Catalogo Generale Industrial - Regina

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COEFFICIENTS OF FRICTIONCOEFFICIENTE DI ATTRITOf1 Sliding friction - Attrito radenteChain speed Without lubrication With lubricationVelocità della catena Senza lubrificazione Con lubrificazione 1 m/min 0,33 0,24 1 m/min 0,27 0,21Roller diameterDiametro del rullommf2 Rolling friction - Attrito volventeSteel rollers on steel rail - Rulli in acciaio su guida in acciaioChain speedVelocità catena 1 m/minWithout lubrication With lubrication Without lubrication With lubricationSenza lubrificazione Con lubrificazione Senza lubrificazione Con lubrificazione15,88 0,17 0,12 0,14 0,1019,05 0,16 0,11 0,13 0,0922,22 0,16 0,11 0,13 0,0928,58 0,15 0,10 0,12 0,0839,65 0,14 0,09 0,11 0,0744,34 0,14 0,09 0,11 0,07Note: For plastic rollers rolling on guides without lubrication use the friction coefficient of steel rollers rolling with lubrication.Nota: Per rulli plastici in condizioni di assenza di lubrificazione adoperare il coefficiente di attrito per rulli in acciaio con lubrificazione.Chain speedVelocità catena 1 m/minNote: For chains C2040, C2050 and C2060 (standard rollers), use ƒ 2 = 0,28 and 0,23 for chain speeds < 1 m/min, without and with lubrication respectively. Similarly,ƒ 2 = 0,21 and 0,18 for higher speeds.Nota: Per le catene C2040, C2050 e C2060 (rulli standard), usare ƒ 2 = 0,28 e 0,23 per velocità della catena < 1 m/min, senza e con lubrificazione rispettivamente.Analogamente usare ƒ 2 = 0,21 e 0,18 per velocità superiori.ƒ3 Friction between conveyed goods and chain when accumulating / Attrito fra prodotti trasportati e catena in fase di accumuloPlastic rollerRulli in plasticaSteel rollerRulli in acciaioWithout lubricationSenza lubrificazioneWith lubricationCon lubrificazione0,10 0,080,12 0,103) Calculation of Design Chain Pull (Td)3) Calcolo del tiro teorico (Td)Td (kg) = T(kg) • SF • KVTd (N)= 9,807 • Td (kg)Td (kg) = T(kg) • SF • KVTd (N)= 9,807 • Td (kg)142Service factors - Fattori di servizioService conditionSituazione operativaConveyors uniformly loaded and fed, moderate loadsAlimentazione uniforme, e carichi non eccessiviConveyors heavily loaded , not uniformly fedCarichi pesanti ed alimentazione non uniformeConveyors heavily loaded, not uniformly fed and with frequent reversing serviceCarichi pesanti, alimentazione non uniforme e con frequente inversione del senso di marciaSF11,31,7
KV Speed coefficiente - Coefficiente di velocitàChain speed / Velocità della catena(m / min)KV0-20 120-40 1,440-60 1,660-80 1,980-100 2,5100-125 3,44) Calculation of the working loadWL (N) = AUS (N) / SFSF= 7 for carbon steel chainsSF= 10 for stainless steel chains5) Selection of the chain that meets the requirement:WL Td6) Verify that the Allowable Bearing Pressure between bushes and rollersof the selected chain exceeds the effective pressures on the chain rollers.Calculate:4) Calcolo del carico di lavoroWL (N) = AUS (N) / SFSF= 7 per catene in acciaio al carbonioSF= 10 per catene in acciaio inossidabile5) Selezione della catena che soddisfa il criterioWL Td6) Verificare che i valori delle pressioni ammissibili fra bussole e rulliper la catena prescelta siano superiori alle pressioni effettive sui rulli.Calcolare:Roller Bearing Area (mm 2 )A • BSuperficie di lavoro del rullo (mm 2 )A • BWhere:A (mm): Roller-bore diameterB (mm): Roller-hub lengthDove:A (mm): Diametro del foro del rulloB (mm): Lunghezza del mozzo del rulloA and B values for various chains - Valori A e B per diverse catene<strong>Regina</strong> Chain No.Codice Catena <strong>Regina</strong>ABC2040 C2042 5,44 7,65C2050 C2052 C2052H 7,00 9,25C2060H C2062H 8,90 12,20C2080H C2082H 11,67 15,45C2100H C2102H 13,79 18,25C2120H C2122H 15,86 24,75143
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POWER TRANSMISSIONTRASMISSIONE DI P
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TENSION LINKAGE (LEAF CHAINS) 99-10
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MASTERING A SIMPLE CONCEPTLA PADRON
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THE REGINA O-RING CHAINThe O-Ring c
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MANUFACTURING EQUIPMENT AND PROCESS
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CATALOG ORGANIZATION AND GUIDE TO C
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POWER TRANSMISSIONTRASMISSIONE DI P
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Offset link (picture 5)The offset l
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“HEAVY” AMERICAN SERIES(ANSI H
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selected lubricant (see Lubricant s
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•Attachments can be used on O-Rin
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ROLLER CHAINS - SINGLE STRANDCATENE
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APPLICATIONWA2TpBSSDp DrP P PHiREGI
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ROLLER CHAINS - TRIPLE STRANDCATENE
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CORROSION RESISTANT ROLLER CHAINSCA
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OIL FIELD ROLLER CHAINSCATENE A RUL
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HEAVY DUTY DRIVE (CHABELCO) SERIESC
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CHAIN TENSIONERSTENDICATENEAPPLICAT
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APPLICATIONAPPLICAZIONE M,GStroke f
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CHAIN BREAKERSSMONTACATENEAPPLICATI
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LIGHT CONVEYOR CHAINSCATENE PER IL
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8000 SERIESSERIE 8000APPLICATIONAPP
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STRAIGHT SIDEPLATES DOUBLE PITCH CH
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SIDE BOW CHAINSCATENE SIDE-BOWAPPLI
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APPLICATIONAPPLICAZIONE GACdfBDpEUR
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ROLLER CHAINS WITH M35-M1 TYPE ATTA
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APPLICATIONAPPLICAZIONE G,D1ROLLER
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ROLLER CHAINS WITH A1 \ K1 TYPE ATT
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ROLLER CHAINS WITH A2 \ K2 TYPE ATT
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PLASTIC FILM CONVEYOR CHAINS (GRIPP
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ISO N°Regina Chain N°Codice Caten
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PUSHER ATTACHMENTSATTACCHI A SPINTO
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5100ISO N°Regina Chain N°Codice C
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“V” SHAPED ATTACHMENTSATTACCHI
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3518,31,28R.15.442.72ISO N°Regina
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7.7529.122.11837.626.2141.8ISO N°R
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APPLICATIONAPPLICAZIONE B,Q2,G2CGSG
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APPLICATIONAPPLICAZIONE B,Q2,G2CGBG
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PIN OVEN CHAINSCATENE PIN OVENAPPLI
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FLY ROLLER CHAINSCATENE FLY ROLLERA
Page 94 and 95: APPLICATIONAPPLICAZIONE G3STYLE/STI
Page 96 and 97: HOLLOW PIN CHAINSCATENE A PERNO FOR
Page 98 and 99: APPLICATIONAPPLICAZIONE GSTDREINF H
Page 101 and 102: TENSION LINKAGETRAZIONEMoving Peopl
Page 103 and 104: APPLICATIONAPPLICAZIONE OCONSTRUCTI
Page 105 and 106: TENSION LINKAGE (LEAF CHAIN) AL SER
Page 107 and 108: UF LL - ISO LL SERIESFLEYER UF LL -
Page 109 and 110: AGRICULTURALAGRICOLTURAMoving Peopl
Page 111 and 112: Product Ranges • Gamme di prodott
Page 113 and 114: ATTACHMENTS FOR COMBINE HARVESTER C
Page 115 and 116: APPLICATIONAPPLICAZIONE A1adadadfec
Page 117 and 118: CORNPICKER ATTACHMENTSATTACCHI PER
Page 119 and 120: APPLICATIONAPPLICAZIONE A3SUGAR CAN
Page 121 and 122: STEEL DETACHABLE CHAINSCATENE IN AC
Page 123 and 124: ENGINEERING SECTIONSEZIONE TECNICAM
Page 125 and 126: FATIGUEAll materials, when subjecte
Page 127 and 128: 3 BASE EQUATION3EQUAZIONE BASEP = M
Page 129 and 130: Examples of driving mechanism - Ese
Page 131 and 132: 7 USEFUL INFORMATION TO ASSISTWITH
Page 133 and 134: Pc power in KwPotenza Pc in KwTripl
Page 135 and 136: Field 1Campo 1Field 2Campo 2OIL APP
Page 137 and 138: 10 CENTER DISTANCE OF THE CHAIN DRI
Page 139 and 140: e) Chain length:The number of pitch
Page 141 and 142: DETAILED CALCULATION METHOD:IL METO
Page 143: Inclined conveyorA) Sliding frictio
Page 147 and 148: TO BE PHOTOCOPIED / DA FOTOCOPIAREF
Page 149 and 150: INSTALLATION AND MAINTENANCEINSTALL
Page 151 and 152: Periodic accurate inspections of ch
Page 153 and 154: GCHAIN GETS STIFFPossible causes:1.
Page 155 and 156: CHAIN TENSIONING AND ALIGNMENTEvery
Page 157 and 158: TORQUE CONVERTION / CONVERSIONE DI
Page 159 and 160: Regina Chain N°Codice Catena Regin
Page 161 and 162: ISO N°Regina Chain N°Codice Caten
Page 167 and 168: WORKING TEMPERATURES / TEMPERATURE
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Catalogo Generale Industrial - Regina

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