Product Categories

Yoke Type Track Roller Bearing

[18]

Spherical Plain Bearing

[14]

Contact Now

Changzhou Suma Precision Machinery Co., Ltd

Visit Website

City:changzhou

Province/State:jiangsu

Country/Region:china

Contact Person:MissEllen Zhang

View Contact Details

Contact Now

FXRT Freewheel 1 Directional Sprag Custom Bearings

Name: FXRT Freewheel 1 Directional Sprag Custom Bearings
Brand: SUMA
Price: 150 USD

Ask Latest Price

Video Channel

Brand Name :SUMA

Model Number :FXRV200-63 FXRT200-63

Certification :ISO SGS

Place of Origin :CHINA

MOQ :1

Price :USD150-USD170 PER PIECE

Payment Terms :L/C, D/A, D/P, T/T, Western Union, Paypal

Supply Ability :1000PCS Per Month

Delivery Time :7-10 Days

Packaging Details :Wooden Case

Product Name :Backstop Clutch FXRV200-63 FXRT200-63

Material :GCr15 Bearing Steel

Size :110*516*80mm

Rotation Speed :2100RPM

Warranty :1 Year

Unit Weight :205Kg

Torque Capacity :12500Nm

OEM :Accept

Contact Now

Add to Cart

View Product Description

MZ20 One Way Overrunning Cam Clutch Custom Made Bearing

Advantages

• Protection of gearboxes from overload by unequal load distribution in multiple drives

• Protection of gearboxes from dynamic peak torques during the locking process

• Smaller gearboxes can be used without negatively effecting the safety

• Protection of the backstops, as dynamic peak torques are reduced by temporarly slipping

Feature

Integrated Freewheels FXRV and FXRT are sprag freewheels without bearing support and with sprag lift-off X. They consist of the Integrated Freewheels FXM with additional torque limiter. The sprag lift-off X ensures a wear-free freewheeling operation when the inner ring rotates at high speed. The freewheels FXRV and FXRT are used as:

Backstops

for continuous conveyor installations with multiple drives in which each drive is equipped with its own backstop. In such continuous conveyor installations with multiple drives it is important to consider the problem of the unequal distribution of backdriving torque to the individual drives and backstops. As soon as the installation comes to a standstill, the entire backdriving torque is applied primarily to a single backstop, due to differences in the play and elasticity of the drives involved. In installations equipped with backstops without torque limiters, the individual gearboxes and the corresponding backstops must be designed to accommodate the entire backdriving torque of the conveyor installation in order to ensure safety.

Dimension and Capacity

Free wheel Size	Type	Slipping torque MR Nm	Sprag lift-off at inner ring speed min-1	Max. speed Inner ring free wheels min-1	Bore d Standard mm mm		A mm	B mm	C mm	D mm	G**	H mm	K mm	L mm	O mm	R mm	S mm	T mm	min. mm	U*** max. mm	V mm	Z**	Wei ght kg
FXRV 85 - 40	MX	1 400	430	6 000	60	65	330	143	6	295	M 12	37	29	60	127	280	110	308	165	215	43	6	57
FXRV 100 - 50	MX	2 300	400	4 500	55	60	350	150	6	311	M 12	39	31	70	134	300	125	328	180	240	38	6	65
FXRV 120 - 50	MX	3 400	320	4 000	70	75	400	150	6	360	M 16	36	31	70	134	340	145	373	200	260	38	6	86
FXRV 140 - 50	MX	4 500	320	3 000	100	110	430	160	6	386	M 16	36	31	70	134	375	165	403	220	280	50	6	102
FXRV 170 - 63	MX	9 000	250	2 700	90	100	500	175	6	460	M 16	43	40	80	156	425	196	473	250	340	38	6	163
FXRV 200 - 63	MX	12 500	240	2 100			555	175	6	516	M 16	49	40	80	156	495	226	528	275	390	38	6	205
FXRV 240 - 63	LX	21 200	220	3 000			710	195	8	630	M 20	50	50	90	170	630	290	670	355	455	45	12	347
FXRV 260 - 63	LX	30 000	210	2 500			750	205	8	670	M 20	50	50	105	183	670	310	710	375	500	40	12	411
FXRV 290 - 70	LX	42 500	200	2 500			850	218	8	755	M 24	52	50	105	190	730	335	800	405	560	48	12	562
FXRV 310 - 96	LX	53 000	195	2 100			900	260	10	800	M 24	63	63	120	240	775	355	850	435	600	69	12	792
FXRV 360 - 100	LX	75 000	180	1 800			975	267	10	870	M 30	63	63	125	243	850	400	925	485	670	71	12	942
FXRV 410 - 100	LX	100 000	170	1 500			1 060	267	10	950	M 30	63	63	125	243	950	450	1 000	535	750	71	12	1053

Free wheel Size	Type	Slipping torque MR Nm	Sprag lift-off at inner ring speed min-1	Max. speed Inner ring free wheels min-1	Bore d Standard mm mm		A mm	B mm	C mm	D mm	G**	H mm	K mm	L mm	O mm	R mm	S mm	T mm	min. mm	U*** max. mm	V mm	Z**	Wei ght kg
FXRT 85 - 40	MX	1 400	430	6 000	60	65	330	148	6	295	M 12	37	29	60	127	280	110	308	165	215	43	6	60
FXRT 100 - 50	MX	2 300	400	4 500	55	60	350	159	6	311	M 12	39	31	70	134	300	125	328	180	240	38	6	66
FXRT 120 - 50	MX	3 400	320	4 000	70	75	400	159	6	360	M 16	36	31	70	134	340	145	373	200	260	38	6	87
FXRT 140 - 50	MX	4 500	320	3 000	100	110	430	163	6	386	M 16	36	31	70	134	375	165	403	220	280	50	6	104
FXRT 170 - 63	MX	9 000	250	2 700	90	100	500	188	6	460	M 16	43	40	80	156	425	196	473	250	340	38	6	166
FXRT 200 - 63	MX	12 500	240	2 100			555	188	6	516	M 16	49	40	80	156	495	226	528	275	390	38	6	209
FXRT 240 - 63	LX	21 200	220	3 000			710	210	8	630	M 20	50	50	90	170	630	290	670	355	455	45	12	355
FXRT 260 - 63	LX	30 000	210	2 500			750	223	8	670	M 20	50	50	105	183	670	310	710	375	500	40	12	418
FXRT 290 - 70	LX	42 500	200	2 500			850	243	8	755	M 24	52	50	105	190	730	335	800	405	560	48	12	574
FXRT 310 - 96	LX	53 000	195	2 100			900	293	10	800	M 24	63	63	120	240	775	355	850	435	600	69	12	805

The problem of the unequal distribution of backdriving torque is solved by using backstops

FXRV and FXRT with torque limiting. The torque limiter which is built into the backstop slips

temporarily when the specified torque is exceeded until the other backstops engage in succession. In this way, the entire backdriving torque of the conveyor installation is distributed to the individual gearboxes and backstops. Furthermore, dynamic peak torques which occur during the locking process are reduced, thereby protecting the gearboxes against damaging peak torques. For this reason the use of backstops FXRV and FXRT with torque limiting in continuous conveyor installations with multiple drives enables the application of gearboxes with smaller dimensions.

Pictures

Product Tags: