Steel, Heavy Duty, Miniature Rose Joint, ball Bearing, rod End with High Precision

  • Description
Product Detail

Matters needing attention to use Miniature Rose Joint, ball Bearing, rod End with High Precision
Compared with general machine parts, joint bearing has a high precision, so certain care should be also taken correspondingly when using.
1) Keep the bearing and its surrounding clean
2) Take care of when using, otherwise, it will cause strong impact to the bearing in use, leading to the bearing scar, indentation, fracture, etc.
3) Use the right tools
4) Appropriate joint bearing should be selected and used
5) Users should be familiar with the bearing
6) Prepare the job specification for bearing
7) Custody


Bearings are coated with the right amount of anti-rust oil in the factory, so the quality of the bearings will be guaranteed as long as the packaging is not damaged. However, during long-term storage, where the humidity is below 65% and the temperature is about 20?, it is advisable the bearings are placed on the shelves 30cm above the ground. In addition, the storage place should be free from direct sunlight or in touch with cold walls.


Please Note:

1)Material:
  Housing- 7075-T651 Aluminum,Anodized Red.
  Race- Nylon, type 6/12.40% long glass with 5%molybderuindisulficle.Color- Black.
        (Recommended Sipplier & Product RTP 0299 D x 88155 Black)
  Ball- 52100 Bearing Steel. Heat Treated. Hard Chrome Plated, Precision Ground.
2) Do not scale drawing.
3) Unless otherwise specified, all dims are h inches.
4) NO pressed in COM Bearing.
5) Must have minimumi radial static load of as listed in chart.
6) Ball mist be at the center of the molding.within ±.002 of the CL axis of the housing.
7) Slotted Nylon Design; NO Teflon allowed.
8) Breakaway torque for ball (BT)must be less than or equal to as stated in the chart.
9) Remove Burrs and Shrap Edges.


bearing.png

AF:(race:Nylon)    (E.g:AF3,AFL3)

Desc.

Thread

Class 2A

A

±.0015

±.0005

 

 

 

 

 

 

 

 

E

±.001

D

±.010

F

+.003

- .001

 

G

±.015

H

Min

J

±.010

K

±.003

J

±010

K

±.003

L

±.010

M

±.010

N

±.005

O

±.030

P

±.030

R1

±.005

R2

±.002

U

±.030

a°

Min

Min Radial   State Load

(lbf)

(oz-in)

APF-3

10-32

.190

.438

.332

.441

1.062

.562

.625

.081

.625

.081

.598

.250

.312

.406

.312

.299

.223

.218

50

780

APFL-3

10-32-LH

.190

.438

.332

.441

1.062

.562

.625

.312

.625

.081

.598

.250

.312

.406

.312

.299

.223

.218

50

780

APF-4

1/4-28

.251

.509

.395

.512

1.312

.750

.750

.375

.750

.056

.669

.281

.375

.469

.375

.335

.259

.218

50

1400

APFL-4

1/4-28-LH

.251

.509

.395

.512

1.312

.750

.750

.375

.750

.056

.669

.281

.375

.469

.375

.335

.259

.218

50

1400

APF-5

5/16-24

.3125

.616

.457

.619

1.375

.750

.875

.437

.875

.069

.776

.344

.437

.500

.437

.388

.312

.218

48

2250

APFL-4

5/16-24-LH

.3125

.616

.457

.619

1.375

.750

.875

.437

.875

.069

.776

.344

.437

.500

.437

.388

.312

.218

48

2250

APF-6

3/8-24

.376

.713

.520

.716

1.625

.937

1.000

.500

1.000

.081

.873

.406

.500

.687

.562

.437

.361

.218

46

3450

APFL-6

3/8-24-LH

.376

.713

.520

.716

1.625

.937

1.000

.500

1.000

.081

.873

.406

.500

.687

.562

.437

.361

.218

46

3450

APF-8

1/2-20

.501

.931

.645

.934

2.125

1.187

1.312

.437

1.000

.100

1.091

.500

.625

.875

.750

.546

.470

.312

34

7500

APFL-8

1/2-20-LH

.501

.931

.645

.934

2.125

1.187

1.312

.437

1.000

.100

1.091

.500

.625

.875

.750

.546

.470

.312

34

7500

APF-10

5/8-18

.626

1.125

.770

1.128

2.500

1.500

1.500

.625

1.312

.112

1.285

.562

.750

1.000

.875

.643

.567

.312

50

8500

APFL-10

5/8-18-LH

.626

1.125

.770

1.128

2.500

1.500

1.500

.625

1.312

.112

1.285

.562

.750

1.000

.875

.643

.567

.312

50

8500

APF-12

3/4-16

.751

1.312

.895

1.315

2.875

1.562

1.750

.750

1.500

.137

1.472

.687

.875

1.125

1.000

.736

.660

.312

48

14000

APFL-12

3/4-16-LH

.751

1.312

.895

1.315

2.875

1.562

1.750

.750

1.500

.137

1.472

.687

.875

1.125

1.000

.736

.660

.312

48

14000

-*Radius R3=Same as 'J' dim &tolerance is ±.010
-R1.R2 &R3 are spherical Radius
-D=Slot Height
-F=Slot's Diameter

-L=Spherical? @ center of inside housing
E =Ball O.D .;

a=Ball Min Cone Angle.


Note:
1). Material:
    Housing- 7075-T651 Aluminum.Anodized Red.
    Race-Nylon
    Ball- 52100 Bearing Steel.Heat Treated.
    Hard Chrome Plated. Precision Ground.
2). Do not scale drawing.
3). Unless otherwise specified,all dims are in inches.
4). Breakaway torque for ball must be=25 oz-in.
5). Remove Buris and Sharp Edges.
6). Unspecified radius for rounded corners= .045±.015

bearing.png

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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