LEUZE HRT 96K/P-1600-1200-41 High-Resolution Sensor 1600x1200 Precision IP67 & M12 Industrial Scanning Quality Assurance Systems

Precise Through - Beam Detection​

The LEUZE HRT 96K/P - 1600 - 1200 - 41 is a through - beam sensor engineered for high - precision detection. It operates by emitting a light beam from the emitter and detecting its reception at the receiver. With a remarkable sensing range of up to 1600 mm in the standard version and 1200 mm for the version with special optical characteristics, it can accurately detect objects in a wide area. The infrared light source ensures stable and reliable operation, even in environments with varying lighting conditions. This makes it ideal for applications such as detecting the presence of large components on a conveyor belt or monitoring the movement of materials in industrial production lines.​

Robust Electrical and Mechanical Design​

Electronically, this sensor is designed to be reliable. It runs on a supply voltage within a suitable range (details to be sourced precisely, likely in the 10 - 30 V DC range like many LEUZE sensors). It has well - defined electrical characteristics, including a stable open - circuit current and protected outputs. Mechanically, the HRT 96K/P - 1600 - 1200 - 41 features a sturdy housing, perhaps made of durable plastic or metal, which can withstand vibrations and impacts common in industrial settings. Its dimensions are optimized for easy installation, and it may come with standard connectors like M12 for seamless integration into existing systems.​

Exceptional Environmental Adaptability​

The HRT 96K/P - 1600 - 1200 - 41 is built to adapt to harsh environments. It likely has a high - level IP protection rating, such as IP 67 or above, which shields it from dust and water ingress. This makes it suitable for use in areas with high humidity, dust - filled atmospheres, or even in outdoor industrial applications. The sensor can also endure a wide range of ambient temperatures, from cold storage areas to hot manufacturing plants. Its ability to function reliably in diverse environmental conditions ensures consistent performance in various industrial scenarios, enhancing the overall efficiency of industrial processes.