SKF Lock Nut Bearing Assembly For Use With Inch thread, N 11

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R 416,43

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R 478,89

(inc. VAT)

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RS stock no.:
237-2243
Mfr. Part No.:
N 11
Manufacturer:
SKF
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Brand

SKF

Sub Type

Lock Nut

Product Type

Bearing Assembly

Inside Diameter

54.788 mm

Dimensions

67.462 x 75.54 x 12.954 mm

Standards/Approvals

RoHS

For Use With

Inch thread

SKF Series N Bearing Assembly, 67.462x75.54x12.954mm - N 11


This bearing assembly is a crucial element for machinery that requires stable and precise adjustments. It is specifically designed for robust industrial applications and plays a key role in maintaining proper alignment and support within mechanisms, enhancing operational efficiency. The design ensures compatibility with various systems in the automation, electronics, and mechanical sectors, underscoring its significance in high-performance applications.

Features & Benefits


• Constructed to ensure firm locking of shaft components

• Precision lock nut for enhanced retention capability

• Designed for straightforward installation and secure fitting

• Stability reduces wear on surrounding parts

• Facilitates smooth operation in various environments

• Compatible with a range of industrial bearing components

Applications


• Ideal for securing shafts in automation systems

• Used for stabilising components in electronic devices

• Employed in mechanical machinery requiring precise fitment

• Utilised in manufacturing processes that require reliability

• Supports various in the electrical industry

What type of components can be paired with it for best results?


It works effectively with shafts and housings designed for lock nuts.

How can installation be handled effectively?


Ensure that the locking mechanism is aligned correctly before securing it.

What maintenance steps should be performed for longevity?


Regularly inspect for wear and maintain proper lubrication as required.

Can it be adapted for different operational environments?


It is designed to perform consistently across various industrial conditions.

What are the implications of improper installation?


Incorrect fitting may result in misalignment and premature wear of adjacent components.

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