Rotary Position Angle Sensor, Non-Contact, 0~120°

Rotary position angle sensor plays a crucial role in providing feedback for control systems, allowing precise monitoring and adjustment of angular positions. Its versatility and accuracy make it an essential component in robotics and automotive systems.

Specification

• Model: ATO-AS-TAH11
• Input Voltage: 5.0 VDC ±10%
• Measuring Angle: Maximum Rotary 120°
• Load Capacity:＞4KΩ
• Output Signal (Optional): 0.5-4.5V DC, PWM, SENT
• Output Clamping Function: 0°~5° 10% of Input Voltage, 85°~120° 90% of Input Voltage
• Output Linearity: ±2%F.S
• Rotary Torque: Max. Rotary Torque of Return Spring 0.21N.m
• Shell Material: Fiberglass Reinforced Plastic
• Protection Grade: IP67
• Seismic Performance: 1gRMS Axial, 5gRMS Horizontal, 8gRMS Vertical, 20Hz to 2000Hz
• Working Temperature: -40℃~125℃
• Storage Temperature: -40℃~135℃

Dimensions (Unit: mm)

Output Characteristics

Tips: What are the applications of magnetic angle sensors?

Magnetic angle sensors find diverse applications across various industries due to their ability to accurately measure angular positions in harsh environments. In automotive systems, these sensors are crucial for determining the position of the throttle, steering wheel, and gear shift, enhancing safety and performance. In industrial automation, they contribute to precise positioning in robotic arms and machinery. Additionally, magnetic position angle sensors are employed in renewable energy systems, such as wind turbines and solar trackers, optimizing the orientation of components for maximum efficiency. In the aerospace sector, these sensors aid in navigation and control systems, ensuring accurate positioning of aircraft components. Their versatility extends to medical devices, where they play a role in controlling the movement of diagnostic equipment and robotic surgical tools. Overall, magnetic angle sensors are integral to a wide range of applications, enhancing precision and reliability in angular position measurement.