What to do if Epever UP1500-M3222 shows output overload?
If the Epever Inverter indicates an output overload, reduce the number of connected electrical devices. Alternatively, try restarting the controller, or change the CFA setting interface to ON.
What to do if Epever UP1500-M3222 has a short circuit?
If the Epever Inverter experiences a short circuit, carefully inspect the load connections and rectify any faults. You can also try restarting the controller, or change the CFA setting interface to ON.
What happens if my Epever UP1500-M3222 battery is overheating?
If the battery connected to your Epever Inverter overheats, the inverter/charger will automatically shut down the system. Once the battery temperature decreases to below the overheating recovery temperature, the inverter/charger will resume operation.
What happens if my Epever UP1500-M3222 device is overheating?
If the Epever Inverter itself overheats, it will automatically turn off. It will resume working once the device temperature drops below the overheating recovery temperature.
General| Model | UP1500-M3222 |
|---|---|
| Type | Pure Sine Wave Inverter |
| Rated Power | 1500W |
| Output Voltage | 220VAC |
| Efficiency | ≥ 90% |
| Waveform | Pure Sine Wave |
| Surge Power | 3000W |
| Overload Protection | Yes |
| Over Temperature Protection | Yes |
| Low Voltage Protection | Yes |
| High Voltage Protection | Yes |
| Short Circuit Protection | Yes |
| Cooling | Fan Cooling |
| Output Frequency | 50Hz |
| Operating Temperature | -10°C to 50°C |
| Humidity | 5% to 95% (Non-condensing) |
Product introduction, core features, and design principles of the UPower series inverter/charger.
Description of product appearance, identifying key components and interfaces.
Explanation of the naming convention and structure for UPower series models.
Visual representation of the system's wiring and connection layout.
Essential guidelines and precautions to follow before and during installation.
Specifications for appropriate wiring and circuit breakers for PV, utility, and battery connections.
Steps for physically installing the inverter/charger, including heat dissipation space.
Explanation of the LED indicators and their corresponding operational states and faults.
Detailed description of each button's function and operation sequences.
Overview of the LCD screen, icons, and real-time data displayed.
Guide to accessing and modifying system parameters via common and advanced interfaces.
Details on output voltage/frequency switching, relay interface, and remote interface operations.
List of fault codes, their causes, and corresponding indicator behavior.
Step-by-step guidance for resolving common operational faults and errors.
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