Long Range Photoelectric Sensor | Through-Beam, 30m | Industrial Switch

This long-range sensor detects objects for industrial automation. It works in three ways: through-beam, retro-reflective, and diffuse, to fit different sensing tasks. With a 30-meter maximum range, this optical sensor is made for tough settings. Features and Benefits - Through-Beam Mode - Uses separate parts for sending and receiving light. This gives it the longest range (30m). It reliably spots things on wide conveyor belts or at entryways. - Retro-Reflective Mode - Makes setup easier. It uses one sensor with a reflector. This is good for places where running wires to both sides is hard. - Diffuse-Reflective Mode - Finds objects directly. It doesn't need a reflector. It senses light bouncing off the target. You can adjust the distance for accuracy. - NPN/PNP Selectable Output - Gives flexible wiring choices. This industrial sensor works with most PLCs and control systems. Applications - Manufacturing - Finds parts on a production line. It can start sorting or counting machines. - Logistics - Counts packages or checks if pallets are in place in a warehouse or loading dock. - Access Control - Makes an invisible barrier. It watches entry and exit points for security or automation. What It Is This is a Reed Switch, an industrial sensor designed for detecting the presence or absence of objects. As a proximity sensor, it operates without physical contact. This particular model is a photoelectric switch, meaning it uses light to sense. It functions on an optical sensor theory, making it suitable for various industrial applications where non-contact detection is crucial. Key Uses & Applications This long-range industrial sensor is ideal for applications requiring detection over significant distances, up to 30m. Its through-beam sensing type is particularly effective for reliable detection across wider gaps. Common uses include automated production lines for object counting or position sensing, gate and door safety systems, and material handling equipment. Its robust design as an industrial sensor ensures reliable performance in demanding environments. How to Choose When selecting a proximity sensor, consider the required sensing range; this model offers 0.1-30m. Evaluate the sensing type needed: through-beam for reliable long-distance detection, retro-reflective, or diffuse reflective for other scenarios. As a photoelectric switch, it relies on light. To test a proximity sensor, ensure the target object is within the specified sensing range and observe if the switch activates correctly. Consider the environment and mounting options for this barrel sensor.