SKF NJ 210 ECP 50 mm I.D Cylindrical Roller Bearing, 90 mm O.D

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Subtotal (1 unit)*

£78.17

(exc. VAT)

£93.80

(inc. VAT)

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RS Stock No.:
195-9646
Mfr. Part No.:
NJ 210 ECP
Brand:
SKF
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Brand

SKF

Product Type

Cylindrical Roller Bearing

Inside Diameter

50 mm

Race Width

20mm

Bore Type

Parallel

Cage Material

Non-Metallic

Dynamic Load Rating

73.5kN

End Type

Open

Standards/Approvals

No

Outside Diameter

90 mm

Number of Rows

1

Static Load Rating

69.5kN

Series

NJ 210 ECP

Limiting Speed

9000rpm

RoHS Status: Exempt

SKF Cylindrical Roller Bearing, 50mm Inside Diameter, 90mm Outside Diameter - NJ 210 ECP


This cylindrical roller bearing is designed to deliver reliable performance in diverse industrial applications. It features a bore diameter of 50mm and an outside diameter of 90mm, with a width of 20mm, making it ideal for a range of machinery. The bearing is of the open type, facilitating easy installation and maintenance in high-speed operations.

Features & Benefits


• Designed with a non-metallic cage for reduced friction

• High dynamic load capacity of 73.5kN supports rigorous demands

• Static load rating of 69.5kN enhances durability in various requirements

• Reference speed of 8500 r/min ensures effective high-speed performance

• Single-row configuration for streamlined design and efficient load distribution

Applications


• Utilised in automation systems for precise movement control

• Suitable for electrical machinery with high-speed operational requirements

• Applicable in mechanical equipment requiring efficient load management

• Ideal for use in conveyor systems and rotating machinery

What are the advantages of using a non-metallic cage in bearings?


Non-metallic cages reduce friction and wear, enhancing the longevity and efficiency of the bearing. They also minimise weight, which can improve overall system performance and energy consumption.

How does the dynamic load capacity impact machinery performance?


A higher dynamic load capacity allows the bearing to support greater loads while maintaining smooth operation, thereby reducing the risk of failure and extending the service life of the machinery.

What factors should be considered when selecting a cylindrical roller bearing?


Consider the load ratings, speed capabilities, and the specific requirements of your application to ensure the bearing can handle operational stresses and maintain performance efficiency.

What maintenance practices are recommended for ensuring optimal bearing performance?


Regular inspections should be performed to check for wear, and lubrication should be maintained as specified. Keeping the bearing clean and ensuring proper alignment can also significantly enhance its operational life.

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