Telemecanique XUX1APANM12 Reflex Photoelectric Sensor Guide
The Telemecanique XUX1APANM12 reflex photoelectric sensor is an industrial optical sensor from the XU XUX range, designed for reflector-based object detection. It is specified as a reflex photoelectric sensor with a nominal sensing distance of 14 m, a 12…24 V DC supply, and an M12 connector. This makes it a practical option for machine automation systems where reliable object detection is required without installing separate emitter and receiver units.
Reflex photoelectric sensing works by sending light toward a reflector and monitoring the returning beam. When an object blocks the path between the sensor and reflector, the output changes state. This approach is commonly used on conveyors, packaging machines, material handling systems, sorting lines, and general automation equipment.
Technical Characteristics
The XUX1APANM12 is listed as a reflex sensor with a 14 m nominal sensing distance. It operates from a 12…24 V DC power supply and uses an M12 connection, which is widely accepted in industrial sensor cabling. The model includes a yellow LED for output state indication and a green LED for supply indication. These visual indicators help technicians confirm power and switching behavior during setup, testing, and troubleshooting.
The sensor is associated with IP65 and IP67 protection according to IEC 60529, giving it a suitable protection profile for many factory and machine environments. It also has vibration resistance of 7 gn with +/- 1.5 mm amplitude from 10 Hz to 55 Hz and shock resistance of 30 gn for 11 ms. These specifications support dependable use near moving machinery and production equipment.
Output and Detection Behavior
The XUX1APANM12 is commonly described as a PNP photoelectric sensor with dark-on behavior. In many automation systems, PNP output is preferred for sourcing input signals to PLCs and control devices. Dark-on behavior means the output is activated when the light path is interrupted, which is useful when the control logic needs to respond to object presence by detecting beam blockage.
Because it is a reflex sensor, the correct reflector, mounting angle, and alignment quality are important. The sensor and reflector must face each other properly, and the beam path should remain clear except when a target is intended to be detected. Careful installation reduces false switching and improves long-term operating stability.
Application Areas
The Telemecanique XUX1APANM12 is relevant for searches such as reflex photoelectric sensor, PNP photoelectric sensor, M12 optical sensor, industrial object detection sensor, 14 m photoelectric sensor, and Telemecanique XUX sensor. It can be applied in carton detection, product presence confirmation, conveyor monitoring, loading zone detection, counting points, and process automation stations.
Its single-device-plus-reflector configuration can simplify installation compared with through-beam systems because only one powered sensor unit is needed. This can reduce wiring work on one side of the machine while still allowing a relatively long sensing distance.
For more information, visit Telemecanique sensor information.
Telemecanique XUX1APANM12 FAQ
What type of sensor is the Telemecanique XUX1APANM12?
It is a reflex photoelectric sensor. It detects objects by sending a light beam to a reflector and monitoring whether the reflected beam returns to the sensor.
What is the sensing distance of the XUX1APANM12?
The nominal sensing distance is 14 m, depending on the reflector, alignment, installation conditions, and target characteristics.
What voltage does the XUX1APANM12 use?
It operates with a 12…24 V DC supply, which is common in industrial control and automation systems.
Does this model use an M12 connector?
Yes. The XUX1APANM12 is listed with an M12 connection, making it suitable for standardized industrial sensor cabling.
What do the LEDs indicate?
The yellow LED indicates output state, while the green LED indicates supply. These indicators help during commissioning and troubleshooting.
Is the XUX1APANM12 still commercially available?
The manufacturer page states that end of commercialization has been announced, with the end of commercialization date listed as December 31, 2026. Users planning new designs should check availability and replacement options before specifying it.

