PR18S-TM10D-E2, LANBAO, through-beam light barrier emitter, PR18S-TM10D-E…

PR18S-TM10D-E2, LANBAO, through-beam light barrier emitter

PR18S-TM10D-E2 is a through-beam light barrier emitter made by LANBAO. This type generates the light beam for the matching receiver located on the opposite side of the sensed path.

Typical applications

Model PR18S-TM10D-E2 is designed for through-beam light barrier sets for monitoring the passage and presence of objects on conveyors and production machines. When designing the application, it is advisable to verify the actual working distance, target properties, mounting space and ambient conditions.

Technical specifications

Wiring and optical adjustment

The emitter PR18S-TM10D-E2 should be connected according to the electrical data of the specific variant; for correct function, align it optically with a compatible receiver. The actual switching signal for the PLC is usually provided by the receiver.

Application example – through-beam light barrier emitter

The emitter is mounted opposite a compatible receiver and mechanically adjusted so that the beam falls into its active area. Object detection is then evaluated by the receiver when the beam is interrupted.

Why choose this variant

Model PR18S-TM10D-E2 is a specific variant of the type through-beam light barrier emitter. 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 PR18S-TM10D-E2?

PR18S-TM10D-E2 is a through-beam light barrier emitter made by LANBAO. In practice it generates the light beam for the matching receiver located on the opposite side of the sensed path.

What to check when choosing PR18S-TM10D-E2?

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

How to integrate PR18S-TM10D-E2 into a machine?

First verify the supply range, output type and logic, connection method and mechanical alignment. For optical sensors, correct aiming of the optics and sufficient operating reserve under real application conditions are also important.