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To ensure long-term reliability, mirco contactless angle sensors offer multiple measurement ranges from 0° to 360°, with short-distance measurement accuracy up to 0.3° and full rotation measurement accuracy of 1°. With a response time of 600μS/200μS, it supports various signal outputs such as 4-20mA, 0~5V, RS485, and CAN, ensuring compatibility with various control systems. With a resolution of 0.05°, linearity of 0.15%FS, and an IP66 protection rating, the non-contact angle sensor is suitable for industrial environments requiring precise, stable, and durable angle detection.
Current Output
Voltage Output
Model Selection
The mirco contactless angle sensor uses magnetic encoding or Hall effect technology to accurately measure angles by detecting changes in the magnetic field of a rotating shaft or target object, without the need for mechanical contact to output angle signals. Due to the absence of physical friction, the sensor has a longer service life and higher stability, making it particularly suitable for high-frequency or long-term continuous operation applications.
These non-contact angle sensors can operate stably in harsh industrial environments with dust, oil, and high humidity because their non-contact structure avoids the impact of wear and contamination on measurement accuracy. They are commonly used in automotive steering systems, industrial automation robotic arms, medical equipment, and robot joint angle monitoring.
The non-contact angle sensor supports multiple output options, including analog voltage output (e.g., 0-5V, 0-10V), current output (4-20mA, 0-20mA), and digital signal output (RS232, RS422, RS485, TTL), or CAN. Users can select the appropriate interface based on their control system requirements to achieve rapid integration and debugging.