Telemecanique

XUVF250M12 XU Series Photo Electric Sensor Frame, Infrared Sensing Beam, 5 s Response, NPN/PNP NO-NC/Programmable Output

MFR:
Telemecanique Sensors
MFR #:
XUVF250M12
UPC:
785901615484
Item #:
4891

This product is part of the XU range, an offer of photoelectric sensors. This photoelectric sensor has a frame design. It has a through-beam detection system. It supports a 4mm dynamic mode, 6mm static mode detection and 1 normally opened or 1 normally closed programmable PNP or NPN solid state discrete output. It is furnished with 4-pin M12 male connector for electrical connection. It is an IP65 rated product. It is a photoelectric sensor with a rated supply voltage of 24V DC with reverse polarity protection, a no-load current consumption of =150mA and a switching frequency of >5000Hz. It has infrared emission and 2 LEDs. The enclosure is made of painted aluminium with Altuglas lens. Its dimensions are 335mm (Width) x 25mm (Depth) x 230mm (Height) and weighs 1.32kg. It is ideal for material handling, packaging, labelling, assembly, lift, escalators or food and beverage industries. This product is certified by CE and CULus.

Manuals & Documentation
Catalog Number XUVF250M12
Manufacturer Telemecanique Sensors
Brand Telemecanique
Warranty Description Contractual Warranty:18 months
Country of Origin United States
Made in USA Yes
Application Dynamic detection of passage of objects;static detection of passage of objects
Connection 1 male connector M12, 4 pins
Enclosure IP65 CONFORMING TO IEC 60529,PAINTED ALUMINIUM
Operating Cycles > 5000 Hz
Output PNP or NPN;1 NO or 1 NC programmable;Discrete;Solid state
Special Features Alarm 1 LED red);output state 1 LED amber)
Standard CE-CULUS,IP65 IEC 60529
RoHS URL https://checkaproduct.se.com/DistantRequestDispatcher.aspx?action=export&pid=875962&lang=en-us
UPC 785901615484
GTIN 03389110168853
Item Type Application material handling;Thru beam;Frame;Photo-electric sensor
Size 0.98
Operating Temperature 0-60 A Degrees C
Voltage Rating 24 V DC reverse polarity protection