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Bearings Rod End Bearings Durbal Rod ends
Quick Code: BB-383639

EM17-20-501 CLASSIC Durbal Rod end

£47.82 exc VAT (£57.38 inc VAT)
In Stock   Free Delivery over £100   Next Day Order by 4pm
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Product Specification
Inner dimension
17mm
Lubrication hole
Without lubrication groove
Maintenance
Maintenance-free version
Outer dimension
44mm
Seal
None, open bearing
Thread direction
Right-hand thread
Thread type
Male thread
Version
PTFE/Steel
Width
14mm
Reference
EM17-20-501 CLASSIC
Additional Reference:
10168437
Brand
Durbal
Quick Order Code
BB-383639
Product Description

The EM17-20-501 CLASSIC Durbal Rod end is a precision-engineered bearing solution designed for industrial applications requiring reliable mechanical connectivity and compact, efficient performance. This high-quality rod end bearing offers exceptional versatility and durability for demanding mechanical systems.

Key Technical Specifications:

  • Inner Dimension: 17mm
  • Outer Dimension: 44mm
  • Width: 14mm
  • Thread Configuration: Male thread with right-hand orientation
  • Material Composition: PTFE/Steel construction
  • Lubrication: No lubrication groove
  • Sealing: Open bearing (no seal)
  • Maintenance: Maintenance-free version

Recommended Applications:

  • Precision mechanical engineering assemblies
  • Compact industrial machinery
  • Light to medium-duty material handling equipment
  • Agricultural implement connections
  • Robotic and automation system linkages
  • Small hydraulic and pneumatic system components

Technical Advantages:

  • Allows for precise angular misalignment compensation
  • Compact and lightweight design
  • Durable PTFE/Steel construction
  • Maintenance-free operation reduces downtime
  • Smooth and reliable mechanical movement
  • Versatile application across multiple industrial sectors

Part of Durbal's Classic Line series, the EM17-20-501 rod end bearing provides an ideal solution for engineers and maintenance professionals seeking a reliable, compact bearing with proven performance characteristics. Its specialized design ensures optimal functionality in applications requiring precise angular compensation and mechanical flexibility.