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The PARKER SC650M2 is a male button style shock absorber designed to decelerate moving loads and reduce impact energy in pneumatic and mechanical motion control systems. With a 0.25 inch rod diameter, a 0.87 inch outside diameter, and a 0.91 inch stroke length, this unit fits compact installation envelopes where space is limited. The M25 x 1.5 thread mounting makes installation straightforward in standard threaded mounts and brackets. The overall length of 5.62 inches keeps the assembly profile predictable for system designers. This type of device is typically installed by mechanical technicians and automation engineers working on linear motion, pneumatic cylinder end-of-stroke cushioning, and conveyor or pick-and-place equipment.
The SC650M2 is suited for industrial automation applications where controlled deceleration of reciprocating or linear moving components is required. Typical installations include end stops on pneumatic actuators, slide tables, robotic tooling arms, and assembly line positioning equipment. The male button contact face transmits load through a centered contact point, which is common in applications where the moving mass contacts the absorber face squarely. This absorber is appropriate for both light-duty and moderate-duty cycle applications depending on the load and velocity conditions of the specific system.
Designed as an OEM-style replacement or direct-fit component for industrial linear motion and pneumatic systems requiring a male button shock absorber with M25 x 1.5 thread mounting and 0.25 inch rod diameter.
Installation is typically performed by qualified mechanical or automation technicians. De-energize and depressurize any pneumatic or hydraulic circuits before removing or installing shock absorbers in a live system. Thread engagement should be verified to manufacturer specifications using standard hand tools, and the lock nut should be secured to prevent loosening under cyclic loading. Follow applicable machinery safety standards and the equipment manufacturer's service procedures when integrating or replacing motion control components.
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