What to do if my KStar KSG-20K displays SPI communication Fault (F18)?
If your KStar Inverter is showing an 'SPI communication Fault', disconnect the PV input and restart the inverter to see if the fault clears. If the issue continues, contact your local distributor.
What to do if my KStar KSG-20K Inverter shows 'Ambient Temperature High' (F12)?
If your KStar Inverter displays error code F12, indicating a high ambient temperature, take these steps: 1. Disconnect the PV input and allow the inverter to cool down. Then, restart the inverter to see if normal operation resumes. 2. Check the environmental temperature to ensure it is within the specified working range. 3. If the fault persists, contact your local distributor for further assistance.
How to resolve Heatsink Temperature High (F13) error on KStar KSG-20K Inverter?
If you're seeing a 'Heatsink Temperature High' error (F13) on your KStar Inverter, follow these steps: 1. Disconnect the PV input and allow the inverter to cool down before restarting it to see if it returns to normal operation. 2. Verify that the environmental temperature is within the recommended working range. 3. If the problem persists, contact your local distributor.
What should I do if my KStar KSG-20K displays 'Bus Voltage Abnormal' (F06)?
If your KStar Inverter is showing a 'Bus Voltage Abnormal' error (F06), try the following: 1. Check the setting of input mode. 2. Try restarting the inverter every few minutes, several times, to see if the fault clears. 3. If the fault persists, contact your local distributor for assistance.
What should I do if my KStar KSG-20K Inverter displays Leakage Current High (F20)?
If your KStar Inverter is showing a 'Leakage Current High' error, disconnect the PV input and restart the inverter to see if the fault clears. If the issue continues, contact your local distributor.
What to do if my KStar KSG-20K Inverter displays DSP communication Lost (F32)?
If your KStar Inverter displays 'DSP communication Lost', disconnect the PV input and restart the inverter to see if the fault clears. If the issue continues, contact your local distributor.
What to do if my KStar KSG-20K Inverter shows a system faulty or failure type error?
If your KStar Inverter displays a system fault or failure, it could be due to several reasons: * AC voltage and frequency being too high or too low (F00-F03): Check if the mains voltage complies with local safety standards and ensure the AC output line is properly connected. Verify its output voltage. * Bus voltage being too high or too low (F04-F05): Verify the setting of the input mode. * Bus Voltage Abnormal (F06): Check the setting of input mode. * Insulation impedance Fault (F07): Measure the impedance of PV+/PV- to ground; it should be over 500KΩ. For all these issues, you can try disconnecting the PV input, restarting the inverter, and checking if the fault persists. If problems continue, contact your local distributor.
What to do if my KStar Inverter indicates a Heatsink Temperature High (F13)?
If your KStar Inverter is showing a 'Heatsink Temperature High' error, first, disconnect the PV input and allow the inverter to cool down. Then, restart it to see if normal operation resumes. Also, check the environmental temperature to ensure it is within the specified working range. If the problem persists, contact your local distributor.
What to do if KStar KSG-20K Inverter displays 'Leakage Current High' (F20)?
If your KStar Inverter displays 'Leakage Current High' (F20), here’s what you should do: 1. Disconnect the PV input and restart the inverter to see if the fault clears. 2. If the fault persists, contact your local distributor.
How do I fix an AC Relay Fault (F14) on my KStar Inverter?
If your KStar Inverter is showing an AC Relay Fault (F14), try these steps: 1. Disconnect the PV input and restart the inverter to see if the fault clears. 2. If the fault persists, contact your local distributor.
Explains warning and instruction symbols used in the manual for safety and operation.
Welcomes users and solicits suggestions for the photovoltaic grid-connected inverter.
Describes the composition and function of a photovoltaic grid-connected generating system.
Provides guidance on reading the manual for installation, use, and maintenance of the inverter.
Lists general safety rules for installation, operation, and maintenance of the inverter.
Warns about exceeding 1000V DC input voltage, which can cause permanent damage.
Explains the main circuit of the inverter and the adoption of MPPT algorithm.
Details the DC input, communication interfaces (RS232, RS485), AC output, and DC switch.
Describes modes like initialization, waiting, self-checking, grid-connected, and error modes.
Explains the process and prerequisites for connecting the inverter to the grid.
Explains how the inverter shuts down automatically when power is low or faults occur.
Provides a table of working conditions, fault messages, and their descriptions.
Details common system faults, alarm messages, and their troubleshooting solutions.
Describes the buttons and LEDs on the inverter's LCD control panel.
Explains design schemes for monitoring the photovoltaic power generation system.
Describes the optional dry contact interface for the inverter.
Explains the inverter's remote shutdown, ON, and power limit functions via monitoring software.
Covers inverter initialization, major cycle menu, and user interface navigation.
Introduces the setup interface, password entry, and main setting categories.
Configures PV input mode, electric network standards, and remote control options.
Sets starting voltage/delay, grid voltage/frequency limits, and power parameters.
Configures reactive power, power factor, derating, RS485, display language, and backlight.
Manages date/time, history, password, factory reset, and data inquiry functions.
Displays time, paralleling, power peak, and energy generation statistics.
Covers installation overview, safety, dimensions, and location guidelines.
Details mounting steps, location, and environmental requirements.
Outlines requirements for PV array voltage, grid connection, wiring, and tools.
Provides instructions for connecting AC output and DC input wires.
Explains how to connect the inverter for communication monitoring via RS485/RS232.
Details the sequence of steps for starting the inverter and connecting to the grid.
Explains normal automatic closing and emergency shutdown procedures.
Details the company's quality assurance policy, conditions, and exclusions.
To Next Page
General
