Artículo: AMZ-B0B5RVSPV9

Dilwe

High Voltage Boost Converter, DC 12V or 24V to AC 18V 50V 110V 160V 200V 220V 330V 380V 420V Inverter Boost Board Transformer, 1000W Power Step Up Inverter Module(DC 12V)

Disponibilidad
En stock
Peso con empaque
0.60 kg
Devolución
No
Condición
Nuevo
Producto de
Amazon

Sobre este producto
  • SUPERIOR PERFORMANCE: frequency inverter board with high energy efficiency, long life, low power consumption, easy and to use, energy efficient and .
  • MULTIPURPOSE: The inverter module can be used as a pure sine , modified sine , single silicon or four silicon pre stage inverter circuit.
  • PRACTICAL ACCESSORY: The inverter board is suitable for DIY production, repair and replacement for electronic hobbyists, as well as for manufacturers' control cabinets.
  • WIDE OCCASSION: frequency inverter board is a good helper for wilderness, night camps, night market stalls and driving families.
  • APPLICABLE: inverter module can be used for lamps, non‑inductive household appliances, small rice cookers, energy saving lamps, soldering, switching power supplies, etc.
$160,38
55% OFF
$72,90

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By purchasing this product you can deduct VAT with your RUT number

$160,38
55% OFF
$72,90

10% OFF en compras mayores a $100 con Tarjetas Banco Pichincha

Envío gratis
Llega en 26 o más días hábiles
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Tienes garantia de entrega
Este producto viaja de USA a tus manos en
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Specification:Item Type: Inverter BoardMaterial: Metal, PCBPower: 1000WOutput Voltage: Multi VoltageV0-V1=220V V0-V2=330V V0-V3=380V V0-V4=420VV1-V2=110V V1-V3=160V V1-V4=200V V2-V3=50V V2-V4=110VV5=18VStatic No Load Current: Approx. 0.35AOutput Frequency Waveform: Approx. 20KHZ Quadrate : No Package List:1 xInverter BoardNote:1. This board is a quadrate AC output, which cannot be carried by general induction appliances. \"Such as: motors, electric fans, coil , etc. can not be used directly\".2. simple resistive small electrical appliances, cheap resistive LED lights may not be used.3. Consideration should be given to the fact that the power supply should not be at full load for a period of time when in use. If it needs to work continuously for a time, it is recommended to run at 80 percent efficiency.4. Allow space for use to ensure that the power supply can work for periods of time, otherwise it may cause artificial early failure.5. The load is an electronic switching power supply product. We need a diode output on our board. Because the rectifier part of many switching power supply appliances is a normal rectifier tube to save costs, connecting it to the \" AC output\" will cause the rectifier diode of the original appliance to heat up quickly and damage it, and the diode will break through the circuit. Eventually, the inverter board will burn out.

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