Automatic Constant Feed Speed Control: Automatic output voltage
adjustment in real-time to ensure constant preset feed speed
regardless of weight change of the workpieces
Automatic Frequency Adjustment: Automatic output frequency
adjustment in real-time ensures the load is always working at its
resonant frequency.
Automatic Resonant Frequency Search: Search out and output the
resonant frequency of the load. other related parameters are also
set automatically
Counting: Count the number of the feed material. The controller
will slow down or stop when counting up to the preset value.
RS485 Communication: All parameters of the controller can be
adjusted via RS485
Network Communication: All controller parameters can be adjusted
via network communication.
Output Current Display: Output current can be displayed in real
time.
Firmware Upgrade: Firmware can be upgraded remotely.
Type of Control Output: Push-pull type.
Automatic Switch Sensor Type Recognition: The controller can
recognize and adapt to both PNP and NPN-type switch sensors.
Sync Output: Sync the output waveform of the slave controller with
that of the master controller to the same frequency and phase to
avoid beat effect
Remote Speed Control: The controller's output voltage can be
adjusted remotely by an external potentiometer, a PLC, or a DC
signal.
Overvoltage Protection: If the input voltage is too high, the power
supply of the controller will be shut down automatically to protect
itself.
Digital Overheat Protection: If the internal temperature of the
controller gets too high, the controller will stop its output to
protect itself.
Overcurrent Protection: If the output current exceeds its rated
value, the controller will stop its output to protect itself and
the load
Restorable Short Circuit Protection: If the output of the
controller is short-circuited, the controller will shut down its
output to protect itself and the load But the fuse inside will not
be blown So when there is no short circuit at the output side the
controller will work again after power on.