TD-10, LANBAO, reflector for retro-reflective photoelectric sensors, rectangular reflector

TD-10, LANBAO, reflector for retro-reflective photoelectric sensors

TD-10 is a reflector for retro-reflective photoelectric sensors made by LANBAO. This type returns light from a retro-reflective photoelectric sensor back to its receiving optics and forms the passive part of a retro-reflective light barrier.

Typical applications

Model TD-10 is designed for retro-reflective photoelectric sensors on conveyors, packaging and logistics lines or machines where a reflective surface is needed opposite the sensor. When designing the application, it is advisable to verify the actual working distance, target properties, mounting space and ambient conditions.

Technical specifications

Mounting and optical alignment

Model TD-10 is a passive optical element and does not require electrical supply. Mount it opposite a compatible retro-reflective sensor so that the reflective surface lies in its optical axis. After mounting, verify sufficient operating reserve of the sensor across the whole working area.

Application example – reflector opposite a photoelectric sensor

The reflector is placed opposite a compatible retro-reflective sensor and mechanically aligned with its optical axis. An object passing between the sensor and the reflector interrupts the returning beam and the sensor evaluates this change.

Why choose this variant

Model TD-10 is a specific variant of the type reflector for retro-reflective photoelectric sensors. When choosing, it is important to compare its exact design with the mechanical, optical and electrical requirements of the application.

Frequently asked questions

What is TD-10?

TD-10 is a reflector for retro-reflective photoelectric sensors made by LANBAO. In practice it returns light from a retro-reflective photoelectric sensor back to its receiving optics and forms the passive part of a retro-reflective light barrier.

What to check when choosing TD-10?

Check the exact order code, sensing principle, mechanical design and, depending on the product type, also range, supply, output and connection.

What to watch out for when using TD-10?

Compatibility with the retro-reflective sensor, correct optical alignment and a suitable size of reflective surface for the required distance are important.