Solar inverters - Pure sine wave Solar inverters
1000 Watt Juta Sine wave Solar Inverter
The "JUTA" pure sine wave Solar inverters transfer 24V DC to 220V AC for the use of home appliances. It offers a sensibility load for things such as electric fans, refrigerators, air conditioning, computers etc
Performance
- Mono-microcomputer controls the solar inverters: It produces the waves shape and makes the frequency of the inverter stable including auto-control voltage
- Overloading Protection: When the power consumption of the appliance/appliances exceed the total power of the inverter. It will then revert to the protection state within 20 seconds untill you reduce the load
- Short circuit protection: If an appliance short circuits. The inverter will revert to the protection state untill the appliance is removed.
- Reverse polarity protection: If connected incorrectly no current will pass through the inverter(The hand of the voltage meter will point to the reverse direction)
- Thermal protection: If the temperature of the inverter gets too hot it will revert to the protection state untill it is turned off to cool down.
Technical Data 1000 Watt Sine Wave Inverter:
| Model: | SW-1000: | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| Power | =1000W | |||||||||
| Input Voltage | 24V | |||||||||
| Output Voltage | 210V~230V | |||||||||
| Max Own Consumption | =3% | |||||||||
| Output Frequency | 50~60Hz | |||||||||
| Output Wave | Pure Sine Wave | |||||||||
| The half Load efficiancy | 85% | |||||||||
1000 Watt Portable Sine wave Solar Inverter
Juta Pure Sine Wave Inverter 1000W 24V is a portable inverter. Fit for inductive loads such as refrigerators, fans, pumps and so on. Inverts power from 24V battery bank to 220V pure sine wave. This wave form is better than the grid.
Performance
- Mono-microcomputer controls the solar inverters: It produces the waves shape and makes the frequency of the inverter stable including auto-control voltage
- Overloading Protection: When the power consumption of the appliance/appliances exceed the total power of the inverter. It will then revert to the protection state within 20 seconds untill you reduce the load
- Short circuit protection: If an appliance short circuits. The inverter will revert to the protection state untill the appliance is removed.
- Reverse polarity protection: If connected incorrectly no current will pass through the inverter(The hand of the voltage meter will point to the reverse direction)
- Thermal protection: If the temperature of the inverter gets too hot it will revert to the protection state untill it is turned off to cool down.
- Overdischarge protection: Protects the batteries from over discharging.
Technical Data 1000 Watt Portable Sine Wave Inverter:
| Rated Power: | 1000W | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| Max. Output Power: | 2000W | |||||||||
| Input Voltage | 21-30V DC | |||||||||
| Output Voltage | 210V~230V | |||||||||
| Max. Input Current | <83A | |||||||||
| THD( Total Harmonic Distortion) | 1.4%-1.9% | |||||||||
| Output Wave | Pure Sine Wave | |||||||||
| Size | 346x226x11mm | |||||||||
| Weight | 2.7kg | |||||||||
1500 Watt Juta Sine wave Solar Inverter
The "JUTA" pure sine wave Solar inverters transfer 24V DC to 220V AC for the use of home appliances. It offers a sensibility load for things such as electric fans, refrigerators, air conditioning, computers etc
Performance
- Mono-microcomputer controls the solar inverters: It produces the waves shape and makes the frequency of the inverter stable including auto-control voltage
- Overloading Protection: When the power consumption of the appliance/appliances exceed the total power of the inverter. It will then revert to the protection state within 20 seconds untill you reduce the load
- Short circuit protection: If an appliance short circuits. The inverter will revert to the protection state untill the appliance is removed.
- Reverse polarity protection: If connected incorrectly no current will pass through the inverter(The hand of the voltage meter will point to the reverse direction)
- Thermal protection: If the temperature of the inverter gets too hot it will revert to the protection state untill it is turned off to cool down.
Technical Data 1500 Watt Juta Sine Wave Inverter:
| Model: | SW-1500 | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| Power | =1500W | |||||||||
| Input Voltage | 24V | |||||||||
| Output Voltage | 210V~230V | |||||||||
| Max Own Consumption | =3% | |||||||||
| Output Frequency | 50~60Hz | |||||||||
| Output Wave | Pure Sine Wave | |||||||||
| The half Load efficiancy | 85% | |||||||||
2000 Watt Juta Sine wave Solar Inverter
The "JUTA" pure sine wave inverters transfer 24V DC to 220V AC for the use of home appliances. It offers a sensibility load for things such as electric fans, refrigerators, air conditioning, computers etc
Performance
- Mono-microcomputer controls the solar inverters: It produces the waves shape and makes the frequency of the inverter stable including auto-control voltage
- Overloading Protection: When the power consumption of the appliance/appliances exceed the total power of the inverter. It will then revert to the protection state within 20 seconds untill you reduce the load
- Short circuit protection: If an appliance short circuits. The inverter will revert to the protection state untill the appliance is removed.
- Reverse polarity protection: If connected incorrectly no current will pass through the inverter(The hand of the voltage meter will point to the reverse direction)
- Thermal protection: If the temperature of the inverter gets too hot it will revert to the protection state untill it is turned off to cool down.
We do bigger sine wave inverters up to 5000 Watts please have a look at the technical specs below.
Technical Data 2000-5000 Watt Juta Sine Wave Inverter:
| Model: | SW-2000 | SW-2500 | SW-3000 | SW-4000 | SW-4500 | SW-5000 | ||||
|---|---|---|---|---|---|---|---|---|---|---|
| Power | =2000W | =2500W | =3000W | =4000W | =4500W | =5000W | ||||
| Input Voltage | 24V | 48V | 48V | 48V | 48V | 48V | ||||
| Output Voltage | 210V~230V | |||||||||
| Max Own Consumption | =3% | |||||||||
| Output Frequency | 50~60Hz | |||||||||
| Output Wave | Pure Sine Wave | |||||||||
| The half Load efficiancy | 85% | 85% | 90% | 91% | 92% | 93% | ||||