RLAT Diaphragm Coupling

Extra-long Wheelbase

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

Model	DA	D1	D2	D3	d1(max)	L1	LT	LS Design calculation according to 457.2(18")	Maximum Allowable Speed	Nominal Torque	Maximum Instantaneous Torque
Model	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	n max(r/min)	T(N.m)	Tmax(N.m)
RLAT95-6	132	84	95	56	60	70	=LS-46	Provide data according to design requirements	28900	1000	1300
RLAT125-6	158	105	125	72	75	90	=LS-55		24200	2300	3000
RLAT145-6	182	133	145	87	95	110	=LS-65		21000	4000	5000
RLAT175-6	220	161	175	109	115	135	=LS-77		17400	6700	8500
RLAT205-6	249	189	205	125	135	150	=LS-83		15300	10500	13000
RLAT220-6	266	210	220	140	150	175	=LS-95		14400	14500	18500
RLAT250-6	295	231	250	162	165	200	=LS-112		12900	21000	27000
RLAT270-6	328	252	270	171	180	210	=LS-119		11600	26500	35000
RLAT295-6	355	280	295	187	200	230	=LS-131		10800	35000	45500
RLAT320-6	382	301	320	201	215	250	=LS-138		10000	41000	52000
Model	Mass Point G	Angular Deviation	Maximum axial deviation	L2	Intermediate Mass m	Intermediate moment of inertia	Intermediate torsional stiffness	Weight M	Torsional Stiffness	Rotational Inertia	Total Mass (KG)
Model	(mm)	(±△o)	(Max±△mm)	(mm)	10-3kg/mm	Js10-6(Kg.m2/mm)	Ct-106(Nm.mm/rad)	(Kg)	Ct-106(N.m/rad)	J(Kg.m2)	Total Mass (KG)
RLAT95-6	66	0.35	1.6	-	3.92	2.76	28.2	8.4	0.05	0.014	(3.92/1000)*(Ls-457.2)+8.4
RLAT125-6	81		2	-	5.91	6.95	70.9	14.4	0.118	0.036	(5.91/1000)*(Ls-457.2)+14.4
RLAT145-6	93.5		2.4	-	8.19	14.1	144	23.6	0.229	0.084	(8.19/1000)*(Ls-457.2)+23.6
RLAT175-6	111		3	-	11.6	31.7	323	40.12	0.468	0.216	(11.6/1000)*(Ls-457.2)+40.12
RLAT205-6	121.5		3.8	-	16.2	58	591	59	0.806	0.416	(16.2/1000)*(Ls-457.2)+59
RLAT220-6	137		4	-	19.8	89.2	909	79.2	1.17	0.671	(19.8/1000)*(Ls-457.2)+79.2
RLAT250-6	155.5		4.6	-	23.1	141	1433	107	1.76	1.13	(23.1/1000)*(Ls-457.2)+107
RLAT270-6	166		5	-	28.3	191	1944	140	2.34	1.789	(28.3/1000)*(Ls-457.2)+140
RLAT295-6	179		5.6	-	35.3	283	2889	182	3.25	2.8	(35.3/1000)*(Ls-457.2)+182
RLAT320-6	191.5		5.8	-	38.1	355	3620	224	4.09	4.01	(38.1/1000)*(Ls-457.2)+224

Model	D	D1	D2	D3	d1(max)	L1	LT	LS Design calculation according to 457.2(18")	Maximum Allowable Speed	Nominal Torque	Maximum Instantaneous Torque
Model	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	n max(r/min)	T(N.m)	Tmax(N.m)
RLAT145-8	182	133	145	87	95	110	=LS-65	Provide data according to design requirements	21000	5700	7400
RLAT175-8	220	161	175	109	115	135	=LS-77		17400	9600	12300
RLAT205-8	249	189	205	125	135	150	=LS-83		15300	15000	19000
RLAT220-8	266	210	220	140	150	175	=LS-95		14400	20000	26500
RLAT250-8	295	231	250	162	165	200	=LS-112		12900	29200	38200
RLAT270-8	328	252	270	171	180	210	=LS-119		11600	38100	49000
RLAT295-8	355	280	295	187	200	230	=LS-131		10800	49500	64000
RLAT320-8	382	301	320	201	215	250	=LS-138		10000	59000	77000
RLAT350-8	410	322	350	218	230	270	=LS-148		9300	81000	105000
RLAT390-8	462	364	390	248	260	310	=LS-169		8300	115000	150000
RLAT435-8	510	413	435	280	295	340	=LS-191		7500	168500	220000
RLAT498-8	580	469	498	324	335	390	=LS-213		6600	250000	320000
RLAT545-8	625	511	545	355	365	425	=LS-233		6100	330000	420000
RLAT595-8	680	553	595	387	395	460	=LS-248		5600	410000	540000
Model	Mass Point G	Angular Deviation	Maximum axial deviation	L2	Intermediate Mass m	Intermediate moment of inertia	Intermediate torsional stiffness	Weight M	Torsional Stiffness	Rotational Inertia	Total Mass (KG)
Model	(mm)	(±△o)	(Max±△mm)	(mm)	10-3kg/mm	Js10-6(Kg.m2/mm)	Ct-106(Nm.mm/rad)	(Kg)	Ct-106(N.m/rad)	J(Kg.m2)	Total Mass (KG)
RLAT145-8	94	0.25	1.6	-	8.19	14.1	144	23.9	0.273	0.085	(8.19/1000)*(LS-457.2)+23.9
RLAT175-8	111.5		1.8	-	11.6	31.7	323	40.5	0.578	0.216	(11.6/1000)*(LS-457.2)+40.5
RLAT205-8	122		2.4	-	16.2	58	591	59.4	1.019	0.42	(16.2/1000)*(LS-457.2)+59.4
RLAT220-8	138		2.6	-	19.8	89.2	909	80	1.51	0.678	(19.8/1000)*(LS-457.2)+80
RLAT250-8	156.5		3	-	23.1	141	1433	108	2.33	1.14	(23.1/1000)*(LS-457.2)+108
RLAT270-8	166.5		3.2	-	28.3	191	1944	141	3.12	1.8	(28.3/1000)*(LS-457.2)+141
RLAT295-8	180		2.6	-	36.3	283	2889	184	4.44	2.83	(36.3/1000)*(LS-457.2)+184
RLAT320-8	193		3.8	-	38.1	365	3620	227	5.61	4.06	(38.1/1000)*(LS-457.2)+227
RLAT350-8	69		3.8	-	48.8	532	5422	283	7.98	5.82	(48.8/1000)*(LS-457.2)+283
RLAT390-8	78.5		4.4	-	58.7	833	8485	406	12.2	10.7	(58.7/1000)*(LS-457.2)+406
RLAT435-8	88		5	-	79.3	1427	14542	566	19.7	18.9	(79.3/1000)*(LS-457.2)+566
RLAT498-8	99		5.8	-	99.7	2415	24613	828	32	36	(99.7/1000)*(LS-457.2)+828
RLAT545-8	109		6.4	-	122	3536	36032	1055	43.7	54.2	(122/1000)*(LS-457.2)+1055
RLAT595-8	116.5		7.2	-	138	4769	48597	1331	58.5	80.5	(138/1000)*(LS-457.2)+1331

Model	D	D1	D2	D3	d1(max)	L1	LT	LS Design calculation according to 457.2(18")	Maximum Allowable Speed	Nominal Torque	Maximum Instantaneous Torque
Model	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	(mm)	n max(r/min)	T(N.m)	Tmax(N.m)
RLAT220-10	266	210	220	140	150	175	=LS-95	Provide data according to design requirements	14400	26800	34800
RLAT250-10	295	231	250	162	165	200	=LS-112		12900	38300	49800
RLAT270-10	328	252	270	171	180	210	=LS-119		11600	49400	64200
RLAT295-10	355	280	295	187	200	230	=LS-131		10800	64000	83200
RLAT320-10	382	301	320	201	215	250	=LS-138		10000	76500	99500
RLAT350-10	410	322	350	218	230	270	=LS-148		9300	105100	136600
RLAT390-10	462	364	390	248	260	310	=LS-169		8300	151800	197300
RLAT435-10	510	413	435	280	295	340	=LS-191		7500	219600	285500
RLAT498-10	580	469	498	324	335	390	=LS-213		6600	321800	422200
RLAT545-10	625	511	545	355	365	425	=LS-233		6100	430000	559000
RLAT595-10	680	553	595	387	395	460	=LS-248		5600	535000	695500
Model	Mass Point G	Angular Deviation	Maximum axial deviation	L2	Intermediate Mass m	Intermediate moment of inertia	Intermediate torsional stiffness	Weight M	Torsional Stiffness	Rotational Inertia	Total Mass (KG)
Model	(mm)	(±△o)	(Max±△mm)	(mm)	10-3kg/mm	Js10-6(Kg.m2/mm)	Cts-106(Nm.mm/rad)	(Kg)	Ct-106(N.m/rad)	J(Kg.m2)	Total Mass (KG)
RLAT220-10	139	0.15	1.6	-	19.8	89.2	909	80.6	1.31	0.648	(19.8/1000)*(LS-457.2)+80.6
RLAT250-10	157.5		2	-	23.1	141	1433	109	2.02	1.15	(23.1/1000)*(LS-457.2)+109
RLAT270-10	167.5		2.1	-	28.3	191	1944	142	2.73	1.82	(28.3/1000)*(LS-457.2)+142
RLAT295-10	191		2.4	-	35.5	283	2889	186	3.77	2.86	(35.5/1000)*(LS-457.2)+186
RLAT320-10	194		2.4	-	38.1	353	3620	229	4.71	4.11	(38.1/1000)*(LS-457.2)+229
RLAT350-10	211		2.4	-	48.8	532	5422	286	6.78	5.88	(48.8/1000)*(LS-457.2)+286
RLAT390-10	239		2.8	-	58.7	833	8485	409	10.2	10.8	(58.7/1000)*(LS-457.2)+409
RLAT435-10	262		3.2	-	79.3	1427	14542	572	15.8	19.1	(79.3/1000)*(LS-457.2)+572
RLAT498-10	297.5		3.8	-	99.7	2415	24613	836	24.7	36.4	(99.7/1000)*(LS-457.2)+836
RLAT545-10	322		4	-	122	3536	36032	1065	33.8	54.7	(122/1000)*(LS-457.2)+1065
RLAT595-10	346.5		4.6	-	138	4769	48597	1342	43.5	81.2	(138/1000)*(LS-457.2)+1342

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Steel Lamina Coupling

RLAT Diaphragm Coupling

RLAT Diaphragm Coupling