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D608/602/839C GRW
Price $ 29.01
Number
Part Number | D608/602/839C GRW |
System of Measurement | Metric |
Bearing Type | Ball |
For Load Direction | Radial |
Construction | Single Row |
Inner Ring Type | Standard |
Seal Type | Open |
Bore Dia | 8 mm |
Bore Dia Tolerance | -0.008mm to 0 |
Outer Dia | 22 mm |
Outer Dia Tolerance | -0.009mm to 0 |
Width | 7 mm |
Width Tolerance | -0.12mm to 0 |
Ring Material | Chrome Steel |
Cage Material | Stainless Steel |
Dynamic Radial Load | 741 lbf |
Static Radial Load | 381 lbf |
Max Speed (X1000 rpm) | 140 |
Shaft Mount Type | Press Fit |
Temperature Range | -86 to 230 °F |
ABEC Rating | Abec#7/isop4 |
Radial Clearance Trade No | MC3 |
RoHS | Compliant |
REACH | Compliant |
Design Features of D608/602/839C GRW Bearing
D608/602/839C GRW Bearing utilizes ceramic balls, typically made of silicon nitride (Si3N4), combined with steel inner and outer races. D608/602/839C GRW bore dia is 8 mm. Its out dia is 22 mm. D608/602/839C GRW width is 7 mm. This Ceramic Ball Bearing provides a sophisticated, high-performance solution that caters to the unique challenges presented by modern industrial and technological applications.
What Benefits Can D608/602/839C GRW Bearing Provide?
- Reduced Friction: Ceramic's low frictional properties ensure smoother operation and decreased heat generation.
- Enhanced Durability: The wear-resistant nature of ceramic extends the bearing's lifespan, particularly in demanding conditions.
- Corrosion Resistance: Ceramic balls resist moisture and chemicals, safeguarding the bearing from corrosive environments.
- Electrical Insulation: Its non-conductive composition prevents electrical arcing, essential in electrically active setups.
- High-Speed Operation: Its attributes permit this bearing to operate efficiently at elevated rotational speeds.
What Can D608/602/839C GRW Bearing Be Used for?
D608/602/839C GRW Bearing is employed in various applications due to its unique characteristics. It can be used for:
- Electric Motors: Ideal for preventing electrical arcing, especially in electric vehicles.
- Precision Machinery: Suited for high rotational accuracy needs.
- Aerospace: Meeting the demands of wear resistance and thermal stability.
- High-Frequency Machining: Beneficial for high-speed spindles and machining centers.
- Harsh Environments: Resisting corrosion and withstanding extreme temperatures.
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