What to do if my INHENERGY Inverter shows 'Over Load!'?
If your INHENERGY Inverter displays 'Over Load!', it indicates that the UPS output is experiencing excessive load. To resolve this, reduce the load connected to the UPS output.
What does 'Meter COM Err' mean on my INHENERGY Inverter?
If your INHENERGY Inverter displays 'Meter COM Err', check whether the meter matches the inverter protocol and ensure the wire connection between the meter and inverter is secure.
How to troubleshoot 'BMS COM Err' on INHENERGY HI-3K-SL Inverter?
If your INHENERGY Inverter displays 'BMS COM Err', verify that the lithium battery is open and check the connection between the lithium battery and the inverter.
What should I do if my INHENERGY Inverter displays 'PV Iso Low!'?
If your INHENERGY Inverter displays 'PV Iso Low!', verify that the connection between the PV panels and the inverter is secure and that the PE of the inverter is properly connected.
How to fix 'BackUp Short!' error on INHENERGY HI-3K-SL?
If your INHENERGY Inverter displays 'BackUp Short!', check the load on the BackUp, inspect the UPS output, and ensure it is not connected to the grid.
What does 'Bat Temp Out' mean on my INHENERGY HI-3K-SL?
If your INHENERGY Inverter displays 'Bat Temp Out', verify that the battery's environment temperature is within the specified range.
How to resolve 'BAT NTC Open' error on INHENERGY HI-3K-SL Inverter?
If your INHENERGY Inverter displays 'BAT NTC Open', ensure the temperature sensor for the lead-acid battery is installed and properly connected.
What to do if my INHENERGY Inverter shows 'BusVolt High!'?
If your INHENERGY Inverter displays 'BusVolt High!', check the PV input voltage, ensuring it does not exceed the specified range. Restart the inverter. If the problem persists, contact the manufacturer.
How to fix 'DCI High' error on INHENERGY HI-3K-SL Inverter?
If your INHENERGY Inverter displays 'DCI High', try restarting the inverter. If the issue persists, contact the manufacturer.
What should I do if my INHENERGY HI-3K-SL Inverter displays 'ARM RX Fault!'?
If your INHENERGY Inverter displays 'ARM RX Fault!', restart the inverter. If the problem persists, contact the manufacturer.
General| Max. DC Input Voltage | 550 V |
|---|---|
| Nominal AC Output Power | 3000 W |
| Max. AC Output Power | 3300 W |
| Nominal AC Voltage | 230 V |
| Max. Output Current | 15 A |
| Efficiency | 97.5% |
| Protection Degree | IP65 |
| Output Power | 3000 W |
| Peak Power | 3300 W |
| Output Voltage | 230 V |
| Frequency | 50/60 Hz |
| Cooling | Natural Convection |
| Max. DC Input Power | 4500 W |
| MPPT Voltage Range | 125-500 V |
| Input Voltage | 125V-500V |
| Protection Features | Overvoltage, Short Circuit |
| Operating Temperature | -25°C to 60°C |
Details the function and features of the hybrid inverter series.
Specifies the inverter models covered and the target audience for the manual.
Explains safety symbols used in the manual to prevent injury or damage.
Instructions for checking the inverter for damage incurred during transportation.
Details the items included in the inverter package for verification.
Provides conditions and precautions for installing the inverter outdoors.
Specifies the minimum clearance dimensions required around the inverter for installation.
Step-by-step guide for physically mounting the inverter onto a wall bracket.
Details how to connect photovoltaic (PV) panels to the inverter's DC inputs.
Explains the procedure for connecting batteries to the inverter, including cable requirements.
Covers the connection procedures for grid, generator, and backup power sources.
Describes how to properly ground the inverter for safety.
Details the connection of communication ports for monitoring and data exchange.
Explains the connection and function of the CT1 port for current sensing.
Details the optional connection of a meter for grid voltage and current monitoring.
Describes how to connect the Battery Management System (BMS) for battery communication.
Covers the connection of the DRED device for Australian and New Zealand installations.
Covers fundamental safety guidelines for product installation and operation.
Provides safety guidelines specific to operating inverters in a parallel system.
Details parallel connection for single-phase systems with parallel batteries and up to 3 inverters.
Details parallel connection for single-phase systems with independent batteries and up to 3 inverters.
Explains the parameter settings required for successful parallel operation.
Details parallel connection for three-phase systems with parallel batteries and up to 3 inverters.
Details parallel connection for three-phase systems with independent batteries and up to 3 inverters.
Explains the parameter settings required for successful three-phase parallel operation.
Accessing the inverter's setting menus and options.
Guides on checking and setting the system's current date and time.
Describes how to select and verify the appropriate grid connection standard.
Explains how to select and configure the connected battery type and its parameters.
Details how to set the CT1 type for accurate power measurement in self-consumption mode.
Guides on setting the optional CT2 type for monitoring on-grid inverter power.
Explains how to configure parameters for the inverter's backup power function.
Configuration and operation of the inverter for peak load shifting functionality.
Details operation and settings for optimizing self-consumption of generated solar power.
To Next Page
