Steel Lamina Coupling

RLAT Diaphragm Coupling

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RLAT Diaphragm Coupling

Extra-long Wheelbase

Adopting an intermediate shaft design, suitable for ultra long shaft spacing power transmission applications.

RLAT Diaphragm Coupling
ModelDAD1D2D3d1(max)L1LTLS
Design calculation according to
457.2(18")
Maximum Allowable SpeedNominal TorqueMaximum Instantaneous Torque
(mm)(mm)(mm)(mm)(mm)(mm)(mm)(mm)n max(r/min)T(N.m)Tmax(N.m)
RLAT95-61328495566070=LS-46Provide data according to design requirements2890010001300
RLAT125-6158105125727590=LS-552420023003000
RLAT145-61821331458795110=LS-652100040005000
RLAT175-6220161175109115135=LS-771740067008500
RLAT205-6249189205125135150=LS-83153001050013000
RLAT220-6266210220140150175=LS-95144001450018500
RLAT250-6295231250162165200=LS-112129002100027000
RLAT270-6328252270171180210=LS-119116002650035000
RLAT295-6355280295187200230=LS-131108003500045500
RLAT320-6382301320201215250=LS-138100004100052000
ModelMass Point
G
Angular DeviationMaximum axial deviationL2Intermediate Mass
m
Intermediate moment of inertiaIntermediate torsional stiffnessWeight
M
Torsional StiffnessRotational InertiaTotal Mass
(KG)
(mm)(±△º)(Max±△mm)(mm)10-3kg/mmJs10-6(Kg.m²/mm)Ct-106(Nm.mm/rad)(Kg)Ct-106(N.m/rad)J(Kg.m²)
RLAT95-6660.351.6-3.922.7628.28.40.050.014(3.92/1000)*(Ls-457.2)+8.4
RLAT125-6812-5.916.9570.914.40.1180.036(5.91/1000)*(Ls-457.2)+14.4
RLAT145-693.52.4-8.1914.114423.60.2290.084(8.19/1000)*(Ls-457.2)+23.6
RLAT175-61113-11.631.732340.120.4680.216(11.6/1000)*(Ls-457.2)+40.12
RLAT205-6121.53.8-16.258591590.8060.416(16.2/1000)*(Ls-457.2)+59
RLAT220-61374-19.889.290979.21.170.671(19.8/1000)*(Ls-457.2)+79.2
RLAT250-6155.54.6-23.114114331071.761.13(23.1/1000)*(Ls-457.2)+107
RLAT270-61665-28.319119441402.341.789(28.3/1000)*(Ls-457.2)+140
RLAT295-61795.6-35.328328891823.252.8(35.3/1000)*(Ls-457.2)+182
RLAT320-6191.55.8-38.135536202244.094.01(38.1/1000)*(Ls-457.2)+224
ModelDD1D2D3d1(max)L1LTLS
Design calculation according to
457.2(18")
Maximum Allowable SpeedNominal TorqueMaximum Instantaneous Torque
(mm)(mm)(mm)(mm)(mm)(mm)(mm)(mm)n max(r/min)T(N.m)Tmax(N.m)
RLAT145-81821331458795110=LS-65Provide data according to design requirements2100057007400
RLAT175-8220161175109115135=LS-7717400960012300
RLAT205-8249189205125135150=LS-83153001500019000
RLAT220-8266210220140150175=LS-95144002000026500
RLAT250-8295231250162165200=LS-112129002920038200
RLAT270-8328252270171180210=LS-119116003810049000
RLAT295-8355280295187200230=LS-131108004950064000
RLAT320-8382301320201215250=LS-138100005900077000
RLAT350-8410322350218230270=LS-148930081000105000
RLAT390-8462364390248260310=LS-1698300115000150000
RLAT435-8510413435280295340=LS-1917500168500220000
RLAT498-8580469498324335390=LS-2136600250000320000
RLAT545-8625511545355365425=LS-2336100330000420000
RLAT595-8680553595387395460=LS-2485600410000540000
ModelMass Point
G
Angular DeviationMaximum axial deviationL2Intermediate Mass
m
Intermediate moment of inertiaIntermediate torsional stiffnessWeight
M
Torsional StiffnessRotational InertiaTotal Mass
(KG)
(mm)(±△º)(Max±△mm)(mm)10-3kg/mmJs10-6(Kg.m²/mm)Ct-106(Nm.mm/rad)(Kg)Ct-106(N.m/rad)J(Kg.m²)
RLAT145-8940.251.6-8.1914.114423.90.2730.085(8.19/1000)*(LS-457.2)+23.9
RLAT175-8111.51.8-11.631.732340.50.5780.216(11.6/1000)*(LS-457.2)+40.5
RLAT205-81222.4-16.25859159.41.0190.42(16.2/1000)*(LS-457.2)+59.4
RLAT220-81382.6-19.889.2909801.510.678(19.8/1000)*(LS-457.2)+80
RLAT250-8156.53-23.114114331082.331.14(23.1/1000)*(LS-457.2)+108
RLAT270-8166.53.2-28.319119441413.121.8(28.3/1000)*(LS-457.2)+141
RLAT295-81802.6-36.328328891844.442.83(36.3/1000)*(LS-457.2)+184
RLAT320-81933.8-38.136536202275.614.06(38.1/1000)*(LS-457.2)+227
RLAT350-8693.8-48.853254222837.985.82(48.8/1000)*(LS-457.2)+283
RLAT390-878.54.4-58.7833848540612.210.7(58.7/1000)*(LS-457.2)+406
RLAT435-8885-79.314271454256619.718.9(79.3/1000)*(LS-457.2)+566
RLAT498-8995.8-99.72415246138283236(99.7/1000)*(LS-457.2)+828
RLAT545-81096.4-122353636032105543.754.2(122/1000)*(LS-457.2)+1055
RLAT595-8116.57.2-138476948597133158.580.5(138/1000)*(LS-457.2)+1331
ModelDD1D2D3d1(max)L1LTLS
Design calculation according to
457.2(18")
Maximum Allowable SpeedNominal TorqueMaximum Instantaneous Torque
(mm)(mm)(mm)(mm)(mm)(mm)(mm)(mm)n max(r/min)T(N.m)Tmax(N.m)
RLAT220-10266210220140150175=LS-95Provide data according to design requirements144002680034800
RLAT250-10295231250162165200=LS-112129003830049800
RLAT270-10328252270171180210=LS-119116004940064200
RLAT295-10355280295187200230=LS-131108006400083200
RLAT320-10382301320201215250=LS-138100007650099500
RLAT350-10410322350218230270=LS-1489300105100136600
RLAT390-10462364390248260310=LS-1698300151800197300
RLAT435-10510413435280295340=LS-1917500219600285500
RLAT498-10580469498324335390=LS-2136600321800422200
RLAT545-10625511545355365425=LS-2336100430000559000
RLAT595-10680553595387395460=LS-2485600535000695500
ModelMass Point
G
Angular DeviationMaximum axial deviationL2Intermediate Mass
m
Intermediate moment of inertiaIntermediate torsional stiffnessWeight
M
Torsional StiffnessRotational InertiaTotal Mass
(KG)
(mm)(±△º)(Max±△mm)(mm)10-3kg/mmJs10-6(Kg.m²/mm)Cts-106(Nm.mm/rad)(Kg)Ct-106(N.m/rad)J(Kg.m²)
RLAT220-101390.151.6-19.889.290980.61.310.648(19.8/1000)*(LS-457.2)+80.6
RLAT250-10157.52-23.114114331092.021.15(23.1/1000)*(LS-457.2)+109
RLAT270-10167.52.1-28.319119441422.731.82(28.3/1000)*(LS-457.2)+142
RLAT295-101912.4-35.528328891863.772.86(35.5/1000)*(LS-457.2)+186
RLAT320-101942.4-38.135336202294.714.11(38.1/1000)*(LS-457.2)+229
RLAT350-102112.4-48.853254222866.785.88(48.8/1000)*(LS-457.2)+286
RLAT390-102392.8-58.7833848540910.210.8(58.7/1000)*(LS-457.2)+409
RLAT435-102623.2-79.314271454257215.819.1(79.3/1000)*(LS-457.2)+572
RLAT498-10297.53.8-99.724152461383624.736.4(99.7/1000)*(LS-457.2)+836
RLAT545-103224-122353636032106533.854.7(122/1000)*(LS-457.2)+1065
RLAT595-10346.54.6-138476948597134243.581.2(138/1000)*(LS-457.2)+1342
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