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Sdvc40-Xs3 (50mA*3) Multi-Channel Digital Variable Frequency Piezoelectric Vibration Feeding Controller
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Sdvc40-Xs3 (50mA*3) Multi-Channel Digital Variable Frequency Piezoelectric Vibration Feeding Controller
| MOQ: | 1 |
| Price: | 200 |
Detail Information
Model NO.:
SDVC40-XS3
Feeding Size:
≤300 Mm
Motor Power(kw):
1~10
Type:
Vibration Disk Feeder
Usage:
Vibration Feeding Controller
Transport Package:
Carton Packaging
Specification:
250*150*120mm
Trademark:
CUH
Origin:
China
HS Code:
8537101990
Product Description
Variable Frequency Digital Controller for Piezo Feeder
Product Feature
Profile information:Capacitive Load,Phase Control,Frequency Adjustment,Switch Sensor ON/OFF Control,Remote Speed Control,DC Control Output,Type of Control Output,Digital Overheat Protection,vercurrent Protection,Restorable Short Circuit Protection
Capacitive Load: The controller is adaptive to resistive load, inductive load, and especially capacitive load, such as a piezo vibrator.
Phase Control: When the controller's channels each output the same frequency, the phase between each channel can be controlled.
Frequency Adjustment: The Output frequency of the controller can be manually adjusted to the resonant frequency of the vibratory feeder to get a smooth, quiet, and energy-saving feed effect. Automatic High Precision Voltage Regulation. The internal digital voltage regulation circuit can eliminate feed speed variation caused by mains voltage fluctuation
Switch Sensor ON/OFF Control: One NPN/PNP switch sensor or PLC can be connected to turn on/off the controller.
Remote Speed Control: The Output Voltage of the controller can be adjusted remotely by an external potentiometer, a PLC, or a 1-5V DC signal.
DC Control Output: The controller can output low-voltage DC power associated with ON/OFF Control of the controller to drive a solenoid or other external devices.
Type of Control Output: NPN type, PNP type, Push-Pull Overvoltage Protection. If the input voltage is too high, the power Supply and screen display of the controller will be turned off 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.
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