This ball bearing is a single row deep groove model designed for high-performance applications. With an inside diameter of 20mm and an outside diameter of 47mm, it features a race width of 14mm and a cylindrical bore type. The bearing is sealed on both sides, making it suitable for diverse operational environments.
Features & Benefits
- Incorporates ceramic material for enhanced durability and performance
Designed with a C3 clearance for improved fit and operation
Features a non-metallic cage, reducing friction and wear
Offers a Basic static load rating of 6.55 kN for robust reliability
Achieves a dynamic load rating of 12.7 kN for heavy-duty applications
Reference speed of 38,000 r/min facilitating high RPM operations
Applications
- Used in automation systems to ensure smooth component movement
Suitable for driving electronic requiring precision
Employed in mechanical assemblies demanding reliable rotation
Ideal for industrial machinery where sealed bearings are advantageous
What benefits does the ceramic ball material provide in high-speed applications?
The ceramic ball material offers lower friction, reducing heat generation, which is Crucial for maintaining performance at high speeds. This material also enhances wear resistance, ensuring longevity in demanding applications.
How does the C3 clearance affect the performance of this bearing?
The C3 clearance allows for a greater internal clearance between the rolling elements and the raceways, accommodating thermal expansion during operation. This ensures consistent performance even under varying load conditions.
What is the significance of the dual sealing arrangement?
The dual sealing arrangement prevents contamination from external particles and retains lubrication, ensuring optimal performance and extending the bearing's service life in challenging environments.
Can this bearing be used in electrical motors?
Yes, its design and sealing effectiveness make it suitable for electrical motors, providing efficient rotation and protecting against dust and moisture ingress.
What factors should be considered regarding speed limitations?
When operating within the limiting speed of 17,000 r/min, it is VITAL to consider the application’s load and temperature to prevent premature failure and maintain efficient operation.
Selection guidance
- Review the manufacturer specifications for compatibility with your equipment.
- Confirm the required dimensions and fitting arrangement before ordering.
- Check the intended operating conditions against the product documentation.
TieDex UK – European & International Shipping
All European and International orders are dispatched through TieDex Limited.
We ship orders directly to customers via UPS, FedEx, DHL, and Tracked.
Accepted Courier Companies
We only accept the following couriers for international deliveries:
Important Information
-
Duties & Taxes: Not included in the price. Couriers such as FedEx, DHL, or UPS will email you directly with instructions on how to pay your customs duties and taxes.
-
Click & Collect: Not available for international orders.
- Large & Heavy Items: May be delivered on a pallet.
Possible Delivery Delays
Late handling or order delays may occur due to factors outside our control, including but not limited to:
-
Payment issues
-
Unpaid customs duties or taxes
-
Incorrect or incomplete address details
-
Seasonal or holiday backlogs
-
Severe weather conditions
-
Other uncontrollable circumstances
Countries We Ship To
Europe (EU):
Austria, Belgium, Bulgaria, Croatia, the Republic of Cyprus, the Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, the Netherlands, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Swiss and Sweden.
Asia, USA, Canada, Mexico, Middle East & Worldwide:
We ship to most major international destinations.
By placing an order, you agree to our Terms and Conditions. Our checkout is protected by advanced security measures. We ship from the UK only, using FedEx, DHL, or UPS tracked services for all international exports.
