Telemecanique Sensors
Telemecanique Sensors XU2M18MA230 photoelectric sensor 18 mm 20 m 24-240 V AC/DC 2 m cable
Cylindrical through-beam photoelectric sensor with 18 mm diameter, 20 m range and 24-240 V AC/DC supply via 2 m cable
- 18 mm cylindrical housing fits tight machine spaces
- 20 m through-beam range covers long detection distances
- 24-240 V AC/DC supply works with common industrial voltages
- Dark-on output signals when beam is broken
- 2 m pre-wired cable simplifies installation
Cylindrical 18 mm through-beam sensor
The Telemecanique Sensors XU2M18MA230 is a cylindrical photoelectric sensor with an 18 mm diameter. It operates as a through-beam set in dark-on mode using a solid-state relay SPST circuit. The unit suits industrial automation tasks that need non-contact object detection across a 20 m range.
Replaces shorter-range
The sensor upgrades applications where mechanical actuators wear out or where sensing distance falls below 20 m. The jump is worth it when a process demands consistent detection without physical contact and the supply voltage sits between 24 and 240 V AC/DC.
Fits 18 mm mounting holes with a 2 m cable tail
The cylindrical body installs directly into standard 18 mm cut-outs and the 2 m cable provides wiring reach without extra connectors. The wide voltage span frees the designer from sourcing a dedicated low-voltage rail for the sensor.
Highlights
- 18 mm cylindrical housing fits tight machine spaces
- 20 m through-beam range covers long detection distances
- 24-240 V AC/DC supply works with common industrial voltages
- Dark-on output signals when beam is broken
- 2 m pre-wired cable simplifies installation
Specifications
| Brand | TELEMECANIQUE SENSORS |
|---|
Questions about this item
Will the 18 mm cylindrical body fit the existing mounting holes on my machine?
The sensor housing is 18 mm in diameter, so it matches standard M18 mounting cut-outs and brackets.
How do I wire the 2 m cable for the 24-240 V AC/DC supply, and what is the common mistake?
Connect the two-wire cable in series with the load; the frequent error is wiring it directly across the supply without a load, which prevents the solid-state relay from switching.
When should I expect to replace the emitter or receiver in this through-beam set?
The solid-state output has no moving contacts, so replacement is only needed if the lenses are damaged or the 20 m sensing range degrades due to contamination.
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