To Next PageTo Next PageHow to fix BROVIND Controller when the display doesn't light up?
First, check that the power cable is properly connected to the mains. Next, open the controller box and ensure the power is correctly connected inside. Also, inspect the fuses on the board to see if they are in good condition. Finally, use a testing device to verify that power is reaching the switch on the controller box.
What to do if BROVIND DCFF Controller shows a short-circuit at output?
Turn off the controller immediately and inspect the output for any short-circuits. If no shorts are found, attempt to turn the controller back on. Additionally, check if the vibrator speed was accidentally set to 0 for safety reasons (A0) and reset it.
Why is the vibrator not working on my BROVIND DCFF?
Make sure that all parameters are set correctly, including vibration amplitude, frequency, and the activation/deactivation of sensors. Also, verify that the vibrator is properly connected to the power board.
What does Supply voltage alarm mean on BROVIND DCFF?
The supply voltage alarm activates if the supply voltage falls below 50 Volts or exceeds 300 Volts.
What to do if BROVIND DCFF Controller is stopped by a sensor?
Go to the menu for sensor 1 and/or sensor 2 and disable the sensor that is causing the issue.
How to reset BROVIND DCFF Controller parameters to factory settings?
The factory-set parameters can be restored by selecting configuration 5 in the “Saving Work Configurations” menu (Menu 40).
What does SRV02 probe alarm mean on BROVIND DCFF?
This alarm indicates that the probe is set but is not responding. It activates if, with A0 greater than 1.0, As stays at 0 for at least 20 seconds.
General| Brand | BROVIND |
|---|---|
| Model | DCFF Series |
| Category | Controller |
| Language | English |
Essential safety precautions to be followed before and during controller operation and maintenance.
Configuration steps for the Balance Function, used in automatic weighing systems.
Configuration for the Elevator Function on DCFF controllers using specific sensors and relays.
Creating and enabling logic functions using blocks and sensors for custom control sequences.
Steps for performing automatic calibration to optimize vibrator response and frequency.
Guidance for diagnosing and resolving common controller issues and display messages.
