Parker L073400050 Switch Clamp 9/16 in Bore Srm Cylinders

Product Description

The PARKER L073400050 is a stainless steel switch clamp designed for use with air cylinders in pneumatic automation and control systems. This accessory mounts to the cylinder body and secures a position-sensing switch at a precise location along the cylinder's stroke. The clamp is sized for a 9/16 inch bore and is built from stainless steel for durability in industrial and light commercial environments. Installation is straightforward and does not require modification to the cylinder body. Pneumatic system technicians and automation tradespeople routinely install this type of hardware during switch positioning and cylinder assembly work.

This switch clamp is intended for use with PARKER SRM series air cylinders. It is a common accessory in pneumatic control circuits where reed switches, Hall-effect sensors, or similar proximity devices must be secured to the cylinder at a fixed axial position. Typical applications include automated assembly equipment, actuator position feedback loops, and any pneumatic system requiring reliable end-of-stroke or mid-stroke detection.

Key Features

• Sized for 9/16 inch bore air cylinders
• Stainless steel construction for corrosion resistance in industrial environments
• Designed specifically for PARKER SRM series cylinders
• Secures position-sensing switches to cylinder body without cylinder modification
• Compact, lightweight design at 0.04 pounds

Compatibility

Designed for use with PARKER SRM series air cylinders with a 9/16 inch bore size.

Installation Notes

Installation is performed by pneumatic system technicians or automation maintenance personnel. Before mounting or adjusting any switch clamp, depressurize the pneumatic circuit and de-energize any associated electrical controls per lockout/tagout procedures. Position the clamp along the cylinder body at the desired stroke detection point, then secure the sensing switch per the switch manufacturer's guidance. Verify switch alignment and actuation position before returning the system to service.