Parker MC3325M1 Male Button Shock Absorber M33x1.5

Product Description

The PARKER MC3325M1 is a male button-style shock absorber designed to decelerate moving loads and reduce impact energy in industrial automation and motion control applications. The unit features a 0.375-inch rod diameter, a 1.25-inch outside diameter, and a 0.91-inch stroke length with an overall length of 5.44 inches. Both the rod and body are constructed from steel with a black oxide finish, providing corrosion resistance in demanding factory environments. Licensed HVAC and automation technicians, mechanical engineers, and industrial maintenance professionals specify this component for pneumatic and mechanical systems where controlled deceleration is required.

This shock absorber is suited for use in light- to medium-duty industrial automation systems, including pneumatic actuator end-stops, robotic positioning systems, and conveyor buffer stations. The M33 x 1.5 thread enables direct mounting into standard threaded bores or housings without additional adapters in most configurations. It is rated for operating temperatures from 10 degrees F to 150 degrees F, making it appropriate for climate-controlled and light industrial indoor environments.

Key Features

• Male button absorber type with 0.375-inch steel rod diameter
• 1.25-inch outside diameter body with M33 x 1.5 thread for direct threaded installation
• 0.91-inch stroke length provides controlled deceleration travel
• 5.44-inch overall length suits standard actuator end-of-travel mounting
• Steel rod and body construction with black oxide finish for durability
• Operating temperature range of 10 degrees F to 150 degrees F

Compatibility

Designed as an OEM-style replacement or direct-mount component for industrial automation systems requiring an M33 x 1.5 threaded male button shock absorber with a 1.25-inch outside diameter.

Installation Notes

Installation should be performed by qualified industrial maintenance technicians or mechanical engineers. De-energize and depressurize all associated pneumatic or hydraulic circuits before removing or installing the shock absorber. Verify thread engagement and alignment before applying load cycles. Follow applicable machinery safety standards and the equipment manufacturer's torque and alignment guidelines for the specific mounting configuration.