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WE45-P260

The WE45-P260 operates using retro-reflective photoelectric sensing technology, where the sensor emits light that is reflected back to it by a reflector when an object is present. This method allows for reliable detection of objects without direct contact, making it ideal for use in automated systems, material handling, and quality control applications. Its long detection range and high accuracy make it a valuable solution for tasks requiring precise position monitoring over extended distances.

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Key Parameters: Sensor Type: Retro-reflective photoelectric sensor

Operating Range: Up to 45 meters, providing excellent detection range for large areas or long-distance applications.

Output Type:

PNP Output: Provides a positive switching output that is compatible with various industrial control and automation systems.

Voltage Supply: 10-30V DC, ensuring compatibility with most industrial equipment and automation systems.

Response Time: Fast response time (typically < 1 ms), ensuring quick detection and real-time performance in fast-moving applications.

Beam Type: Red light for improved sensitivity and ease of alignment, making installation and operation simpler.

Housing: Durable and compact industrial housing with IP67 protection, making it resistant to dust, water, and other harsh environmental factors.

Operating Temperature: Typically from -25°C to +55°C, offering wide operational temperature range for various industrial conditions.

Mounting: Flexible and easy to install, with mounting options suitable for different systems and environments.

Applications:

Material Handling: Detecting the presence of objects in conveyor systems, automated sorting systems, and robotic arms.

Position Monitoring: Monitoring the position of parts or products in assembly lines and automated production systems.

Quality Control: Ensuring correct alignment, presence, and absence of parts for quality assurance in manufacturing processes.

Robotics: Object detection and position feedback for robotic systems and automated guided vehicles (AGVs).

Safety Monitoring: Detecting objects in safety zones to prevent accidents and collisions in automated systems.