Spilne Type Rotex Coupling With Jaw Spider

Product Overview

Description

This is Jaw flexible coupling/flexible coupling

 Feature:

1  FL jaw flexible coupling:

a)  Applicable to all types of machinery and hydraulics

b)  Small volume and large transmitted torque

c)  To be plugged in axially, easy assembly, maintenance-free

d)  Balancing axial, radial and angular misalignment

e)  Dimensions of bore d,d1 available on customers requests

f)   Applicable from -40 to +100°, temperature peaks up to 120°

A jaw coupling is a type of general purpose power transmission coupling that also can be used in motion control (servo) applications. It is designed to transmit torque (by connecting two shafts) while damping system vibrations and accommodating misalignment, which protects other components from damage. Jaw couplings are composed of three parts: two metallic hubs and an elastomer insert called an element, but commonly referred to as a "spider". The three parts press fit together with a jaw from each hub fitted alternately with the lobes of the spider. Jaw coupling torque is transmitted through the elastomer lobes in compression.

Features of TS-A flexible jaw coupling:

1.Compact structure and small inertia

2.Absorb vibration

3.Operating temperature 35-80^oC

4.It will not deform when overload,and no maintenance

Type	Nominal torque (N*m)	Max speed (rpm)	Bore diameter d1,d2 (mm)	Bore length L (mm)	L0 (mm)	D (mm)	D1,D2 (mm)	D3 (mm)	d1,d2 (mm)	E (mm)	S (mm)	Moment of inertia (kg*m2)
TS14A	7.5	19000	6-16	11	35	30	30	-	-	13	1.5	0.00005
TS19A	10	14000	6-19	25	66	40	32	40	24	16	2	0.00008
TS24A	35	10600	8-24	30	78	55	40	55	28	18	2	0.0002
TS28A	95	8500	8-28	35	90	65	48	65	38	20	2.5	0.0007
TS38A	190	9500	10-38	45	114	80	66	78	45	24	3	0.002
TS42A	265	8000	10-42	50	126	95	75	94	55	26	3	0.004
TS48A	310	7100	10-48	56	140	105	85	104	60	28	3.5	0.006
TS55A	410	6300	15-55	65	160	120	98	118	70	30	4	0.012
TS65A	625	5600	15-65	75	185	135	115	-	-	35	4.5	0.025
TS75A	1280	4750	20-75	85	210	160	135	-	-	40	5	0.054
TS90A	2400	3750	30-90	100	245	200	160	-	-	45	5.5	0.139