Climax Metal Products C600E-187 Shaft Locking Device

Product Description

The CLIMAX METAL PRODUCTS C600E-187 is a shaft locking device engineered for secure, high-load shaft-to-hub connections in industrial power transmission applications. It features a 1-7/8 inch bore diameter, a 112mm outer diameter, and an M8 thread size across 10 clamping screws. The device delivers an axial load capacity of 41,050 pounds and a maximum torque rating of 3,207 ft/lb, making it suitable for demanding rotary equipment where shaft slippage is not acceptable. Overall width measures 4.409 inches, with a thrust ring width of 2.362 inches. Mechanical and maintenance technicians install this type of device in place of traditional keyways or set-screw collars.

This shaft locking device is used in industrial machinery where high axial loads and torque must be transmitted reliably between a shaft and a mating hub or sprocket. Typical applications include conveyor drives, gearboxes, fans, pumps, and similar rotating equipment in manufacturing, material handling, and process industries. Its 10-screw clamping design distributes clamping force evenly around the shaft, reducing stress concentration and maintaining concentricity under load.

Key Features

• 1-7/8 inch bore diameter for direct shaft fit
• 112mm outer diameter with M8 thread screws
• 10-screw clamping configuration for even load distribution
• 41,050 pound axial load capacity
• 3,207 ft/lb maximum torque rating
• 4.409 inch overall width with 2.362 inch thrust ring width

Compatibility

Designed as an OEM-style replacement or direct-fit shaft locking device for industrial power transmission assemblies requiring a 1-7/8 inch bore and 112mm outer diameter with M8 thread clamping screws.

Installation Notes

Installation should be performed by a qualified mechanical technician familiar with shaft locking device assemblies. De-energize and lock out all power to the equipment before beginning installation per applicable LOTO procedures. Tighten the clamping screws in a star pattern to ensure even clamping force distribution around the shaft. Do not exceed the rated axial load or torque values for this device.