Dual output function description:
The main and secondary outputs are used in normal condition. But in the following two conditions, the main output is disconnected and only the secondary output is retained:
– when there is no solar power input and mains power input;
– when the battery voltage is lower than 44V (the minimum can be set to 41V, and the maximum can be set to 46V);
|
Model |
SCI-ECO-3600 |
SCI-ECO-4200 |
SCI-ECO-6200 |
|
|
RATED POWER |
3600W |
4200W |
6200W |
|
|
Maximum PV Input Power |
6200W |
6500W |
||
|
GRID-TIED OPERATION |
||||
|
PV INPUT (DC) |
||||
|
Nominal DC Voltage/Maximum DC Voltage |
360VDC/500VDC |
|||
|
Start-up Voltage/Initial Feeding Voltage |
90VDC/120VDC |
|||
|
MPPT DC Voltage Range |
60-500VDC |
|||
|
Number of MPPT Trackers/Maximum Input Current |
1/18A |
1/22A |
||
|
GRID OUTPUT (AC) |
||||
|
Nominal AC Output Voltage |
220/230/240VAC |
|||
|
AC Output Voltage Range |
195-253VAC |
|||
|
Nominal AC Output Current |
15.7A |
18.2A |
26.9A |
|
|
Power Factor |
>0.99 |
|||
|
Feed-in Grid Frequency Range |
49-51±1Hz / 59-61±1Hz |
|||
|
EFFICIENCY |
||||
|
Maximum Conversion Efficiency (DC/AC) |
97% |
|||
|
TWO LOADS OUTPUT POWER |
||||
|
Full Load |
3600W |
4200W |
6200W |
|
|
Maximum Main Load |
3600W |
4200W |
6200W |
|
|
Maximum Second Load (battery mode) |
1200W |
1400W |
2067W |
|
|
Main Load Cut Off Voltage |
22VDC |
44VDC |
||
|
Main Load Return Voltage |
26VDC |
52VDC |
||
|
OFF-GRID OPERATION |
||||
|
AC Start-up Voltage/Auto Restart Voltage |
120-140VAC/180VAC |
|||
|
Acceptable AC Input Voltage Range |
90-280VAC or 170-280VAC |
|||
|
Maximum AC Input Current |
30A |
30A |
40A |
|
|
Nominal Operating Frequency |
50/60Hz |
|||
|
Surge Power |
7200W |
7200W |
12400W |
|
|
No Load Power Consumption |
30W |
35W |
50W |
|
|
BATTERY MODE OUTPUT (AC) |
||||
|
Nominal Output Voltage |
220/230/240VAC |
|||
|
Output Waveform |
Pure sine wave |
|||
|
Efficiency (DC to AC) |
93% |
|||
|
BATTERY & CHARGER |
||||
|
Nominal DC Voltage |
24VDC |
48VDC |
||
|
Maximum Charging Current(Solar to AC) |
120A |
|||
|
Maximum AC Charging Current |
100A |
|||
|
GENERAL |
||||
|
Dimension, D x W x H (mm) |
110*334*423mm |
|||
|
Net Weight (kgs) |
9 |
9.5 |
10 |
|
|
Communication interface |
WIFI |
|||
|
Humidity |
5% to 95% Relative Humidity (Non-condensing) |
|||
|
Operating Temperature |
–10°C – 50°C |
|||
|
Storage Temperature |
–15°C – 60°C |
|||
Features of Module
Self-consumption and feed-in to the grid.
Inverter running without battery.
One-key restoration to factory settings.
Built-in Lithium battery automatic activation.
Bulit-in 120A MPPT solar controller.
Max 6200W(for 3.6KW) & 6500W(for 6.2KW) solar charge.
High PV input voltage range(90-450VDC).
Built-in anti-dusk kit for harsh environment.
Smart battery charge design to optimize battery life.
Dual Output.
Advantages of dual output:
In a power generation system using lithium batteries for storage, when the inverter is under full load or high-power load, due to the characteristics of lithium batteries, the battery voltage tends to drop too quickly, which shall make the battery voltage too low and disconnect the battery while the battery bank still keeps 50% of rated power.
With the dual output function, user can connect some important loads to the secondary output. When the battery voltage is low (typically lower than 44V, with a minimum setting of 41V), the inverter shall disconnect the main load and ensure the output of the secondary load, which can extend the operation time of the secondary load.
Inverter use notice
1. The starting power of inductive load electrical appliances shall be at least three times of the rated power of the electrical appliances. If the starting power exceeds the inverter power, the inverter may be damaged. Please select a suitable model before purchasing.
2. Please connect the circuit correctly according to the instructions, and install switches for each circuit.
3. Starting sequence: first turn on the battery switch, start the inverter, and turn on the PV, mains and load switches.
4. Shutdown sequence: turn off the switches of load, PV and mains, turn off the inverter, and finally turn off the battery.
In order to achieve stable operation of the solar system and save electricity bill, it is recommended to connect the battery; when the mode is set to SBU, the system will use the PV and battery first and the utility last.
FAQ:
4 GREAT REASONS TO BUY FROM US:
- Over 37,000 happy customers worldwide
- Real people on our support team ready to help
- The finest materials and stunning design — all our products are developed with an obsessive dedication to quality, durability, and functionality
- We use the most secure online ordering systems on the market, and are constantly improving our software to make sure we offer the highest possible security
BUY WITH CONFIDENCE
Our mission is to make your shopping experience as safe and enjoyable as possible. Have questions? Feel free to contact our award-winning customer care team for advice on everything from product specifications to order tracking.
- Money back guarantee: Something not quite right? If you’re not totally satisfied with your purchase, you can return it within 15 days for a full refund
- Risk-Free Purchase: We utilize industry-standard Secure Sockets Layer (SSL) technology to allow for the encryption of all the sensitive information, so you can be sure your details are completely safe with us
- Trustworthy payment method: We partner with the most popular online payment solutions that guarantee enhanced security and fast transaction processing
