- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
English Bearing 6206 Specification:
Bearing No.: 6206 2RS ,6206ZZ ,6206 OPEN
Seals Type:ZZ/2RS
Material:
Ring and balls :Chrome Steel GCR15
Cage:Steel Cage
6206 Bearing Dimensions:
Inner diameter :30mm
Outer diameter :62mm
Height:16mm
6206 Ball Bearings Features:
1.Excellent performance in hot conditions, dry environments and low rotational speed applications
2. Bearing can working at temperature range -30°C to 150°C
3. Suitable for high and very high speeds
4.We also can produce with differetn material such as ceramic
5.OEM service welcome ,available in many designs, variants and sizes
6206 Ball Bearing Application :
Ball bearing fan designs use a ring of balls around the shaft to solve uneven wear and rotor wobble problems. Most fan motor designs have two bearings, one in front of the other, and these bearings are usually separated by springs. The bearings offer reduced friction compared to sleeve designs and the springs can assist with any tilt in the fan that the rotor’s weight may induce. If the springs are placed the whole way around the shaft, the device can be operated at any angle without wear or friction, giving a more reliable design.
Bearing 6206 Specification:
Bearing No.: 6206 2RS ,6206ZZ ,6206 OPEN
Seals Type:ZZ/2RS
Material:
Ring and balls :Chrome Steel GCR15
Cage:Steel Cage
6206 Bearing Dimensions:
Inner diameter :30mm
Outer diameter :62mm
Height:16mm
6206 Ball Bearings Features:
1.Excellent performance in hot conditions, dry environments and low rotational speed applications
2. Bearing can working at temperature range -30°C to 150°C
3. Suitable for high and very high speeds
4.We also can produce with differetn material such as ceramic
5.OEM service welcome ,available in many designs, variants and sizes
6206 Ball Bearing Application :
Ball bearing fan designs use a ring of balls around the shaft to solve uneven wear and rotor wobble problems. Most fan motor designs have two bearings, one in front of the other, and these bearings are usually separated by springs. The bearings offer reduced friction compared to sleeve designs and the springs can assist with any tilt in the fan that the rotor’s weight may induce. If the springs are placed the whole way around the shaft, the device can be operated at any angle without wear or friction, giving a more reliable design.
