Enhance your automation systems with this high-performance Inductive Proximity Switch Sensor, designed for precise non-contact detection with a 20mm sensing range. Engineered with a robust metal shell and a compact 30mm diameter cylindrical shape, this sensor offers reliable operation, quick response times, and strong anti-interference capabilities, making it ideal for various industrial applications requiring accurate positioning and object detection. Key Features: · 20mm Detection Distance: Provides accurate sensing of metal or iron objects within the specified detection range for effective control and automation. · Non-Contact Detection: Prevents damage to both the sensor and the target object, ensuring longevity and reducing maintenance needs. · NPN NO Output Form: Delivers a normally open output signal with up to 200mA current capacity, compatible with a wide range of control systems. · Durable Metal Construction: The sturdy metal shell offers enhanced protection against mechanical wear and environmental factors, increasing sensor durability. · Quick Response & High Reliability: Designed for fast and dependable operation, minimizing downtime and improving system efficiency. · Strong Anti-Interference: Advanced design features reduce false triggers caused by electromagnetic interference, ensuring stable performance in industrial environments. · Versatile Industrial Applications: Widely used in automatic control systems for positioning control, object counting, automatic protection, and other automation tasks. Specifications: · Model: LJ30A3-20-Z/BX · Shape: 30mm Diameter Cylinder · Detection Distance: 20mm · Detection Object: Metal/Iron · Output Form: NPN Normally Open (NO) · Output Current: 200mA · Shell Material: Metal · Weight: Approximately 150g Package Includes: · 1 x Inductive Proximity Switch Sensor This inductive proximity switch sensor is an essential component for industrial automation, delivering precise, reliable, and durable performance in a compact design to meet your control and detection needs efficiently.