Climax Metal Products C200E-168 Shaft Locking Device

Product Description

The CLIMAX METAL PRODUCTS C200E-168 is a shaft locking device engineered for secure axial and rotational fixation of shafts in mechanical drive assemblies. With a 1-11/16 inch bore diameter and a 2.953 inch outer diameter, this unit clamps directly onto the shaft using 12 M8 screws to distribute clamping force evenly around the bore. It delivers a rated axial load capacity of 19,706 pounds and a maximum torque rating of 1,386 ft/lb, making it suitable for demanding industrial and mechanical applications. The overall width matches the outer diameter at 2.953 inches, with a thrust ring width of 0.787 inches. Licensed mechanical technicians and industrial maintenance professionals are the typical installers.

The C200E-168 is designed for use in industrial power transmission systems where positive shaft retention is required. Typical applications include motor shafts, conveyor drives, gearbox output shafts, and similar rotating equipment where axial and torsional loads must be controlled. The 12-screw design allows for precise, incremental tightening to achieve uniform clamping pressure, which is critical in high-load or high-cycle installations. This device fits industrial and commercial mechanical assemblies that require a compact, high-capacity locking collar solution.

Key Features

• 1-11/16 inch bore diameter for direct shaft fitment
• 2.953 inch outer diameter with 2.953 inch overall width
• 12-screw M8 thread pattern for uniform clamping force distribution
• Rated axial load capacity of 19,706 pounds
• Maximum torque rating of 1,386 ft/lb
• Thrust ring width of 0.787 inches for controlled axial positioning

Compatibility

Designed as an OEM-style shaft locking device for industrial mechanical drive systems requiring a 1-11/16 inch bore locking collar with M8 thread fasteners.

Installation Notes

Installation should be performed by a qualified mechanical technician familiar with shaft retention hardware. De-energize and lock out the drive system completely before beginning work, following applicable LOTO procedures. Tighten the 12 screws in a star or cross pattern using calibrated tooling to achieve even clamping load around the bore. Do not use impact tools during final tightening, as uneven torque application can reduce clamping performance or damage the device.