Manufacturer of Angle, Position, Speed, Tilt and Current Sensors
Manufacturer of Angle, Position, Speed, Tilt and Current Sensors
Non-contact rotary position sensor using Hall effect technology to deliver accurate, reliable angular measurement in demanding environments. Designed for long service life and high safety applications, they feature dual independent outputs and robust environmental protection.
Key FeaturesAutonomy demands fault-tolerant position tracking to ensure operational boundaries are respected. Piher redundant and dual-output position sensors satisfy safety for autonomous off-highway vehicles standards (ISO 25119 for agriculture, ISO 13849 for construction) to prevent subsystem communication errors.
Unlike variable resistor sensors, magnetic position sensors eliminate mechanical wear, ensuring longer lifespan, improved signal stability, and reduced maintenance.
They are especially suitable for safety-critical systems where reliability is essential.
If you’re replacing an existing 360° rotary position sensor, this solution offers functional compatibility with many commonly used OEM industrial sensors.
Our team can help you identify the best match based on your electrical, mechanical, and environmental requirements.
Piher Sensing Systems engineers precise, contactless rotary position sensors for automotive and industrial motor control. Utilizing inductive and Hall-effect technologies, these adaptable sensors resist stray magnetic interference and deliver accurate angular data. The compact designs ensure reliable operation and strict functional safety compliance across extreme temperatures.
Self-Diagnostics: Unmanned or semi-autonomous heavy machinery require continuous monitoring of their functional envelopes to flag wear or drift before catastrophic failure occurs. High-accuracy position sensors enable the control system to detect mechanical deviations early.
A dual output sensor provides two independent signals for redundancy, improving system safety and fault detection.
They offer non-contact operation, no mechanical wear, longer lifespan, and higher reliability.
Yes, as long as key parameters such as angle range, output type, and mechanical interface are matched.
For harsh environments, IP67 or IP69K is recommended.
Yes, it can be used as a functional replacement when key specifications such as angle range, output type, and mechanical fit are matched.
Verify electrical output, mechanical dimensions, mounting type, and environmental protection.
Verify electrical output, mechanical dimensions, mounting type, and environmental protection.
Yes, versions with dual redundant outputs are designed for applications requiring increased safety and reliability.
If you’re searching for a widely used 360° rugged rotary position sensor with dual output and non-contact technology, this solution offers equivalent functionality and performance.
Drop-in Rotary Position Sensors for Integrated Control
Direct-Fit rotary position sensors serve as direct replacements for traditional mechanical potentiometers or older sensors. Because they integrate into existing hardware, they eliminate the need for extensive mechanical redesigns or system modifications. This compatibility streamlines the upgrade process and reduces operational downtime. These components typically employ non-contact technology to improve reliability across a variety of demanding sectors and specific mechanical functions:
This sensor is designed to match the key requirements typically expected in industrial and off-highway applications. It is a reliable option for engineers and buyers needing a functionally compatible alternative when sourcing or replacing existing rotary position sensors.
This rotary position sensor is commonly selected as a replacement solution for:
Why choose a dual-output non-contact sensor for off-highway vehicles?
Modern off-highway vehicles incorporate semi-autonomous functions that shift operators from manual control to system supervision. This architectural change requires human-machine interfaces to process real-time physical telemetry without latency. The dual-output design provides the redundant signal pathways necessary to satisfy functional safety standards, including ISO 25119 for agricultural machinery and ISO 13849 for construction equipment. By delivering independent position tracking streams, the sensor ensures that control systems can verify operational boundaries and initiate safe fallback states if a subsystem anomaly occurs.
As mechanical linkages are replaced by electronic control architectures, position feedback devices act as the primary translator between physical operator commands and digital controllers.
Drive-by-Wire Joysticks and Pedals: Non-contact Hall-effect technology eliminates mechanical wear, ensuring high reliability in dusty, wet, and high-vibration environments.
Boom and Attachment Geometry Tracking: Edge-computing display architectures require accurate, low-latency position values to calculate dynamic payloads and surface actionable metrics to operators.
Functional Envelope Monitoring: Continuous absolute position measurement allows controllers to track mechanical limits and prevent over-extension during automated cycles.
| Feature | Piher 360 Non-Contact Sensor | Traditional Contact Potentiometer |
| Wear Mechanism | Contactless magnetic Hall-effect | Physical wiper-to-resistive track friction |
| Operational Lifespan | Millions of cycles without degradation | Prone to track wear and signal noise over time |
| Environmental Resistance | Sealed against dust, moisture, and vibration | Susceptible to contamination and electrical noise |
| Redundancy | Dual independent electrical outputs | Typically single output unless custom packaged |
Discuss specific integration requirements or mechanical customization options with our engineering team.
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