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Voltage Control
Over-Energizer (VCOE)
These controls allow single winding solenoids to create the
same high force of a large industrial work solenoid, thereby
reducing space requirements and cost. They create
high-energy pull performance with cool continuous holding
control. Applications include valve actuators, switchgear,
industrial brakes, engines and automation machines.
Current Regulating
Over-Energizer (CROE)
Current Regulating Over-Energizer Controls use current Pulse
Width Modulation (PWM) creating precise and consistent
high-energy pull performance with cool continuous holding
control. This control allows for constant performance
despite industrial work solenoid temperature changes and
voltage supply variations. The Current Regulating
Over-Energizer is ideal for compact space, offering
optimized performance with compact industrial work
solenoids. Applications include valve actuators, switchgear,
industrial brakes, engines and automation machines.
Force Regulating
Over-Energizer (FROE)
These controls are designed specifically for high force
industrial work solenoids and allow regulation of this force
keeping it near constant throughout the entire stroke. The
control is maintained through temperature and voltage supply
fluctuations. Applications include diaphragm pumps, brakes
and clutches, especially where a controlled application rate
is desired.
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Feature Enhanced
Versions
A wide variety of enhancements are available to customize
any of the controls. Available options include:
- Universal voltage capability, which provides uniform
industrial work solenoid performance over a wide range of
supply voltages without special setup or adjustment.
- Optically isolated control signal inputs to interface
directly to PLCs and micro controllers.
- Added logic functions such as timers allow monitoring
of a variety of inputs that simplify system designs.
Non-Solenoid Related
Controls
Industrial Diesel Products can provide customized controls
for an unlimited number of non-industrial work solenoid
applications. Examples include temperature-regulating
controls and automatically timed reversing controls used
with fans and mobile or stationary equipment.
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