Climax Metal Products C192E-181 Shaft Locking Device

Product Description

The CLIMAX METAL PRODUCTS C192E-181 is a shaft locking device designed to secure rotating shafts within mechanical assemblies. It features a 1-13/16 inch bore diameter and a 2-7/8 inch outer diameter, with an overall width of 2 inches. Eight clamping screws distribute load evenly around the shaft, delivering a maximum torque capacity of 9,922 foot-pounds. This type of locking collar is used in industrial and mechanical power transmission applications where positive shaft retention is required and set-screw collars are insufficient for the load. Installation and maintenance are typically handled by millwrights, industrial mechanics, or experienced maintenance technicians.

The C192E-181 is suited for power transmission systems requiring a high-torque, positive-locking shaft connection. Its multi-screw design makes it appropriate for applications where shaft slippage under heavy load is a concern, such as drive systems, conveyor assemblies, or rotating equipment in commercial and industrial facilities. It is packaged and sold as an individual unit.

Key Features

• 1-13/16 inch bore diameter for precise shaft fit
• 2-7/8 inch outer diameter for compact installation envelope
• 8 clamping screws for even load distribution and high torque retention
• Maximum torque rating of 9,922 foot-pounds
• 2 inch overall width for space-conscious shaft collar applications

Compatibility

Designed as an OEM-style shaft locking device for power transmission assemblies requiring a 1-13/16 inch bore and 2-7/8 inch outer diameter collar configuration.

Installation Notes

Installation should be performed by a qualified millwright or industrial mechanic familiar with shaft locking collar procedures. Disconnect and lock out all power to the shaft and drive system before mounting or removing the collar. Ensure the shaft surface is clean and free of burrs before seating the device. Tighten all eight screws in a star pattern to the collar manufacturer's specified torque sequence to achieve uniform clamping force.