What does it mean if my EG4 6000EX-48 shows Fault Code 72 and how can I fix it?
Fault Code 72 on your EG4 Inverter indicates that the output current of each inverter is different. To fix this, check if the sharing cables are connected properly and restart the inverter.
What to do if EG4 Inverter has no response after power on?
If your EG4 Inverter isn't responding after you power it on, it could be due to these reasons: * The battery voltage is far too low (less than 1.4V/Cell). * The battery polarity is connected in reverse. To resolve this: 1. Check if the batteries and wiring are properly connected. 2. Recharge the battery. 3. Replace the battery if necessary.
Why EG4 6000EX-48 uses batteries when AC input is available?
If your EG4 Inverter is using battery power even when AC input is available, it could be due to several reasons: * The input protector might be tripped. Check if the AC breaker is tripped and the AC wiring is properly connected. * The AC power quality might be insufficient. Check if the AC wires are too thin or too long. If you're using a generator, ensure it's working correctly and the input voltage range setting is correct (UPS/Appliance). * The output source priority might be set to “Solar First”. Change the output source priority to “Utility First”.
What should I do if the internal relay of my EG4 Inverter is switching on and off repeatedly?
If the internal relay of your EG4 Inverter is repeatedly switching on and off when you turn it on, it might be caused by a disconnected battery. Check the battery wires to ensure they are properly connected.
Why is my EG4 6000EX-48 pulling energy from the batteries even when AC input is available?
If your EG4 Inverter is using battery power despite available AC input, there are several possible reasons: * The input protector might be tripped. Check the AC breaker and wiring. * The AC power quality might be insufficient. Ensure AC wires aren't too thin or long, and if using a generator, confirm it's working correctly and the input voltage range setting is correct. * The output source priority may be set to 'Solar First'. Change it to 'Utility first'.
What to do if my EG4 6000EX-48 Inverter is not responding after I power it on?
If your EG4 Inverter doesn't respond after powering on, it could be due to very low battery voltage (less than 1.4V/Cell) or reversed battery polarity. First, check the battery and wiring connections. Then, try recharging or replacing the battery.
Why is my EG4 6000EX-48 Inverter shutting down automatically during startup?
If your EG4 Inverter shuts down automatically during startup, it may be due to low battery voltage (less than 1.91V/Cell). Try to recharge or replace the battery.
What to do if my EG4 6000EX-48 Inverter shows Fault Code 80?
Fault Code 80 on your EG4 Inverter indicates CAN data loss. To resolve this, check if the communication cables are connected well and restart the inverter.
What to do if my EG4 6000EX-48 Inverter shows Fault Code 85?
Fault Code 85 on your EG4 Inverter indicates AC output current unbalance. To address this: 1. Restart the inverter. 2. Remove some excessive loads and re-check the load information from the LCD of the inverters. If the values are different, verify that the AC input and output cables are the same length and material type.
How to fix EG4 6000EX-48 Inverter that shuts down automatically during startup?
If your EG4 Inverter shuts down automatically during the startup process, it's likely because the battery voltage is too low (less than 1.91V/Cell). To fix this, you can try to recharge the battery or replace it.
Outlines the manual's content, covering assembly, installation, operation, safety, and tools.
Details critical safety procedures, warnings, precautions for installation and operation, and specific connection advice.
Inspect the unit upon arrival to ensure it is undamaged and includes all necessary items.
Prepare for wiring by removing the bottom cover before installation.
Guidelines for selecting a location and mounting the inverter securely for optimal operation and ventilation.
Instructions for safely connecting the battery, including recommended cable sizes and torque values.
Guidelines for selecting PV modules, considering voltage ratings and environmental impacts for safe connection.
Details how the inverter operates in solar charging mode, including voltage ranges and MPP tracking.
Instructions for securing the bottom cover after all wiring is completed for safety.
Procedures for powering the unit on and off after installation is complete.
Overview of the inverter's display panel, including indicators, buttons, and LCD layout.
Connect to inverter and PC using a serial cable for monitoring software installation.
Enables wireless communication for remote monitoring and control via the SolarPower APP.
Explains parallel operation of multiple inverters for increased output power.
Details power and communication connections for two to nine inverters operating in parallel.
Connects to EG4-LL battery using RJ45 cable for communication and parameter configuration.
Details the pin definitions for the BMS communication port on the inverter.
Step-by-step guide for commissioning a single inverter system with battery, PV, or AC input.
Step-by-step guide for commissioning multiple inverters operating in parallel.
Lists warning codes, their events, and corresponding icon flashing patterns for diagnostics.
Provides a reference for fault codes, their events, and the icons displayed on the unit for troubleshooting.
Explains wireless communication using Wi-Fi module and SolarPower APP for remote monitoring and control.
Guide for downloading, installing, and setting up the SolarPower mobile application.
General| Model | EG4 6000EX-48 |
|---|---|
| Output Power | 6000W |
| Input Voltage | 48V DC |
| Waveform | Pure Sine Wave |
| Efficiency | 93% |
| Max PV Array Power | 6500W |
| Max Charging Current | 120A |
| Max AC Charging Current | 60A |
| Max PV Array Open Circuit Voltage | 500VDC |
| MPPT Voltage Range | 120-450VDC |
| Frequency | 50Hz/60Hz |
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