EMX REFLECTOR-O Photocell Reflector


Price:
Sale price$14.99

Description

The EMX REFLECTOR-O Photocell Reflector is a compact 3-inch round reflector engineered to boost infrared photocell performance for EMX systems and compatible photo-eye setups. It enhances beam accuracy and detection reliability for gate and door safety installations, enabling smoother, more dependable operation.

  • Diameter: 3-inch round reflector designed for a precise, unobtrusive target that aligns with EMX photocells.
  • Compatibility: Precision fit for EMX photocell sensors and other compatible photo eye models to ensure reliable retrofits.
  • Durability: Built to endure outdoor environments while maintaining reflective integrity under varying weather conditions.
  • Installation: Simple screw-in mounting on surfaces or reflector hood for secure, hassle-free setup.
  • Applications: Ideal for automatic gates, overhead doors, and industrial safety systems requiring dependable IR detection.
  • Design: Compact round shape that maintains consistent alignment and minimizes light loss during operation.
  • Reflectivity & Performance: Highly reflective target for IR signals, improving detection reliability even in challenging outdoor conditions.
  • Retrofit Value: Straightforward retrofit that extends the life of EMX photo eye systems and preserves precise alignment during servicing.
  • Part Number: REFLECTOR-O ensures you’re selecting the exact replacement engineered for EMX systems.

With the REFLECTOR-O, infrared beams are detected more consistently across outdoor environments, reducing misreads and enabling safer, smoother gate or door operation. Its precise fit and easy installation make retrofitting quick, helping you extend the life of existing EMX photocell setups while maintaining reliable alignment during maintenance. Whether upgrading an outdoor access point or tightening safety gaps in an industrial setting, this reflector delivers tangible improvement in detection reliability and overall system performance.

Related Products

Recently viewed