
The HIRSCHMANN WG143 Angle Sensor is a high-precision angular detection device engineered specifically for construction vehicles and heavy machinery. Using non-contact magnetoelectric sensing technology, it delivers real-time, accurate measurements of angular displacement in components such as robotic arms, steering mechanisms, and suspension systems. Its fully sealed construction and high IP rating ensure reliable performance in harsh conditions including dust, moisture, and intense vibration, making it an essential component for safe and intelligent equipment operation.
Product Overview
The HIRSCHMANN WG143 Angle Sensor is a high-precision angular detection device engineered specifically for construction vehicles and heavy machinery. Using non-contact magnetoelectric sensing technology, it delivers real-time, accurate measurements of angular displacement in components such as robotic arms, steering mechanisms, and suspension systems. Its fully sealed construction and high IP rating ensure reliable performance in harsh conditions including dust, moisture, and intense vibration, making it an essential component for safe and intelligent equipment operation.
Core Technical Specifications
| Item | Specification |
| Measurement Range | 0~360° Continuous Rotation |
| Accuracy | ±0.5° (Typical) |
| Output Signal | 0.54.5V / 420mA (Optional) |
| Operating Voltage | 9~32V DC |
| Housing Material | High-Strength Engineering Plastic + Aluminum Alloy |
Typical Applications
Construction Machinery
Used for boom/stick angle detection in excavators and loaders, and for platform attitude monitoring in aerial work platforms, ensuring stable and safe operation during tasks.
Specialized Vehicles
Provides real-time angular feedback for fire truck ladders and waste compactor push plates, ensuring precise execution of complex movements.
Key Advantages
High EMI Immunity: Built-in electromagnetic shielding ensures stable signal output even in strong electromagnetic environments.
Fast Response: <10ms response time captures angular changes in real time, meeting dynamic control requirements.