Photoelectric Sensor, Square PBT housing, L.on/D.on selectable, NPN, retro-reflection, coaxial beam, sensing 1 to 200cm, 2m 3-wire cable

Item # PXPEEST-X200N
Availability
10
Price Table
Quantity Price
1 - 9 $133.09
10 - 24 $130.43
25 - 99 $127.77
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Description

The L-com PXPEEST-X200N is a photoelectric sensor developed to determine the proximity, absence, or presence of an item using a light transmitter. This sensor uses retro-reflection as a detection method and has a PBT and fiberglass housing. The retro-reflection sensor has a square shape, an LED indicator, and a single NPN output.

This PXPEEST-X200N IoT sensor is IP67 protected and has a 2m 3-wire connecting cable. The photoelectric proximity sensor has a 10mm to 2000mm sensing distance, which allows users to count, inspect objects, and detect their presence and position without physical contact. This retro-reflection sensor has a L.on/DE.on selectable switch type.

The PXPEEST-X200N proximity sensor has an industry-standard form factor and high repeatability. This NPN IoT sensor with 2m 3-wire connecting cable has fast response time, which allows it to detect small objects. The photoelectric sensor has competitive pricing and high performance, which makes it suitable for warehouse automation, discrete manufacturing, food and beverage, packaging, robotics, automotive, material handling, OEM machine building, and high-volume production industries.

L-com has the largest in-stock selection of square photoelectric sensors with same-day shipping for domestic and international orders. We currently have a variety of IoT products in our portfolio that are ready to ship today. For further information on similar products, our expert technical support and knowledgeable sales team can help you get the high-quality retro-reflection proximity sensor with NPN output for your requirements.


Features
  • Common form factor
  • Fast response time
  • LED indicators
  • IP65 protection
Application
  • Manufacturing
  • Automotive
  • Food and Beverage
  • Warehouse Automation
  • Robotics