XUDA2PSML2 – Photoelectric sensors XU, fiber optic amplifier, NO/NC programmable, cable 2 m Telemecanique Sensors This product is part of the XU range, an offer of photoelectric sensors. This photoelectric sensor in XUD fibre design. The sensitivity adjustment setting-up with teach mode. It supports 1 normally opened or 1 normally closed programmable PNP solid state discrete output. It is furnished with 2m cable for electrical connection and 2 LEDs for stability and output state. It is a photoelectric sensor with a rated supply voltage of 12V to 24V DC with reverse polarity protection, a no-load current consumption of ≤50mA and a switching frequency of ≤5kHz, ≤1kHz. It is an IP64 and IP65 rated product. The enclosure is made of PBT with PMMA lens. Its dimensions are 40mm (Width) x 10mm (Depth) x 65mm (Height) and weighs 0.04kg. It is ideal for material handling, packaging, labelling, assembly, lift, escalators or food and beverage industries. This product is certified by CE and CULus. Photoelectric sensors XU, fiber optic amplifier, NO/NC programmable, cable 2 m XUDA2PSML2 – OsiSense XU
XUDA2PSML2 – Photoelectric sensors XU, fiber optic amplifier, NO/NC programmable, cable 2 m Telemecanique Sensors is a Schneider Electric product designed for professional electrical, automation, and infrastructure applications.
This product forms part of the Photoelectric range and is suitable for installers, contractors, panel builders, maintenance teams, and buyers looking for reliable Schneider Electric components with proven performance and compatibility.
Technical Specifications
- Brand: Schneider Electric
- Series: Photoelectric
- Voltage: 12V
- IP Rating: IP64
Key Features
- Part of the Photoelectric range
- Suitable for 12V applications
- IP64 ingress protection
Applications
- Industrial automation
- Commercial electrical installations
- Control and protection systems
- Infrastructure and maintenance projects
Explore genuine Schneider Electric solutions for dependable installation quality, long service life, and compatibility across related systems and accessories.





