Climax Metal Products P2C-137 Clamping Shaft Collar

Product Description

The CLIMAX METAL PRODUCTS P2C-137 is a two-piece clamping shaft collar designed to locate, space, and retain components on rotating or stationary shafts. With a 2.25-inch outside diameter and a plain plastic construction, this collar clamps directly onto the shaft without requiring a keyway or threads. The two-piece design allows installation and removal without disassembling adjacent components, making it practical for both initial builds and field service. At 0.19 pounds, it is lightweight and well suited for low-load positioning and stop applications in mechanical assemblies.

This collar is used in a range of light-duty industrial and mechanical applications where shaft retention or component spacing is required. Typical install scenarios include conveyor systems, light machinery, pump assemblies, and general power transmission setups. The plastic construction makes it appropriate for applications where corrosion resistance or electrical isolation is a factor. It is installed by HVAC technicians, millwrights, and general maintenance trades working on rotating equipment.

Key Features

• Two-piece clamping design allows installation without full shaft disassembly
• 2.25-inch outside diameter for positive shaft engagement
• 0.5625-inch width provides a compact profile in tight assemblies
• Plain plastic material offers corrosion resistance and electrical isolation
• Plain finish with no keyway required for installation

Compatibility

Designed as an OEM-style replacement or direct-fit shaft collar for mechanical assemblies requiring a two-piece clamping style collar with a 2.25-inch outside diameter.

Installation Notes

Installation should be performed by a qualified technician. Always power down and de-energize the equipment before working on any rotating shaft assembly. The two-piece halves are positioned around the shaft and fastened together using the provided hardware. Avoid over-torquing the clamping fasteners, as plastic collars have lower fastener load limits than metal equivalents.