M5 Thread, 7/8" Bore Diam, 1-9/16" OD, Shaft Locking Device MPN:C193E-087

Introducing the C193E-087 Shaft Locking Device from Climax Metal! Designed with an M5 thread, this product features a 7/8 bore diameter and a 1-9/16 OD. Its 6 screws provide an impressive 5,277 lb axial load, while its 1-3/4 OAW and 0.591 thrust ring width make it perfect for use in high torque applications. With a maximum torque of 2,309 ft/lb, this locking device is ideal for securing shafts during production, transportation, or storage. Its versatile design makes it suitable for various industries such as automotive, aerospace, and industrial manufacturing. Invest in the C193E-087 today and experience the benefits of reliable shaft locking!

Top product features:

• High axial load capacity: The C193E-087 Shaft Locking Device can securely hold shafts in place with an impressive 5,277 lb of force, making it suitable for heavy-duty applications where a stable connection is crucial.
• Versatile thread size and diameter: With an M5 thread size and 7/8 bore diameter, the locking device is compatible with various shaft sizes and types, ensuring its usability across multiple industries and purposes.
• Rugged design for high torque applications: Capable of handling up to 2,309 ft/lb of maximum torque, this locking device is built to withstand the toughest conditions and provide reliable shaft retention even in challenging environments.

Top product applications:

• Industrial manufacturing: The C193E-087 Shaft Locking Device can securely hold shafts in place during production processes, ensuring that moving parts remain stable and aligned, preventing any issues due to misalignment or movement.
• Transportation industry: This locking device can be used on trains, planes, and automobiles to keep wheels or axles securely in place, reducing the risk of accidents caused by loose parts during transportation.
• Aerospace sector: The high-strength design of the C193E-087 makes it ideal for securing shafts in aircraft engines and other critical components to ensure their functionality and reliability under intense conditions.