Square D 9007MA2 Limit Switch Roller Lever 7.6 Inches

Product Description

The SQUARE D 9007MA2 is a steel roller lever accessory designed as a replacement actuator arm for SQUARE D 9007-series limit switches. At 7.6 inches in overall length, this lever mounts to the switch head and converts mechanical contact — such as a cam, dog, or moving machine member — into a switching action. The steel roller construction handles repeated actuation cycles in industrial and commercial environments. Licensed electricians and industrial maintenance technicians are the primary installers. It ships as a single-piece unit and weighs approximately 0.1 pounds.

This roller lever is suited for use on machine tools, conveyor systems, automated assembly lines, and other electromechanical equipment where a limit switch monitors position or travel. It is a direct accessory replacement part for SQUARE D 9007-series switch bodies in light to medium-duty industrial applications. The lever attaches to the switch actuator head without modification to the switch body itself.

Key Features

• Steel roller construction for durability through repeated actuation cycles
• Overall length of 7.6 inches provides extended reach for cam or dog actuation
• Direct replacement part for SQUARE D 9007-series limit switch heads
• Single-piece unit — quantity of one per package
• Lightweight at 0.1 pounds for minimal added load on switch actuator

Compatibility

Designed for use with SQUARE D limit switch series 9007A, 9007AW, 9007B, 9007C, 9007N, 9007T10, and 9007T5.

Installation Notes

Installation is performed by licensed electricians or qualified industrial maintenance personnel. De-energize and lock out the associated control circuit before removing or installing any limit switch component, following OSHA lockout/tagout procedures and applicable NEC guidelines. Confirm the lever arm length and roller diameter are appropriate for the actuating cam geometry before installation. Do not force or over-bend the lever arm, as this may affect switch actuation travel and repeatability.