M18 Photoelectric Sensor (Reflective Plate)
M18 Photoelectric Sensor (Reflective Plate)
Overview
The M18 Photoelectric Sensor (Reflective Plate) is an efficient sensor that utilizes the principle of reflection to detect objects. It is widely used in automation and industrial control fields. By emitting a light beam and detecting the light reflected back from a reflective plate, the M18 reflective plate photoelectric sensor can accurately determine the presence or absence of objects, offering high stability and reliability.
Working Principle
The reflective plate photoelectric sensor consists of an integrated emitter and receiver. The emitter emits a light beam, which is reflected back to the receiver by a reflective plate. When an object blocks the light beam, the receiver does not detect the reflected light, thereby outputting a signal indicating the presence of an object. This design simplifies the installation process while providing a longer detection distance and stronger anti-interference capabilities.
Key Features
- Easy Installation: With the emitter and receiver integrated into one device, only one unit needs to be installed along with a reflective plate, making the installation process quick and straightforward.
- Long Detection Distance: Compared to diffuse reflective sensors, reflective plate sensors have a longer detection distance, typically reaching several meters.
- High Reliability: Equipped with high-quality optical and electronic components, it ensures stable performance under various environmental conditions.
- Strong Anti-Interference Ability: It has strong resistance to interference from ambient light and other light sources, making it suitable for use in complex industrial environments.
Application Areas
- Production Line Detection: Used for detecting the presence, counting, and measuring the size of objects on assembly lines.
- Packaging Detection: Used to detect the position and status of packaging materials.
- Warehouse Management: Used in automated warehouse systems for goods detection and flow control.
- Access Control: Used for object detection and control in automatic doors, turnstiles, and similar scenarios.
- Industrial Robotics: Used in robotic systems for object recognition and positioning.
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