Telemecanique Sensors RF3930 Reflective Tape 3x12 in

Product Description

The TELEMECANIQUE SENSORS RF3930 is a retroreflective tape strip designed for use with retroreflective photoelectric sensors. Each strip measures 3 inches wide by 12 inches long and weighs approximately 0.02 pounds, making it a lightweight, easy-to-install sensing accessory. This tape provides the reflective surface required for retroreflective photoelectric sensing systems to complete an accurate detection circuit. It is typically installed by electricians, automation technicians, and industrial maintenance professionals working on conveyor systems, machine guarding, and object detection applications.

The RF3930 reflective tape is suited for industrial and commercial automation environments where retroreflective photoelectric sensors require a dedicated reflective target. Common installations include assembly lines, material handling systems, and machine safety setups where a fixed reflective surface is mounted opposite the sensor. The tape format allows it to be cut or positioned to fit the specific mounting surface and detection zone required by the application.

Key Features

• Reflective tape format sized at 3 inches x 12 inches per strip
• Designed specifically for retroreflective photoelectric sensor systems
• Lightweight at 0.02 pounds for easy placement and repositioning
• Sold individually as a single strip per package
• Functions as a drop-in sensing accessory without additional hardware

Compatibility

Designed for use with retroreflective photoelectric sensors as a compatible reflective tape accessory.

Installation Notes

Installation of retroreflective tape is typically performed by electricians or automation technicians. Before servicing any sensor or mounting hardware, de-energize the associated control circuit and lock out the equipment per applicable NFPA 70E procedures. Mount the tape on a flat, clean surface directly opposite the photoelectric sensor within the sensor manufacturer's specified detection range. Avoid folding, creasing, or contaminating the reflective surface, as this can degrade detection performance.