Skip to product information
1 of 1

TB WOODS 7 8" BORE FLANGED SLEEVE COUPLING 4J7 8

TB WOODS 7 8" BORE FLANGED SLEEVE COUPLING 4J7 8

Contact us to place an order or request a quote:
Brand: Woods

Description:

The TB Woods 4J7/8 Flanged Sleeve Coupling is an industrial flexible coupling component used in mechanical power transmission and rotating equipment systems. Commonly installed in pumps, compressors, conveyors, industrial motors, and mechanical drive applications requiring reliable torque transfer and vibration-dampening shaft alignment performance. Maintenance teams and system integrators use this coupling for replacement projects, drivetrain repairs, coupling maintenance, and maintaining dependable industrial motion control operations.

Applications:

The TB Woods flanged sleeve coupling is commonly used in industrial drive systems where flexible shaft coupling and dependable rotational alignment are required. It is frequently installed in motor-driven equipment, conveyor assemblies, pump systems, compressors, and manufacturing machinery operating in demanding environments requiring shock absorption and stable mechanical power transmission.

Technical Specifications:

• Brand: TB Woods
• Part Number: 4J7/8
• Product Type: Flanged Sleeve Coupling
• Bore Size: 7/8 Inch
• Function: Shaft coupling and torque transmission
• Application: Industrial mechanical drive systems
• Compatible Equipment: Motors, pumps, conveyors, and compressors
• Coupling Type: Flexible flanged sleeve coupling
• System Use: Rotational power transmission and shaft alignment
• Installation Environment: Industrial manufacturing and utility systems
• Service Application: Mechanical drivetrain operation and maintenance
• Construction: Industrial-grade metal coupling assembly
• Operating Environment: Continuous-duty industrial applications
• Industrial Compatibility: Mechanical motion and drive systems
• Performance Feature: Shock absorption and vibration reduction

Common Replacements:

• Lovejoy Flexible Coupling
• Browning Sleeve Coupling
• Martin Flex Coupling

View full details