TK系列应用选型参考手册(phase)

T K永磁同步力矩电机应用选型参考手册索引TK电机选型说明 (2)TK电机参数、尺寸 (3)TK电机应用技术说明 (25)TK电机选型说明TK □□ - □□ - □□定子外部直径定子长度力矩常数举例说明：TK 85 – 50 - 01定子外部直径：85 mm定子长度： 50 mm力矩常数：1 Nm/ArmsTK 85Technical Data Summary TK 85Extremely thin ring motor-only20.5mm radialApplications:Small spindles,wrist joints,laser cuttinglimited flux controllabilitySymbol TK85-50-01TK85-100-01TK85-140-01Units Reference data (winding independent)Nominal torque,S1,0speed,conduction+convection cooled IC4181)Tnc2,806,409,90Nmrms Nominal torque,S1,0speed,water cooled2)Tnw5,1512,0019,00Nmrms Peak torque,S610%1)Tpk7,9718,2128,18Nmrms Maximum torque3)Tul193853Nm Maximum structural speed Pn200020002000rad/sec Critical flux control torque4)Pf224564NmMotor constant Tw0,590,971,23Nm/sqrt(W) Pole number PN101010Connection Y Y YPhysical data (winding independent)Rotor inertia Jm0,3000,6000,840mkgm2 Acceleration at maximum torque apk265633035833543rad/s2 Outer diameter Dout858585mmRotor hole diameter Din444444mmOverall stator length Stkout82132172mmStack length Stk50100140mmStator mass Msta0,931,712,4kgRotor mass Mrot0,380,761,06kg Insulation Class H-F Class H-F Class H-FProtection IP00IP00IP00Thermal data (winding independent)Thermal imp.assumed for cond.Cooling1)Rthc0,7670,5000,360K/W Thermal impedance,motor to cooling frame2)Rthw0,2500,1200,086K/W Thermal capacity Cth391718 1.008J/K Thermal time constant cond cooling1)Tc300359363sec Thermal time constant,water cooled2)Tw988687secLoss at Tnc L0c87174260WLoss at Tnw L0w290578977WCoolant flow,5C temp rise,35C inlet Cfl0,81,72,8lit/min Treshold of built-in PTC PTCt130130130oCElectrical data (winding dependent)Nominal speed(knee speed)5)wn628628628rad/sec Nominal power,water cooling,knee speed6)Pnw3,27,312kWBack E.M.F.between phases Ke0,580,580,58VsTorque constant Kt1,001,001,00Nm/Arms Temp.coeff.of E.M.F.and Kt dKe/dT-0,09-0,09-0,09%/oC Winding resistance,20oC Rw4,401,601,00Ohm Winding inductance Lw6,003,002,10mH Nominal current,zero speed1)In02,796,379,85Arms Nominal current,zero speed,2)In5,4012,5719,91Arms Maximum current3)Ipk23,6447,2866,20Arms Frequency fn500500500Hz Efficiency at rated power6)n0,920,930,92Definitions:1)Motor assembled in light alloy case with outer surface=500%of motor2)Water cooled motor,water inlet temperature=35C,copper temp,120C,3)Torque at which magnetic saturation prevents further overloading with any4)Knee torque corresponding to unlimited constant power operation5)Limit of constant torque operation with400Vac supplyTK 106Technical Data Summary TK 106Medium power medium tube motorsApplications:Direct drive lathesMultiaxis jointsSpeed up to10000rpm,50-500NmNo flux controlSymbol TK106-45-01TK106-90TK106-180-Units Reference data (winding independent)Nominal torque,S1,0speed,conduction+convection cooled IC4181)Tnc3,68,516,6Nmrms Nominal torque,S1,0speed,water cooled2)Tnw6,816,033,0Nmrms Peak torque,S610%1)Tpk102447Nmrms Maximum torque3)Tul3265110Nm Maximum structural speed Pn100010001000rad/sec Critical flux control torque4)Pf3470141NmMotor constant Tw0,911,492,18Nm/sqrt(W) Pole number PN121212Connection Y Y YPhysical data (winding independent)Rotor inertia Jm0,801,452,7mkgm2 Acceleration at maximum torque apk128071668417498rad/s2 Outer diameter Dout106106106mmRotor hole diameter Din656565mmOverall stator length Stkout83128218mmStack length Stk4590180mmStator mass Msta1,42,34,3kgRotor mass Mrot0,512kg Insulation Class H-F Class H-F Class H-FProtection IP00IP00IP00Thermal data (winding independent)Thermal imp.assumed for cond.Cooling1)Rthc0,8900,4470,250K/W Thermal impedance,motor to cooling frame2)Rthw0,2280,1100,057K/W Thermal capacity Cth588966 1.806J/K Thermal time constant cond cooling1)Tc523432452sec Thermal time constant,water cooled2)Tw134106103secLoss at Tnc L0c55111198WLoss at Tnw L0w197394789WCoolant flow,5C temp rise,35C inlet Cfl0,61,12,3lit/min Treshold of built-in PTC PTCt130130130oCElectrical data (winding dependent)Nominal speed(knee speed)5)wn538,57537,39537,15rad/sec Nominal power,water cooling,knee speed6)Pnw3,668,6017,73kWBack E.M.F.between phases Ke0,650,650,65VsTorque constant Kt1,131,131,13Nm/Arms Temp.coeff.of E.M.F.and Kt dKe/dT-0,09-0,09-0,09%/oC Winding resistance,20oC Rw2,300,860,40Ohm Winding inductance Lw4,102,001,00mH Nominal current,zero speed1)In03,207,5514,74Arms Nominal current,zero speed,2)In6,3614,9630,85Arms Maximum current3)Ipk35,5372,17122,13Arms Frequency fn515513513Hz Efficiency at rated power6)n0,950,960,96Definitions:1)Motor assembled in light alloy case with outer surface=500%of motor2)Water cooled motor,water inlet temperature=35C,copper temp,120C,3)Torque at which magnetic saturation prevents further overloading with any4)Knee torque corresponding to unlimited constant power operation5)Limit of constant torque operation with400Vac supplyTK 164Technical Data Summary TK 164High power medium speed spindle motorsApplications:Direct drive lathesSwiss type lathesSpeed up to5000rpm,40-200NmShort duty constant powerSymbol TK164-60-04TK164-110-03TK164-250-09Units Reference data (winding independent)Nominal torque,S1,0speed,conduction+convection cooled IC4181)Tnc1940106Nmrms Nominal torque,S1,0speed,water cooled2)Tnw3780209Nmrms Peak torque,S610%1)Tpk54114302Nmrms Maximum torque3)Tul93171389Nm Maximum structural speed Pn500500500rad/sec Critical flux control torque4)Pf86157366NmMotor constant Tw2,333,636,31Nm/sqrt(W) Pole number PN121212Connection Y Y YPhysical data (winding independent)Rotor inertia Jm4,307,3016mkgm2 Acceleration at maximum torque apk125761559518855rad/s2 Outer diameter Dout164164164mmRotor hole diameter Din969696mmOverall stator length Stkout102152292mmStack length Stk60110250mmStator mass Msta4,8817kgRotor mass Mrot1,32,45,5kg Insulation Class H-F Class H-F Class H-FProtection IP00IP00IP00Thermal data (winding independent)Thermal imp.assumed for cond.Cooling1)Rthc0,3900,2140,093K/W Thermal impedance,motor to cooling frame2)Rthw0,0920,0500,021K/W Thermal capacity Cth 2.016 3.3607.140J/K Thermal time constant cond cooling1)Tc786719664sec Thermal time constant,water cooled2)Tw185168150secLoss at Tnc L0c267491 1.120WLoss at Tnw L0w 1.030 1.880 4.380WCoolant flow,5C temp rise,35C inlet Cfl3,05,412,6lit/min Treshold of built-in PTC PTCt130130130oCElectrical data (winding dependent)Nominal speed(knee speed)5)wn173,29173,9952,40rad/sec Nominal power,water cooling,knee speed6)Pnw6,4113,9210,95kWBack E.M.F.between phases Ke1,801,765,13VsTorque constant Kt3,133,058,89Nm/Arms Temp.coeff.of E.M.F.and Kt dKe/dT-0,09-0,09-0,09%/oC Winding resistance,20oC Rw2,691,062,98Ohm Winding inductance Lw12,636,5824,00mH Nominal current,zero speed1)In06,0813,1211,92Arms Nominal current,zero speed,2)In12,4627,6224,74Arms Maximum current3)Ipk37,1970,1254,69Arms Frequency fn16616650Hz Efficiency at rated power6)n0,860,880,71Definitions:1)Motor assembled in light alloy case with outer surface=500%of2)Water cooled motor,water inlet temperature=35C,copper temp,1203)Torque at which magnetic saturation prevents further overloading4)Knee torque corresponding to unlimited constant power operation5)Limit of constant torque operation with400Vac supplyHigh power-speed spindle motorsApplications:High speed machining centresSpeed up to25,000rpm,30-100kWWater cooled constant power controllabilitySymbol TK170-60-0.6TK170-112-0.6Units Reference data (winding independent)Nominal torque,S1,0speed,conduction+convection cooled IC4181)Tnc1426Nmrms Nominal torque,S1,0speed,water cooled2)Tnw3263Nmrms Peak torque,S610%1)Tpk4074Nmrms Maximum torque3)Tul78117Nm Maximum structural speed Pn30003000rad/sec Critical flux control torque4)Pf67118NmMotor constant Tw1,742,70Nm/sqrt(W) Pole number PN44Connection Y YPhysical data (winding independent)Rotor inertia Jm58mkgm2 Acceleration at maximum torque apk76629135rad/s2 Outer diameter Dout170170mmRotor hole diameter Din6565mmOverall stator length Stkout145197mmStack length Stk60112mmStator mass Msta9,513,5kgRotor mass Mrot2,43,9kg Insulation Class H-F Class H-FProtection IP00IP00Thermal data (winding independent)Thermal imp.assumed for cond.Cooling1)Rthc0,3800,250K/W Thermal impedance,motor to cooling frame2)Rthw0,0670,040K/W Thermal capacity Cth 3.990 5.670J/K Thermal time constant cond cooling1)Tc 1.516 1.418sec Thermal time constant,water cooled2)Tw267227secLoss at Tnc L0c248378WLoss at Tnw L0w 1.250 2.096WCoolant flow,5C temp rise,35C inlet Cfl7,212,0lit/min Treshold of built-in PTC PTCt130130oCElectrical data (winding dependent)Nominal speed(knee speed)5)wn860842rad/sec Nominal power,water cooling,knee speed6)Pnw27,5253,05kWBack E.M.F.between phases Ke0,380,38VsTorque constant Kt0,650,65Nm/Arms Temp.coeff.of E.M.F.and Kt dKe/dT-0,09-0,09%/oC Winding resistance,20oC Rw0,210,09Ohm Winding inductance Lw2,101,20mH Nominal current,zero speed1)In021,5039,92Arms Nominal current,zero speed,2)In51,72101,83Arms Maximum current3)Ipk149,71224,57Arms Frequency fn274268Hz Efficiency at rated power6)n0,960,96Definitions:1)Motor assembled in light alloy case with outer surface=500%of motor2)Water cooled motor,water inlet temperature=35C,copper temp,120C,3)Torque at which magnetic saturation prevents further overloading with any4)Knee torque corresponding to unlimited constant power operation5)Limit of constant torque operation with400Vac supplyHigh power medium speed spindle motorsApplications:Direct drive lathesLarge milling spindlesSpeed up to5000rpm,50-500NmWater cooled constant power controllabilitySymbol TK240-60-04TK240-140-04TK240-240-04Units Reference data (winding independent)Nominal torque,S1,0speed,conduction+convection cooled IC4181)Tnc4196202Nmrms Nominal torque,S1,0speed,water cooled2)Tnw96226477Nmrms Peak torque,S610%1)Tpk117273575Nmrms Maximum torque3)Tul252505865Nm Maximum structural speed Pn100010001000rad/sec Critical flux control torque4)Pf172343573NmMotor constant Tw4,747,8610,97Nm/sqrt(W) Pole number PN161616Connection Y Y YPhysical data (winding independent)Rotor inertia Jm203760mkgm2 Acceleration at maximum torque apk583473849582rad/s2 Outer diameter Dout240240240mmRotor hole diameter Din150150150mmOverall stator length Stkout108178278mmStack length Stk70140240mmStator mass Msta122133kgRotor mass Mrot2,75,28,5kg Insulation Class H-F Class H-F Class H-FProtection IP00IP00IP00Thermal data (winding independent)Thermal imp.assumed for cond.Cooling1)Rthc0,2200,1130,067K/W Thermal impedance,motor to cooling frame2)Rthw0,0380,0190,011K/W Thermal capacity Cth 5.0408.82013.860J/K Thermal time constant cond cooling1)Tc 1.109997929sec Thermal time constant,water cooled2)Tw194168152secLoss at Tnc L0c290583 1.327WLoss at Tnw L0w 1.398 2.800 3.740WCoolant flow,5C temp rise,35C inlet Cfl4,08,010,7lit/min Treshold of built-in PTC PTCt130130130oCElectrical data (winding dependent)Nominal speed(knee speed)5)wn118,52113,80104,44rad/sec Nominal power,water cooling,knee speed6)Pnw11,3825,7249,82kWBack E.M.F.between phases Ke2,532,542,53VsTorque constant Kt4,384,404,39Nm/Arms Temp.coeff.of E.M.F.and Kt dKe/dT-0,09-0,09-0,09%/oC Winding resistance,20oC Rw1,280,470,24Ohm Winding inductance Lw9,304,702,80mH Nominal current,zero speed1)In09,3621,8246,04Arms Nominal current,zero speed,2)In23,0654,07114,45Arms Maximum current3)Ipk71,88143,49246,45Arms Frequency fn151145133Hz Efficiency at rated power6)n0,890,900,93Definitions:1)Motor assembled in light alloy case with outer surface=500%of motor2)Water cooled motor,water inlet temperature=35C,copper temp,1203)Torque at which magnetic saturation prevents further overloading with4)Knee torque corresponding to unlimited constant power operation5)Limit of constant torque operation with400Vac supplyTK 270Technical Data Summary TK 270Highpeak torque ring motorApplications:Direct drive rotary tablesIndexers for transfersWater cooled constant power controllabilitySymbol TK270-40-07TK270-80-08TK270-120-12Units Reference data (winding independent)Nominal torque,S1,0speed,conduction+convection cooled IC4181)Tnc43107170Nmrms Nominal torque,S1,0speed,water cooled2)Tnw95254382Nmrms Peak torque,S610%1)Tpk122305484Nmrms Maximum torque3)Tul188376565Nm Maximum structural speed Pn400200200rad/sec Critical flux control torque4)Pf142297427NmMotor constant Tw5,289,3512,01Nm/sqrt(W) Pole number PN242424Connection Y Y YPhysical data (winding independent)Rotor inertia Jm213853mkgm2 Acceleration at maximum torque apk582880149129rad/s2 Outer diameter Dout270270270mmRotor hole diameter Din180180180mmOverall stator length Stkout78118158mmStack length Stk4080120mmStator mass Msta8,816,322,8kgRotor mass Mrot1,93,65,2kg Insulation Class H-F Class H-F Class H-FProtection IP00IP00IP00Thermal data (winding independent)Thermal imp.assumed for cond.Cooling1)Rthc0,3600,1780,119K/W Thermal impedance,motor to cooling frame2)Rthw0,0660,0310,021K/W Thermal capacity Cth 3.696 6.8469.576J/K Thermal time constant cond cooling1)Tc 1.331 1.219 1.140sec Thermal time constant,water cooled2)Tw244212201secLoss at Tnc L0c246496740WLoss at Tnw L0w 1.200 2.570 3.740WCoolant flow,5C temp rise,35C inlet Cfl3,47,410,7lit/min Treshold of built-in PTC PTCt130130130oC Electrical data (winding dependent)Nominal speed(knee speed)5)wn66,3851,9334,17rad/sec Nominal power,water cooling,knee speed6)Pnw6,3113,1913,05kWBack E.M.F.between phases Ke4,214,927,16VsTorque constant Kt7,298,5312,40Nm/Arms Temp.coeff.of E.M.F.and Kt dKe/dT-0,09-0,09-0,09%/oC Winding resistance,20oC Rw2,871,251,60Ohm Winding inductance Lw20,7613,6120,00mH Nominal current,zero speed1)In05,8912,5513,71Arms Nominal current,zero speed,2)In13,7131,3632,42Arms Maximum current3)Ipk32,2155,1356,95Arms Frequency fn1279965Hz Efficiency at rated power6)n0,840,840,78 Definitions:1)Motor assembled in light alloy case with outer surface=500%of motor2)Water cooled motor,water inlet temperature=35C,copper temp,120C,3)Torque at which magnetic saturation prevents further overloading with any4)Knee torque corresponding to unlimited constant power operation5)Limit of constant torque operation with400Vac supplyTK 370Technical Data Summary TK 370Highpeak torque ring motorApplications:Direct drive rotary tablesIndexers for transfersWater cooled constant power controllabilitySymbol TK370-70-25TK370-140-35TK370-210-45Units Reference data (winding independent)Nominal torque,S1,0speed,conduction+convection cooled IC4181)Tnc195384673Nmrms Nominal torque,S1,0speed,water cooled2)Tnw5078611600Nmrms Peak torque,S610%1)Tpk55510931915Nmrms Maximum torque3)Tul69213842076Nm Maximum structural speed Pn200200200rad/sec Critical flux control torque4)Pf5389161621NmMotor constant Tw14,6420,7329,43Nm/sqrt(W) Pole number PN404040Connection Y Y YPhysical data (winding independent)Rotor inertia Jm111186311mkgm2 Acceleration at maximum torque apk500058766159rad/s2 Outer diameter Dout370370370mmRotor hole diameter Din280280280mmOverall stator length Stkout108178248mmStack length Stk70140210mmStator mass Msta203357kgRotor mass Mrot51015kg Insulation Class H-F Class H-F Class H-FProtection IP00IP00IP00Thermal data (winding independent)Thermal imp.assumed for cond.Cooling1)Rthc0,1400,0610,048K/W Thermal impedance,motor to cooling frame2)Rthw0,0170,0130,008K/W Thermal capacity Cth8.40013.86023.940J/K Thermal time constant cond cooling1)Tc 1.176845 1.149sec Thermal time constant,water cooled2)Tw143180192secLoss at Tnc L0c669 1.256 1.933WLoss at Tnw L0w 4.800 6.30010.975WCoolant flow,5C temp rise,35C inlet Cfl13,818,131,5lit/min Treshold of built-in PTC PTCt130130130oC Electrical data (winding dependent)Nominal speed(knee speed)5)wn14,6510,477,37rad/sec Nominal power,water cooling,knee speed6)Pnw7,439,0211,79kWBack E.M.F.between phases Ke14,8520,1026,40VsTorque constant Kt25,7234,8145,73Nm/Arms Temp.coeff.of E.M.F.and Kt dKe/dT-0,09-0,09-0,09%/oC Winding resistance,20oC Rw4,634,233,62Ohm Winding inductance Lw40,9644,1043,00mH Nominal current,zero speed1)In07,5811,0314,72Arms Nominal current,zero speed,2)In20,7526,0336,83Arms Maximum current3)Ipk33,6349,6956,75Arms Frequency fn473323Hz Efficiency at rated power6)n0,610,590,52 Definitions:1)Motor assembled in light alloy case with outer surface=500%of motor2)Water cooled motor,water inlet temperature=35C,copper temp,120C,3)Torque at which magnetic saturation prevents further overloading with any4)Knee torque corresponding to unlimited constant power operation5)Limit of constant torque operation with400Vac supplyTK 450Technical Data Summary TK 450Highpeak torque ring motor with spindle driveApplications:Direct drive rotary tablesIndexers for transfersWater cooled constant power controllabilitySymbol TK 450-60-40TK 450-120-40TK 450-240-40Units Reference data (winding independent)Nominal torque, S1,0 speed, conduction+convection cooledIC 418 1)Tnc2325301152Nmrms Nominal torque, S1, 0 speed, water cooled 2)Tnw58514073057Nmrms Peak torque, S6 10% 1)Tpk66015083279Nmrms Maximum torque 3)Tul100420084016Nm Maximum structural speed Pn200200200rad/sec Critical flux control torque 4)Pf61812272465NmMotor constant Tw12,6720,3731,37Nm/sqrt(W) Pole number PN484848 Connection Y Y YPhysical data (winding independent)Rotor inertia Jm170309586mkgm2 Acceleration at maximum torque apk388448825595rad/s2 Outer diameter Dout450450450mmRotor hole diameter Din340340340mm Overall stator length Stkout98158278mmStack length Stk60120240mm Stator mass Msta18,24889kgRotor mass Mrot5,2510,521kg Insulation Class H - F Class H - F Class H - F Protection IP 00IP 00IP 00Thermal data (winding independent)Thermal imp. assumed for cond. Cooling 1)Rthc0,1380,0610,036K/W Thermal impedance, motor to cooling frame 2)Rthw0,0190,0100,005K/W Thermal capacity Cth7.64420.16037.380J/K Thermal time constant cond cooling 1)Tc 1.055 1.230 1.346sec Thermal time constant, water cooled 2)Tw145198183secLoss at Tnc L0c506 1.012 2.024WLoss at Tnw L0w 3.5647.19314.250W Coolant flow, 5 C temp rise, 35 C inlet Cfl10,220,640,9lit/min Treshold of built-in PTC PTCt130130130oCElectrical data (winding dependent)Nominal speed (knee speed) 5)wn8,738,167,95rad/sec Nominal power, water cooling, knee speed 6)Pnw5,1111,4924,31kWBack E.M.F. between phases Ke24,2024,1524,20VsTorque constant Kt41,9241,8341,92Nm/Arms Temp.coeff. of E.M.F. and Kt dKe/dT-0,09-0,09-0,09%/oC Winding resistance, 20oC Rw7,302,811,19Ohm Winding inductance Lw79,0039,6019,80mH Nominal current, zero speed 1)In05,5312,6727,48Arms Nominal current, zero speed, 2)In14,6935,4176,77Arms Maximum current 3)Ipk29,9460,01119,76Arms Frequency fn333130Hz Efficiency at rated power 6)n0,590,610,63Definitions:1) Motor assembled in light alloy case with outer surface =500% of motor surface, ambient temp. 40 C, copper2) Water cooled motor, water inlet temperature = 35 C,copper temp, 120 C,3) Torque at which magnetic saturation prevents furtheroverloading with any duty factor4) Knee torque corresponding to unlimited constant power5) Limit of constant torque operation with 400 Vac supplyTK 570Technical Data Summary TK 570High peak torque ring motorApplications:Direct drive rotary tables with turning abilityIndexers for transfers, DD Capstan driveWater cooled constant power controllabilitySymbol TK 570-50-50TK 570-100-65TK570-200-65TK570-300-55Units Reference data (winding independent)Nominal torque, S1,0 speed, conduction+convection cooled IC 418 1)Tnc41975016002440Nmrms Nominal torque, S1, 0 speed, water cooled 2)Tnw988180037405670Nmrms Peak torque, S6 10% 1)Tpk1192213545546944Nmrms Maximum torque 3)Tul1450290058008700Nm Maximum structural speed Pn200200200200rad/sec Critical flux control torque 4)Pf1011217840506281NmMotor constant Tw20,1125,4638,2748,06Nm/sqrt(W) Pole number PN64646464 Connection Y Y Y YPhysical data (winding independent)Rotor inertia Jm42079014202050mkgm2 Acceleration at maximum torque apk2839270232073387rad/s2 Outer diameter Dout570570570570mmRotor hole diameter Din480480480480mm Overall stator length Stkout98148248348mmStack length Stk50100200300mm Stator mass Msta304584122kgRotor mass Mrot6112233kg Insulation Class H - F Class H - F Class H - F Class H - F Protection IP 00IP 00IP 00IP 00Thermal data (winding independent)Thermal imp. assumed for cond. Cooling 1)Rthc0,1170,0660,0330,022K/W Thermal impedance, motor to cooling frame 2)Rthw0,0210,0100,0060,004K/W Thermal capacity Cth12.60018.90035.28051.240J/K Thermal time constant cond cooling 1)Tc 1.474 1.247 1.164 1.127sec Thermal time constant, water cooled 2)Tw265189194190secLoss at Tnc L0c706 1.400 2.820 4.220WLoss at Tnw L0w 3.9338.10015.60022.800W Coolant flow, 5 C temp rise, 35 C inlet Cfl11,323,244,765,4lit/min Treshold of built-in PTC PTCt130130130130oCElectrical data (winding dependent)Nominal speed (knee speed) 5)wn7,555,605,867,00rad/sec Nominal power, water cooling, knee speed 6)Pnw7,4610,0721,9339,71kWBack E.M.F. between phases Ke29,0037,7136,0031,70VsTorque constant Kt50,2365,3262,3554,91Nm/Arms Temp.coeff. of E.M.F. and Kt dKe/dT-0,09-0,09-0,09-0,09%/oC Winding resistance, 20oC Rw4,164,391,770,87Ohm Winding inductance Lw52,0040,8220,0010,00mH Nominal current, zero speed 1)In08,3411,4825,6644,44Arms Nominal current, zero speed, 2)In20,7029,0163,14108,70Arms Maximum current 3)Ipk36,0855,49116,27198,07Arms Frequency fn38293036Hz Efficiency at rated power 6)n0,650,550,580,64Definitions:1) Motor assembled in light alloy case with outer surface = 500% ofmotor surface, ambient temp. 40 C, copper temperature 120 C2) Water cooled motor, water inlet temperature = 35 C, copper temp,120 C,3) Torque at which magnetic saturation prevents further overloadingwith any duty factor4) Knee torque corresponding to unlimited constant power operation5) Limit of constant torque operation with 400 Vac supplyTK 795Technical Data Summary TK 795Highpeak torque ring motorApplications:Direct drive rotary tables with turning/milling abilityRotary tables for glass formingWater cooled constant power controllabilityVertical lathesExtruders and forging pressesSymbol TK 795-140-70TK 795-330-80Units Reference data (winding independent)Nominal torque, S1,0 speed, conduction+convection cooled IC 418 1)Tnc36658231Nmrms Nominal torque, S1, 0 speed, water cooled 2)Tnw590014630Nmrms Peak torque, S6 10% 1)Tpk886221975Nmrms Maximum torque 3)Tul950025000Nm Maximum structural speed Pn100100rad/sec Motor constant Tw70,35122,94Nm/sqrt(W) Pole number PN6060 Connection Y YPhysical data (winding independent)Rotor inertia Jm33007600mkgm2 Acceleration at maximum torque apk26862892rad/s2 Outer diameter Dout795795mmDag690690mmRotor hole diameter Din660660mm Overall stator length Stkout200390mmStack length Stk140330mm Stator mass Msta119263kgRotor mass Mrot2663kg Insulation Class C-H Class C-H Protection IP 00IP 00Thermal data (winding independent)Thermal imp. assumed for cond. Cooling 1)Rthc0,0230,014K/W Thermal impedance, motor to cooling frame 2)Rthw0,0070,003K/W Thermal capacity Cth49.980110.460J/K Thermal time constant cond cooling 1)Tc 1.150 1.546sec Thermal time constant, water cooled 2)Tw335309secLoss at Tnc L0c 3.900 6.400WLoss at Tnw L0w12.05524.700W Coolant flow, 5 C temp rise, 35 C inlet Cfl34,670,8lit/min Treshold of built-in PTC PTCt130130oCElectrical data (winding dependent)Nominal speed (knee speed) 5)wn6,225,86rad/sec Nominal power, water cooling, knee speed 6)Pnw36,7185,80kWBack E.M.F. between phases Ke42,5046,00VsTorque constant Kt73,6179,67Nm/Arms Temp.coeff. of E.M.F. and Kt dKe/dT-0,09-0,09%/oC Winding resistance, 20oC Rw0,730,28Ohm Winding inductance Lw13,906,50mH Nominal current, zero speed 1)In049,79103,31Arms Nominal current, zero speed, 2)In84,37193,29Arms Maximum current 3)Ipk161,32392,22Arms Frequency fn3028Hz Efficiency at rated power 6)n0,750,78Definitions:1) Motor assembled in light alloy case with outer surface = 500% of motorsurface, ambient temp. 40 C, copper temperature 120 C2) Water cooled motor, water inlet temperature = 35 C, copper temp, 120 C,3) Torque at which magnetic saturation prevents further overloading with anyduty factor4) Knee torque corresponding to unlimited constant power operation5) Limit of constant torque operation with 400 Vac supplyHighpeak torque large ring motorApplications:Vertical lathes with milling ability, large rotary tablesIndexers for transfers and glass formingExtruders, bending and forging machinesDD generator for wind and mini hydro powerConstant power control 1:10 rangeSymbol TK 1150-250-110Units Reference data (winding independent)Nominal torque, S1,0 speed, conduction+convection cooled IC 418 1)Tnc16900Nmrms Nominal torque, S1, 0 speed, water cooled 2)Tnw26251Nmrms Peak torque, S6 10% 1)Tpk39431Nmrms Maximum torque 3)Tul45000Nm Maximum structural speed Pn80rad/sec Motor constant Tw225,85Nm/sqrt(W) Pole number PN72 Connection YPhysical data (winding independent)Rotor inertia Jm21000mkgm2 Acceleration at maximum torque apk1878rad/s2 Outer diameter Dout1150mmDag990mmRotor hole diameter Din920mm Overall stator length Stkout310mmStack length Stk250mm Stator mass Msta508kgRotor mass Mrot88kg Insulation Class C-H Protection IP 00Thermal data (winding independent)Thermal imp. assumed for cond. Cooling 1)Rthc0,011K/W Thermal impedance, motor to cooling frame 2)Rthw0,0035K/W Thermal capacity Cth213.360J/K Thermal time constant cond cooling 1)Tc 2.347sec Thermal time constant, water cooled 2)Tw747secLoss at Tnc L0c7.760WLoss at Tnw L0w20.100W Coolant flow, 5 C temp rise, 35 C inlet Cfl57,6lit/min Treshold of built-in PTC PTCt130oC Electrical data (winding dependent)Nominal speed (knee speed) 5)wn2,79rad/sec Nominal power, water cooling, knee speed 6)Pnw73,14kWBack E.M.F. between phases Ke83,90VsTorque constant Kt145,32Nm/Arms Temp.coeff. of E.M.F. and Kt dKe/dT-0,09%/oC Winding resistance, 20oC Rw0,28Ohm Winding inductance Lw14,70mH Nominal current, zero speed 1)In0116,30Arms Nominal current, zero speed, 2)In190,15Arms Maximum current 3)Ipk387,08Arms Frequency fn16Hz Efficiency at rated power 6)n0,78 Definitions:1) Motor assembled in light alloy case with outer surface = 500% ofmotor surface, ambient temp. 40 C, copper temperature 120 C2) Water cooled motor, water inlet temperature = 35 C, copper temp, 120C,3) Torque at which magnetic saturation prevents further overloading withany duty factor4) Knee torque corresponding to unlimited constant power operation5) Limit of constant torque operation with 400 Vac supplyHighpeak torque large ring motorApplications:Vertical lathes with milling ability, large rotary tablesIndexers for transfers and glass formingExtruders, bending and forging machinesDD generator for wind and mini hydro powerConstant power control 1:10 rangeSymbol TK 1900-160-300Units Reference data (winding independent)Nominal torque, S1,0 speed, conduction+convection cooled IC418 1)Tnc27000Nmrms Nominal torque, S1, 0 speed, water cooled 2)Tnw36000Nmrms Peak torque, S6 10% 1)Tpk54075Nmrms Maximum torque 3)Tul55000Nm Maximum structural speed Pn30rad/sec Motor constant Tw368,37Nm/sqrt(W) Pole number PN84 Connection YPhysical data (winding independent)Rotor inertia Jm88000mkgm2 Acceleration at maximum torque apk614rad/s2 Outer diameter Dout1900mmDag1740mmRotor hole diameter Din1650mm Overall stator length Stkout230mmStack length Stk160mm Stator mass Msta463kgRotor mass Mrot116kg Insulation Class C-H Protection IP 00Thermal data (winding independent)Thermal imp. assumed for cond. Cooling 1)Rthc0,011K/W Thermal impedance, motor to cooling frame 2)Rthw0,0057K/W Thermal capacity Cth194.460J/K Thermal time constant cond cooling 1)Tc 2.139sec Thermal time constant, water cooled 2)Tw 1.108secLoss at Tnc L0c7.800WLoss at Tnw L0w15.700W Coolant flow, 5 C temp rise, 35 C inlet Cfl45,0lit/min Treshold of built-in PTC PTCt130oC Electrical data (winding dependent)Nominal speed (knee speed) 5)wn2,51rad/sec Nominal power, water cooling, knee speed 6)Pnw90,27kWBack E.M.F. between phases Ke113,00VsTorque constant Kt195,72Nm/Arms Temp.coeff. of E.M.F. and Kt dKe/dT-0,09%/oC Winding resistance, 20oC Rw0,19Ohm Winding inductance Lw11,00mH Nominal current, zero speed 1)In0137,95Arms Nominal current, zero speed, 2)In193,62Arms Maximum current 3)Ipk351,26Arms Frequency fn17Hz Efficiency at rated power 6)n0,85 Definitions:1) Motor assembled in light alloy case with outer surface =500% of motor surface, ambient temp. 40 C, copper2) Water cooled motor, water inlet temperature = 35 C, coppertemp, 120 C,3) Torque at which magnetic saturation prevents furtheroverloading with any duty factor4) Knee torque corresponding to unlimited constant power5) Limit of constant torque operation with 400 Vac supply。