Thanks to its compact and robust design, MHLS can be used extremely flexibly. Especially in the course of the energy and mobility transition, the development of ever more efficient electric motors, in areas such as automobile construction or wind energy, plays an ever-increasing role, where maximum accuracy and quality of the magnetic components used are important.

This is exactly where the MHLS sensor comes in and shows its strengths through flexibility, speed and precision. Across all branches of industry, inline testing and development systems for quality control can now be equipped with the MHLS to ensure the best possible real-time control of magnetic components during the production process.

Thanks to data transmission via an industrial bus, integration into existing systems is very easy. The MHLS is available in 4 sizes in stages 80, 160, 240, 320 and with a standard measuring range of ± 800mT. If required, the sensors can be configured for measuring ranges from ± 100mT up to ± 2T and thus cover almost all conceivable applications.

• Cascadable design in levels 80, 160, 240, 320
• 3-axis Hall sensors
• High measuring frequency: 200 S/s
• Extremely compact design
• Measuring range up to ± 800 mT with traceable calibration
• High accuracy 0.5% for ± 800 mT
• Digital data output
• Trigger – input / output
• Integrated sensor monitoring
• Housing for industrial environment

• Reduction of the movable and controlled axes
• Reduction of the software requirements
• Automation through industrial bus system
• High measuring speed
• 100% control possible with a short cycle time
• Robustness
• Variably applicable
• Integration into existing production lines possible
• Comparability with previous measurement results
• More economical than "whole" measuring devices (mapper / rotor measuring stations)

The central part of the product is an arrangement of highly integrated 3-axis Hall sensors realized for the first time with this precision and complexity. All sensor triples have an extremely small sensor volume and thus allow pinpoint field and vector determination of the magnetic stray fields. The sensor triples are linearly arranged with high precision at a distance of 2.5 mm on specially developed circuit boards, and interconnected in such a way that a high level of accuracy and a high measuring frequency (sampling rate) are achieved.

Arrangement of the sensors: 16 to 64 high-precision Hall sensor ICs are located 0.6mm below the housing cover at a distance of 2.5mm. Each sensor has its own temperature sensor and is temperature-compensated in addition to the magnetic field calibration.