Telemecanique Sensors XUB2ANANL2R Photoelectric Sensor

Product Description

The TELEMECANIQUE SENSORS XUB2ANANL2R is a cylindrical through-beam photoelectric sensor designed for industrial detection applications requiring reliable performance in demanding environments. Operating on 12 to 24 volts DC, this sensor delivers a maximum nominal sensing distance of 15 meters and a switching frequency of 500 Hz. Its NPN output circuit type makes it compatible with standard PLC and control system inputs. The PBT housing provides structural rigidity, and the sensor carries shock-resistant and vibration-resistant ratings, making it suited for machinery and automation environments where mechanical stress is a factor.

This sensor is appropriate for use in industrial automation, manufacturing lines, conveyor systems, and assembly equipment where long-range through-beam detection is required. The cable connector configuration simplifies field wiring with a 2.0-meter cable included. It performs across an operating temperature range of -13.0 degrees F to 131.0 degrees F, supporting use in both indoor controlled environments and unheated industrial spaces. Licensed electricians and industrial automation technicians are the typical installers for this type of sensor.

Key Features

• Through-beam detection with 15-meter nominal sensing distance
• NPN output circuit for direct PLC input compatibility
• 500 Hz switching frequency for high-speed detection applications
• IP65 and IP67 ingress protection ratings for dust and water resistance
• Shock-resistant and vibration-resistant construction per IEC 60068-2-27 and IEC 60068-2-6
• PBT cylindrical housing measuring 1.81 inches long by 0.71 inches wide

Compatibility

Designed as an OEM-style through-beam photoelectric sensor for industrial automation and control systems requiring NPN output and cable connector interface.

Installation Notes

Installation should be performed by a qualified electrician or industrial controls technician familiar with low-voltage DC sensor wiring. Disconnect and lock out all power to the control circuit before wiring. Verify that the receiver and emitter units are properly aligned along the optical axis to achieve rated sensing distance. Follow applicable NEC guidelines and equipment manufacturer wiring diagrams when integrating into a control panel or PLC input card.