Power inverters convert low voltage direct current (DC) power from a car outlet or battery to the alternating current (AC) power required by most power tools and home appliances. Inverters are classified as pure sine wave or modified sine wave.
Difference Between Pure Sine Wave & Modified Sine Wave Inverter
Power
inverters convert low voltage direct current (DC) power from a car
outlet or battery to the alternating current (AC) power required by most
power tools and home appliances. Inverters are classified as pure sine
wave or modified sine wave.
Sine Wave
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The power supplied to homes is relatively close to an ideal sine wave. Pure sine wave inverters are designed to emulate this power and, in some cases, provide an even better waveform than the utility company.
Modified Sine Wave
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Other inverters that use less elaborate switching and filtering circuitry are classified as modified sine wave inverters. The frequency and voltage of their outputs may vary and contain some noise and distortion.
Features of Pure Sine Wave inverter
•Pure sine wave inverter output (THD < 3%)•Output frequency: 50/60Hz switch selections
•Input & output fully isolated design
•Power Saving Mode to conserve energy
•High efficiency 89~94%
•Driving highly reactive & capacitive loads at start moment
•Tri-Color indicators show input voltage & output load level
•Loading controlled cooling fan
•Advanced microprocessor
•Protection: Input low voltage Overload Short circuit
•Low battery alarm Input over voltage Over temperatur
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| PSI2000N Series pure sine wave inverter |
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| PSI2000N Series pure sine wave inverter |
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| PSI2000N Series pure sine wave inverter |
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| PSI2000N Series pure sine wave inverter |
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| PSI2000N Series pure sine wave inverter |
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