Bearing Cage | QIBR Bearings

Характеристики

Standard: GB,ASTM/AISI,ГОСТ,BS,JIS,NF,DIN / VDEh,DIN / VDEh
Number of balls: 19-30
Spherical diameter: 5.556mm-15.081mm
Center diameter(Dp): 42.5mm-165mm
Applications: Bearing assemblies

Подбор моделей QIBR

Показано 1 - 25 из 28: Продукты

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Подбор моделей QIBR
№	Модель продукта	Number of balls	Roundness	Ball diameter	Cage material	Raceway diameter
1	100BTR	29	≤0.15 mm	11.113mm	PA	125mm
2	110BTR	29	≤0.15 mm	12.7mm	PA	140mm
3	120BTR	30	≤0.15 mm	12.7mm	PA	150mm
4	130BTR	26	≤0.15 mm	15.081mm	PA	165mm
5	30BNR	19	≤0.15 mm	5.556mm	PA	42.5mm
6	3C06	19	≤0.15 mm	5.556 mm	PEEK	42.5 mm
7	3C07	19	≤0.15 mm	6.350mm	PEEK	48.5mm
8	3C08	22	≤0.15 mm	6.350mm	PEEK	54mm
9	3C09	22	≤0.15 mm	6.350mm	PEEK	60mm
10	3C12	24	≤0.15 mm	7.938mm	PEEK	77.5mm
11	3C14	24	≤0.15 mm	9.525mm	PEEK	90mm
12	40BNR	22	≤0.15 mm	5.953mm	PA	54mm
13	45BNR	22	≤0.15 mm	6.35mm	PA	60mm
14	50BNR	24	≤0.15 mm	6.35mm	PA	65mm
15	60BNR	26	≤0.15 mm	7.144mm	PA	77.5mm
16	65BNR	28	≤0.15 mm	7.144mm	PA	82.5mm
17	7012	19	≤0.15 mm	10.319mm	PA	77.46mm
18	7013	21	≤0.15 mm	10.319mm	PA	82.5mm
19	7014	20	≤0.15 mm	11.906mm	PA	90mm
20	7015	21	≤0.15 mm	11.906mm	PA	95mm
21	7016	20	≤0.15 mm	13.494mm	PA	102.5mm
22	7017	21	≤0.15 mm	13.494mm	PA	107.5mm
23	7018	20	≤0.15 mm	15.081mm	PA	115mm
24	7019	22	≤0.15 mm	14.288mm	PA	120mm
25	7020	22	≤0.15 mm	15.081mm	PA	125mm

1. The role of the cage

Separate the balls: ensure that there is enough spacing between the rolling elements (balls) to prevent them from colliding or rubbing against each other.

Reduce friction: The design of the cage can help reduce friction in the bearing, thereby improving the efficiency and service life of the bearing.

Support the balls: The cage provides support structure to ensure that the balls maintain the correct position and arrangement in the bearing, reducing vibration and noise.

Fluid lubrication guidance: The cage can effectively guide the flow of lubricating oil or grease to ensure the lubrication performance of the bearing.

2. Application occasions of cages

High-speed motors: such as power tools, motors, wind turbines, etc.

Precision instruments: such as high-speed precision machine tools, optical equipment, etc.

Automotive industry: used in automotive power systems, steering systems, etc.

Aerospace: used for rotating parts of aircraft and satellites, etc.

3. Considerations for cage design

Load bearing capacity: The cage needs to work normally under high load conditions and must not deform or fail.

Operating speed: When running at high speed, the cage must have a low friction coefficient to reduce heat accumulation.

Durability: The cage should have strong wear resistance and corrosion resistance, especially when running in harsh environments.

Ease of installation: The cage design needs to be easy to install and maintain to ensure the normal operation of the bearing.

Подбор моделей QIBR

1. The role of the cage

Separate the balls: ensure that there is enough spacing between the rolling elements (balls) to prevent them from colliding or rubbing against each other.

Reduce friction: The design of the cage can help reduce friction in the bearing, thereby improving the efficiency and service life of the bearing.

Support the balls: The cage provides support structure to ensure that the balls maintain the correct position and arrangement in the bearing, reducing vibration and noise.

Fluid lubrication guidance: The cage can effectively guide the flow of lubricating oil or grease to ensure the lubrication performance of the bearing.

2. Application occasions of cages

High-speed motors: such as power tools, motors, wind turbines, etc.

Precision instruments: such as high-speed precision machine tools, optical equipment, etc.

Automotive industry: used in automotive power systems, steering systems, etc.

Aerospace: used for rotating parts of aircraft and satellites, etc.

3. Considerations for cage design

Load bearing capacity: The cage needs to work normally under high load conditions and must not deform or fail.

Operating speed: When running at high speed, the cage must have a low friction coefficient to reduce heat accumulation.

Durability: The cage should have strong wear resistance and corrosion resistance, especially when running in harsh environments.

Ease of installation: The cage design needs to be easy to install and maintain to ensure the normal operation of the bearing.