RLHD Diaphragm Coupling

High Speed

Suitable for higher speed applications, it also adopts a flexible component integrated assembly design, with a maximum speed of up to 42000rpm.

Model	D	D1	D2	D3	d(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)
RLHD95-6	95	49	94	61	35	35	=LS+2*24	Provide data according to design requirements	40000	1000	1300
RLHD125-6	125	63	112	79	45	45	=LS+2*35		31500	2300	3000
RLHD145-6	145	77	133	90	55	55	=LS+2*45		26500	4000	5000
RLHD175-6	175	98	155	112	70	70	=LS+2*63		22000	6700	8500
RLHD205-6	205	112	170	127	80	80	=LS+2*77		19000	10500	13000
RLHD220-6	220	126	200	145	90	95	=LS+2*95		17300	14500	18500
RLHD250-6	250	147	220	165	105	105	=LS+2*98		15300	21000	27000
RLHD270-6	270	154	238	182	110	115	=LS+2*111		14200	26500	35000
RLHD295-6	295	168	256	200	120	125	=LS+2*119		12800	35000	45500
RLHD320-6	320	182	278	210	130	135	=LS+2*132		12000	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)
RLHD95-6	21.5	0.35	1.6	78	3.65	3.09	31.5	4.9	0.048	0.006	(3.65/1000)*(Ls-457.2)+4.9
RLHD125-6	25.5		2	87	5.6	8.13	82.6	8.4	0.11	0.016	(5.6/1000)*(Ls-457.2)+8.4
RLHD145-6	30		2.4	105	8.38	15.7	160	13.7	0.201	0.0365	(8.38/1000)*(Ls-457.2)+13.7
RLHD175-6	35.5		3	118	11	31.1	317	21	0.378	0.0812	(11/1000)*(Ls-457.2)+21
RLHD205-6	38.5		3.8	125	15.5	56.1	571	30.4	0.623	0.1535	(15.5/1000)*(Ls-457.2)+30.4
RLHD220-6	44.5		4	142	17.5	84.7	863	42.7	0.896	0.2692	(17.5/1000)*(Ls-457.2)+42.7
RLHD250-6	51.5		4.6	160	22	138	1404	57.5	1.354	0.4711	(22/1000)*(Ls-457.2)+57.5
RLHD270-6	55		5	179	26	202	2058	72.8	1.79	0.6935	(26/1000)*(Ls-457.2)+72.8
RLHD295-6	60.5		5.6	190	31	297	2962	93	2.43	1.0568	(31/1000)*(Ls-457.2)+93
RLHD320-6	64		5.8	200	35.5	361	3684	114	3.02	1.5153	(35.5/1000)*(Ls-457.2)+114

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)
RLHD145-8	145	77	133	90	55	55	=LS+2*45	Provide data according to design requirements	26300	5700	7400
RLHD175-8	175	98	155	112	70	70	=LS+2*63		22000	9600	12300
RLHD205-8	205	112	170	127	80	80	=LS+2*77		18500	15000	19000
RLHD220-8	220	126	200	145	90	95	=LS+2*95		17200	20000	26500
RLHD250-8	250	147	220	165	105	105	=LS+2*98		15300	29200	38200
RLHD270-8	270	154	238	182	110	115	=LS+2*111		14200	38100	49000
RLHD295-8	295	168	256	200	120	125	=LS+2*119		12500	49500	64000
RLHD320-8	320	182	278	210	130	135	=LS+2*132		12000	59000	77000
RLHD350-8	350	196	308	235	140	145	=LS+2*142		11000	81000	105000
RLHD390-8	390	224	335	260	160	165	=LS+2*161		9800	115000	150000
RLHD435-8	435	252	370	295	180	185	=LS+2*179		8750	168500	220000
RLHD498-8	498	294	415	335	210	215	=LS+2*217		7500	250000	320000
RLHD545-8	545	322	464	370	230	240	=LS+2*247		7000	330000	420000
RLHD595-8	680	350	494	400	250	260	=LS+2*272		6450	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)
RLHD145-8	30	0.25	1.6	105	8.38	15.7	160	14	0.248	0.037	(8.38/1000)*(LS-457.2)+14
RLHD175-8	35.5		1.8	118	11	31.1	317	21.5	0.472	0.083	(11/1000)*(LS-457.2)+21.5
RLHD205-8	38.5		2.4	125	15.5	56.1	571	31.1	0.792	0.159	(15.5/1000)*(LS-457.2)+31.3
RLHD220-8	45		2.6	142	17.5	84.7	863	43.6	0.16	0.2797	(17.5/1000)*(LS-457.2)+43.6
RLHD250-8	52		3	160	22	138	1404	58.7	1.77	0.4825	(22/1000)*(LS-457.2)+58.7
RLHD270-8	55.5		3.2	179	26	202	2058	74	2.38	1.706	(26/1000)*(LS-457.2)+74
RLHD295-8	60.5		2.6	190	31	297	2962	94.8	3.28	1.0912	(31/1000)*(LS-457.2)+94.8
RLHD320-8	64		3.8	200	35.5	361	3684	117	4.08	1.56	(35.5/1000)*(LS-457.2)+117
RLHD350-8	69		3.8	215	45	578	5887	149	5.83	2.36	(45/1000)*(LS-457.2)+149
RLHD390-8	78.5		4.4	240	59	922	9396	208	8.73	4.125	(59/1000)*(LS-457.2)+208
RLHD435-8	88		5	277	74	1493	15213	290	13.4	7.301	(74/1000)*(LS-457.2)+290
RLHD498-8	99		5.8	312	97	2497	25443	420	20.8	13.912	(97/1000)*(LS-457.2)+420
RLHD545-8	109		6.4	337	120	3777	38487	559	28.3	22.01	(120/1000)*(LS-457.2)+559
RLHD595-8	116.5		7.2	357	135	4971	50657	690	36.3	32.215	(135/1000)*(LS-457.2)+690


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)
RLHD220-10	220	126	200	145	90	95	=LS+2*95	Provide data according to design requirements	17200	20000	26500
RLHD250-10	250	147	220	165	105	105	=LS+2*98		15300	29200	38200
RLHD270-10	270	154	238	182	110	115	=LS+2*111		14200	38100	49000
RLHD295-10	295	168	256	200	120	125	=LS+2*119		12500	49500	64000
RLHD320-10	320	182	278	210	130	135	=LS+2*132		12000	59000	77000
RLHD350-10	350	196	308	235	140	145	=LS+2*142		11000	81000	105000
RLHD390-10	390	224	335	260	160	165	=LS+2*161		9800	115000	150000
RLHD435-10	435	252	370	295	180	185	=LS+2*179		8750	168500	220000
RLHD498-10	498	294	415	335	210	215	=LS+2*217		7500	250000	320000
RLHD545-10	545	322	464	370	230	240	=LS+2*247		7000	330000	420000
RLHD595-10	680	350	494	400	250	260	=LS+2*272		6450	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)	Cts-106(Nm.mm/rad)	(Kg)	Ct-106(N.m/rad)	J(Kg.m2)	Total Mass (KG)
RLHD220-10	45	0.15	1.6	142	17.5	84.7	863	45	1.31	0.248	(17.5/1000)*(LS-457.2)+45
RLHD250-10	52		2	160	22	138	1404	60	2.02	0.493	(22/1000)*(LS-457.2)+60
RLHD270-10	55.5		2.1	179	26	202	2058	78	2.73	0.721	(26/1000)*(LS-457.2)+78
RLHD295-10	60.5		2.4	190	31	297	2962	97	3.77	1.123	(31/1000)*(LS-457.2)+97
RLHD320-10	64		2.4	200	35.5	361	3684	125	4.71	1.615	(35.5/1000)*(LS-457.2)+125
RLHD350-10	69		2.4	215	45	578	5887	155	6.78	2.425	(45/1000)*(LS-457.2)+155
RLHD390-10	78.5		2.8	240	59	922	9396	215	10.2	4.239	(59/1000)*(LS-457.2)+215
RLHD435-10	88		3.2	277	74	1493	15213	305	15.8	7.463	(74/1000)*(LS-457.2)+305
RLHD498-10	99		3.8	312	97	2497	25443	435	24.7	14.223	(97/1000)*(LS-457.2)+435
RLHD545-10	109		4	337	120	3777	38487	578	33.8	22.543	(120/1000)*(LS-457.2)+578
RLHD595-10	116.5		4.6	357	135	4971	50657	710	43.5	32.915	(135/1000)*(LS-457.2)+710

Back

欧美MV日韩MV国产网站,久久女同互慰一区二区三区,你懂在线,国产欧美一区二区三区日本久久久

Steel Lamina Coupling

RLHD Diaphragm Coupling

RLHD Diaphragm Coupling