Game changer in current measurement systems

Do you want the most cost-efficient sensor on the market?
Do you also want the highest accuracy class acc. the IEC standard?

Game changer in current measurement systems

How does it work

The amplitude error and phase shift error from a current sensor follows physical limitations of decreasing permeability at very low currents.
This behaviour is now completely compensated by a special software algorithm inside the SICAM FCM.

This algorithm takes the correction factors given by the ECO-product line from GWP and nearly compensates the error at low currents completely.

This makes it possible to improve the performance of a phase current sensor from Class 1 to 0,2 and an improvement from the earth sensitive current sensor from Class 3 to 0,5.

FCM graphic

Would you like to find out more about our products?

Get our digital catalog now!

GWP Catalog

Download our catalog here!

Related posts

Switch condition monitoring and detection

Switch condition monitoring and detection

Use-cases of the Greenwood-Power sensors #3 Switch condition monitoring and detectionA simple and basic use case for sensors are the recognition of the switch state of load- switches and circuit breakers or the status of fuses. Utility companies have more and more...

read more
Voltage limit regulation

Voltage limit regulation

Use-cases of the Greenwood-Power sensors #2 Voltage limit regulation on medium and low voltage sideO ne of the most important use case is to give the utility an instrument to maintain the given voltage band of +/-10% on medium and low voltage distribution grids. Due...

read more