Ultimate Bod 23k-lb01-s92 Pro Version [Vq86cEWA]

Ultimate Bod 23k-lb01-s92 Pro Version [Vq86cEWA] Photoelectric Distance Sensor

The Ultimate Bod 23k-lb01-s92 Pro Version [Vq86cEWA] is a cutting-edge photoelectric distance sensor designed for precision measurement and detection. This device boasts a range of 100-5000 mm, making it suitable for a wide array of applications. With its laser red light technology and collimated beam, the sensor offers exceptional accuracy and reliability. Its ABS housing material ensures durability and resistance to harsh environments.

Key Features and Specifications

The Ultimate Bod 23k-lb01-s92 Pro Version [Vq86cEWA] is packed with features that make it a standout choice in its category. It operates on an 18-30 VDC power supply, ensuring compatibility with various systems. The sensor provides a linear rising/falling signal output, which is ideal for precise control and integration. Its 4-20 mA analog current output allows for easy connection to a variety of control systems. The Ultimate Bod 23k-lb01-s92 Pro Version [Vq86cEWA] also supports PNP/NPN configurations, as well as automatic no/nc detection, offering flexibility for different installation requirements. Additionally, the sensor utilizes light time-of-flight technology, providing fast and accurate distance measurements.

Practical Applications and Benefits

The Ultimate Bod 23k-lb01-s92 Pro Version [Vq86cEWA] is a versatile sensor that finds applications in numerous industries. Its washdown feature makes it ideal for use in food processing, pharmaceuticals, and other hygienic environments. The sensor's robust design and reliable performance make it suitable for industrial automation, robotics, and material handling systems. By offering precise distance measurements, the Ultimate Bod 23k-lb01-s92 Pro Version [Vq86cEWA] helps improve efficiency and reduce downtime in various applications. This product is perfect for engineers, technicians, and professionals looking for a high-quality, durable solution for their distance measurement needs.