Telemecanique XUZC80 | Photoelectric sensors XU, accessory for sensor, reflector, Ø 80 mm

Description

Telemecanique XUZC80 | Photoelectric sensors XU, accessory for sensor, reflector, Ø 80 mm

Product Overview: Telemecanique XUZC80 | Photoelectric Sensors Accessory – Reflector – Ø 80 mm

The Telemecanique Sensors XUZC80 is a high-efficiency reflector accessory designed specifically for photoelectric sensors from the XU series. With a diameter of 80 mm, this reflector enables reliable and precise operation of retro-reflective photoelectric sensing systems, ensuring enhanced performance in a wide range of industrial applications.

Key Features:

• Brand: Telemecanique Sensors (by Schneider Electric)

• Model: XUZC80

• Product Type: Reflector

• Application: Accessory for photoelectric sensors (retro-reflective type)

• Diameter: Ø 80 mm

• Shape: Round

• Mounting Type: Surface mountable or bracket-compatible

• Material: Durable, high-reflectivity surface

Benefits & Functional Characteristics:

• Reliable Reflection: Ensures stable operation of photoelectric sensors by reflecting emitted light back to the sensor.

• Large Diameter: Offers wide reflection surface to improve detection consistency over longer sensing distances.

• Industrial Grade Build: Made to withstand harsh environments and mechanical stress.

• Plug-and-Play: Quick to mount, align, and use with compatible sensors.

• Optimized for Retro-reflective Mode: Works seamlessly with XU series sensors in retro-reflective configurations.

Compatible With:

• XU Series Photoelectric Sensors
  – XU2, XU9, and other retro-reflective models

• Mounting Brackets and Holders: Compatible with standard Telemecanique accessories for easy installation

Typical Applications:

• Packaging machinery

• Conveyor systems

• Automated warehouses

• Object detection in industrial automation

• Factory floor safety and monitoring systems

Why Choose XUZC80 Reflector?

• Precision-engineered by Telemecanique Sensors, a trusted Schneider Electric brand

• Ideal for applications requiring accurate object detection over varying distances

• Reduces false detections and sensor misreads

• Simple integration with a wide range of sensing equipment