- Advanced algorithms: to accurately predict the operating slip of the measured current. Slip calculations can also be made at different loads.
- Simplicity: You can detect faults and eccentricity in the cage winding with the use of a single clamp ring current sensor connected to the secondary side of the 50 or 60 Hz motor current transformer; or around one of the phase leads.
- Reliability: Reduces the risk of false indications by distinguishing between noise and legitimate rotor bar problems, with background noise greater than 100 dB.
- Online measurements: All tests are performed online, in less than 75 seconds in normal mode, to detect problems before they cause additional engine damage
. - Range and accuracy: it can accurately test motors under different load conditions and includes two current probes to cover a wider current range from 5A to 1000A.
- Portable and safe: It needs only one input of a current probe attached directly to one of the phase conductors or to the secondary side of a CT on the MCC motor or circuit breaker. The processor is powered through the USB connection or a 100 to 200 V 50/60 Hz power supply.
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