Square D 9007CO62 Limit Switch Plug-in Unit Zinc Body

Product Description

The SQUARE D 9007CO62 is a limit switch plug-in unit designed as a replacement accessory for compatible 9007 series limit switch assemblies. Constructed with a zinc body, this plug-in unit measures 4.2 inches in overall length and weighs 1.25 pounds. It is installed by electricians and industrial maintenance technicians to restore or replace the plug-in operating unit portion of a limit switch assembly. The zinc body provides durability in light industrial and machine control environments where limit switches are commonly deployed for position sensing and end-of-travel detection.

This plug-in unit is suited for use in industrial control panel applications, conveyor systems, machine tool installations, and other electromechanical control setups where SQUARE D 9007 series limit switches are already installed. It allows technicians to swap out the plug-in operating unit without replacing the entire limit switch assembly, reducing downtime and parts cost in production environments. Typical applications include factory automation, material handling, and general-purpose industrial machinery.

Key Features

• Zinc body construction for durability in industrial environments
• 4.2-inch overall length for direct fit into compatible 9007 series limit switch heads
• Plug-in design allows replacement without removing the entire limit switch assembly
• Sold as a single unit (package quantity: 1)

Compatibility

Designed for use with SQUARE D 9007 and 9007C series limit switches, as stated by the manufacturer.

Installation Notes

Installation should be performed by a qualified electrician or industrial maintenance technician. De-energize and lock out the control circuit before removing or installing any limit switch components, following NFPA 70E lockout/tagout procedures. Verify that the plug-in unit is fully seated in the limit switch head before restoring power. Confirm compatibility with the existing limit switch body and actuator type prior to installation.