The SICK WS/WE12L-2P430A01 is a high-performance through-beam photoelectric sensor designed for precise object detection over long distances in industrial automation applications. Part of SICK’s W12-2 Laser series, this sensor combines advanced laser technology with a robust design, making it suitable for tasks such as high-speed object detection, positioning, and quality control in demanding environments.

Equipped with a visible red laser light source emitting at a wavelength of 650‚ÄØnm, the sensor provides a sharp and focused beam, allowing for accurate detection of objects up to 80‚ÄØm away. The light spot size at 60‚ÄØm is √ò‚ÄØ150‚ÄØmm, ensuring precise alignment and reliable detection over extended distances.

The WS/WE12L-2P430A01 features a high-speed response time of ≤ 200 µs and supports switching frequencies up to 2,500 Hz, making it ideal for applications where rapid detection and response are critical. Its PNP switching output is complemented by overcurrent and short-circuit protection, ensuring safe and reliable operation in various control systems.

Designed for durability, the sensor is housed in a zinc die-cast metal casing with IP67 and IP69K ratings, providing resistance to dust, water, and mechanical stress. This rugged construction ensures reliable performance even in harsh industrial environments, including those exposed to high-pressure cleaning or aggressive chemicals.

The sensor operates within a supply voltage range of 10‚ÄØV DC to 30‚ÄØV DC, offering flexibility for integration with different control systems. Its M12 4-pin male connector facilitates easy installation and secure electrical connections.

In summary, the SICK WS/WE12L-2P430A01 photoelectric sensor provides advanced sensing capabilities, high-speed response, and robust durability in a compact design. Its long sensing range, fast response time, and rugged construction make it an excellent choice for a wide range of industrial automation tasks, ensuring precise detection and reliable performance in demanding applications.