Parker MC150H2 Male Button Shock Absorber 0.5 in Stroke

Product Description

The PARKER MC150H2 is a male button shock absorber designed for controlled deceleration of moving loads in industrial automation and motion control applications. The absorber features a 0.19-inch stainless steel rod diameter and a 0.66-inch outside diameter body finished in black oxide over a steel construction. With a 0.5-inch stroke and a 9/16-18 thread, this compact unit is suited for installation in tight machine frames, end-stop positions, and actuator mounting arrangements. The 3.41-inch overall length fits standard mount cavities. Licensed millwrights, machine builders, and automation technicians are the primary installers.

This shock absorber is applied in light-duty industrial and automation settings where controlled energy absorption at end-of-travel is required. Typical applications include pneumatic cylinder end stops, slide tables, pick-and-place assemblies, and conveyor positioning systems. The male button style allows direct contact with the moving load face without additional hardware. Operating temperature range spans 32 degrees F to 150 degrees F, making it appropriate for standard indoor plant environments.

Key Features

• Male button absorber type for direct load face contact at end-of-travel
• Stainless steel rod for corrosion resistance in light washdown or humid environments
• Black oxide steel body for general corrosion protection
• 0.5-inch stroke in a 3.41-inch overall length for compact machine installations
• 9/16-18 threaded body for secure mounting in tapped bores or lock-nut assemblies
• Rated for operation from 32 degrees F to 150 degrees F

Compatibility

Designed as an OEM-style replacement or new-installation shock absorber for light-duty industrial automation systems requiring a 9/16-18 threaded male button style unit with a 0.5-inch stroke and 0.66-inch outside diameter.

Installation Notes

Installation is performed by qualified machine builders or maintenance technicians following applicable machinery safety standards. De-energize all pneumatic, hydraulic, and electrical circuits before servicing end-stop hardware. Thread the body into the tapped mounting bore and secure with a jam nut to the correct engagement depth per the machine design. Verify stroke alignment with the load face before returning the system to service.