Parker MC4575-3 Male Button Shock Absorber

Product Description

The PARKER MC4575-3 is a male button-style shock absorber designed to control and decelerate moving loads in industrial automation, pneumatic, and mechanical motion systems. It features a 0.5-inch rod diameter, a 1.75-inch outside diameter body, and a 2.91-inch stroke length. The overall length measures 9.69 inches. The steel rod and steel body are finished in black oxide for corrosion resistance. This unit is installed by industrial maintenance technicians and mechanical engineers in applications requiring precise end-of-travel deceleration.

This shock absorber is suited for use in linear motion systems, pneumatic cylinder end stops, robotic tooling, and machine guarding assemblies. The male button interface allows direct mounting in standard threaded bores. It operates across a temperature range of 10 degrees F to 150 degrees F, making it appropriate for typical indoor industrial environments. The 1-3/4-12 thread size fits standard industrial mounting configurations.

Key Features

• Male button absorber type for direct threaded bore installation
• 0.5-inch rod diameter with steel construction and black oxide finish
• 2.91-inch stroke length for controlled load deceleration
• 1.75-inch outside diameter body in a compact 9.69-inch overall length
• Rated for operation from 10 degrees F to 150 degrees F
• 1-3/4-12 unified thread for compatibility with standard industrial mounts

Compatibility

Designed as an OEM-style replacement or direct-fit shock absorber for industrial linear motion and pneumatic system end-stop applications using a 1-3/4-12 threaded mounting bore.

Installation Notes

Installation should be performed by a qualified industrial maintenance technician or mechanical engineer. Depressurize and de-energize any pneumatic or mechanical system before installing or removing the shock absorber. Use appropriate thread sealant if required by the application, and verify that the mounting bore thread matches the 1-3/4-12 specification before installation. Do not exceed the rated operating temperature range during service.