Description
Inductive Proximity Sensor BI8U-M18-AP6X-H1141
Reliable Metal Detection for Press Cake Exit
The Inductive Proximity Sensor BI8U-M18-AP6X-H1141 inductive proximity sensor delivers precise, contactless metal detection. It performs reliably in demanding press cake exit applications and harsh industrial environments.
This sensor ensures wear-free operation and long service life.
Inductive Proximity Sensor provides Large 8 mm Switching Distance
The device provides a rated switching distance of 8 mm. Secured operating distance reaches up to 0.81 × Sn for stable detection.
The advanced multi-coil uprox®+ system guarantees consistent performance. It maintains reliable detection across all metal types with factor 1 correction.
Flush Mount M18 Threaded Design
The sensor features a threaded barrel design with M18 × 1 thread. Install it flush in metal surfaces without signal loss.
The chrome-plated brass housing resists corrosion and mechanical stress. Tighten securely with a maximum torque of 25 Nm.
Compact 52 mm length supports installation in confined areas.
Inductive Proximity Sensor produces Robust Electrical Performance
Operate the sensor within 10–30 VDC supply voltage. It supports a DC rated operational current up to 200 mA.
Switching frequency reaches 1.5 kHz for fast response in dynamic processes. Residual current stays below 0.1 mA for stable output control.
Voltage drop remains under 1.8 V during operation.
Reliable PNP Output Configuration
This model uses a 3-wire NO contact with PNP output. The configuration ensures simple integration into PLC and control systems.
Complete reverse polarity and wire breakage protection enhances operational safety. Cyclic short-circuit protection prevents electrical damage.
Inductive Proximity Sensor is Built for Harsh Environments
The sensor operates in temperatures from -30 °C to +85 °C. Temperature drift remains within ±10% under standard conditions.
Protection class IP68 shields the unit from dust and water ingress. The device also resists magnetic field interference.
The active sensing area uses durable LCP plastic for enhanced reliability.
High Accuracy and Stability
Repeat accuracy stays within 2% of full scale. Hysteresis ranges from 3% to 15% for precise switching control.
Ambient influence remains minimal during operation. Maintain stable detection even in fluctuating temperatures.
