJKLM N PQ1RS1S2TUVWX<strong>CRBU</strong>W<strong>15</strong>-D<strong>CRBU</strong>W<strong>15</strong>-DE<strong>CRBU</strong>W<strong>20</strong>-D<strong>CRBU</strong>W<strong>20</strong>-DE<strong>CRBU</strong>W<strong>30</strong>-D<strong>CRBU</strong>W<strong>30</strong>-DE3442502534.547.59<strong>10</strong>1318<strong>20</strong>22-0.004 05 -0.012 12-0.043-0.004 06 -0.012 14-0.043-0.005 -0.008 -0.014 16-0.0431.51.52<strong>15</strong>.51717.5678<strong>10</strong><strong>10</strong>1<strong>20</strong>.50.51<strong>10</strong>.5 <strong>10</strong>.511 <strong>10</strong>11.5 1114 1312 13<strong>15</strong>.5 14293643M3 X 0.5M5 X 0.8M3 X 0.5M4 X 0.7 M5 X 0.8M5 X 0.8M5 X 0.83.54.55.5M3 X 0.5M4 X 0.7M5 X 0.8212629344.52936423644524859691.2-11
<strong>Series</strong> CDRBUAuto Switch SpecificationsRefer to p.2.11-1 for further information on auto switch single body.Applicable Auto SwitchApplicable series Auto switch part No. Electrical entry PageCDRBUW<strong>10</strong>CDRBUW<strong>15</strong>CDRBUW<strong>20</strong>CDRBUW<strong>30</strong>ReedswitchSolidstateswitchReedswitchSolidstateswitchD-90/90AD-97/93AD-S99/S99V ∗D-S9P/S9PVD-T99/T99VD-R 7D-R 8D-R 7 ∗D-S7PD-T 7GrommetGrommet/3 wire style (NPN)Grommet/3 wire style (PNP)Grommet/2 wire styleGrommet∗ No connector type is available for solid state switch 3 wire style.CautionGrommet/3 wire style (NPN)Grommet/3 wire style (PNP)Grommet/2 wire type, Connector/2 wiretypeBe sure to read before handling. Refer to p.2.11-2 to 2.11-4 beforehandling auto switches.2.11-12,2.11-142.11-232.11-<strong>15</strong>2.11-24UnitsEvery kind of unit is mountable to series CDRBU. Refer to p.1.0-23 and 1.0-24 for furtherinformation.• Combinable units:q Auto switch unitw Switch block uniteAngle adjusting unitr Angle adjusting unit with auto switcht Joint unitAuto switch single unitD-97/93·············SCRB<strong>10</strong>,#16D-97/93·············SCRB<strong>15</strong>,#161.2-12
With Auto Switch Dimensions/Single Vane StyleFree Mount Style Rotary Actuator <strong>Series</strong> CDRBU∗The dimensions below show pressurization to B portof actuators for 90° and for 180°.CDRBUW<strong>10</strong>, <strong>15</strong>-SRefer to p.1.2-5 for furtherinformation.CDRBUW<strong>20</strong>, <strong>30</strong>-SCRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUB∗ 1) 24: When auto switches "D-90, 90A, S99(V), T99, S9P(V)" types are used.<strong>30</strong>: When auto switches "D-97, 93A" types are used.∗ 2) 60: When auto switches "D-90, 90A, 97, 93A" types are used.69: When auto switches "D-S99(V),T 99, S9P(V)" types are used. Note) All connecting port locations are on the body side for auto switchattached style.Note) The dimensions above are of one right hand side operating styleattached and one left hand side operating style attached.ModelA B C D E(g6) F(h9) GHKLMNRS1S2TUVWXYCDRBUW<strong>10</strong>-S 29 22 29 14 4 -0.004-0.01<strong>20</strong>9 -0.036 1CDRBUW<strong>15</strong>-SCDRBUW<strong>20</strong>-SCDRBUW<strong>30</strong>-S3442502534.547.529<strong>30</strong>3118<strong>20</strong>22-0.004 05 -0.012 12 -0.043-0.004 06 -0.012 14 -0.043-0.005 08 -0.014 16 -0.0431.51.52CDRBUW <strong>Size</strong> -S·················SCRB <strong>Size</strong> , #8<strong>15</strong>.5<strong>15</strong>.51717.59<strong>10</strong><strong>10</strong>1<strong>20</strong>.50.50.51<strong>10</strong>.5<strong>10</strong>.511.512<strong>10</strong>.5<strong>10</strong>.51113M5 X 0.8M5 X 0.8M5 X 0.8M5 X 0.83.53.54.55.5M3 X 0.5M3 X 0.5M4 X 0.7M5 X 0.8172126293344.525293642313644524148596918.518.525251.2-13
<strong>Series</strong> CDRBUWith Auto Switch Dimensions/Double Vane Style∗ The dimensions below show fluctuation at intermediate positions during pressurization to A portor B port.CDRBUW<strong>10</strong>-DCDRBUW<strong>15</strong>/<strong>20</strong>/<strong>30</strong>-D(The dimensions below are based on size <strong>20</strong>.)(Approx. 26.5: Connector style)CDRBUW<strong>15</strong>-D CDRBUW<strong>20</strong>, <strong>30</strong>-D∗ 1) 24: When auto switches "D-90, 90A, S99(V), T99(V), S9P(V)" types are used. ∗ 3) 25.5: When auto switches grommet type "D-R73, R80, S79,S7P, T79"<strong>30</strong>: When auto switches "D-97, 93A" types are used.types are used.∗ 2) 60°: When auto switches "D-90, 90A, 97, 93A" types are used.34.5: When auto switches connector type "D-R73, R80, T79" types are69°: When auto switches "D-S99(V),T99(V), S9P(V)" types are used.used.ModelCDRBUW<strong>15</strong>-DCDRBUW<strong>20</strong>-DCDRBUW<strong>30</strong>-DA B C D E(g6) F(h9) G H K L M N R S1 S2 T U V W X Y Z3442502534.547.529<strong>30</strong>3118<strong>20</strong>225 -0.004-0.0126 -0.004-0.0128 -0.005-0.01412 0-0.04314 0-0.04316 0-0.0431.5 <strong>15</strong>.51.5 172 17.5<strong>10</strong> 0.5 <strong>10</strong>.5 <strong>10</strong>.5 M5 X 0.8<strong>10</strong> 0.5 11.5 11 M5 X 0.812 1 12 13 M5 X 0.83.5 M3 X 0.5 214.5 M4 X 0.7 265.5 M5 X 0.8 29344.529364236445248596918.5 24 ∗ 1 <strong>30</strong> ∗ 12525.5 ∗ 3 34.5 ∗ 3251.2-14
Rotary ActuatorFree Mount Style with Angle Adjuster<strong>Series</strong> <strong>CRBU</strong>WU (<strong>Size</strong>: <strong>10</strong>/<strong>15</strong>/<strong>20</strong>/<strong>30</strong>)StandardWith Auto Switch<strong>Size</strong> <strong>10</strong>/<strong>15</strong><strong>CRBU</strong> W U <strong>10</strong>Free mountAngle adjusting unit<strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>CDRBU W U <strong>10</strong>How to Order<strong>Size</strong>180 S<strong>Size</strong><strong>10</strong><strong>15</strong>SD180 SVane styleSingle vaneDouble vane90Rotation angleApplication Rotation angleSinglevaneLSymbol9018027090°180°270°ApplicationDoublevaneSymbol90<strong>10</strong>0Rotation angle90°<strong>10</strong>0°CRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUBWith Auto Switch<strong>Size</strong> <strong>20</strong>/<strong>30</strong>ApplicablesizeFor<strong>10</strong>/<strong>15</strong>For<strong>20</strong>/<strong>30</strong>TypeReed switchReed switch Solid state switchSolid state switchWith auto switch(With switch unit)Free mountingElectricalentryGrommetGrommetConnectorGrommetConnectorGrommetConnectorGrommetIndicator lightNoYes No YesYesCDRBU W U <strong>20</strong> 180Angle adjusting unitRotation angleApplicationSinglevaneDoublevaneWiring(Output)2 wire3 wire (NPN)3 wire (PNP)2 wire3 wire (NPN)3 wire (PNP)Symbol9018027090<strong>10</strong>024V24VDC5V,12V5V,12V,<strong>10</strong>0V12V5V,12V48V,<strong>10</strong>0V12V5V,12VRotation angle90°180°270°90°<strong>10</strong>0°Load voltageAC5V,12V,24V5V,12V,24V,<strong>10</strong>0V<strong>10</strong>0V<strong>10</strong>0V24V,48V,<strong>10</strong>0VSD<strong>Size</strong><strong>20</strong><strong>30</strong>Autoswitchpart no.Vane styleSingle vaneDouble vaneLeadwire90 Parallel cord90A Cab tire97 Parallel cord93AT99T99VS99 Cab tireS99VS9PS9PVR73R73CR80R80CCab tireT79T79CS79S7PSR73Auto switch— Without auto switch∗ Refer to the table below for applicable autoswitch part number.Auto Switch Specifications/ Refer to p.2.11-1 for further information on auto switch single body.Lead wire length ∗ (m)0.5(—)3(L)5(Z)——————————(N)—————————— —— —LApplicableloadingIC—IC—IC—ICCN Connector, Without lead wire∗ Connector type is applicable only to R73, R80 and T79.∗∗ Part number for lead wire with connector:D-LC05: Lead wire 0.5mD-LC<strong>30</strong>: Lead wire 3mD-LC50: Lead wire 5mRelayPLCRelayPLCElectrical entry and length—LCCLNo. of auto switchsS 1 ∗— 2∗ The one auto switch attached withorder symbol “S” is right handoperating type.Grommet, Lead wire: 0.5mGrommet, Lead wire: 3mConnector, Lead wire: 0.5mConnector, Lead wire: 0.3m∗ Symbols for each wire length 0.5m: — Ex.) R73C3m: L EX.) R73CL5m: Z EX.) R73CZ—: N EX.) R73CNOperating timeShock resistance1.2ms Operating temperature range –<strong>10</strong>° to 60°<strong>30</strong>0m/s 2 {<strong>30</strong>.6G} (Reed switch),<strong>10</strong>00m/s 2 {<strong>10</strong>2G} (Solid state switch)1.2-<strong>15</strong>
<strong>Series</strong> C Î RBUWUConstruction/Single Vane, Double VaneWith angle adjusterWith angle adjuster and auto switch<strong>CRBU</strong>W<strong>10</strong>/<strong>15</strong>/<strong>20</strong>/<strong>30</strong> - D S CDRBUW<strong>10</strong>/<strong>15</strong> - S D CDRBUWU<strong>20</strong>/<strong>30</strong> - S DCDRBUWU<strong>10</strong>Single vaneComponent PartsNo.qwertyuio!0!1!2 !3!4DescriptionStopper ringStopper leverLever retainerRubber damperStopper blockBlock retainerCapHexagon socket head cap boltHexagon socket head cap boltHexagon socket head cap boltJointMaterialAluminum die castCarbon steelCarbon steelNBRCarbon steelCarbon steelResinStainless steelStainless steelStainless steelAluminum alloyDouble vaneNote)NoteZinc chromatedZinc chromatedZinc chromatedSpecial boltSpecial boltSpecial boltHexagon socket head cap screw Stainless steel For CDRBUW<strong>10</strong>, a hexagon nut isHexagon nutStainless steelused to the part indicated with no. !2.Round head Phillips screwMagnet leverStainless steel Note)Note)Note) It is consisted of an auto switch unit and an angle adjusting unit. Referto p.1.0-23 and 1.0-24 for further specifications.Single vaneThis diagram shows the pressurized state of port B in the rotaryactuator used for a 90° or 180° application.Double vaneThis diagram shows the intermediate rotation position of the rotaryactuator with port A or port B pressurized.Unit with An Angle AdjusterCautionq If the rotary actuator body is used for a 90° or 180° application, the maximumangle of the rotation angle adjustment range will be limited by the rotationangle of the rotary actuator body. Make sure to take this into considerationwhen ordering equipment.(Refer to the table below)Rotation angle of the rotary actuator body270° + 4 0180° + 4 090° + 4 0PrecautionsBe sure to read before handling. Refer to p.0-<strong>20</strong> and 0-21 for SafetyInstructions and common precautions for the products mentioned inthis catalog, and refer to p.1.0-2 to 1.0-4 for common precautions forevery series.Adjustable range of rotating angle0° to 2<strong>30</strong>° (size <strong>10</strong>) ∗<strong>10</strong>° to 240° (<strong>Size</strong> <strong>15</strong>, <strong>20</strong>, <strong>30</strong>)0° to 175°0° to 85°∗1: The maximum adjustable angle of the angle adjustment unit for size <strong>10</strong> is 2<strong>30</strong>°. w All connecting port positions are on the body side.e The allowable kinetic energy is the same as the specifications of therotary actuator unit itself.r To make a 90° adjustment on the double vane type, use a rotary actuatorfor a <strong>10</strong>0° application.1.2-16
Free Mount Style Rotary Actuator with Angle Adjuster <strong>Series</strong> <strong>CRBU</strong>WUWith Angle Adjuster Dimensions/Single Vane Style∗The dimensions below show pressurization to B portof actuators for 90° and for 180°. They are based onsize <strong>20</strong>.<strong>CRBU</strong>WU<strong>10</strong>/<strong>15</strong>/<strong>20</strong>/<strong>30</strong>-SCRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUBBasic style<strong>CRBU</strong>WU <strong>Size</strong> -S··········SCRB <strong>Size</strong> , #6Model<strong>CRBU</strong>WU<strong>10</strong>-S<strong>CRBU</strong>WU<strong>15</strong>-S<strong>CRBU</strong>WU<strong>20</strong>-S<strong>CRBU</strong>WU<strong>30</strong>-SA B C D E(g6) F(h9) G29344250222534.547.519.521.225291418<strong>20</strong>224 -0.0040.012-0.0045 0.012-0.0046-0.012-0.0058 0.01409 -0.036012-0.04<strong>30</strong>14-0.04<strong>30</strong>16-0.04311.51.52H<strong>15</strong>.5<strong>15</strong>.51717.5K9<strong>10</strong><strong>10</strong>12L0.50.50.51M<strong>10</strong>.5<strong>10</strong>.511.512N<strong>10</strong>.5<strong>10</strong>.51113RM5 X 0.8M5 X 0.8M5 X 0.8M5 X 0.8S13.53.54.55.5S2M3 X 0.5M3 X 0.5M4 X 0.7M5 X 0.8T17212629U3344.5V25293642W31364452X41485969Y33.244.5With Angle Adjuster Dimensions/Double Vane Style∗The dimensions below show rotation middle points duringpressurization to A port or B port.<strong>CRBU</strong>WU<strong>10</strong>-D<strong>CRBU</strong>WU<strong>15</strong>/<strong>20</strong>/<strong>30</strong>-DThe dimensions below are based onsize <strong>20</strong>.Model<strong>CRBU</strong>WU<strong>15</strong>-D<strong>CRBU</strong>WU<strong>20</strong>-D<strong>CRBU</strong>WU<strong>30</strong>-DA B C D E(g6) F(h9) G3442502534.547.521.2252918<strong>20</strong>225 -0.004-0.012-0.0046-0.012-0.0058-0.014012-0.04<strong>30</strong>14-0.04<strong>30</strong>16-0.0431.51.52H<strong>15</strong>.51717.5K<strong>10</strong><strong>10</strong>12L0.50.51M<strong>10</strong>.511.512N<strong>10</strong>.51113RM5 X 0.8M5 X 0.8M5 X 0.8S13.54.55.5S2M3 X 0.5M4 X 0.7M5 X 0.8T U V W X Y21 3 29 3626 4 36 4429 4.5 42 5248 3.259 469 4.51.2-17
<strong>Series</strong> CDRBUWUWith Angle Adjuster and Auto Switch Dimensions/Single Vane Style∗ The dimensions below show pressurization to A port of actuators for 90° and for 180°.CDRBUWU<strong>10</strong>/<strong>15</strong>-SCDRBUWU<strong>20</strong>/<strong>30</strong>-SModelCDRBUWU<strong>10</strong>-SCDRBUWU<strong>15</strong>-SCDRBUWU<strong>20</strong>-SCDRBUWU<strong>30</strong>-SB222534.547.5C45.5475<strong>15</strong>5.5D1418<strong>20</strong>22RM5 X 0.8M5 X 0.8M5 X 0.8M5 X 0.8Note)All the port locations are on the body side for angleadjuster attached style and auto switch attached style.Note)The dimension of switch attached style shows oneright side handling switch attached style and one leftside handling switch attached style.With auto switchCDRBUWU- <strong>Size</strong> S·········SCRB <strong>Size</strong> , #<strong>10</strong>With Angle Adjuster and Auto Switch Dimensions/Double Vane Style∗ The dimensions below show rotation middle point during pressurization to A port or B port.CDRBUWU<strong>10</strong>/<strong>15</strong>-DCDRBUWU<strong>20</strong>/<strong>30</strong>-DModelCDRBUWU<strong>10</strong>-DCDRBUWU<strong>15</strong>-DCDRBUWU<strong>20</strong>-DCDRBUWU<strong>30</strong>-DB312534.547.5C45.5475<strong>15</strong>5.5D1418<strong>20</strong>22RM5 X 0.8M5 X 0.8M5 X 0.8M5 X 0.8Note) All the port locations are on the body side for angle adjuster attached style and auto switchattached style.Note) The dimensions of auto switch attached style shows one right side handling switch attached styleand one left side handling switch attached style.1.2-18
1Additional remindersEnter the dimensions within a range that allows for additionalmachining.<strong>SMC</strong> will make appropriate arrangements if no dimensional, tolerance,or finish instructions are given in the diagram.The length of the unthreaded portion is 2 to 3 pitches.The thread pitch is based on coarse metric threads.P = thread pitch M3 X 0.5, M4 X 0.7, M5 X 0.8Enter the desired figures in the portion of the diagram.If the shaft is required to be shortened, refer to the list of the dimensionsfor patterns A17 to A19.If equipped with an auto switch, the manufacturable patterns are thosefor shafts J and W only.Consult <strong>SMC</strong> for made to order specifications other than thosementioned in "How to Order".Individual drawings for specific made to order models may not beavailable.Consult <strong>SMC</strong> separately if drawings are needed.CRB U W P <strong>30</strong> S E X A1 C6C D RBU W P <strong>30</strong><strong>Series</strong> <strong>CRBU</strong>Made to Order SpecificationsChange of Shaft End Shape/-XA1 to XA47Consult <strong>SMC</strong> for further information on specifications, dimensions and delivery.Change Patterns of shaft of non-standard end shape shaft formsA wide selection of models is now available, as non-standard shaftconfigurations for the CRB1 <strong>Series</strong> (<strong>Size</strong>s: 50, 80, <strong>10</strong>0) are providedin 46 types of patterns.Without auto switch<strong>Series</strong>(Vane style)MountingU Free mountShaftW Double shaft (Standard)Double shaft (Long shaftJ without one chamfer &one chamfer)Double shaft with oneY chamferK Double round shaftSingle shaft with oneS chamferT Single round shaftPatternRefer to the right table for furtherinformation on patterns -XA1 to -XC<strong>30</strong>.<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>With auto switchWith autoswitch unitHow to OrderFor 2 patterns (A1, C6)Vane styleS Single vaneD Double vaneS—ERotation angleFor pattern A1PatternT79LSymbolsA31 to A23A31 to A47C31 to C37C<strong>30</strong>Symbols for made toorder specificationConnecting port positionsBody sideAxial directionRefer to p.1.2-4 for furtherinformation.X A1Auto switchApplicable patterns<strong>10</strong>, <strong>15</strong>, <strong>20</strong>, <strong>30</strong>XA 1 to XA23,XA31 to XA34,XA37 to XA47,XC 1 to XC 7, XC<strong>30</strong>Applicable shaft/Pattern combination table (<strong>Size</strong>: <strong>10</strong>, <strong>15</strong>, <strong>20</strong>, <strong>30</strong>)Shaft shape/Double shaft (W): StandardSymbol-XA 1-XA 2-XA 3-XA 4-XA 5-XA 6-XA 7-XA 8-XA 9-XA<strong>10</strong>-XA11-XA12-XA13-XA14-XA<strong>15</strong>-XA16-XA17-XA18-XA19-XA<strong>20</strong>-XA21-XA22-XA23<strong>Size</strong>PatternSpecificationRod end female threadRod end female threadRod end male threadRod end male threadRound shaft with stepsRound shaft with stepsRound shaft with steps and male threadRound shaft with steps and male threadChange in length of the standard product's chamfer partChange in length of the standard product's chamfer part2 flat chamfers2 flat chamfersShaft through holeShaft through hole and female threadShaft through hole and female threadShaft through hole and female threadShaft is shortenedShaft is shortenedShaft is shortenedReverse mounting of the shaftRound shaft with steps and two flat chamfersRound shaft with steps and two flat chamfersRight angled chamferShaft directionUpward DownwardShaft shape/J, K, S, T, Y: Made to orderShaftdirection Applicable shaft typeSymbolSpecification-XA31-XA32-XA33-XA34-XA37-XA38-XA39-XA40-XA41-XA42-XA43-XA44-XA45-XA46-XA47-XC 1-XC 2-XC 3-XC 4-XC 5-XC 6-XC 7-XC<strong>30</strong>Rod end female threadRod end female threadRod end female threadRod end female threadRound shaft with stepsRound shaft with stepsShaft through holeShaft through holeShaft through holeShaft through hole and female threadShaft through hole and female threadShaft through hole and female threadIntermediate chamferIntermediate chamferKey grooveA connecting port is added to the side end of the body (A)2 thread parts of the body (B) are used as through holesPosition of the tightening bolts are changedRotating range is changed. (90° to the right from the starting point)Rotation angle is changed. (45° to the left from the starting point)Rotation angle is changed. (90° to the left from the starting point)Reverse mounting of the shaftFluorine greaseSymbol-XA1 to XA47Note) Standard style (double shafts: W) is also available for "-XC1"to "XC<strong>30</strong>".Applicablesize<strong>15</strong>, <strong>20</strong>, <strong>30</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong><strong>15</strong><strong>20</strong><strong>30</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Applicablesize<strong>15</strong><strong>20</strong><strong>30</strong><strong>10</strong>, <strong>15</strong>,<strong>20</strong>, <strong>30</strong><strong>15</strong><strong>20</strong><strong>30</strong><strong>10</strong>, <strong>15</strong>,<strong>20</strong>, <strong>30</strong><strong>20</strong>, <strong>30</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>1.2-19CRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUB
1<strong>Series</strong> <strong>CRBU</strong>Made to Order SpecificationsChange of Shaft End Shape/-XA1 to -XA17Consult <strong>SMC</strong> for further information on specifications, dimensions and delivery.Change of shaft end shapeAdditional remindersEnter the dimensions within a range that allowsfor additional machining.<strong>SMC</strong> will make appropriate arrangements if nodimensional, tolerance, or finish instructions aregiven in the diagram.The length of the unthreaded portion is 2 to 3pitches.Unless specified otherwise, the thread pitch isbased on coarse metric threads.P = thread pitchM3 X 0.5; M4 X 0.7; M5 X 0.8Enter the desired figures in the [___] portion ofthe diagram.To shorten the shaft, use the dimensionaltables for patterns A17 to A19 for reference.Symbol: A1The shaft can be further shortened bymachining female threads on the long end ofthe shaft. (If the shaft is not to be shortened,leave the X dimension blank.)<strong>Size</strong> <strong>10</strong>mm is not manufaturable.L dimension (maximum size) is 2 times aslarge as the thread size as a rule.<strong>Size</strong><strong>15</strong><strong>20</strong><strong>30</strong>X1.5 to 181.5 to <strong>20</strong>2 to 22(mm)QM3M3, M4M3, M4, M5Symbol: A2The shaft can be further shortened bymachining female threads on the long end ofthe shaft. (If the shaft is not to be shortened,leave the Y dimension blank.)<strong>Size</strong> <strong>10</strong>mm is not manufaturable.L dimension (maximum size) is 2 times as largeas the thread size as a rule. Ex.) M3: L = 6mm<strong>Size</strong><strong>15</strong><strong>20</strong><strong>30</strong>Y1.5 to 191.5 to <strong>10</strong>2 to 13(mm)QM3M3, M4M3, M4, M5Symbol: A3 Symbol: A4 Symbol: A5The shaft can be further shortened by machiningmale threads on the long end of the shaft. (If theshaft is not to be shortened, leave the X dimensionblank.)The shaft can be further shortened bymachining male threads on the long end of theshaft. (If the shaft is not to be shortened, leavethe Y dimension blank.)The shaft can be further shortened bymachining a round shoulder on the long end ofthe shaft. (If the shaft is not to be shortened,leave the X dimension blank.)<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>X7.5to 148.5 to 18<strong>10</strong> to <strong>20</strong>13 to 22LmaxX-3X-3.5X-4X-5(mm)QM4M5M6M8<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>(mm)Y Lmax Q7 to 88.5 to 9<strong>10</strong>13Y-3.5Y-3.5Y-4.5Y-5.5M4M5M6M8<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>X2 to 143 to 183 to <strong>20</strong>3 to 22(mm)LmaxX-1.5X-1.5X-1.5X-2.5Symbol: A6 Symbol: A7 Symbol: A8The shaft can be further shortened by machininga round shoulder on the long end of the shaft. (Ifthe shaft is not to be shortened, leave the Ydimension blank.)The shaft can be further shortened by machininga round shoulder and machining male threads onthe long end of the shaft. (If the shaft is not to beshortened, leave the X dimension blank.)The shaft can be further shortened by machininga round shoulder and machining male threadson the short end of the shaft. (If the shaft is notto be shortened, leave the Y dimension blank.)<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Y2 to 83 to 93 to <strong>10</strong>3 to 13(mm)LmaxY-1.5Y-1.5Y-1.5Y-2.5<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>X<strong>15</strong>.5 to 1417.5 to 1819 to <strong>20</strong>11 to 22LmaxX-1.5X-1.5X-1.5X-2.5(mm)QM3M3, M4M3, M4, M5M3, M4, M5, M6<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Y<strong>15</strong>.5 to 817.5 to5919.5 to <strong>10</strong>11.5to 13LmaxY-1.5Y-1.5Y-1.5Y-2.5(mm)QM3M3, M4M3, M4, M5M3, M4, M5, M61.2-<strong>20</strong>
<strong>Series</strong> <strong>CRBU</strong>Mode to Order SpecificationsSymbol-XA1 to XA17Symbol: A9The shaft can be further shortened by changingthe length of the standard flat of the long end ofthe shaft. (If the shaft is not to be shortened,leave the X dimension blank.)Symbol: A<strong>10</strong>Symbol: A11The shaft can be further shortened by changingthe length of the standard flat of the short end ofthe shaft. (If the shaft is not to be shortened,leave the Y dimension blank.)The shaft can be further shortened by machiningdouble flats on the long end of the shaft. (If nochanges are to be made to the standard flat, andthe shaft is not to be shortened, leave the L1 andX dimensions blank.)CRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUB<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>X3 to 145.5 to 187 to <strong>20</strong>7 to 22(mm) (mm) (mm)L1<strong>Size</strong>YL1<strong>Size</strong> XL1L2max19 – (14 – X) to (X –1)<strong>10</strong> – (18 – X) to (X – 1.5)<strong>10</strong> – (<strong>20</strong> – X) to (X – 1.5)12 – (22 – X) to (X – 2)<strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>3 to 83 to 93 to <strong>10</strong>5 to 135 – (8 – Y) to (Y to 1)6 – (9 – Y) to (Y to 1.5)7 – (<strong>10</strong> – Y) to (Y to 1.5)8 – (13 –Y) to (Y to 2)<strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>3 to 143 to 183 to <strong>20</strong>5 to 229 – (14 – X) to (X –1)<strong>10</strong> – (18 –X ) to (X – 1.5)<strong>10</strong> – (<strong>20</strong> – X) to (X – 1.5)12 – (22 – X) to (X – 2)X – 1X – 1.5X – 1.5X – 2Symbol: A12 Symbol: A13 Applicable only to single vane. Symbol: A14The shaft can be further shortened by millingdouble flats on the short end of the shaft. (If nochanges are to be made to the standard flat, andthe shaft is not to be shortened, leave the L1 andY dimensions blank.)Shaft through holeThe "∗" symbol indicates 0.5mm minimum, L1 is the standard flat.Applicable only to single vane.Machine a special end (at the long end of the shaft),and machine female threads in the through hole atthe long end of the shaft, thus creating a throughhole to serve as the pilot hole.<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Y3 to183 to193 to <strong>10</strong>5 to 13L<strong>15</strong> – (8 – Y) to (Y – 1)6 – (9 – Y) to (Y – 1.5)7 – (<strong>10</strong> – Y) to (Y – 1.5)8 – (13 – Y) – (Y – 2)∗1.5mm or more, L1: Standard chamfering partThe minimum range of the machinable dimension size of the bolt. Example: For M3 bolt: L max. = 6mm(mm) for the d2 area is 0.1mm.(mm) (mm)L2max<strong>Size</strong>d1d2<strong>Size</strong> <strong>15</strong> <strong>20</strong> <strong>30</strong><strong>15</strong>ø2.5 ø2.5 to 3 M3 X 0.5 ø2.5 ø2.5 ø2.5<strong>20</strong>ø2.5 to 4 M4 X 0.7ø3.3 ø3.3<strong>30</strong>ø2.5 to 4.5 M5 X 0.8ø4.2Y – 1Y – 1.5Y – 1.5Y – 2Symbol: A<strong>15</strong> Applicable only to single vane. Symbol: A16 Applicable only to single vane. Symbol: A17Machine a special end (at the short end of the shaft),and machine female threads in the through hole atthe short end of the shaft, thus creating a throughhole to serve as the pilot hole.For size <strong>15</strong>mm, d1 = ø2.5, L1 = max. 18.For size <strong>15</strong>mm only, inscribe the L1, L2, and d1dimensions when = d2 is 2.6 or more<strong>Size</strong>s <strong>20</strong>mm and <strong>30</strong>mm, d1 = d2Machine special ends (at both ends of the shaft),and machine female threads in the through holes atboth ends of the shaft, thus creating through holesto serve as pilot holes.<strong>Size</strong> <strong>10</strong> is not manufacturable.The L dimension (maximum) is, as a rule, twice theShorten the long end of the shaft.<strong>Size</strong> <strong>10</strong> is not manufacturable.The L dimension (maximum) is, as a rule, twice thesize of the bolt.Example: For M4 bolt: L max. = 8mm<strong>Size</strong>M3 X 0.5M4 X 0.7M5 X 0.8<strong>15</strong>ø2.5<strong>20</strong>ø2.5ø3.3<strong>Size</strong> <strong>10</strong> is not manufacturable.The L dimension (maximum) is, as a rule, twice thesize of the bolt.Example: For M5 bolt: L max. = <strong>10</strong>mm(mm) (mm) (mm)<strong>30</strong><strong>Size</strong><strong>15</strong> <strong>20</strong> <strong>30</strong><strong>Size</strong>Xø2.5 M3 X 0.5 ø2.5 ø2.5 ø2.5<strong>10</strong>1 to 14ø3.3 M4 X 0.7ø3.3 ø3.3<strong>15</strong>1.5 to 8ø4.2 M5 X 0.8ø4.2<strong>20</strong>1.5 to <strong>20</strong><strong>30</strong>2 to 221.2-21
1<strong>Series</strong> <strong>CRBU</strong>Made to Order SpecificationsChange of Shaft End Shape/-XA18 to -XA23Consult <strong>SMC</strong> for further information on specifications, dimensions and delivery.Change of shaft end shapeAdditional remindersSymbol: A18 Symbol: A19Enter the dimensions within a range that allowsfor additional machining.<strong>SMC</strong> will make appropriate arrangements if nodimensional, tolerance, or finish instructions aregiven in the diagram.The length of the unthreaded portion is 2 to 3pitches.Unless specified otherwise, the thread pitch isbased on coarse metric threads.P = thread pitchM3 X 0.5; M4 X 0.7; M5 X 0.8Enter the desired figures in the portion ofthe diagram.To shorten the shaft, use the dimensional tablesfor patterns A17 to A19 for reference.Shorten the short end of the shaft.Symbol-XA18 to XA23Shorten both the long end and the short end of the shaft.<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>(mm)Y1 to 81.5 to 91.5 to <strong>10</strong>2 to13<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>X1 to 141.5 to 181.5 to <strong>20</strong>2 to 22(mm)Y1 to 81.5 to 91.5 to<strong>10</strong>2 to 13Symbol: A<strong>20</strong> Symbol: A21 Symbol: A22Reverse the assembly of the shaft (thus shorteningthe long end and the short end of the shaft).The shaft can be further shortened by machininga round shoulder and double flats on the long endof the shaft. (If the shaft is not to be shortened,leave the X dimension blank.)The shaft can be further shortened bymachining a round shoulder and double flats onthe short end of the shaft. (If the shaft is not tobe shortened, leave Y dimension blank.)<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>X1 to 31.5 to 6.51.5 to 7.52 to 8.5(mm)Y1 to 191.5 to <strong>15</strong>.51.5 to 22.52 to 26.5Standard: Doubleshafts (W)<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>X4 to 144.5 to 185 to <strong>20</strong>7 to 22L1maxX-2.5X-3X-3.5X-5(mm)L2L1 + 1.5L1 + 1.5L1 + 2L1 + 3<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Y4 to 84.5 to 95 to <strong>10</strong>7 to 13L1maxY-2.5Y-3Y-3.5Y-5L2L1 + 1.5L1 + 1.5L1 + 2L1 + 3(mm)Symbol: A23The shaft can be further shortened by millingperpendicular double flats on the long end of theshaft. (If no changes are to be made to thestandard flat and the shaft is not to be shortened,leave the L1 and X dimensions blank.)The "∗" mark indicates 0.5 minimum.L1 is the standard flat.Standard: Doubleshafts (W)<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>1.2-22X3 to 143 to 183 to <strong>20</strong>5 to 22L19 – (14 – X) to (X – 1)<strong>10</strong> – (18 – X) to (X – 1.5)<strong>10</strong> – (<strong>20</strong> – X) to (X – 1.5)12 – (22 – X) to (X – 2)(mm)L2maxX – 1X – 1.5X – 1.5X – 2
2<strong>Series</strong> <strong>CRBU</strong>Made to Order SpecificationsChange of Shaft End Shape/-XA31 to XA40Consult <strong>SMC</strong> for further information on specifications, dimensions and delivery.Change of shaft end shape/Applicable shaft style: J, K, S, T, YAdditional remindersEnter the dimensions within a range that allowsfor additional machining.<strong>SMC</strong> will make appropriate arrangements if nodimensional, tolerance, or finish instructionsare given in the diagram.The length of the unthreaded portion is 2 to 3pitches.Unless specified otherwise, the thread pitch isbased on coarse metric threads.P = thread pitchM3 X 0.5; M4 X 0.7; M5 X 0.8Enter the desired figures in the portion ofthe diagram.To shorten the shaft, use the dimensionaltables for patterns A17-A19 for reference.Symbol: A31Machine female threads into the long end of the shaft.The L dimension (maximum) is, as a rule, twice the size of the bolt.(Example: For M3 bolt: L max. = 6mm)Applicable shaft configurations –– shafts S, YShaftform<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>(mm)QS YNot availableM3M3, M4M3, M4, M5Symbol: A32Machine female threads into the short end of the shaft.The L dimension (maximum) is, as a rule, twice the size of the bolt.(Example: For M4 bolt: L max. = 8mm)Applicable shaft configurations –– shafts S,YShaftform<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Symbol-XA31 to XA40(mm)QS YNot availableM3M3, M4M3, M4, M5CRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUBSymbol: A33Machine female threads into the long end of the shaft.The L dimension (maximum) is, as a rule, twice the size of the bolt.(Example: For M3 bolt: L max. = 6mm)Applicable shaft configurations –– shafts J, K, TSymbol: A34Machine female threads into the short end of the shaft.The L dimension (maximum) is, as a rule, twice the size of the bolt.(Example: For M3 bolt: L max. = 6mm)However, in the case of the M5 bolt for shaft S, it is 1.5 times thesize of the bolt.Applicable shaft configurations –– shafts J, K, TSymbol: A37The shaft can be further shortened by machining a round shoulderon the long end of the shaft. (If the shaft is not to be shortened,leave the X dimension blank.)Applicable shaft configurations –– shafts J, K, TShaftform<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>(mm)QJ K TNot availableM3M3, M4M3, M4, M5Symbol: A38The shaft can be further shortened by machining a roundshoulder on the short end of the shaft. (If the shaft is not to beshortened, leave the Y dimension blank.)Applicable shaft configurations –– shaft KShaftform<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Symbol: A39(mm)QJ K TNot availableM3M3, M4M3, M4, M5Applicable only to single vane style.Shaft through hole (Shafts S and Y are machined additionally)<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Symbol: A40Shaft form J K TX2 to 143 to 183 to <strong>20</strong>3 to 22(mm)Shaft through hole (Shafts K and T are machined additionally)JKTLmaxX – 1X – 1.5X – 1.5X – 2Applicable only to single vane style.<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Y2 to143 to 183 to <strong>20</strong>3 to 22(mm)LmaxY – 1Y – 1.5Y – 1.5Y – 2<strong>Size</strong> <strong>10</strong> is not manufacturable.For size <strong>15</strong> is d1 = ø2.5, L1 = max. X 18The minimum range of the machinable dimension for the d2 area is 0.1mm.For sizes <strong>20</strong> and <strong>30</strong> are d1 = d2.With size <strong>15</strong>, enter the L1, L2, and d1dimensions when d2 is ø2.6 or more.Applicable shaft configurations ––shafts S, YShaft form S Y<strong>Size</strong><strong>15</strong>d12.5<strong>20</strong><strong>30</strong>(mm)S Yd22.5 to 32.5 to 42.5 to 4.5<strong>Size</strong> <strong>10</strong> is not manufacturable.For size <strong>15</strong> is d1 = ø2.5, L1 = max. X 18The minimum range of the machinable dimension for the d2 area is 0.1mm.For sizes <strong>20</strong> and <strong>30</strong> are d1 = d2.With size <strong>15</strong>, enter the L1, L2, and d1dimensions when d2 is ø2.6 or more.Applicable shaft configurations ––shafts K, TShaft form K T<strong>Size</strong><strong>15</strong>d12.5<strong>20</strong><strong>30</strong>(mm)K Td22.5 to 32.5 to 42.5 to 4.51.2-23
2<strong>Series</strong> <strong>CRBU</strong>Made to Order SpecificationsChange of Shaft End Shape/-XA41 to XA47Consult <strong>SMC</strong> for further information on specifications, dimensions and delivery.Change of shaft end shape/Applicable shaft style: J, K, S, T, YSymbol-XA41 to XA47Additional remindersEnter the dimensions within a range that allowsfor additional machining.<strong>SMC</strong> will make appropriate arrangements if nodimensional, tolerance, or finish instructionsare given in the diagram.The length of the unthreaded portion is 2 to 3pitches.Unless specified otherwise, the thread pitch isbased on coarse metric threads.P = thread pitchM3 X 0.5; M4 X 0.7; M5 X 0.8Enter the desired figures in the portion ofthe diagram.To shorten the shaft, use the dimensionaltables for patterns A17 to A19 for reference.Symbol: A43 Applicable only to single vane style.Machine special ends (at both ends of the shaft), andmachine female threads in the through holes at bothends of the shaft, thus creating through holes to serveas the pilot holes.Symbol: A41Shaft through holeApplicable only to single vane style.<strong>Size</strong> <strong>10</strong> is not manufacturable.For size <strong>15</strong> is d1 = 2.5, L1 = max. 18The minimum range of the machinable dimension for the d2 area is 0.1mm.Enter the L1, L2, and d1 dimensions when d2 is ø2.6 or more.For sizes <strong>20</strong> and <strong>30</strong> are d1 = d2.Applicable shaft configuration –– shaft J(mm)<strong>Size</strong><strong>15</strong><strong>20</strong><strong>30</strong>d1 d22.5 2.5 to 32.5 to 42.5 to 4.5Symbol: A44 Applicable only to single vane style.Machine special ends (at both ends of the shaft), andmachine female threads in the through holes at both endsof the shaft, thus creating through holes to serve as thepilot holes.Symbol: A42Applicable only to single vane style.Machine special ends (at both ends of the shaft), andmachine female threads in the through holes at bothends of the shaft, thus creating through holes to serveas the pilot holes.<strong>Size</strong> <strong>10</strong> is not manufacturable.The L dimension (maximum) is, asa rule, twice the size of the bolt.(Example: For M5 bolt: L max. 0 = <strong>10</strong>mm.)However, for the short end of shaft S: ForM5 bolt: L max. = 7.5 mm.Applicable shaft configurations –– shafts S, YSymbol: A45<strong>Size</strong>Shaft formThreadM3 X 0.5M4 X 0.7M5 X 0.8(mm)<strong>15</strong> <strong>20</strong> <strong>30</strong>S Y S Y S Y2.5 2.53.32.53.34.2The shaft can be further shortened by machining anintermediate flat on the long end of the shaft (the positionis that of the standard flat.)<strong>Size</strong> <strong>10</strong> is not manufacturable.The L dimension (maximum) is, as a rule, twice the size of the bolt.(Example: For M5 bolt: L max. = <strong>10</strong>mm.)However, for the short end of shaft T: For M5 bolt: L max. = 7.5mm.Applicable shaft configurations –– shafts K, T(mm)<strong>Size</strong> <strong>15</strong> <strong>20</strong> <strong>30</strong>Shaft formThreadK T K T K TM3 X 0.5M4 X 0.7M5 X 0.82.5 2.53.32.53.34.2Symbol: A46The shaft can be further shortened by machining anintermediate flat on the short end of the shaft (theposition is that of the standard flat.)<strong>Size</strong> <strong>10</strong> is notmanufacturable.The L dimension (maximum)is, as a rule, twice the sizeof the bolt.(Example: For M5 bolt: Lmax. = <strong>10</strong>mm.)Applicable shaftconfiguration — shaft J<strong>Size</strong>ThreadM3 X 0.5M4 X 0.7M5 X 0.8<strong>15</strong> <strong>20</strong> <strong>30</strong>2.5 2.53.3(mm)2.53.34.2Symbol: A47Machining a key groove in the long end of the shaft (theposition is that of the standard flat). A key must be orderedseparately.Applicable shaft configurations –– Shaft J, K, T (mm)X W L1max L2max<strong>Size</strong> J K T J K T J K T J K T<strong>10</strong> 6.5 to 14 0.5 to 2 X–3 L1–1<strong>15</strong> 8 to 18 0.5 to 2.5 X–4 L1–1<strong>20</strong> 9 to <strong>20</strong> 0.5 to 3 X–4.5 L1–1<strong>30</strong> 11.5 to 22 0.5 to 4 X–5 L1–2Shaft formCautionSymbols A45, A46, and dimensions W and (L1–L2)The intermediate flat may interfere with the center holeif dimensions W and (L1–L2) are at the measurementsgiven below.<strong>Size</strong>ø<strong>10</strong>ø<strong>15</strong>ø<strong>20</strong>ø<strong>30</strong>W1 to 21.5 to 2.52 to 33 to 4L1–L21 to 31 to 31 to 32 to 3Applicable shaft configurations –– Shaft K<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Y4.5 to 145.5 to 186 to <strong>20</strong>8.5 to 22W0.5 to <strong>20</strong>.5 to 2.50.5 to <strong>30</strong>.5 to 4L1maxY–1Y–1.5Y–1.5Y–2(mm)L2maxL1–1L1–1L1–1L1–2Applicable shaft configurations –– Shaft J, K, T<strong>Size</strong>aL-0<strong>20</strong> 2h -0.025<strong>10</strong>-0<strong>30</strong> 3h -0.02514(mm)N6.89.21.2-24
3<strong>CRBU</strong>WP<strong>Series</strong> <strong>CRBU</strong>Made to Order Specifications-XC1 to XC4Consult <strong>SMC</strong> for further information on specifications, dimensions and delivery.Connecting ports are added to the end side of the body(A)Refer to "How to Order" on p.1.2-19.Symbol-XC1XC1SymbolConnecting ports are addedto the end side of the body (A).∗<strong>SMC</strong> will make appropriate arrangements if no dimensional, tolerance,or finish instructions are indicated.A connecting port is added to the end sideof the body (A). (Aluminum is used, for when theadditional machined part is untreated.)4<strong>CRBU</strong>WPRefer to "How to Order" on p.1.2-19.Symbol2 thread parts of the body (B) are machined to be through holes -XC2XC2Symbol2 thread parts of the body (B)are machined to be through holes.∗<strong>SMC</strong> will make appropriate arrangements if no dimensional, tolerance,or finish instructions are indicated.2 thread parts of the body (B) are used as throughholes. (Aluminum is used, for when the additional machinedpart is untreated.)CRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUB<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>QM3M3M5M5M8.51114<strong>15</strong>.5N9.5<strong>10</strong>1314<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>d3.43.44.55.55Positions of the body tightening bolts are changed.Symbol-XC36Rotating range is changed.(90° to the right from the starting point)Symbol-XC4<strong>CRBU</strong>WPRefer to "How to Order" on p.1.2-19.XC3<strong>CRBU</strong>WPRefer to "How to Order" on p.1.2-19.XC4SymbolPositions of the body tighteningbolts are changed.Positions of the body tightening bolts are changed. <strong>Size</strong> <strong>10</strong> is not available.∗<strong>SMC</strong> will make appropriate arrangements ifSymbolno dimensional, tolerance, or finish instructions Rotating range is changed. (90° toare indicated.the right from the starting point)∗There are no standard chamfering parts on shafts S and T.Rotating range is changed. (Rotating angle is 90°.)Starting point of rotation is 90° to the right on the horizontal line.Angle error for <strong>CRBU</strong>W<strong>10</strong> is +5° .0Applicable only to the singlevane style.The start of the contact point is at the position of the singleflat when air pressure is applied through port A.1.2-25
<strong>Series</strong><strong>CRBU</strong> Made to Order SpecificationsChange in Angle of Rotation/-XC5 to XC6Reverse Mounting of Rotary Shaft/-XC7, Fluorine Grease/-XC<strong>30</strong>Consult <strong>SMC</strong> for further information on specifications, size and delivery.7Change in Angle of Rotation( )-XC5: At 45° to the left from the starting point.-XC6: At 90° to the left from the starting point.Symbol-XC5 to XC68Reverse Mounting of Rotary ShaftSymbol-XC7<strong>CRBU</strong>WPRefer to "How to Order" on p.1.2-19.XC5XC6<strong>CRBU</strong>WP Refer to "How to Order" on p.1.2-19.XC7-XC5-XC6SymbolAt 45° from the starting point.At 90° from the starting point.Dimensions∗ Write required value in in the diagram below.∗ No basic chamfer position on S and Y shaft.Symbol:C5Applicable only to single vane style.Change in angle of rotation.Rotation starting point at the angle of 45°.Error in the angle at from 0° to +5° for "<strong>CRBU</strong>W<strong>10</strong>".θ = ° +4°0max.<strong>20</strong>0°<strong>Size</strong><strong>10</strong><strong>15</strong><strong>20</strong><strong>30</strong>Y19<strong>20</strong>.522.526.5X36.57.58.5(mm)Rotation starting point is on the one chamfering position when pressurized to B port.Symbol: C6 Applicable only to single vane style.Change in angle of rotationRotation starting point at the angle of 90°.Error in the angle at from 0° to +5° for "<strong>CRBU</strong>W<strong>10</strong>".θ= ° +4°0max.1<strong>10</strong>°9Fluorine Grease<strong>CRBU</strong>WP Refer to "How to Order" on p.1.2-19.Symbol-XC<strong>30</strong>XC<strong>30</strong>Fluorine GreaseLubricant oil on the seal part of packing andinner wall of the cylinder is changed to fluorinegrease.Rotation starting point is on the one chamfering position when pressurized to B port.1.2-26
<strong>Series</strong> <strong>CRBU</strong>Made to Order SpecificationsShaft Variations/Shaft Style: J, Y, K, S, TConsult <strong>SMC</strong> for further information on specifications, size and delivery.Symbol<strong>10</strong> Shaft Variations Shaft Style: J, Y, K, S, TShaft styles except for standard shaft style (W) of series <strong>CRBU</strong>.Shaft StyleClassificationShaft StyleBasic styleJ Y K S TDouble RodSringle RodLong axis without one chamferingand with one chamfering One chamfer Round shaft One chamfer Round shaftCRB1<strong>CRBU</strong>CRA1CRQMRQMSQMSUBHow to OrderRefer to "How to Order" on p.1.2-4.Basic Style <strong>CRBU</strong> Axis form <strong>Size</strong> Angle of rotation S Port locationWith auto switchAxis formJ Double shaft (Long shaft without onechamfer and with one chamfer)Y Double rod with one chamferK Double round shaftS Single rod with one chamferT Single round shaft∗ Only J type is available for auto switchattached style and angle adjuster attached style.Vane styleSDSingle vaneDouble vaneRefer to "How to Order" on p.1.2-<strong>15</strong>.With angle adjusterWith UnitCDRBUJU<strong>Size</strong>Angle of rotationSWith autoswitch unitWith angle adjusterNo. of autoswitchesAuto switchJ onlyVane typeSDSingle vaneDouble vaneWith auto switchandangle adjuster<strong>Size</strong>CD<strong>10</strong> <strong>15</strong> <strong>20</strong> <strong>30</strong>8 9 <strong>10</strong> 1314 18 <strong>20</strong> 22Note 1) Port positions are only on the body side for unit attached style.Note 2) <strong>Size</strong>s of shaft and one chamfer are the same as sizes andallowance of the standard style. Refer to p.1.2-<strong>10</strong>.(mm)1.2-27