Type Eccentric Coupling

Product Features

Eccentric Couplings offer great flexibility in shaft displacement while maintaining undisturbed power transmission at constant angular velocity.
The Eccentric Couplings provide a smooth flow of power for maximum product quality. And, unlike universal joints, there is no performance loss by increasing shaft offset.

Eccentric coupling transmits constant angular velocity and torque in a wide range of parallel shaft misalignments. Imposes no side loads on shafts or bearings and eliminates radial shaft vibrations. No performance loss of increasing offset. In parallel with eccentric coupling conditions do not affect the speed and torque transfer, it provides large floor space savings because of its compact design

Wide range of parallel shaft displacement without side loads

Constant transmission of torque and angular velocity

Low and Ultra low backlash models available

Elimination of radial vibration

No performance loss by increasing shaft displacement

Product Details

Parameter Details
Structure Drawing

Specifications of Eccentric coupling
Model	Link Number	Radial max displacement		Starting torque N.m	Normal torque N.m	Max speed	Dimensions (mm)							The radial load	Coupling sells radius	Weight	Rotary inertia
Model	Link Number	2S*0.95	Linear	Starting torque N.m	Normal torque N.m	Max speed	D	B	S	Z(H7)	G	M	K	N	R	Kg	kg.m²
MEC 70-1	3X2	68	65	137	49	3000	70	74	36	25	48	M10	10	3870	0.024	1.3	9.03X10^-4
MEC 92-1	3X2	133	128	196	68	2500	92	74	70	45	70	M10	10	3870	0.035	1.9	2.69X10^-3
MEC 120-1	3X2	171	165	600	196	2000	120	101	90	50	90	M12	15	8920	0.045	4.9	1.15X10^-2
MEC 140-1	3X2	171	165	1060	350	1800	140	134	90	55	100	M16	22	14120	0.050	10.4	2.80X10^-2
MEC 160-1	3X2	190	180	1850	640	1500	160	155	100	60	115	M16	25	21570	0.057	15.7	5.80X10^-2
MEC 200-1	3X2	171	165	3470	1180	1000	200	196	90	80	150	M20	30	30890	0.075	27.0	1.61X10^-1