Why does my Crown Micro Inverter shut down automatically during startup?
Your Crown Micro Inverter might shut down during startup due to the following reasons: * **Low Battery Voltage:** If the battery voltage is too low (less than 1.91V/Cell), the unit may shut down. Re-charge the battery. If that doesn't help, the battery might be faulty. Replace the battery.
What to do if my Crown Micro Inverter has no response after power on?
If your Crown Micro Inverter isn't responding after you power it on, it could be due to these reasons: * **Very Low Battery Voltage:** If the battery voltage is far too low (less than 1.4V/Cell), the unit won't power on. Re-charge the battery. If that doesn't help, the battery might be faulty. Replace the battery. * **Internal Fuse Tripped:** If the internal fuse has tripped, the unit won't power on. Contact a repair center to replace the fuse.
How to fix Crown Micro Inverter working in battery mode when mains exist?
If your Crown Micro Inverter is operating in battery mode even when mains power is available, consider the following: * **Input Protector Tripped:** Check if the AC breaker has tripped and ensure the AC wiring is properly connected. * **AC Power Quality:** Poor AC power quality from sources like generators can cause this. Check if the AC wires are too thin or too long. * **Generator Issues:** If using a generator, verify it's working correctly and that the input voltage range setting is correct. * **Output Source Priority:** Change the output source priority to 'Utility first'.
What to do if the internal relay of my Crown Micro Inverter switches on and off repeatedly when turned on?
If the internal relay in your Crown Micro Inverter is repeatedly switching on and off when you turn it on, it's likely due to a disconnected battery. Check if the battery wires are securely connected.
What to do if my Crown Micro Inverter buzzer beeps continuously and the red LED is on?
A continuous beep and red LED on your Crown Micro Inverter often indicates an issue. Here's what might be happening and how to address it: * **Overload:** Reduce the connected load by switching off some equipment. * **PV Input Voltage:** If PV input voltage is higher than specification, the output power will be derated. Reduce the number of PV modules in series or the connected load. * **Short Circuit:** Check the wiring and remove any abnormal loads. * **Over Temperature:** Ensure the unit's airflow isn't blocked and the ambient temperature isn't too high. * **Battery Issues:** Check if spec and quantity of batteries meet requirements. If the battery is over-charged, return to repair center. * **Fan fault:** Replace the fan. * **Output Abnormal:** Reduce the connected load....
Lists key capabilities of the inverter/charger.
Explains the system components and how they connect.
Details items to check after receiving the unit.
Steps to take before wiring.
Guidelines for installing the inverter physically.
Specifies cable and terminal requirements for battery connections.
Details cable specifications for AC connections.
Lists necessary parts and tools for PV connection.
Step-by-step guide for assembling PV connectors.
Describes how to connect the inverter for monitoring.
Instructions for turning the unit on and off.
Overview of the LCD panel and function keys.
Explains the purpose of the anti-dust kit.
Step-by-step guide to clean the anti-dust kit.
Technical details for Line Mode.
Technical data for Inverter Mode.
Technical details for various charging modes.
Specific specifications for MPPT solar charging.
General technical specifications and certifications.
Overview of Wi-Fi module and app functionality.
Details on downloading and installing the monitoring app.
Steps for connecting the Wi-Fi module to the local network.
Steps for configuring the Wi-Fi network for internet access.
General| Model | X-3.6KW-M |
|---|---|
| Input Voltage | 24V DC |
| Waveform | Pure Sine Wave |
| Rated Power | 3600W |
| Frequency | 50 Hz |
| Protection Features | Overload, Short Circuit |
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