SKF NJ 2316 ECP/C4 80mm I.D Cylindrical Roller Bearing Cylindrical Roller Bearing, 170mm O.D

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Subtotal (1 unit)*

£598.11

(exc. VAT)

£717.73

(inc. VAT)

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RS Stock No.:
207-8654
Mfr. Part No.:
NJ 2316 ECP/C4
Brand:
SKF
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Brand

SKF

Inside Diameter

80mm

Outside Diameter

170mm

Roller Bearing Type

Cylindrical Roller Bearing

Race Width

58mm

Bore Type

Parallel

Static Load Rating

440kN

Cage Material

Non-metallic

Number of Rows

1

Dynamic Load Rating

415kN

Limiting Speed

5000rpm

Reference Speed

4300rpm

COO (Country of Origin):
DE

SKF Cylindrical Roller Bearing, 80mm Inside Diameter, 170mm Outside Diameter - NJ 2316 ECP/C4


This cylindrical roller bearing is expertly designed for high-load applications in industrial settings. With an inside diameter of 80mm and an outside diameter of 170mm, this bearing features robust construction suitable for demanding environments. It incorporates a non-metallic cage material, enhancing durability and performance.

Features & Benefits


• Capable of operating at reference speeds of up to 4300r/min
• Ensures efficient performance with a limiting speed of 5000r/min
• Constructed with a single row design for easier installation and maintenance
• Provides excellent fatigue resistance thanks to its precision engineering

Applications


• Utilised in various machinery requiring high-load performance
• Ideal for heavy-duty rolling stock and industrial equipment
• Used in electric motors and generators for effective energy transfer
• Applicable in automation systems where precision is critical

What load capacity should I consider for different applications?


The bearing offers a dynamic load rating of 415kN and a static load rating of 440kN, making it suitable for applications involving considerable weight and pressure.

How does the non-metallic cage influence performance?


The non-metallic cage reduces weight and friction, thereby enhancing overall performance while providing improved resistance to environmental factors such as corrosion and wear.

What considerations should be made regarding axial load capacity?


The axial load factor for this bearing is 0.4, indicating its design optimally supports radial loads while accommodating some axial displacement effectively.

How do temperature limits affect operational efficiency?


Temperature limits should be adhered to in order to maintain efficiency, as deviations can impact lubrication and overall bearing longevity. Suitable temperature ranges should be consulted for specific applications.

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