1. Kupu Whakataki
This manual provides essential information for the safe and efficient operation of your Anern FGI-DU4200 Dual Voltage Hybrid Solar Inverter. Please read this manual thoroughly before installation and use, and retain it for future reference. This inverter is designed to provide reliable power for various applications, integrating solar charging, AC utility charging, and inverter output functions.
Whakaahua 1: Anern FGI-DU4200 Pūoro Takiruatage Hybrid Solar Inverter. This image shows the front panel of the inverter, featuring the display screen and control buttons.
2. Nga Tohutohu Haumaru
Please observe the following safety precautions to prevent injury and damage to the inverter or connected equipment:
- Me tāuta e ngā kaimahi whai tohu, kia rite ki ngā ture hiko ā-rohe.
- Ensure all wiring is correctly sized and properly connected.
- Kaua e wetewete te inverter. Kaore he waahanga e taea ana e te kaiwhakamahi ki roto.
- Keep the inverter away from flammable materials, moisture, and direct sunlight.
- Me whakarite kia tika te hau huri noa i te kaitahuri kia kore ai e wera rawa.
- Always disconnect all power sources (solar, battery, utility) before performing any maintenance or wiring.
- Me mau ngā taputapu tiaki whaiaro (PPE) e tika ana i te wā e tāuta ana, e tiaki ana hoki.
3. Hua Neke Atuview me nga ahuatanga
The Anern FGI-DU4200 is a versatile hybrid solar inverter designed for both on-grid and off-grid applications. It features automatic dual-voltage operation and a 120A MPPT solar charge controller.
Āhuatanga matua:
- Automatic Dual-Voltage Mahi: Automatically recognizes 12VDC (2300W output) or 24VDC (4200W output) battery systems.
- High-Efficiency Pure Sine Wave Output: Provides stable 220-230VAC ±5% output (50Hz) with 90% efficiency.
- Integrated 120A MPPT Solar Charge Controller: Maximizes solar power harvesting.
- Aratau Whakatau Maha: Solar, Solar and Utility, Solar Priority.
- Aratau Putanga Maha: Solar Priority, Utility Priority, SBU (Solar-Battery-Utility) Mode.
- Seamless Transfer: Grid/generator transfer time less than 20ms for critical loads.
- Parenga Matawhānui: Overload, over-temperature, and short-circuit protection.
- Hototahitanga Pūhiko: Supports 12V/24V Lithium, Lead-Acid, and Gel batteries.
- Cold Start Capability: Ensures operation in extreme conditions.
- Wi-Fi Monitoring: Allows system operation control via mobile phone (requires optional Wi-Fi module).
Whakaahua 2: Ka mutuview of key features including frequency range, waveform, charging currents, battery voltage, and protection mechanisms.
Whakaahua 3: Illustration of the inverter's dual voltage capability, supporting 4.2KW at 24V and 2.3KW at 12V battery systems.
4. Tatūnga me te Tāuta
4.1 Te Wetewete me te Tirotiro
Upon receiving the inverter, carefully unpack it and inspect for any shipping damage. Ensure all components listed in the packing list are present. If any damage or missing parts are found, contact your dealer immediately.
4.2 Whakapiki i te Inverter
Mount the inverter vertically on a sturdy wall or surface. Ensure there is sufficient clearance around the unit for proper ventilation (at least 20 cm on all sides). Avoid mounting in direct sunlight, near heat sources, or in areas with excessive dust or moisture.
4.3 Hononga Waea
All wiring must comply with local electrical codes. Use appropriate wire gauges for all connections to prevent overheating and ensure efficient power transfer.
4.3.1 Hononga Pūhiko
The inverter supports both 12VDC and 24VDC battery systems. The inverter automatically detects the battery voltage. Ensure correct polarity when connecting batteries. For 12V systems, batteries are typically connected in parallel. For 24V systems, batteries are typically connected in series.
Whakaahua 4: Wiring diagram illustrating parallel connection for 12V battery systems (2300W output) and series connection for 24V battery systems (4200W output).
Whakaahua 5: The inverter is compatible with various battery types, including Gel, AGM, Flooded (FLD), Lithium (LI), and Sealed Lead-Acid (SLD) batteries.
4.3.2 Hononga Paewhiri Solar
Connect your solar panels to the designated PV input terminals. Ensure the open circuit voltage (Voc) of your solar array does not exceed the inverter's maximum PV input voltage (500Vdc). Observe correct polarity.
4.3.3 Hononga Whakauru AC (Taputapu/Hikohiko)
Connect the AC utility grid or a compatible generator to the AC input terminals. The inverter supports 220-230VAC input. Ensure proper grounding.
4.3.4 Hononga Putanga AC (Utaina)
Connect your household or office loads to the AC output terminals. The inverter provides a pure sine wave output suitable for sensitive electronics. Do not exceed the rated output power of the inverter (2300W for 12VDC systems, 4200W for 24VDC systems).
Whakaahua 6: Comprehensive system diagram showing connections for solar panels, generator/utility, external battery packs, and various home appliances.
Whakaahua 7: Example of an outdoor installation of the Anern FGI-DU4200 inverter, demonstrating its integration into a home solar power system.
5. Nga Tohutohu Whakahaere
5.1 Kei te Hiko / Weto
After all connections are securely made, switch on the battery breaker first, then the solar array breaker, and finally the AC input breaker (if connected). Press the power button on the inverter to turn it on. To power off, reverse the sequence: turn off AC input, then solar, then battery, and finally the inverter power button.
5.2 Whakaaturanga LCD me ngā Pātene Whakahaere
The inverter features an LCD display that shows real-time operating status, input/output voltages, battery status, and error codes. Use the control buttons (ESC, UP, DOWN, ENTER) to navigate through menus and adjust settings.
5.3 Tikanga Aratau
The inverter offers four selectable charging modes:
- Mana Matua: Solar power charges the battery first. If solar is insufficient, utility power supplements.
- Mahi Matua: Utility power charges the battery first. Solar power supplements if utility is unavailable.
- Solar Anake: Only solar power charges the battery.
- Te Pūngao Rā me te Pūngao Whaipainga: Both solar and utility power charge the battery simultaneously.
5.4 Aratau Putanga
The inverter offers three selectable output modes:
- Mahi Matua: Loads are primarily powered by utility. If utility fails, the inverter switches to battery power.
- Mana Matua: Loads are primarily powered by solar. If solar is insufficient, battery power is used. If both are insufficient, utility power is used (if connected).
- SBU (Solar-Battery-Utility) Mode: Loads are powered by solar first, then battery, and finally utility if both solar and battery are depleted or unavailable.
5.5 Wi-Fi Monitoring (Optional)
If equipped with the optional Wi-Fi module, the inverter can be monitored and controlled via a mobile application. Connect the Wi-Fi module to the designated port on the inverter and follow the instructions provided with the module for setup.
Whakaahua 8: Diagram illustrating the connection of an optional Wi-Fi module for remote monitoring and control of the inverter system via a mobile application or web atanga.
6. Tiaki
Ko te tiaki i nga wa katoa ka mau te roa me te mahi tino pai o to kaihurihuri.
- Te horoi: Periodically clean the inverter's exterior with a dry cloth. Ensure ventilation openings are free from dust and debris.
- Hononga: Ia tau tirohia nga hononga hiko katoa mo te piri me te waikura. Whakapiri ano mehemea e tika ana.
- Tirohanga Pūhiko: For lead-acid batteries, check electrolyte levels and terminal condition as per battery manufacturer guidelines.
- Taiao: Me whakarite kia noho tonu te taiao whakahaere i roto i nga awhe pāmahana me te makuku.
7. Te Raru
Kei roto i tēnei wāhanga ngā otinga mō ngā take noa. Mō ngā raruraru kāore i te rārangihia i konei, whakapā atu ki te tautoko hangarau.
| Raruraru | Take pea | Rongoā |
|---|---|---|
| Kare te hurihanga e huri ana | Kāore he hononga pākahiko; te kaha o te pākahikotage too low; Power button not pressed. | Tirohia nga hononga pākahiko me te voltage; Charge battery; Press and hold power button. |
| Kaore he putanga AC | Overload; Short circuit; Battery low; Inverter fault. | Reduce load; Check for short circuits; Charge battery; Restart inverter. |
| Karekau e mahi te utu o te ra | Solar panels disconnected; Insufficient sunlight; PV voltage too low/high; MPPT fault. | Check PV connections; Ensure adequate sunlight; Verify PV voltage i roto i te awhe. |
| Kua whakaatuhia te waehere hapa | Specific fault detected by the inverter. | Refer to the inverter's LCD display for the specific error code and consult the full manual (if available) or contact support for detailed interpretation and resolution. |
8. Whakatakotoranga
| Tawhā | Uara |
|---|---|
| Tauira | FGI-DU4200 |
| Rated Power (12VDC) | 2300W |
| Rated Power (24VDC) | 4200W |
| Pūhiko Voltage | 12VDC / 24VDC (Auto-sensing) |
| Putanga Voltage | 220-230VAC ±5% (50Hz) |
| Hangangaru | Wore Hine Pure |
| Kaiwhakahaere Utu Pūngao o te Rā MPPT | 120A |
| Max PV Array Open Circuit Voltage | 500Vdc |
| AC Whakahaa Naianei | 60A |
| Te kaha | 90% |
| Te Wa Whakawhiti | <20ms |
| Hunga Hua | 16.9 x 8.27 x 21.6 inihi |
| Taumaha Tūemi | 19.14 pauna |
| Kaihanga | Anern |
9. Pūtāhui me te Tautoko
Anern products are designed for reliability and performance. For warranty information, please refer to the warranty card included with your product or visit the official Anern website. For technical support, troubleshooting assistance, or spare parts, please contact Anern customer service through their official channels. Please have your model number (FGI-DU4200) and purchase date ready when contacting support.
Mōhiohio Whakapā: Refer to your product packaging or the official Anern webpae mo nga korero whakapiri tino hou.