Our controls utilize the
latest patented technology to not only "Operate", but "Monitor" the
operation of Vibratory Bowls, Hoppers, In-Line Feeders, and Vibratory
Feeder Systems.We provide the vibratory parts feeder industry
with active tuning controllers including: SimpleTrigger™,
SmartTrigger™ , Atac™ and Smart System Controller.
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SimpleTrigger ST-700 Designed
for small vibratory bowls, storage hoppers and inline linear
feeders. This control is typically used on loads
that run continuously, but can be demand cycled by a PLC
machine control or parts sensor, which has its own built-in
time delays and power supply.
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SmartTrigger ST-1400 Designed
for vibratory bowls with part sensing, and storage hoppers
fitted with electronic bowl level detectors. The demand
cycling of the bowl or hopper is controlled by an external
input signal processed through the Remote Hold and time
delay settings of the unit if selected. The units are operational
in both Open Loop and Closed Loop (sensor option) mode.
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SmartTrigger ST-1900 Designed
for vibratory bowls with part sensing, and storage hoppers
fitted with electronic bowl level detectors. The 10 to
24 Vdc adjustable power supply and sensor time delays are
provided by the control. The demand cycling of the bowl
or hopper is controlled by the sensor’s output signal
processed through the time delay settings of the unit if
selected. The units are operational in both Open Loop and
Closed Loop (sensor option) mode.
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ATAC Designed
to handle the most demanding vibratory feeding jobs. Great
for large feeder bowls requiring lots of power to move.
Actively tracks resonant frequency of feeder bowl to take
advantage of mechanical resonance to get the most physical
motion using the least amount of power. When used with
a motion sensor, motion is mantained at a constant regardless
of parts loading. Impervious to fluctuations of applied
power.
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SmartSystem
Controller A
complete vibratory solution in one package! Integrated
ATAC™ for the feeder bowl, and two integrated
SmartTriggers™ to operate the inline and the hopper.
Programmable on-delay/off-delays and run/hold interlocking
let you customize the timing to make your system run automatically.
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