Climax Metal Products ISCC-062-050 Split Clamping Collar

Product Description

The CLIMAX METAL PRODUCTS ISCC-062-050 is a one-piece split clamping collar designed to secure shafts, rods, and cylindrical components in mechanical assemblies. The split design allows the collar to be installed or removed without disassembling the shaft, saving time during maintenance and setup. With a 0.625-inch bore, a 1.3125-inch outside diameter, and a 2-inch length, this collar fits compact shaft applications where precise axial positioning is required. It is specified without a keyway, making it a friction-only clamping solution suited for applications where rotational load transmission through the collar is not needed.

This collar is used in light-duty to medium-duty mechanical installations including conveyor systems, pump shafts, motor assemblies, and general industrial equipment. The one-piece split body provides a more rigid clamp than two-piece designs and is a common choice when shaft access is limited or when installers need a faster, tool-friendly collar solution. It is appropriate for both OEM assembly and field replacement work in industrial and commercial settings.

Key Features

• One-piece split design allows installation without shaft disassembly
• 0.625-inch bore for precise shaft fit
• 2-inch length provides extended clamping surface for improved axial holding force
• No keyway - friction-style clamping for straightforward positioning applications
• Part of the ISCC series by CLIMAX METAL PRODUCTS

Compatibility

Designed as an OEM-style replacement or upgrade collar for 0.625-inch diameter shafts in general mechanical and industrial assemblies requiring a one-piece split clamping collar without a keyway.

Installation Notes

Installation is typically performed by millwrights or mechanical technicians. De-energize and lock out all rotating equipment before installing or adjusting shaft collars per applicable OSHA lockout/tagout procedures. Position the collar to the desired axial location on the shaft before tightening the clamping hardware evenly to ensure uniform grip. Do not overtighten to the point of shaft deformation; consult the equipment manufacturer's specifications for maximum clamping force.