CURRENT SENSORS
Redefine how you perceive electrical currents with our precision Current Sensors. Gain accurate real-time data, enhance safety, and empower your systems with the crucial information needed to make informed decisions. The future is connected, electric and autonomous. With our high-precision, shunt-based current sensors, you create the perfect conditions for precise current measurements, demand-oriented monitoring and reliable battery management that makes the future safe.
Q-SMART LIGHT
The smart solution for cost-effective current measurement.
Intelligent and digital, the Q-SMART LIGHT offers smart functions for
high-precision current measurement based on ASIL-B. It communicates with the battery management system via CAN bus to determine the State of Charge (SOC) and enables highly integrated measurements in automotive and storage systems at a competitive price point.
Automotive 4-pin connector
Digital signal transmission via CAN2.0 interface
Safety Element out of Context (SEooC, ASIL-B)
Measurement accuracy of < 0,5 %
Current measurement range of +/- 2000A
Advanced integrated temperature compensation
Q-SMART
The plus of smart functions with the highest level
of safety.
Intelligent and digital, the Q-SMART combines smart functions for high-precision current measurement based on ASIL-D, the highest level of functional safety. It communicates with the battery management system via CAN bus to determine the State of Charge (SOC) and enables highly integrated, redundant measurements in automotive and energy storage systems at the highest safety level.
Automotive 4-pin connector
Digital signal transmission via CAN2.0 interface
Safety Element out of Context (SEooC, ASIL-D)
Measurement accuracy of < 0,5 %
Current measurement range of +/- 2000A
Advanced integrated temperature compensation
Available in different housing options (horizontal and vertical connection)
Q-SMART NEXT
The next generation of smart current measurement.
The Q-SMART NEXT takes current measurement to the next level by integrating advanced features such as HV measurement, pyro ignition, isolation monitoring, and reinforced insulation up to 1500 V.
This cutting-edge technology provides unparalleled accuracy and safety
in battery management systems and HV batteries.
Current measurement, HV measurement, pyro ignition, isolation monitoring
Reinforced insulation for system voltages of up to 1500 V
Safety Element out of Context (SEooC, ASIL-D)
Current measurement accuracy of < 0,5 %
Current measurement range of +/- 4000A
ME TEDD - THERMAL EVENT DETECTION DEVICE
The ME TEDD Range integrates a diverse array of sensors designed to enable precise detection of thermal events. Available with ISO262626 ASIL B safety ratings TEDD is the most advanced standalone thermal event sensor on the market. Through a multi sensor approach TEDD provides faster reaction time, reduced chance of false positives and increased redundancy for modern battery applications.
THE TEDD SENSORS
GAS SENSING
Gasses during a thermal runaway event spread faster than heat. Detecting gasses provides early insight into developments inside the battery pack and crucial redundancy input for decision making.
PRESSURE SENSING
Pressure sensors can detect thermal events based on pressure gradients.
HUMIDITY AND TEMPERATURE SENSING
An increase of humidity and temperature are additional indicators for thermal events.
ACCELERATION SENSING
Strong mechanical shocks can damage the cells.
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If you would like to know more about these products, feel free to contact us.