What to do if HIDROCONTROL Inverter internal temperature is too high?
If the internal temperatures of HIDROCONTROL Inverter exceed 75°C, verify that the incoming water temperature is within the product specifications. For the RDPA version, check the correct functioning of the cooling fan. The reset is automatic when the temperature falls below 60°C.
What to do if HIDROCONTROL Inverter detects a short circuit?
If the HIDROCONTROL Inverter detects a short circuit between phase-phase or phase-ground in the electrical installation: - Repair the short circuit. - Verify the correct motor absorption. - Disconnect the power supply, wait until the display turns off, and then restore power.
What to do if HIDROCONTROL Inverter does not detect water?
If the HIDROCONTROL Inverter does not detect water: - Check for water presence. - In the RDPW model, verify the check valve. - In the RDPA model, verify the value of “MaxPower No Flux.” - Reset the correct pump priming function. - Check that the filter is not blocked. - Disconnect the power supply and wait for the display to switch off. - Re-connect the power supply.
What to do if HIDROCONTROL Inverter detects high voltage?
If the HIDROCONTROL Inverter detects a voltage that is too high, check the wiring system and set the values within the range prescribed for the R-DRIVE. The reset is automatic when the voltage returns to correct values.
What to do if HIDROCONTROL Inverter detects low voltage?
If the HIDROCONTROL Inverter detects a voltage that is too low, check the electrical system and reset the values to within the range prescribed for the R-DRIVE. The reset is automatic when the voltage returns to correct values.
What to do if HIDROCONTROL Inverter protection measures excessive current consumption?
If the HIDROCONTROL Inverter protection has measured excessive current consumption, requiring manual reset: - Check that the pump consumes current within the R-DRIVE's range. - Ensure there are no friction or impeller blockage conditions. - Change the peak current value in parameter 54.
What to do if HIDROCONTROL Inverter detects an overpressure?
If the HIDROCONTROL Inverter system detects an overpressure exceeding twice the set pressure, and the system blocks after 5 automatic reset attempts, verify the correct functioning of the pre-charged tank.
Why is my HIDROCONTROL Inverter blocked after short circuit attempts?
If the HIDROCONTROL Inverter is blocked after 10 reset attempts following a short circuit between phase-phase or phase-ground in the pump, you need to reset the accumulated number within the “Tot.CortoC.Echo” parameter to zero to remove the blockage. If the issue persists after multiple resets, try disconnecting the R-DRIVE to reset the pump, or consider replacing the unit.
What to do if HIDROCONTROL Inverter pump runs continuously?
If the HIDROCONTROL Inverter pump has been running continuously for the time set in parameter 40: - Verify the proper functioning of the flow valve. - Check for leaks in the system.
What to do if my HIDROCONTROL Inverter detects a pressure sensor failure?
If your HIDROCONTROL Inverter detects a failure in the pressure sensor: - Verify that the pressure sensor is correctly connected. - Check that the value of the “Frecuencia Sensor presión” parameter is greater than 400. - If the problem persists, replace the pressure sensor.
Read manual, qualified personnel for installation, and use of non-original parts voids warranty.
Risk of personal injury and property damage from electrical shock.
Risk of damage to property or environment if not complied with.
Choosing the correct pump for optimal performance with R-DRIVE, considering head and capacity.
Using LCA for long connections and EMI filters for sensitive environments.
Guidance on hydraulic and electrical connections and system diagrams.
Configuring language, motor current, system pressure, and start for single pump.
Configuring Master/Slave for multi-pump systems, including network ID and motor settings.
Saving parameters to memory and exiting the setup process.
Verifying and setting the correct rotation direction for the electro-pump.
Information on manual usage, product overview, and available R-DRIVE models.
Detailed technical data for R-DRIVETT, R-DRIVEMT, and R-DRIVEMM models.
Electrical connection diagrams and safety precautions for different versions.
Features of expansion boards for MM/MT and TT models.
Configuring float switches and relays for system control and alarms.
Setting up and operating the booster mode for enhanced pressure control.
Connecting R-DRIVE units in Master/Slave mode with cable examples.
Sizing and calculating preload for expansion tanks to prevent water hammer.
Tips for installing taps, filters, check valves, and sensor placement warnings.
Schematic of a surface pump system with an air-cooled R-DRIVE.
Overview of parameters accessible via the maintenance menu for system adjustments.
Interpreting messages for system off, active, leakage, low voltage, and motor issues.
Diagnosing high voltage, short circuits, locked systems, and motor disconnection errors.
Troubleshooting float switch, water hammer, disconnected slaves, and standby faults.
Identifying multi-pump service outages, high temperature, and insufficient pressure faults.
Resolving 'No Water' errors and pressure sensor faults.
Setting password, frequency, language, network ID, and input/output parameters.
Configuring motor speed, restart attempts, perturbation, and protection parameters.
Setting PID coefficients, system response presets, and pressure sensor parameters.
Setting pump ON time, relay functions, booster pressure, and leak calculations.
Displaying fault counters, serial numbers, sector pressure, and software version.
General| Brand | HIDROCONTROL |
|---|---|
| Model | R-DRIVE Series |
| Category | Adapter |
| Language | English |
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