Bearings
Rod End Bearings
Durbal Rod ends
Quick Code: BB-368885
EFN50-30-502 Classic Line Durbal Rod end
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Product Specification
Inner dimension
50mm
Lubrication hole
With lubrication groove
Maintenance
Maintenance-free version
Outer dimension
112mm
Seal
Lip seal on both sides
Thread direction
Left-hand thread
Thread type
Female thread
Version
PTFE/Steel
Width
35mm
Reference
EFN50-30-502 Classic Line
Additional Reference:
10168581
Brand
Durbal
Quick Order Code
BB-368885
Product Description
The EFN50-30-502 Classic Line Durbal Rod end is a high-performance precision bearing designed for demanding industrial applications that require reliable mechanical performance, angular movement compensation, and superior durability.
Key Specifications:
- Inner Dimension: 50mm
- Outer Dimension: 112mm
- Width: 35mm
- Thread Type: Female thread with left-hand orientation
- Material Composition: PTFE/Steel version
- Sealing: Lip seal on both sides
- Lubrication: Integrated lubrication groove
- Maintenance: Maintenance-free design
Ideal Applications:
This Durbal rod end bearing is perfectly suited for precision mechanical systems that require:
- Advanced angular misalignment compensation
- Enhanced sealing protection
- Reliable performance in challenging environments
- Reduced maintenance requirements
Typical industries and use cases include:
- Heavy-duty agricultural machinery
- Construction and mining equipment
- Material handling and conveyor systems
- Industrial robotic and automation applications
- Marine and offshore equipment
- Hydraulic and pneumatic system connections
Performance Benefits:
- PTFE/Steel construction ensures excellent wear resistance
- Comprehensive lip seal protection against contaminants
- Integrated lubrication groove for extended operational life
- Maintenance-free design reduces downtime
- Precise left-hand female thread configuration
The EFN50-30-502 Classic Line rod end offers exceptional reliability, providing smooth angular movement and robust performance in the most demanding industrial environments.
