What to do if my PowMr POW-LVM3.2K-24V Inverter shows overload protection?
If your PowMr Inverter is showing an overload protection message, try reducing the amount of power being used by your equipment. After doing so, restart the unit to resume load output.
What to do if PowMr POW-LVM3.2K-24V Inverter has short-circuit protection?
If the PowMr Inverter activates short-circuit protection, carefully inspect the load connection and eliminate any short-circuit issues. Then, power the device back on to restore load output.
Why is my PowMr POW-LVM3.2K-24V showing a battery disconnected alarm?
If your PowMr Inverter is alarming that the battery is disconnected, verify that the battery is properly connected and that the battery circuit-breaker is closed.
How to fix no display on PowMr POW-LVM3.2K-24V screen?
If there is no display on your PowMr Inverter screen, check that the battery and PV air switches are closed and in the "ON" state. If they are, press any button on the screen to wake it from sleep mode.
What to do if PowMr POW-LVM3.2K-24V fan fails?
If the fan on your PowMr Inverter fails, check to see if the fan is not turning or if it's being blocked by something.
What causes battery overvoltage protection in PowMr POW-LVM3.2K-24V Inverter?
Battery overvoltage protection in your PowMr Inverter can be triggered if the battery voltage exceeds the rated voltage. To resolve this, turn off the PV array air switch and mains air switch.
How to check PV over-voltage on PowMr POW-LVM3.2K-24V Inverter?
To check for PV over-voltage on your PowMr Inverter, use a multimeter to verify that the PV input voltage does not exceed the maximum allowable input voltage.
How to resolve battery undervoltage protection on PowMr POW-LVM3.2K-24V?
To resolve battery undervoltage protection on your PowMr Inverter, charge the battery until its voltage returns to the low voltage disconnection recovery voltage.
What to do for heat sink over temperature protection on PowMr Inverter?
Heat sink over temperature protection on your PowMr Inverter will stop when the device cools down below the recovery temperature, and normal charge and discharge control will resume automatically.
What to do if PowMr Inverter inverted AC output backfills to bypass AC input?
To address inverted AC output backfilling to bypass AC input on your PowMr Inverter: disconnect the AC input, PV input, and battery input. After the screen turns off, reconnect only the battery and start the unit. If fault 26 is reported, contact the manufacturer to replace the AC input relay switch, as it is likely short-circuited.
General| Model | POW-LVM3.2K-24V |
|---|---|
| Rated Power | 3200W |
| Efficiency | 93% |
| Battery Voltage | 24V |
| Waveform | Pure Sine Wave |
| Cooling | Fan Cooling |
| Input Voltage | 24V |
| Output Voltage | 230V AC |
| Output Frequency | 50Hz |
| Protection Features | Overload, Short Circuit |
| Storage Temperature | -15°C to 60°C |
| Humidity | 5% to 95% (Non-condensing) |
Details the POW-LVM3.2K-24V solar storage inverter, its features, and technologies.
Explains the components of the solar storage system and their roles.
Illustrates and labels the external components and ports of the solar storage inverter.
Provides detailed physical dimensions and measurements of the solar storage inverter.
Details crucial safety guidelines and preparatory steps before installing the solar storage inverter.
Specifies recommended wire diameters and circuit breaker types for PV, AC input, and AC output.
Guides through the physical installation steps and initial wiring of the solar storage inverter.
Details the four available charging modes: PV priority, Mains priority, Hybrid, and Only Solar.
Explains the three output modes: PV priority, Mains priority, and Inverter priority.
Describes the front panel layout, including the LCD screen, indicators, and operation buttons.
Explains how to navigate and view real-time operational data on the LCD screen using buttons.
Details how to access and configure various setup parameters through the LCD menu.
Lists and describes the parameters for different lead-acid battery types, including user-defined.
Explains the working principle of the dry contact for controlling diesel generator charging.
Details the RS485/WIFI communication port for PC connection and mobile APP control.
Describes the USB port for communication with PC host software and driver installation.
Lists and describes various protection mechanisms implemented in the solar storage inverter.
Provides a list of fault codes, their names, and descriptions of their impact and meaning.
Offers solutions for common faults, including display issues, overvoltage, and fan failures.
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