Condition Based Monitoring
Motors and Generators are one of the most important electrical assets in heavy as well as different industries. These assets need to be monitored to have a planned maintenance cycle and to ensure that these does not to lead the destruction and failure of the asset .
Our offerings for Motor and Generator Condition Monitoring are as follows:
- Partial Discharge Monitoring
- End-Winding Vibration Monitoring
- Rotor Flux Monitoring
- Rotor Winding Monitoring - Induction Motors
- Air gap Monitoring
- Mechanical Vibration Monitoring
- Shaft Voltage and Current Monitoring
Current signature analyser
motor leakage current monitoring
motor leakage current monitoring
The Iris Power MDSP3 uses the Current Signature Analysis technology which relies on the concept that faults in the induction motor rotor or driven components result in changes to the rotor magnetic field pattern. Unique magnetic rotating fields are produced due to the faults which induce detectable stator current components indicative of the fault.
motor leakage current monitoring
motor leakage current monitoring
motor leakage current monitoring
Residual current monitors are used to monitor earthed systems (TN and TT systems) for fault currents or residual currents. The sum of all conductors except the protective earth conductor is measured by means of measuring current transformers
motor winding resistance
motor winding resistance
motor winding resistance
Designed to measure very low resistances of both resistive and inductive types of objects, including amorphous core transformers.
Pd monitoring
motor winding resistance
motor winding resistance
The PDTracII System provides continuous partial discharge measurement in motors using Iris Power Epoxy Mica Capacitor Couplers.