INA KH16-B, Linear Ball Bearing with 24mm Outside Diameter

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Subtotal (1 unit)*

£13.15

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£15.78

(inc. VAT)

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1 - 4£13.15
5 - 9£12.64
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RS Stock No.:
172-1280
Mfr. Part No.:
KH16-B
Brand:
INA
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Brand

INA

Inside Diameter

16mm

Outside Diameter

24mm

Length

30mm

Linear Bearing Type

Linear Ball Bearing

Linear Ball Bearing Type

Closed

Seals

Without Seals

Dynamic Load Rating

1060N

Static Load Rating

910N

Schaeffler Linear Ball Bearing, 16mm Inside Diameter, 30mm Length - KH16-B


This linear ball bearing is designed for robust applications within automation and mechanical systems. Featuring a closed design, its compact dimensions of 16mm for the inside diameter and a length of 30mm make it suitable for precise linear motion. The absence of seals allows for streamlined functionality, providing a reliable solution in environments where load capacity is essential.

Features & Benefits


• Closed design enhances structural integrity and performance
• Compact dimensions enable versatile installation options
• Advanced ball bearing dynamics for smooth operation

Applications


• Used with automation equipment for accurate motion control
• Ideal for linear motion systems in manufacturing
• Utilised in robotics for precise component guidance
• Effective in equipment requiring robust load support
• Suitable for integration in electrical and mechanical assemblies

What is the significance of the closed design in this bearing?


The closed design provides enhanced protection against contamination and damage, ensuring reliable performance in demanding environments where dirt and debris could impact functionality.

How does the absence of seals affect the bearing's performance?


Without seals, friction is reduced, allowing for smoother operation and improved efficiency, making it ideal for applications requiring minimal resistance during motion.

What load capacities can be expected from this bearing in operational settings?


It is designed to support a dynamic load of 1060 N and a static load of 910 N, making it suitable for various applications that involve substantial forces.

In what conditions is this linear ball bearing most effective?


This bearing excels in environments with high linear motion requirements, specifically where precision and load capacity are crucial, such as in industrial machinery and automation systems.