5KW/10kW Pure sine wave off grid inverter.
Model No. | JN-H |
Power level | 5000W |
Rated power | 5000W |
Output peak power | 10000W (<1S) |
Battery voltage | 24/48/96VDC |
Machine dimension (L*W*H mm) | 485*218*155 |
Package dimension (L*W*H mm) | 560*300*250(1PCS) |
Net weight kg | 12 |
What is sine wave inverter? Popular speak is to direct current (DC) (e.g., battery, Storage Battery) converted into alternating current(AC) (usually 220V50HZ sine wave or square wave) ,can also be interpreted as the low voltage (12 v or 24 v, 48 v)DC converted into electronic equipment 220V alternating current (AC)
Advantages: Sine wave inverter output sinusoidal alternating current (ac) same as our daily use of power grid and even better, because it does not exist in the grid electromagnetic pollution.
Technical Parameters
Output | Inverte output voltage | 100/110/120/220/230/240VAC |
Inverter output frequency |
50HZ±0.5HZ or 60HZ±0.5HZ
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Output waveform
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pure sine wave
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Output waveform distortion
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THD<3%(linear load)
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Output maximum efficiency
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up to 95%
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Output voltage error value
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low&high 10%
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USB Output voltage
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5V
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LED display
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shows working status,and error status
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Protection Function |
Undervoltage/overvoltage
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LED red light,automatic recovery Buzzer alarm
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Overload
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Overload 120%,LED red light,lock up Buzzer alarm
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Over temperature
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LED red light,automatic recovery Buzzer alarm
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Short-circuit
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LED red light,automatic recovery Buzzer alarm
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Input
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reverse diode
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Detail Images
Solar inverter application diagram
Project
Use Range
1.Outdoor equipment: In outdoor activities, digital electronic products such as lighting, electric fans, tablets and mobile phones are mainly used for power supply.
2.Houshod qeuipment: The available electrical appliances include desk lamp, fan, computer, rice cooker, television, refrigerator, washing machine, air conditioner, soybean milk machine, electric kettle, oven, projector, hair dryer, induction cooker and most other household equipment.
3.Farm pasture: The solar photovoltaic panel is used to absorb light radiation, and the inverter is used to directly provide power for agricultural equipment after conversion, so that the farm work will not be restricted by distance, topography and power.
4.Remote areas: Solve the problem of electricity supply in remote villages, plateau areas, mountains, islands, farming and pastoral areas, border posts and other areas far from the power grid or underdeveloped areas.
5.Transportation: With the help of the installation of solar power system for motor homes, ships and other transportation tools to provide electricity security. Solar panels are used to absorb the sun's light, charge the reserve battery, and then convert it into AC current for daily use with the help of inverters