HARTING Hall effect current sensors are used for current measurement in power electronic applications.
The hall effect sensors can measure different kinds of currents (AC, DC, pulsed... )
.The current sensors offer high levels of measurement accuracy and interference immunity. Their robust design makes them ideal for use in harsh conditions such as rail technology and renewal energy. Your development processes will benefit from standard footprint and installation measurements – easy to build into existing applications.
Compensated Current Sensors
Compensation current sensors (Closed Loop technology)
The Sensors are based on the proven Hall effect, which measures the current via it’s magnetic field.
Closed loop current sensors create as an output signal a secondary current (Isek = IpriN) which is in real time an exact mapping of the primary current. These sensors have a wide frequency range and work very precisely throughout the entire temperature range ( -40° C … 85° C, Accuracy ≤1 %).

HARTING Hall effect current sensors are used for current measurement in power electronic applications.
The hall effect sensors can measure different kinds of currents (AC, DC, pulsed... )
.The current sensors offer high levels of measurement accuracy and interference immunity. Their robust design makes them ideal for use in harsh conditions such as rail technology and renewal energy. Your development processes will benefit from standard footprint and installation measurements – easy to build into existing applications.
Compensated Current Sensors
Compensation current sensors (Closed Loop technology)
The Sensors are based on the proven Hall effect, which measures the current via it’s magnetic field.
Closed loop current sensors create as an output signal a secondary current (Isek = IpriN) which is in real time an exact mapping of the primary current. These sensors have a wide frequency range and work very precisely throughout the entire temperature range ( -40° C … 85° C, Accuracy ≤1 %).