Model :ST- |
4KW |
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Rated power |
4000W |
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Storage battery |
Rated voltage |
DC24V/48V
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Charging voltage |
27.5V (±2%) /54V (±2%) |
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Input |
Voltage range |
165-260VAC |
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Frequency |
45-50Hz |
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Solar energy as the input voltage |
12/24V (18-100VDC) 48V (60-180VDC) |
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Solar energy input current |
20A-60A |
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output |
Voltage range |
220VAC;±5%(Inverter model) |
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Frequency |
5 0Hz±1%(Inverter model) |
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Output waveform |
Sine wave |
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Transfer time |
<10ms (Representative load) |
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Efficiency |
>85%(80% Resistive load) |
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Overload |
110- 120%/30S;>160%/300ms |
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Protection function |
Battery over pressure or low voltage protection 、overload protection、Short-circuit protection 、Over moisture protection ,etc. |
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Operating ambient temperature |
0-40℃ |
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Storage environmental temperature |
‘- 15 — +50℃’ |
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Operating / Storage environment |
0-90%Nodew |
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Appearance size: Length * Width * Height |
555*307*189 |
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Package size : Length * Width * Height |
640*370*240 |
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Working mode
AC PRIORITY/Alternating Current (AC) priority mode:Alternating Current (AC) priority mode, the device starts, the mains input under normal operation of equipment through the mains bypass regulator to supply power to the load, at the same time to battery power; When there is too high/low/mains the anomalies such as serious distortion, equipment battery energy through internal module into high quality electricity for load.
DC PRIORITY/DC Battery priority mode:Preferred battery mode, the device for the first time started, the mains input under normal operation of equipment for mains priority mode, but no battery power. When the battery in the external charging device (such as solar charging system) after adequate electricity, equipment automatically converted to battery energy through internal module into high quality electricity for load; When the battery power down to low voltage threshold, equipment and the mains shunt voltage regulator to supply power to the load, but no battery power. This pattern is mainly to design new energy power generation system (such as wind power system).
ECO/Energy saving mode: Energy saving mode, the device does not work, enter a dormant state, the minimum loss of 3-5 w; Manual ECO button, cancel the energy saving mode and normal output machine.
SAV/Energy storage model:Energy storage model, equipment operation, and only through the grid to the battery energy storage, AC bypass function does not work, manual SAV button, cancel the storage mode, machine normal output
Explain:
①-
Input terminal (AC220V) L 火线
②------ Ground (GND) terminal
③------ The output terminal (AC220V)
L wire N zero line
④
The input fuse (with automatic reset function)
⑤ Solar positive and negative terminal (red to accept the positive black cathode) inverter without the interface separately
⑥------
The battery positive and negative terminals(red to accept the positive black cathode) inverter without the interface separately
⑦------ Solar power switch
⑧------ The battery switch
⑨------
Battery information screens (can select additional features increasing or not)
2.
Energy saving mode indicator
3.
Light energy storage model work
4.
Light machine to work normally
5.
The machine failure indicator
6.AC PRIORITY
AC PRIORITY Alternating Current (AC) priority mode
DC PRIORITY
DC PRIORITY DC Battery priority mode
7. Load display OUTPUT Output voltage display BATTERY Battery display
8. Simulated load display
Digital display the output voltage
Digital battery display
9. Switch on/off button
10. Energy saving mode button
11. Energy storage mode button
12. Alternating current (ac) priority button DC Battery priority button
13.
Solar access voltage current display
14.
Alternating current (ac) access digital voltage display
15.
Alternating current (ac) access to display