To Next PageTo Next PageWhat to do if there is abnormal noise from the BFC Controller?
If you notice an unusual noise coming from the BFC Controller, immediately discontinue use and switch off the power. Then, get in touch with your dealer for assistance.
What to do if vibration does not occur and the Run lamp is OFF on the BFC Controller?
If the Run lamp is OFF, press the RUN/STOP button on the BFC Controller to switch to the operation state.
Why does the vibration fluctuate on my BFC AFC Controller?
If the vibration fluctuates on your BFC Controller, consider these points: * Check if the frequency is properly adjusted. * Ensure the load is firmly attached and doesn't interfere with other devices. Refer to the vibrator's instruction manual for guidance.
What to do if vibration does not occur and the Run lamp is blinking on the BFC AFC Controller?
If the Run lamp is blinking, check the external operation signal and the full sensor, including their parameters, on the BFC Controller.
Why the output frequency cannot be adjusted on my BFC AFC Controller?
If the output frequency of the BFC Controller cannot be adjusted, it might be locked.
How to fix indicators and lamps that do not turn ON when the power supply is turned ON for BFC Controller?
If the indicators and lamps on the BFC Controller do not turn ON when the power is switched ON, check if the power cable is correctly connected.
What to do if vibration does not occur, but the Run lamp is ON for BFC AFC Controller?
If the Run lamp is ON but vibration does not occur, check if the output line of the BFC Controller is correctly connected.
What to do if the amplitude is not increased when voltage is increased on BFC Controller?
If the amplitude is not increased when the voltage is increased, ensure that the load you are using is within the specified range. Refer to the instruction manual for the vibrator.
Specifies the use of the BFC piezoelectric feeder series and confirms non-compatibility with electromagnetic feeders.
Details risk classifications (Danger, Warning, Caution) and provides essential safety guidelines for operation.
Details the components and indicators on the controller's operation panel.
Identifies connectors and terminal blocks within the controller's internal structure.
Details input/output terminal blocks for control signals and power supply.
Used to externally control the vibrator operation with various signals.
Used to externally output the operation state of the vibrator.
Provides 24 VDC supply for sensors used in parts feeder control.
Describes how to connect the piezoelectric feeder to the controller's output terminal.
Explains connecting power supply and vibrator to input/output lines.
Instructions on how to operate and adjust the vibrator using the controller's keys and encoder.
Illustrates input circuit diagrams for connecting external devices like NPN and PNP sensors.
Shows how to connect a relay for operation/stop signals via IN0/IN1 terminals.
Details connecting voltage signals to IN0/IN1 terminals for external control.
Explains connecting master and slave units for synchronized operation.
Describes operation/stop control using IN0/IN1 terminals and adjustable logic.
Explains how to switch amplitude settings via input to IN2 or IN3 terminals.
Details connecting analog voltage signals to change the output voltage set value.
Explains synchronization output terminals for driving loads in line with vibrator operation.
Describes the output signal for workpiece shortage detection by a full sensor.
Details the alarm signal output for controller errors and indications.
Covers voltage and frequency setting, and saving current configurations.
Enables switching to advanced settings for input/output logic and timers.
The BFC AFC Series Piezoelectric Feeder Controller is a device designed to manage and control piezoelectric vibrators, specifically the AFR-xxxD, AFJ-xxxD, and AFB-xxxD series. It is not compatible with electromagnetic feeders. The controller allows for precise adjustment of vibration amplitude and frequency, offering both basic and advanced operational settings.
The primary function of the AFC Series controller is to provide stable and adjustable power to piezoelectric vibrators, enabling them to feed parts accurately. It features an operation panel with a state indicator, set value display, voltage lamp, frequency lamp, encoder, SAVE button, FUNCTION button, and RUN/STOP button.
The state indicator provides visual feedback on the vibrator's status:
The set value display shows the current voltage or frequency settings. The voltage lamp (Vol) illuminates when the output voltage set value is displayed, and the frequency lamp (Frq) illuminates when the output frequency set value is displayed. An encoder is used to change these set values, and the SAVE button is used to store them. The FUNCTION button allows access to the function menu, while the RUN/STOP button manually starts or stops the vibrator. Special operations include holding down the FUNCTION button to switch between basic and advanced settings, and holding down the SAVE button to toggle the key lock function.
The controller includes various input/output terminals for external control and monitoring:
Connectivity options include:
The controller supports various external device connections:
The controller is designed for ease of use with a clear operation panel.
General| Brand | BFC |
|---|---|
| Model | AFC Series |
| Category | Controller |
| Language | English |
