Exciter Current Sensor,
Insulation Resistance Sensor (Generator field ground detector),
Rectifier Diode Failure Detection,
Up to 127 Temperature Sensors (DS18S20),
Air Gap Sensor AGS 25XG(Extended G-Force), accurate stator geometry
Magnetic Induction Sensors, reliable windings short circuit
Powered from exciter current, (patent pending),
Tested up to 500G (pending further testing),
Easy installation of sensors with Self-adhesive Silicone Clamps
Software "Rotor View" v1.0 - Numeric view, alarms, trending...
Software "Rotor Graphics" v1.0 - Graphic and numeric view...
Dynamic measurements of electric and mechanical parameters
significantly contribute to overall reliability of hydro-generators.
Overstressing of rotor/stator in many different ways may cause
deforming of rotor/stator shape/geometry, making the whole generator
system prone to failure.
Thanks to rotor Air Gap Sensor this is the first method to allow
real time measurements of stator geometry under dynamic conditions.
Rotor Magnetic Induction Sensor makes possible monitoring of the
generator system functionalities and may crucially contribute to the
overall reliability. Fault prevention is now possible and saves cost
of major overhauls.