INA Linear Shaft Support Linear Ball Bearing Block 28 x 84 x 68mm, GW30

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£37.75

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£45.30

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  • Plus 11 unit(s) shipping from 22 October 2025
  • Plus 11 unit(s) shipping from 10 February 2026
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RS Stock No.:
172-1199
Mfr. Part No.:
GW30
Brand:
INA
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Brand

INA

Type

Linear Ball Bearing Block

Dimensions

28 x 84 x 68mm

Housing Width

84mm

Housing Length

28mm

Housing Height

68mm

Schaeffler GW30 Linear Shaft Support, 28 x 84 x 68mm, 84mm Housing Width - GW30


This linear shaft support is a robust linear ball bearing block designed to facilitate smooth motion in industrial applications. With dimensions of 28 x 84 x 68 mm, it provides a solid foundation for linear motion components, enhancing performance and reliability in various systems.

Features & Benefits


• Designed for heavy-duty performance in demanding environments
• Offers precise alignment for optimal motion control
• Exceptional durability with high-quality linear bearings
• Compatible with various linear motion systems
• Streamlined installation process for user convenience
• Effective in reducing friction and wear over time

Applications


• Utilised in automated machinery for efficient movement
• Employed in conveyor systems for smooth operation
• Suitable for robotics and assembly line
• Commonly found in linear positioning systems

What are the critical design features that ensure long-lasting performance?


The heavy-duty construction and high-quality materials enhance the lifespan of the component. Precision engineering minimises wear and friction, enabling sustained operation over extensive periods.

How can it improve the efficiency of linear motion systems?


By providing stable support and precise alignment, it reduces misalignment issues, ensuring that linear components move smoothly and efficiently during operation.

What specifications should be considered when integrating this into existing systems?


It is essential to evaluate the load capacity, compatibility with other components, and required dimensional specifications to ensure effective integration into existing frameworks.

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