INA Bearing Inserts 20mm ID 47mm OD GAY20-XL-NPP-B

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£19.56

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£23.47

(inc. VAT)

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RS Stock No.:
260-0181
Mfr. Part No.:
GAY20-XL-NPP-B
Brand:
INA
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Brand

INA

Inside Diameter

20mm

Outside Diameter

47mm

Static Load Rating

6600N

Dynamic Load Rating

13600N

RoHS Status: Exempt

Schaeffler Bearing Inserts, 20mm Inside Diameter, 47mm Outside Diameter - GAY20-XL-NPP-B


This bearing insert is a high-quality radial insert ball bearing designed for industrial applications. Measuring 20mm in inside diameter and 47mm in outside diameter, it ensures optimal performance in various mechanical settings. With dynamic and static load ratings of 13,600N and 6,600N respectively, this product is tailored for demanding environments where reliability is crucial.

Features & Benefits


• Location secured by grub screws for enhanced stability
• Lightweight at 0.13kg, facilitating ease of installation
• High dynamic load rating caters to rigorous usage
• Effective fatigue load limit ensures long-term usability

Applications


• Used with automation systems for motion control
• Suitable for electrical machinery assemblies
• Compatible with various rotating shaft
• Ideal for equipment in mechanical engineering sectors

What factors contribute to the suitable load ratings for this product?


The dynamic load rating of 13,600N reflects its capacity under operational stresses, while the static load rating of 6,600N indicates the maximum load it can withstand when stationary, ensuring it meets the demands of various industrial applications.

Can this bearing insert accommodate different environmental conditions?


The P seals on both sides help maintain performance by preventing contaminants from entering the bearing, making it suitable for diverse operating environments including those with dust or moisture.

How does the design influence its performance in specific applications?


The spherical outer ring allows for self-alignment, reducing friction and wear, thus enhancing performance across various setups, particularly in conditions where misalignment may occur.