Square D 9007R17 Limit Switch Rod Lever 7.6 in

Product Description

The SQUARE D 9007R17 is a rod lever actuator designed for use with SQUARE D 9007-series limit switches. At 7.6 inches in overall length, this lever arm mounts to compatible limit switch bodies and converts linear or rotational mechanical motion into an electrical switching signal. It is a direct replacement actuator component used in industrial and commercial control applications where position sensing, end-of-travel detection, or machine guarding circuits are required. Licensed electricians and industrial controls technicians are the primary installers of this type of component.

This rod lever is suited for industrial machinery, conveyor systems, automated equipment, and other applications where a 9007-series limit switch provides position or travel feedback. It is compatible with multiple 9007-series switch bodies and serves as a field-replaceable actuator when the original lever is worn, bent, or damaged. The slim rod-lever profile allows use in tight mechanical installations where standard roller or wobble levers are impractical.

Key Features

• 7.6-inch overall length provides reach for offset mechanical actuation points
• Direct-replacement actuator for compatible SQUARE D 9007-series limit switch bodies
• Rod-lever style converts linear or angular mechanical input into switch actuation
• Sold individually — package quantity of 1
• Lightweight construction at 0.1 pounds

Compatibility

Compatible with the following SQUARE D limit switch bodies: 9007AS9, 9007BS9, 9007CS9, 9007FT, 9007NS9, 9007T, 9007T10S9, and 9007T5S9.

Installation Notes

Installation is performed by a licensed electrician or qualified industrial controls technician. De-energize and lock out the machine control circuit per NFPA 70E lockout/tagout procedures before removing or installing any limit switch actuator. Verify lever alignment with the actuating cam or strike after installation to ensure consistent switch operation. Do not force or over-bend the rod lever during installation, as deformation will affect actuation travel and switching accuracy.