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Bearings Linear Bearings & Shaft Linear Carriages Schneeberger Carriages
Quick Code: BB-523014

MRW25-F-G2-V1 Schneeberger Carriage

£122.82 Was £136.47 exc VAT (£147.38 inc VAT)
In Stock   Free Delivery Available   Next Day Unavailable
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Product Specification
Ball chain
Without ball chain
Ball-/Roller rows
Four Row
Brand
Schneeberger
Design
Block carriage
Lubrication & Maintenance
Can be relubricated (via the lubrication nipple)
Material
Steel, Plastic
Preload
Light preload
Seal
End Seals, Sealing Strips and Inner Seals
Series
25 series
Temperature range
-40 to +80 °C
Tolerance class
G2
Type of rolling elements
Rollers
Version
Small design
Reference
MRW25FG2V1
Additional Reference:
10143685
Quick Order Code
BB-523014
Product Description

The MRW25-F-G2-V1 Schneeberger Carriage is a precision linear carriage designed for demanding industrial applications requiring smooth, accurate linear motion. This compact block carriage combines robust engineering with reliable performance across a wide temperature range.

Key Specifications:

  • Series: 25 series
  • Design: Block carriage with small design profile
  • Rolling Elements: Four rows of rollers for enhanced load distribution
  • Preload: Light preload for optimal balance between smoothness and longevity
  • Tolerance Class: G2 for precise positioning
  • Materials: Steel and plastic construction for durability and reduced weight
  • Ball Chain: Without ball chain

Performance Features:

  • Operating Temperature Range: -40 to +80°C, making it suitable for both cold and heated environments
  • Sealing System: End seals, sealing strips, and inner seals provide comprehensive protection against contaminants
  • Maintenance: Field-relubrication capability via integrated lubrication nipple for extended service life

Ideal Applications:

This carriage excels in precision machinery, automation equipment, and industrial positioning systems where compact size, reliability, and smooth linear motion are essential. The wide temperature operating range makes it particularly valuable in temperature-sensitive environments.