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Bearings Rod End Bearings Durbal Rod ends
Quick Code: BB-368962

DPOS22 Basic Line Durbal Rod end

£54.01 exc VAT (£64.81 inc VAT)
In Stock   Free Delivery over £100   Next Day Order by 4pm
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Product Specification
Inner dimension
22mm
Lubrication hole
Without lubrication groove
Maintenance
Version requiring maintenance
Outer dimension
54mm
Seal
None, open bearing
Thread direction
Right-hand thread
Thread type
Male thread
Version
Steel/brass
Width
28mm
Reference
DPOS22 Basic Line
Additional Reference:
10183927
Brand
Durbal
Quick Order Code
BB-368962
Product Description

The DPOS22 Basic Line Durbal Rod end is a high-performance industrial bearing solution engineered for precise mechanical applications requiring robust connectivity and reliable angular movement. This versatile rod end bearing offers exceptional durability and flexibility for demanding industrial environments.

Key Technical Specifications:

  • Inner Dimension: 22mm
  • Outer Dimension: 54mm
  • Width: 28mm
  • Material Composition: Steel/Brass
  • Thread Type: Male thread with right-hand orientation
  • Lubrication: No lubrication groove
  • Maintenance: Requires periodic maintenance
  • Seal Configuration: Open bearing (no seal)

Recommended Applications:

  • Industrial machinery with moderate load requirements
  • Material handling equipment
  • Agricultural implements
  • Construction machinery
  • Mechanical engineering systems
  • Hydraulic and pneumatic equipment

The DPOS22 Basic Line rod end bearing provides engineers with a reliable solution for applications requiring angular misalignment compensation. Its steel/brass construction offers excellent strength and moderate wear resistance, making it suitable for a wide range of industrial applications. The open bearing design allows for flexible movement, while the right-hand male thread ensures secure and precise mechanical connections.

Designed to meet standard industrial performance requirements, this Durbal rod end bearing delivers consistent operational performance and mechanical reliability across various challenging environments.