Parker SC925-2 Male Button Shock Absorber 1-12 Thread

Product Description

The PARKER SC925-2 is a male button shock absorber designed to decelerate and cushion moving loads in pneumatic and light industrial motion control applications. With a 0.25 inch rod diameter, 0.87 inch outside diameter, and a 1.58 inch stroke length, this compact unit absorbs kinetic energy at the end of travel, reducing impact force on actuators, cylinders, and machine structures. The 1-12 threaded mount allows direct installation into standard machine frames and tooling plates. Overall length is 7.44 inches. Licensed maintenance technicians and machine builders are the primary installers. It is sold individually as a single unit.

This shock absorber is suited for light-duty automation and pneumatic cylinder end-stop applications in both industrial and manufacturing environments. Typical install scenarios include mounting at the end of travel on linear slides, robotic fixtures, and actuator assemblies where controlled deceleration is required. The male button style allows direct engagement with the load face without additional hardware. Applications are commonly found in assembly equipment, pick-and-place systems, and pneumatic stop gates.

Key Features

• Male button absorber type for direct load-face contact without additional adapters
• 0.25 inch rod diameter with 0.87 inch outside diameter for compact envelope
• 1.58 inch stroke length provides consistent deceleration travel
• 1-12 threaded body for secure mounting in standard tapped machine frames
• 7.44 inch overall length suits extended-reach installation needs

Compatibility

Designed as an OEM-style replacement or direct-mount shock absorber for light industrial and pneumatic motion control systems requiring a 1-12 threaded male button configuration.

Installation Notes

Installation is typically performed by industrial maintenance technicians or machine builders. De-energize and lock out all pneumatic and electrical power to the machine before removing or installing this component. Use appropriate thread-sealing practice per the machine manufacturer's specification, and do not overtighten the threaded body into the mounting block. Verify stroke alignment with the load contact point before returning the system to service.