Parker SC650-3 Male Button Shock Absorber 1-12 Thread

Product Description

The PARKER SC650-3 is a male button shock absorber designed to decelerate moving loads and reduce impact energy in industrial automation and motion control systems. The unit features a 0.25 inch rod diameter, a 0.91 inch stroke length, and a 1-12 thread size for straightforward inline mounting. The body is finished in black oxide steel with a stainless steel rod, offering corrosion resistance in demanding environments. This shock absorber suits applications requiring controlled, repeatable stopping force in pneumatic and mechanical systems. Installation is typically performed by industrial maintenance technicians and automation engineers.

This shock absorber is suited for light-duty industrial automation applications, including pneumatic actuator end-of-stroke cushioning, pick-and-place machinery, and conveyor stop stations. Its compact 0.87 inch outside diameter and 5.62 inch overall length allow integration into tight assemblies. The operating temperature range of 32 degrees F to 150 degrees F makes it appropriate for standard indoor industrial environments. It is sold individually with a minimum order quantity of one unit.

Key Features

• Male button absorber type for direct inline load contact
• Stainless steel rod provides corrosion resistance in service
• Black oxide steel body for durability in industrial environments
• 0.91 inch stroke length for compact end-of-stroke energy absorption
• 1-12 thread size enables straightforward threaded body mounting
• Operating range of 32 degrees F to 150 degrees F for standard indoor use

Compatibility

Designed as an OEM-style replacement or new-installation shock absorber for industrial automation equipment requiring a male button style unit with a 1-12 thread, 0.25 inch rod diameter, and 0.91 inch stroke.

Installation Notes

Installation is performed by qualified industrial maintenance technicians or automation system integrators. De-energize and lock out all pneumatic and electrical energy sources before servicing or installing this component per applicable OSHA lockout/tagout procedures. Verify thread engagement and body torque against the equipment manufacturer specifications before returning the system to service. Do not exceed the rated stroke or operating temperature range during operation.