INA Linear Shaft Support 2-Bolt Base Linear Ball Bearing Block 42 mm, GWA16 16 mm 50 mm

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Subtotal (1 unit)*

PHP3,441.32

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PHP3,854.28

(inc. VAT)

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  • 12 unit(s) ready to ship from another location
  • Plus 25 unit(s) shipping from April 28, 2027
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1 - 4PHP3,441.32
5 - 9PHP3,338.07
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RS Stock No.:
172-1201
Mfr. Part No.:
GWA16
Manufacturer:
INA
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Brand

INA

Mount Type

2-Bolt Base

Sub Type

Linear Ball Bearing Block

Product Type

Linear Shaft Support

Overall Length

16mm

Base to Bore Centerline

25mm

Overall Height

42mm

Overall Width

50mm

Standards/Approvals

No

Schaeffler GWA16 Linear Shaft Support, 16 x 50 x 42mm, 50mm Housing Width - GWA16


This linear shaft support functions as an essential component within mechanical systems. It belongs to the category of linear ball bearing blocks and is designed to provide stability and support for linear motion applications. The product dimensions are 16 x 50 x 42 mm, making it a compact option for various installation needs.

Features & Benefits


• Provides excellent support for smooth linear motion

• Designed for ease of installation in automation settings

• Compatible with various shaft sizes for flexibility

• Supports dynamic loads efficiently in industrial applications

• Robust construction ensuring long-lasting performance

• Ideal for facilitating precise alignment of moving parts

Applications


• Used with linear motion systems in machinery

• Employed in robotics for guided movement

• Utilised in conveyor systems for seamless operation

• Applicable in automated assembly lines for efficiency

What load capacities does the shaft support manage effectively?


This product is designed to handle dynamic loads, ensuring reliable support for linear applications. Its robust construction allows it to operate under varying weight conditions without compromising performance.

How does the design of this support enhance its suitability for automation projects?


The thoughtful design enables quick installation, allowing for efficient setup in automated environments. It is engineered to maintain precise alignment, which is vital for maintaining the integrity of linear motion systems.

In what environments can this support be optimally used?


The component is suitable for both industrial and commercial environments where precise motion control is required. Its durability makes it effective in manufacturing, electronics assembly, and other automated operations.

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