What to do if my Bedford B6031I shows a sensor fault?
If your Bedford Inverter displays a sensor fault, first, examine the cable connecting the pressure transmitter to the controller. Second, verify the sensor's condition to ensure it is functioning correctly.
Why is the water pressure low in my Bedford Inverter?
Low water pressure in your Bedford Inverter can stem from several causes: * A faulty sensor. * The motor rotating in the wrong direction. * Insufficient water inflow. * Air trapped inside the pump. To resolve this, check the pressure transmitter installation, ensure the motor rotates correctly, verify parameter b00.09 isn't set too high, and bleed any air from the pump.
What to do if my Bedford Inverter has high water pressure?
High water pressure in your Bedford Inverter can be due to: * A faulty sensor. * The parameter b00.08 setting value being too small. To address this, check the installation of the pressure transmitter and verify the parameter b00.08 setting.
What to do if my Bedford B6031I shows a water shortage fault?
A water shortage fault in your Bedford Inverter can occur if there is no water in the deep well or if the water-level sensors in the deep well are broken. Check if there is water in the deep well and inspect the water-level sensors for damage.
Details the connections for main circuit terminals for various B6031B2 and B6031ID models.
Illustrates the wiring connections for control circuit terminals and current sensor.
Details wiring for deep well water-level sensors, explaining connections to COM, S1, and S2.
Details high-performance main circuit wiring, circuit breakers, AC reactors, and EMC filters.
Lists pump running faults (LP, HP, E022, A033) with reasons and solutions.
Details controller faults (E001-E021) including IGBT, over-current, over-voltage, and EEPROM issues.
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