Controllers for manufacturers
Rugged controllers to build long-lasting single to three-phase converters.
Solid-state controllers to produce industrial high power AC voltage stabilisers.
Modules to manufacture single to three-phase converters without special knowledge.
Controllers for phase converters
Controllers start the internal generator motor; they also sense the output to detect starting motors. They re-engage the start circuit and support the starting motor until it reaches full speed. Motors, small and large, start fast and ride through overloads with ease.
Controllers also sense a locked rotor to disconnect start currents.
To manufacture single to three-phase converters you will need:
60Hz: Capacitors, a high efficient three-phase motor and one of our controllers.
50Hz: You will also need a step-up transformer.
Smart E controllers are used in Booster converters.
Smart T and F controllers are used in MultiPhase converters.
Booster and MultiPhase converters use 900VAC capacitors for longevity and to resist extreme temperatures.
Modules for single to three-phase converters
Building converters made easier and faster.
A module, a generator motor and a transformer make a complete converter.
A module contains all the components needed in an electronic converter.
The 900VAC capacitors guarantee longevity in high temperature conditions.
AC voltage stabiliser controllers
AC voltage stabilisers use standard transformers, not tapped transformers.
This way the output impedance is alway extremely low and constant.
One controller and four small transformers correct varying input voltages to within +-2%.
Solid state technology. No moving parts, no contacts, not rotating servos.
Three-phase systems use three independent single phase controllers for best voltage symmetry.
Digital controllers are based on modern IGBTs.
Output voltages are pure sine wave.
High overload capacity supports starting motors.
Voltage correction is instant, not sequential as in servo systems.
The output voltage is user adjustable for energy serving purposes.