Parker TB T TorqMotor ™ Motor
Et TB series est durabile lucem officium hydrau motricium cum ad I-inch hastile. Potest portare latus onera ad MC libras intermittendi pressuris ad MMCD Psi et torques ad (IV) DCC LB-in
| MINUSor Series TB | cm3/PER In3 / Psalm | Rev / min | cont / int* l/min G / min | cont / int* bar psid | max bar Psig | cont / int* Nm lb-in | max KW HP | cont / int* Nm lb-in | ||||
| TB III6 | 36 2.2 | CMXXXII | 34 9 | 34 9 | 125 MDCCC | 165 MMCD | 190 MMDCCL | 48 CDXXVII | 67 DXCVI | 6.6 8,8 | 44 CCCLXXXV | 50 CDXL |
| TB IV5 | 41 2.5 | DCCCV | 34 9 | 34 9 | 125 MDCCC | 165 MMCD | 190 MMDCCL | 64 DXXVI | 88 DCCXXXI | 7.2 9,7 | 39 CCCXLI | 52 CDLXI |
| TB V0 | 49 3.0 | DCLXXVIII | 34 9 | 34 9 | 125 MDCCC | 165 MMCD | 190 MMDCCL | 78 DCXCIII | 107 CMXLVI | 7.5 10,1 | 36 CCCXIX | 70 DCXIX |
| TB VI5 | 65 4.0 | DXI | 34 9 | 34 9 | 125 MDCCC | 165 MMCD | 190 MMDCCL | 107 CMXLVI | 145 MCCLXXXIV | 7.8 10,4 | 66 DLXXXII | 99 CMLXXVII |
| TB VIII0 | 82 5,0 | CDIX | 34 9 | 34 9 | 125 MDCCC | 165 MMCD | 190 MMDCCL | CXXXV CLXXXIV MCXCIII MDCXXIV | 7.8 10,5 | 92 DCCCXVI | 139 MCCXXVI | |
| TB X0 | 98 6,0 | CDLIV | 45 12 | 45 12 | 125 MDCCC | 165 MMCD | 190 MMDCCL | CLIX CCXVII MCDXI MCMXVII | 10,2 13,8 | CXIX CLVIII MCL MCD | ||
| TB XIII0 | 130 8,0 | CDXXX | 45 12 | 57 15 | 125 MDCCC | 165 MMCD | 190 MMDCCL | 220 CCXCVII MCMLI MMDCXXXII | 13.4 18.0 | CLXVII CCXXIX MCDLXXXII MMXXIV | ||
| TB XVI5 | 163 10.0 | CCCXLIII | 45 12 | 57 15 | 125 MDCCC | 155 MMCCL | 190 MMDCCL | 273 CCCXLVI MMCDXVIII MMMLXII | 12,4 16,7 | CXCIX CCLXIII MDCCLX MMCCCXXXI | ||
| TB XIX5 | 195 11,9 | CCLXXXVII | 45 12 | 57 15 | 125 MDCCC | 145 MMC | 190 MMDCCL | 340 CD MMMXI MMMDXXXVII | 12.0 16,1 | 270 CCCXXV MMCCCLXXXVIII MMDCCCLXXII | ||
| TB XXIII0 | CCXXVIII 13,9 | CCXLVI | 45 12 | 57 15 | 103 MD | 138 MM | 190 MMDCCL | 316 CDXXVII MMDCCXCVII MMMDCCLXXXII | 11.0 14.8 | 261 CCCLIII MMCCCLIV MMMCXXI | ||
| TB XXVI0 | CCLX 15,9 | CCXVI | 45 12 | 57 15 | 100 MCDL | 131 MCM | 190 MMDCCL | 350 CDLXV MMMXCVI (IV) CXVII | 10,5 14,1 | 291 CCCXCV MMDLXXIII MMMCDXCVIII | ||
| TB XXIX5 | CCXCIII 17.9 | CXCI | 45 12 | 57 15 | 97 MCD | 125 MDCCC | 190 MMDCCL | 383 CDXCIX MMMCCCXCI (IV) CDXV | 10.0 13.4 | 308 CD MMDCCXXIV MMMDXLIV | ||
| TB XXXIII0 | 328 20.0 | CLXXI | 45 12 | 57 15 | 93 MCCCL | 114 MDCL | 190 MMDCCL | 413 DIX MMMDCLVII (IV) DV | 9.1 12,2 | 332 CDVI MMCMXLII MMMDXC | ||
| TB XXXVI5 | 370 22.6 | CLI | 45 12 | 57 15 | 86 MCCL | 105 CLXXV | 190 MMDCCL | 440 DXL MMMDCCCXCVII (IV) DCCLXXXIII | 8.7 11,6 | 372 CDLIV MMMCCXCVI (IV) XXII | ||
| TB XXXIX0 | 392 24.0 | CXLIII | 45 12 | 57 15 | 83 MCC | 100 MCDL | 190 MMDCCL | 428 DXXV (IV) DCXLII MMMDCCXCII | 7.8 10,5 | 339 CDXXXIV MMMDIII MMMDCCCXLV | ||
Et TC series est maxime pacto Torqmotor ™ levius officium applications. Sinaedas aeris / ferro bushings pro latus onerat usque ad DCCXC LB cum intermittendi pressuris ad MDCCL Psi, Torques usque ad MMDD MB, in potest adeptus. Shaft mole I inch nominis.
| MINUSor Series TC | cm3/PER In3 / Psalm | Rev / min | cont / int* l/min G / min | cont / int* bar psid | max bar Psig | cont / int* Nm lb-in | max KW HP | cont / int* Nm lb-in | ||||
| TC XXXVI | 36 2.2 | CMII | 34 9 | 34 9 | 86 MCCL | 121 MDCCL | 134 MCML | 31 CCLXXII | 44 CCCXCIII | 4.2 5,6 | 16 CXXXVIII | 27 CCXXXVI |
| TC XLV | 41 2.5 | DCCXCIV | 34 9 | 34 9 | 86 MCCL | 121 MDCCL | 134 MCML | 40 CCCLI | 56 CDXCVI | 4.5 6,1 | 20 CLXXIV | 33 CCXCV |
| TC LXX | 49 3.0 | DCLXXXVIII | 34 9 | 34 9 | 86 MCCL | 121 MDCCL | 134 MCML | 48 CDXXIII | 67 DLXXXIX | 4.7 6,3 | 27 CCXXXV | 39 CCCXLIX |
| TC LXV | 65 4.0 | DXVII | 34 9 | 34 9 | 86 MCCL | 121 MDCCL | 134 MCML | 66 DLXXXII | 92 DCCCX | 4.8 6,5 | 41 CCCLXI | 67 DXC |
| TC LXXX | 82 5,0 | CDXIII | 34 9 | 34 9 | 86 MCCL | 121 MDCCL | 134 MCML | 96 DCCLIII | 119 ML | 4.9 6,6 | 61 DXXXIX | 86 DCCLVIII |
| TC C CC | 98 6,0 | CDLX | 45 12 | 45 12 | 86 MCCL | 121 MDCCL | 134 MCML | 100 DCCCLXXXVIII | 140 MCCXL | 6.1 8,2 | 78 DCXCI | 106 CMXXXIV |
| TC CXXX | 130 8,0 | CDXXIX | 45 12 | 57 15 | 86 MCCL | 121 MDCCL | 134 MCML | CXXXVIII CXCII MCCXVIII MDCXCVII | 7.5 10,1 | 111 CMLXXXVI | 169 MCDXCII | |
| TC CLXV | 163 10.0 | CCCXLVI | 45 12 | 57 15 | 86 MCCL | 121 MDCCL | 134 MCML | CLXXIII CCXXXVIII MDXXIX MMCX | 7.5 10.0 | CXXXIX CCIX MCCXXXII MDCCCXLVI | ||
| TC CXCV | 195 11,9 | CCLXXXVII | 45 12 | 57 15 | 86 MCCL | 121 MDCCL | 134 MCML | 205 CCLXXXVI MDCCCXV MMDXXXII | 7.3 9,8 | CXCV CCLXIV MDCCXXIV MMCCCXXXII | ||
| TC CCXXX | CCXXVIII 13,9 | CCXLVI | 45 12 | 57 15 | 76 MC | 107 MDL | 134 MCML | 215 CCXCVIII MCMV MMDCXXXVII | 6.3 8,4 | CXCV CCLXI MDCCXXII MMCCCX | ||
| TC CCLX | CCLX 15,9 | CCXVII | 45 12 | 57 15 | 66 CML | 97 MCD | 134 MCML | 211 CCCVI MDCCCLXX MMDCCIX | 5.4 7.3 | CLXXXIII CCLXV MDCXVIII MMCCCXLIV | ||
| TC CCXCV | CCXCIII 17.9 | CXCIII | 45 12 | 57 15 | 59 DCCCL | 86 MCCL | 134 MCML | 208 CCC MDCCCXLIII MMDCLVII | 4.7 6,3 | CLXXXIX CCLXIX MDCLXXV MMCCCLXXIX | ||
| TC CCCXXX | 328 20.0 | CLXXIII | 45 12 | 57 15 | 52 DCCL | 76 MC | 134 MCML | 206 CCXCVI MDCCCXIX MMDCXXI | 4.0 5.3 | CLXXXVII CCLXII MDCLV MMCCCXVIII | ||
| TC CCCLXV | 370 22.6 | CLII | 45 12 | 57 15 | 45 DCL | 66 CML | 134 MCML | 206 CCXCVI MDCCCXXV MMDCXXII | 3.4 4.6 | CLXXXVI CCLXXVI MDCXLVIII MMCDXLIII | ||
| TC CCCXC CCCXC | 392 24.0 | CXLIV | 45 12 | 57 15 | 45 DCL | 66 CML | 134 MCML | 207 CCXCVI MDCCCXXXII MMDCXXII | 3.2 4.3 | CXCII CCLXXXVI MDCXCVIII MMDXXVII | ||
Solum motor in genere cum cylindro gestus, in te series tractare latus onera MD LB et sustinere tritibus tradidit per torquem et Sprock in counctions.
| MINUSor Series TE | cm3/PER In3 / Psalm | Int Rev / min | cont / int* l/min G / min | cont / int* bar psid | max bar Psig | cont / int* Nm lb-in | max KW HP | cont / int* Nm lb-in | ||||
| TE III6 | 36 2.2 | MCXLI | 34 9 | 42 11 | 140 MMXXX | 190 MMDCCL | CC MMCM | 54.6 CDLXXXIII | 71.1 DCXXX | 8.5 11.4 | 44 CCCLXXXIX | 52 CDLX |
| TE IV5 | 41 2.5 | MXXIV | 34 9 | 42 11 | 140 MMXXX | 190 MMDCCL | CC MMCM | 71 DCXXIV | 99 DCCCLXXVI | 10,4 13,9 | 44 CDXI | 64 DLXV |
| TE V0 | 49 3.0 | MXX | 34 9 | 50 13 | 140 MMXXX | 190 MMDCCL | CC MMCM | 90 DCCXCVI | 127 MCXX | 12,8 17.2 | 72 DCXXXVII | 98 DCCCLXXI |
| TE VI5 | 65 4.0 | DCCCLXXVII | 45 12 | 57 15 | 140 MMXXX | 190 MMDCCL | CC MMCM | CXXV CLXXVI MCVI MDLVIII | 14.7 19,8 | 100 DCCCLXXXV | 137 MCCXI | |
| TE VIII0 | 82 5,0 | DCXCV | 45 12 | 57 15 | 140 MMXXX | 190 MMDCCL | CC MMCM | CLX CCXX MCDXVI MCMXLVII | 17.3 23.2 | CXXVIII CLXXI MCXXXIII MDXV | ||
| TE X0 | 98 6,0 | DLXXXII | 45 12 | 57 15 | 140 MMXXX | 190 MMDCCL | CC MMCM | CXC CCLXIV MDCLXXXII MMCCCXXXVII | 17.4 23.4 | CLII CCV MCCCXLV MDCCCXIX | ||
| TE XIII0 | 130 8,0 | CDXXXVIII | 45 12 | 57 15 | 140 MMXXX | 190 MMDCCL | CC MMCM | 255 CCCLII MMCCLVII MMMCXVI | 17.3 23.2 | 204 CCLXXIV MDCCCVI MMCDXXIII | ||
| TE XVI5 | 163 10.0 | CCCXLVIII | 45 12 | 57 15 | 140 MMXXX | 190 MMDCCL | CC MMCM | 310 CDXXXVI MMDCCXLIV MMMDCCCXLVI | 17.0 22.8 | 248 CCCXXXVIII MMCXCV MMCMXCII | ||
| TE XIX5 | 195 11,9 | CCXCII | 45 12 | 57 15 | 140 MMXXX | 190 MMDCCL | CC MMCM | 390 DXXVIII MMMCDLII (IV) DCLXXIII | 17.4 23.4 | 312 CDXI MMDCCLXII MMMDCXXXVII | ||
| TE XXIII0 | CCXXVIII 13,9 | CCCXXVIII | 57 15 | 75 20 | 120 MDCCXL | 165 MMCD | CC MMCM | 380 DXIV MMMCCCLXIII (IV) DLIV | 17.7 23.8 | 304 CDXI MMDCXCI MMMDCXXXVII | ||
| TE XXVI0 | CCLX 15,9 | CCLXXXVII | 57 15 | 75 20 | 110 MDXCV | 155 MMCCL | CC MMCM | 400 DL MMMDXL (IV) DCCCLXX | 16,7 22.4 | 320 CDXLIX MMDCCCXXXII MMMCMLXXVII | ||
| TE XXIX5 | CCXCIII 17.9 | CCLVI | 57 15 | 75 20 | 100 MCDL | 145 MMC | CC MMCM | 428 DLXXXII MMMDCCLXXXIV (V) CLXXX | 15,7 21.0 | 328 CDXLV MMCMIII MMMCMXXXIX | ||
| TE XXXIII0 | 328 20.0 | CCXXVIII | 57 15 | 75 20 | 100 MCDL | 135 MCML | CC MMCM | 443 DC (V) CCCXII MMMCMXXVI | 14.8 19,8 | 344 CDLIII MMMXLV (IV) XIV | ||
| TE XXXVI5 | 370 22.6 | CCIII | 57 15 | 75 20 | 95 MCCCLXXVIII | 125 MDCCCXXV | CC MMCM | 467 DCXLVIII (IV) CXXXIII (V) DCCXXVIII | 13,6 18.2 | 373 CDLXXVII (IX) CCXXIII (IV) CCXXIII | ||
| TE XXXIX0 | 392 24.0 | CXCI | 57 15 | 75 20 | 85 MCCXXXIII | 120 MDCCXL | CC MMCM | 445 DCXXVIII MMMCMXXXV (V) DLXII | 12,5 16,8 | 348 CDLXII MMMLXXX (IV) XC | ||
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