Description:
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The inverter with pure sine wave has an advanced circuit and an automatic protection against overload, overvoltage, overheating, and short circuit.
Initial wave shape:Reine Sinuswelle
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Overheating protection:Automatic shutdown at overtemperature
Protection functions:Overload, Short Circuit, Overtemperature, Pollution, Under-/Overvoltage
Cooling:Fan with intelligent, temperature-controlled air cooling
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Bei Auswahl der EU-Norm-Stromversorgung sind nur die beiden Steckdosen an den Seiten enthalten. Die drei Steckdosen an der Vorderseite sind nicht konfiguriert.
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Delivery scope:
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1 × Inverter
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2 × Connection terminals
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1 × User manual
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How to choose the right inverter
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Bei der Auswahl eines Inverter sollte man sowohl auf dieDauerleistung als auch auf dieSpitzenleistungachten.
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DieDauerleistungdes Wechselrichters muss größer sein als dieNennleistungdes angeschlossenen Geräts.
Allerdings benötigen einigeinductive loads(z. B. Elektrowerkzeuge, Klimaanlagen, Kühlschränke) beim Start eine deutlich höhere Leistung – meist das3- bis 12-Facheihrer Nennleistung.
In such cases must theSpitzenleistungdes Wechselrichtersgrößer als die Anlaufleistungdes devices beeing, so that a safe operation is ensured.
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Example:
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Question:
Kann ein2000W-Wechselrichter zusammen mit einer500W-Handdrillan einer12V / 60Ah-Batteryoperated?
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1. Calculation of maximum battery power:
12V × 60Ah × 0,8 =576W> 500W → ✅ sufficient
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2. Device type determine:
The Handbohrmaschine is aninductive device → Anlaufstrom muss berücksichtigt werden.
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3. Comparison Duration Performance:
The drilling machine has a rated power of500W,
The 2000W converter has aDauerleistung von 1000W → 1000W > 500W → ✅ sufficient
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4. Calculate starting performance:
Typisch ca.3 × 500W = 1500W
The inverter has a peak power of2000W → 2000W > 1500W → ✅ appropriate
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Result:
Die500W-Handdrill can surely with a12V / 60Ah-Battery und einem2000W-Wechselrichterused.
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(Translation remains the same as the source text)Mit dieser Methode lassen sich auch andere Geräte überprüfen.
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If you are unsure or need help, please contact our customer service – we will be happy to assist you further.
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How to choose the right battery for the inverter
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Arbeitszeit = Spannung (U) × Batteriekapazität (Ah) × 0,8 × 0,9 ÷ Leistung (W)
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Eine12V / 50Ah-Batteryversorgt eine100W-Glühbirne bei 220V:
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Arbeitszeit = 12V × 50Ah × 0,8 × 0,9 ÷ 100W = 4,32 Stunden
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0,8= Battery discharge factor (constant)
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0,9= Efficiency of the Inverter (constant)
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