What to do if the Grundfos DPC 2-1 is flashing OVERLOAD?
If the Grundfos Controller is flashing OVERLOAD, it indicates that the actual running amperage is higher than the calibrated or set running amperage, meaning the pump is in overload protection. The controller will attempt to restart the pump every 30 minutes until the running amperage returns to normal. You should also inspect the pump and motor winding.
Why is my Grundfos DPC 2-1 flashing UNDER V?
If the Grundfos Controller is flashing UNDER V, it means the actual running voltage is lower than the set voltage, placing the pump in an undervoltage protection state. Report the low line voltage to the power supply company. The controller will attempt to restart the pump every 5 minutes until the line voltage is restored to normal.
What does it mean when the Grundfos DPC 2-1 Controller flashes OVER V?
When the Grundfos Controller flashes OVER V, it signifies that the actual running voltage is higher than the set voltage, putting the pump in an overvoltage protection state. You should report the high line voltage to the power supply company. The controller will attempt to restart the pump every 5 minutes until the line voltage is restored to normal.
Why does my Grundfos DPC 2-1 keep flashing REPEATED START?
If the Grundfos Controller is flashing REPEATED START, it indicates that the pump is starting more than 5 times per minute. You should: * Check the pressure tank precharge. * Check the pressure tank bladder. * Check the pressure switch settings. * Check the pressure switch for defects. Alternatively, it could mean that there is no communication link between the SC/computer and the control. In this case, connect the control to SC/computer to realize long distance monitoring.
What to do if the Grundfos DPC 2-1 Controller is flashing PUMP STALLED?
If the Grundfos Controller is flashing PUMP STALLED, it means the pump running amps have exceeded the normal run amps by more than 200%. Cut off the power supply and repair or replace the pump.
What does it mean when my Grundfos DPC 2-1 flashes PUMP NO CALIBRATION?
If the Grundfos Controller is flashing PUMP NO CALIBRATION, it indicates that the parameter calibration has not been completed. Refer to the parameter calibration setting.
General| Brand | Grundfos |
|---|---|
| Model | DPC 2-1 |
| Category | Controller |
| Language | English |
Critical safety warnings for equipment and personnel.
Important notes to ensure safe operation of the controller.
Lists various use cases for the digital pump controller.
Highlights the distinguishing features of the DPC Series controller.
Details control characteristics, working modes, and applications.
Lists rated power, voltage, trip times, and recovery times.
Enlists all protection mechanisms integrated into the controller.
Covers environmental, dimensional, and interface specifications.
Lists necessary tools for setting up the controller.
Identifies and describes the main parts of the controller.
Explains the different display areas on the LCD screen.
Explains icons for parameter adjustment, time display, and pump status.
Interprets icons indicating pump faults and network connectivity.
Icons representing units like seconds, hours, amperes, and percentages.
Icons showing pump status and pressure levels in the system.
Diagrams for single-phase power connection with and without capacitor.
Details terminal layouts for drainage applications.
Wiring and operational logic for single float switch drainage.
Defines pump activation and deactivation triggers in drainage mode.
Wiring and operational logic for two float switch drainage.
Wiring and operational logic for three float switch drainage.
Start, stop, and alarm conditions for multi-float drainage setups.
Emphasizes severe risks associated with electrical handling.
Configuration via DIP switches for drainage mode.
Connection details for pump thermal overload protection.
Interprets LCD messages for low water and overflow in sumps.
Terminal setup for boosting using one float and one pressure switch.
Terminal setup for boosting using one float and two pressure switches.
Defines operational start/stop criteria for boosting configurations.
Explains the interaction logic between pressure switches.
DIP switch settings for activating boosting functionality.
Visual indicator for boosting mode on the LCD screen.
Connects pump thermal protection for boosting applications.
Explains LCD messages related to water levels and pressure for boosting.
Clarifies the function of Pressure Switch A and B.
Terminal wiring for water transfer using two float switches.
Operational logic for two-float water transfer systems.
Terminal wiring for water transfer using three float switches.
Operational logic for three-float water transfer systems.
DIP switch configuration for water transfer applications.
LCD icon indicating the water transfer mode.
LCD messages for water levels in UG and OH tanks.
Important note on connecting pump thermal protection.
Steps to take before calibrating pump parameters.
Detailed guide for calibrating pump operational parameters.
Procedures for removing old calibration settings.
Instructions for changing controller operating modes.
Important considerations for mode changes and power interruptions.
Steps to manually control the pump operation.
Explanation of the controller's protective functions during operation.
How to view the history of the last five pump failures.
Guide to checking the total operational hours of the pump.
Overview of the controller's communication capabilities.
Use cases for long-distance monitoring and control.
Key technical specifications for the communication interface.
Installation parameters related to communication setup.
Lists fault messages and their meanings.
Explains the potential reasons behind detected faults.
Provides corrective actions for identified pump issues.
To Next Page
