Cam Follower 361204 R, 20mm ID, 52mm OD

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£22.27

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£26.72

(inc. VAT)

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RS Stock No.:
208-0307
Mfr. Part No.:
361204 R
Brand:
SKF
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Brand

SKF

Roller Diameter

52mm

Roller Length

14mm

Bore Size

20mm

Static Load Rating

5.5kN

Dynamic Load Rating

11.4kN

Material

Steel

COO (Country of Origin):
BG

SKF Cam Follower, 52mm Roller Diameter, 20mm Bore size - 361204 R


This cam follower is an essential component for various mechanical applications, designed to provide reliable performance under dynamic conditions. Featuring a roller diameter of 52mm, roller length of 14mm, and a bore size of 20mm, this steel cam follower offers both durability and efficiency. With impressive load ratings of 5.5kN for static load and 11.4kN for dynamic load, it is engineered to withstand significant forces in diverse settings.

Features & Benefits


• High load capacity supports heavy operational demands
• Manufactured from steel for enhanced durability
• Dynamic load rating of 11.4kN ensures reliable movement
• Designed for single row configurations for compact applications
• Limiting speed of 7000rpm optimises operational efficiency
• Fatigue load limit of 0.232kN for prolonged performance

Applications


• Utilised in automated machinery where precision is critical
• Employed in conveyor systems for smooth operation
• Suitable for use in heavy-duty industrial
• Integrated into lifting equipment for enhanced manoeuvrability
• Utilised in robotics for precise motions and movements

What is the significance of the load ratings for this component?


The static load rating of 5.5kN indicates the maximum load it can support without risk of deformation, while the dynamic load rating of 11.4kN shows the maximum load during motion, ensuring reliable operation in demanding environments.

What factors should be considered regarding speed limits?


The limiting speed of 7000rpm is crucial for maintaining performance

exceeding this may lead to premature wear or failure, thereby impacting operational efficiency and safety.

How does the material choice affect its performance in harsh environments?


Using steel not only enhances durability but also improves resistance to wear and deformation, making it suitable for challenging industrial conditions while maintaining precise movements.