My Account   01603 720713  

Bearings Linear Bearings & Shaft Linear Carriages Bosch Rexroth Carriages
Quick Code: BB-518589

R165131320 KWD-035-FNS-C1-H-1 (CS) Bosch Rexroth Carriage

£118.97 Was £125.23 exc VAT (£142.76 inc VAT)
In Stock   Free Delivery Available   Next Day Unavailable
Buy Now
Product Specification
Ball chain
Without ball chain
Ball-/Roller rows
Double Row
Brand
Bosch Rexroth
Design
Flange carriage
Lubrication & Maintenance
Can be relubricated (via the lubrication nipple)
Material
Carbon Steel
Preload
Light preload
Seal
End Seals
Series
35 series
Temperature range
-10 to +100 °C
Tolerance class
H (High-Precision Class)
Type of rolling elements
Balls
Version
Standard version
Reference
R165131320KWD035FNSC1H1
Additional Reference:
10130716
Quick Order Code
BB-518589
Product Description

The R165131320 KWD-035-FNS-C1-H-1 (CS) Bosch Rexroth Carriage is a precision-engineered linear carriage designed for demanding motion control applications requiring high accuracy and reliability.

Key Specifications:

  • Series: 35 series
  • Design: Flange carriage configuration
  • Rolling Elements: Ball bearings in double row arrangement
  • Preload: Light preload for smooth, precise operation
  • Tolerance Class: H (High-Precision Class) for superior accuracy
  • Material: Carbon Steel construction for durability
  • Sealing: End seals for protection against contamination
  • Operating Temperature Range: -10 to +100°C
  • Lubrication: Relubrication capability via lubrication nipple for extended service life
  • Ball Chain: Without ball chain
  • Version: Standard version

Applications:

This carriage is ideal for use in:

  • Industrial automation and machinery systems
  • Precision positioning equipment
  • High-accuracy linear motion applications
  • Heavy-duty production environments
  • Systems requiring reliable, long-term performance

The combination of double-row ball bearings, light preload, and high-precision tolerance class ensures smooth, accurate linear motion while maintaining ease of maintenance through the relubrication system.