Climax Metal Products M2C-20 Two Piece Shaft Collar

Product Description

The CLIMAX METAL PRODUCTS M2C-20 is a two-piece shaft collar designed for mechanical power transmission applications. It features a plain bore configuration with a 0.787-inch bore diameter and a 1.625-inch outside diameter. Constructed from steel with a black oxide finish, it delivers corrosion resistance and durability in demanding service environments. The two-piece design allows the collar to be installed and removed without disassembling the shaft assembly, making it a practical choice for maintenance-heavy applications. This collar is manufactured to ISO 9001:2008 quality standards and is suited for installation by maintenance mechanics and millwrights.

This shaft collar is used in light to medium industrial applications where shaft positioning, end stop, or component retention is required. Typical installations include conveyor systems, pump assemblies, fan shafts, and general machinery. The compact size and plain bore make it adaptable to a wide range of shaft setups where a set screw or clamping collar is needed at a fixed axial position along the shaft.

Key Features

• Two-piece construction allows installation without shaft disassembly
• Plain bore design accommodates a 0.787-inch shaft diameter
• 1.625-inch outside diameter for compact fitment in tight assemblies
• Steel construction with black oxide finish for corrosion resistance
• Manufactured under ISO 9001:2008 quality standards

Compatibility

Designed as an OEM-style replacement or direct-fit shaft collar for mechanical power transmission assemblies requiring a plain bore two-piece collar in the M2C series.

Installation Notes

Installation of shaft collars is typically performed by maintenance mechanics or millwrights. Always de-energize and lock out the drive system before installing or adjusting shaft collars. Ensure the shaft surface is clean and free of burrs before positioning the collar. The two-piece design should be torqued evenly on both fasteners to maintain concentricity and avoid shaft damage.