Stainless,Aluminum Clevis Threaded Plain End Rod Bearing

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Description

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Product description of Stainless,Aluminum Clevis Threaded Plain End Rod Bearing

Rod end joint bearing is mainly composed of an inner ring with spherical outer surface and an outer ring with spherical inner ring, and can bear a large load. According to different types and structures, the rod end joint bearings can bear radial loads, axial loads or both radial and axial loads. Rod end joint bearings are generally used in low speed swing motion, and can also tilt in a certain angle range. According to their different types and structures, they can bear radial loads, axial loads or both radial and axial loads. Rod end joint bearings are widely used in engineering hydraulic oil cylinders, forging machine tools, construction machinery, automation equipment, automobile shock absorbers, water conservancy machinery and other industries.

The temperature of rod end joint bearing is generally predicted by means of the temperature outside the rod end joint bearing room; it will be more appropriate if the temperature of rod end joint bearing outer ring can be directly measured by using an oil hole. Usually, the temperature of rod end joint bearing will begin to rise slowly as the rod end joint bearing runs, and it will become steady after 1 to 2 hours. The normal temperature of rod end joint bearing is different due to the heat capacity, heat dissipating capacity, rotational speed and load of the machine. If the lubricating and installation parts are appropriate, the temperature of rod end joint bearing will rise sharply, leading to unusually high temperature; the machine must be stopped at this moment, while the necessary precautions need to be taken. The working temperature of rod end joint bearing can be monitored using a thermal senor, and thus, automatic alarm will take place or the machine will stop to prevent the accident of excessively heated axle when the temperature exceeds the prescribed value.

Advantage of Stainless,Aluminum Clevis Threaded Plain End Rod Bearing

1. High quality and High precision

2. Reasonable price

3. Low friction; low vibration and low noise

4. Long life

XM: (race: Nylon) (Cases: XM6, XML6)

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??2.jpg 1). Material: Housing - 4130 Chrome-Moly; Heat Treatment: 1570°F for 1 hours, then water quench,
then temper at 900°F for 2 hours. Must test to 108 Rockwell B.
Finish: Bright Polished Chrome Plated
Race - Nylon Molded, J-4-30-TF-13-SI-2; 6-12 Short Fiber, Black (PTFE = 8.6%, Short glass 34%)
Bail-52100 Bearing Steel, Precision ground, Heat Treated. Finish: Hard Chrome Piated
2). Do not scale drawing.
3). Unless otherwise specified, all dims are in inches.
4). NO pressed in COM Bearing.
5). Must have minimum radial static load of as listed in chart.
6). Ball must be centered after molding within ±.002 of the center line axis of the housing.
7). Slotted Nylon Design; NO Teflon allowed.
8). Breakaway torque for ball must be as listed in the chart.
9). Dimensions apply after plating.
Plating must withstand 96hr of salt spray test per ASTM B117 without any visible red rust.

Product specification:

-L-16-12	1-12- LH	.751	1.875	1.878	4.125	2.125	1.000	1.375	2.750	.200	50.0	134000	240~800
-16-12	1-12	.751	1.875	1.878	4.125	2.125	1.000	1.375	2.750	.200	50.0	134000	240~800
-L-16	1-12- LH	1.001	1.875	1.878	4.125	2.125	1.000	1.375	2.750	.200	40.0	134000	240~800
-16	1-12	1.001	1.875	1.878	4.125	2.125	1.000	1.375	2.750	.200	40.0	134000	240~800
-14-12	7/8-14	.751	1.312	1.315	3.375	1.875	.687	.875	2.000	.137	40.0	40000	240~600
L-14-12	7/8-14-LH	.751	1.312	1.315	3.375	1.875	.687	.875	2.000	.137	40.0	40000	240~600
-12-1	3/4-16	.757	1.312	1.315	2.875	1.750	.593	.875	1.759	.119	44.0	32000	40~400
-L-12-10	3/4-16-LH	.626	1.312	1.315	2.875	1.750	.593	.875	1.755	.119	50.0	30000	40~400
-12-10	3/4-16	.626	1.312	1.315	2.875	1.750	.593	.875	1.755	.119	50.0	30000	40~400
-12-8	3/4-16	.501	1.312	1.315	2.375	1.750	.593	.875	1.755	.119	50.0	32000	40~400
-L-12	3/4-16-LH	.751	1.3*i2	1.315	2.875	1.750	.593	.875	1.755	.119	44.0	32000	40~400
-12	3/4-16	.751	1.312	1.315	2.875	1.750	.593	.875	1.755	.119	44.0	32000	40~400
-10-8	5/8-18	.501	1.125	1.128	2.625	1.625	.484	.750	1.500	.097	50.0	23000	40~200
-L-10-8	5/8-18-LH	.501	1.125	1.128	2.625	1.625	.484	.750	1.500	.097	50.0	23000	40~200
-L-10	5/8-18-LH	.626	1.125	1.128	2.625	1.625	.484	.750	1.500	.097	44.0	23000	40~200
-10	5/3-18	.626	1.125	1.128	2.625	1.625	.484	.750	1.500	.097	44.0	23000	40~200
-L-8	1/2-20-LH	.501	.937	.940	2.438	1.500	.453	.625	1.312	.091	44.0	21000	40~180
-8	1/2-20	.501	.937	.940	2.438	1.500	?453	.625	1.312	.091	44.0	21000	40~180
-L-7	7/16-20-LH	.4385	.812	.815	2.125	1.375	.437	.562	1.125	.087	40.0	17500	40~150
-7	7/16-20	.4385	.812	.815	2.125	1.375	.437	.562	1.125	.087	40.0	17500	40~150
-L-6	3/8-24-LH	.376	.718	.721	1.938	1.250	?406	.500	1.000	.081	44.0	13000	32~150 *
-6	3/8-24	.376	.718	?721	1.938	1.250	.406	.500	1.000	.081	44.0	13000	32~150
Desc.	Thread	A	E	F+.003	G	H	M	N	J	K	a° Min cone	Min Radial	Breakaway Torque
	Class 2A	±.001	±.001	-.001	±.015	Min	±.010	±.005	±.010	±.003	Angle	Static Load	oz-in.

XF: (race: Nylon) (Cases: XF3, XFL3)

Desc.	Housing Thread Class 2B	A±.001	C±.060	E±.001	D±.010	G±.030	H±.060	J±.010	M±.005	N±005	0±.060	P±.030	T±.030	a Min	Radial State Load (lb)	Breakaway Torque (oz-in)
MXF-3	10-32	.190	1.375	.438	.332	1.062	.582	.625	.250	.312	.406	.312	.218	50	4000	32~75
MXFL-3	10-32 LH	.190	1.375	.438	.332	1.062	.562	.625	.250	.312	.406	.312	.218	50	4000	32~75
MXF-4	1/4-28	.251	1.687	.509	.395	1.312	.750	.750	.281	.375	.469	.375	.218	50	6000	32~75
MXFL-4	1/4-28 LH	.251	1.687	.509	.395	1.312	.750	.750	.281	.375	.469	.375	.218	50	6000	32~75
MXF-5	5/16-24	.3135	1.813	.616	.457	1.375	.750	.875	.344	.437	.500	.437	.218	48	8800	32~100
MXFL-5	5/16-24 LH	.3135	1.813	.616	.457	1.375	.750	.875	.244	.437	.500	.437	.218	43	8800	32~100
MXF-6	3/8-24	.376	2.125	.713	.520	1.625	.937	1.000	.406	.500	.687	.562	.218	44	13000	32~150
MXFL-6	3/8-24 LH	.376	2.125	.713	.520	1.625	.937	1.000	.406	.500	.687	.562	.218	44	13000	32~150
MXF-8	1/2-20	.501	2.781	.931	.545	2.125	1.187	1.312	.500	.625	.875	.750	.312	40	21000	40~180
MXFL-8	1/2-20 LH	.501	2.781	.931	.645	2.125	1.187	1.312	.500	.625	.375	.750	.312	40	21000	40~180
MXF-10	5/8-18	.626	3.250	1.125	.770	2.500	1.500	1.500	.484	.750	1.000	.875	.312	44	23000	40~200
MXFL-10	5/8-18 LH	.626	3.250	1.125	.770	2.500	1.500	1.500	.484	.750	1.000	.875	.312	44	23000	40~200
MXF-12	3/4-16	.751	3.750	1.312	.895	2.875	1.562	1.750	.593	.875	1.125	1.000	.312	36	35000	40~400
MXFL-12	3/4-16 LH	.751	3.750	1.312	.895	2.875	1.562	1.750	.593	.875	1.125	1.000	.312	36	35000	40~400
MXF-16	1-14	1.001	5.500	1.875	1.395	4.125	2.125	2.750	1.000	1.375	1.625	1.500	.500	48	76500	240~800
MXFL-16	1-14 LH	1.001	5.500	1.875	1.395	4.125	2.125	2.750	1.000	1.375	1.625	1.500	.500	43	76500	240~800

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-A = BALL I.D
-D = Nylon Slot Height
-E = Ball O.D
-a - Minimum Cone Angle of Ball.

Wuxi Jinwei Precision Machinery Co., Ltd
Mob: 0086-13906170913
Tel: 0086-510-83951313
Fax: 0086-510-83958913
Add: Yangshan Town, Huishan District, WuxiCity, Jiangsu Province
Email: sales@wxjinwei.com
Website: http: //www.wxjwbearing.com

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