Climax Metal Products C170E-093 Shaft Locking Device

Product Description

The CLIMAX METAL PRODUCTS C170E-093 is a shaft locking device designed to secure rotating components on a shaft without the need for keyways or set screws. It features a 15/16-inch bore diameter and a 1.339-inch outer diameter, making it suited for light industrial and mechanical drive applications. The locking collar applies clamping force through 6 M6 thread screws, delivering a maximum axial load capacity of 7,518 pounds and a maximum torque rating of 294 ft/lb. Overall width measures 2.205 inches, with a thrust ring width of 0.984 inches. This device is installed by mechanical technicians and maintenance professionals working on conveyor systems, shaft assemblies, and power transmission equipment.

The C170E-093 is used in applications requiring precise shaft retention and reliable torque transfer in both light industrial and commercial mechanical systems. It is suited for use on smooth shafts where keyway machining is not practical or desired. Typical installation scenarios include gearbox output shafts, fan hubs, and roller assemblies where consistent axial load resistance is required.

Key Features

• 15/16-inch bore diameter for direct shaft fit without keyway modification
• 1.339-inch outer diameter with a compact 2.205-inch overall width
• 6 M6 thread clamping screws for uniform radial load distribution
• 7,518-pound axial load capacity for reliable shaft retention under load
• 294 ft/lb maximum torque rating suitable for light industrial drive applications
• 0.984-inch thrust ring width provides consistent contact surface on shaft

Compatibility

Designed as an OEM-style replacement or direct-fit shaft locking device for power transmission assemblies using a 15/16-inch bore diameter shaft with M6 thread fastener requirements.

Installation Notes

Installation is performed by qualified mechanical or maintenance technicians. Before installing or removing the locking device, ensure all power to the drive system is isolated and the shaft is fully at rest. Screws should be tightened in a star pattern to achieve even clamping force across all contact points. Refer to applicable ANSI or machinery OEM standards for shaft surface finish and hardness requirements prior to installation.