Description
10000W pure sine wave inverter / charger, high reliability. Battery DC output voltage 48V, adjustable 5-level AC charging current. With multiple protection, overload, over temperature, low power, overcharge. built in 40A / 60A optional MPPT solar charger controller, LED / LCD display, enhanced function setting, through LCD display, man-machine intelligent design, more effectively.
Features
- Hybrid AC/Solar Inverter with MPPT Charger: It supports both AC and solar charging, with a built-in 40A/60A MPPT solar charger for efficient energy conversion and management.
- Adjustable Charging and Priority Modes: 10000W pure sine wave inverter charger allows for 5-stage AC charging current adjustment, AC charging on/off, and AC/DC priority modes, offering flexibility based on power source availability.
- Power Handling and Protection: The solar inverter charger can handle 3x peak power, provides overload and short-circuit protection, and includes a generator restart signal for automated functionality.
10000W Inverter/Charger Specification
| Model | ATO-GS10000 | |
| Power | 10000 Watt | |
| Phase | Single phase, Split phase | |
| AC Input | Input Voltage Waveform | sinusoidal (utility or generator) |
| Nominal input Voltage | HOT-N: 120V AC, 230V AC, 240V AC Split phase (HOT-HOT): 240V AC |
|
| Low Line Disconnect | 180Vac±4% (Normal) or 140Vac±4% (Wide) | |
| Low Line Re-connect | 190Vac±4% (Normal) or 150Vac±4% (Wide) | |
| High Line Disconnect | 270Vac±4% (Normal) or 270Vac±4% (Wide) | |
| High Line Re-connect | 260Vac±4% (Normal) or 260Vac±4% (Wide) | |
| Max AC input Voltage | Max280V | |
| Frequency | 50Hz:41-54Hz, 60Hz:51-64Hz | |
| AC Output | Output Voltage Waveform | Sinewave |
| Power Factor | 1 | |
| Nominal Output Voltage (V) | HOT1-N: 120Vac ±10%rms; HOT2-N: 120Vac ±10%rms; HO1-HOT2: 240Vac ±10%rms | |
| output phase difference | HOT1-N and HOT2-N is 180°; HOT1-N and HOT1-HOT2 is 0°; HOT2-N and HOT1-HOT2 is 180° | |
| Nominal Output Frequency (Hz) | 50Hz ± 1Hz, 60Hz ± 1Hz | |
| AC Charger | Nominal Charger Current | 20A/35A/50A/70A/90A (According to the inverter model) ; adjustable 5 stages charging current; |
| Over charge Protection | Bat.V≥15.5VDC for 12V battery, Bat.V≥31.0VDC for 24V battery, Bat.V≥62.0VDC for 48V battery; beeps 0.5s every 1s & fault after 60s | |
| Solar charger | Rated Charge Current | alternative 40A/60A |
| PV Input Voltage range | 15VDC-40VDC for 12VDC, 30VDC-75VDC for 24VDC, 60-145VDC for 48V | |
| Max.PV open circuit array Voltage | 12V for 40Vdc, 24V for 75Vdc, 48V for 145Vdc | |
| Charger mode | MPPT | |
| PV Low Voltage Re-connect | PV≥Bat.V+3V | |
| PV Low Voltage Disconnect | PV≦Bat.V | |
| Effificiency | ≥97% | |
| DC Input | Battery Voltage | 48VDC |
| Low Battery Alarm | 42VDC±1.2VDC | |
| Low DC input shut & down | 40VDC±1.2VDC | |
| High DC input Alarm & Fault | 64VDC±1.2VDC | |
| Efficiency | Efficiency (Battery Mode) | ≥87% |
| Efficiency (Line Mode) | ＞98% | |
| Transfer Time | AC to DC | 20ms (max) |
| DC to AC | 15ms (max) | |
| System Parameter | Over-Load Protection | 110%＜load＜150%, beeps 0.5s every 1s, and Fault after 60s off the output, load＞150%, beeps 0.5s every 1s, and Fault after 20s |
| Output Short Circuit Protection | YES | |
| Surge Rating | 1:3 (VA) | |
| Protections | Low battery, over charging, over load, over temp | |
| Indicators | LED+LCD Display | |
| General Specifications | Operating Temperature Range | 0℃～40℃ |
| Stor age Temperature | ﹣15℃～60℃ | |
| Operation humidity | 5% to 95% (non-condensing) | |
| Audible Noise | 80dB max | |
| cooling | Forced air, variable speed fan | |
| Dimension (L*W*H) | 627x416x204mm | |
| Net Weight (kg) | 73kg |
*Note: Product specifications are subject to change without further notice.
Details
Inverter/Charger Applications
Inverter Split-Phase Output Terminal Description
Tips: What are the main characteristics and advantages of inverter?
- The inverter has the characteristics of fast start and high conversion efficiency. It is worth saying that after improvement, its performance and functions in all aspects have been greatly improved, and the speed of converting current has been greatly improved, which has greatly improved its overall work efficiency. Therefore, people do not need to worry about the speed of its transformation.
- It has to be said that the safety of the inverter. Electricity safety is crucial. In the research and development process, the personnel fully considered the Countermeasures under various conditions such as short circuit, negative pressure and overtemperature, so that it has the function of solving these problems. Therefore, it is a very safe power tool. There is no need to worry about potential safety hazards in the process of use.
- The inverter also has very good stability. In case of insufficient voltage or negative pressure, it can better keep its performance unchanged.
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