With a pure sine wave inverter, you can use all 230 V electrical devices, for example, in a car, boat, or solar power system! The pure sine wave inverter converts the direct current from the battery into true alternating current for home use, allowing all normal electrical devices to operate. Charge, for instance, a laptop or digital camera using the device’s own 230 V charger in the car. You don’t need a separate 12 V system besides the regular power cord.

It is suitable in waveform for all 230 V mains-powered electrical devices; the electricity produced by the pure sine wave inverter is exactly the same as normal mains electricity. Some sensitive devices do not work with a typical modified sine wave inverter, in which case it is advisable to choose a pure sine wave inverter. Simply select an inverter with sufficient power according to the device’s power consumption. Naturally, higher-power inverters can always be used with lower-power devices.

We recommend pure sine wave inverters for the following devices:
laptops, high-quality audio and video equipment, gaming devices, chargers for cordless tools, kitchen appliances, devices with multiple speed settings, measuring instruments, electric shavers, oxygen concentrators, fax machines, garage door openers, and many other sensitive electrical devices.

Accessories and general features:

  • Connection cables: cable with cigarette lighter plug
  • Dimensions: length 215 mm, width 147 mm, height 66 mm
  • Weight: 1.3 kg
  • Fan cooling

Electrical specifications:

  • Operating voltage: 10.5 – 16.5 V DC
  • Continuous output power: 150 W
  • Peak power: 300 W
  • Current consumption in standby: <0.8 A
  • Output voltage: 230 V AC ±3%
  • Output frequency: 50 Hz pure sine wave
  • Efficiency: ≥85%
  • Maximum current consumption at full load: 20 A
  • Operating temperature ranges: +0 °C ~ +35 °C at 100% load; +0 °C – +40 °C at 50% load
  • Ambient humidity range: 20%~90% RH non-condensing

Protection features:

  • AC output short circuit protection
  • Overload protection
  • Overheat protection at 60°C ± 5°C
  • Input overvoltage protection
  • Battery undervoltage protection: alarm at 10.5 V (± 0.5 V)
  • Battery undervoltage protection: battery cutoff at 10 V (± 0.5 V)
  • Output undervoltage protection
  • DC input short circuit protection with fuse
  • Grounded 230 V Schuko plug

NOTE! Always ensure that the inverter’s power is switched on first before turning on the power of the device connected to the inverter.

The power ratings indicated on electrical device nameplates can be exceeded many times during device startup. Therefore, the inverter must always be sized according to the maximum power of the device used.

Additional information

Color

Blue

PID

560290

Product depth (mm)

215

Product height (mm)

66

Product weight (g)

0,0013

Product width (mm)

147

Input voltage (V)

12

Manufacturer address

De Tweeling 28, 5215 MC ’s Hertogenbosch, The Netherlands

Manufacturer's email address

http://www.nedis.com

Manufacturer name

Nedis B.V.

Toote pildid on illustratiivsed ja näitlikud. Originaaltoote omadused võivad nende tegelikust väljanägemisest erineda, seega palun tutvuge tootekirjelduses toodud tootespetsifikatsioonidega.
LAOS OLEMAS

Nedis 150 W Pure Sine Wave Inverter, 12 V DC to 230 V AC

154.99
sis. KM 24%
  • True sine wave inverter
  • Continuous power 150 W
  • Momentary peak power 300 W
  • Cigarette lighter socket
  • One Schuko outlet
Eeldatav tarneaeg: 4-7 päeva
Maksa hiljem või osana
Tootekood: PIPS15012
EAN kood: 5412810300624, 2220005602902

With a pure sine wave inverter, you can use all 230 V electrical devices, for example, in a car, boat, or solar power system! The pure sine wave inverter converts the direct current from the battery into true alternating current for home use, allowing all normal electrical devices to operate. Charge, for instance, a laptop or digital camera using the device's own 230 V charger in the car. You don’t need a separate 12 V system besides the regular power cord.

It is suitable in waveform for all 230 V mains-powered electrical devices; the electricity produced by the pure sine wave inverter is exactly the same as normal mains electricity. Some sensitive devices do not work with a typical modified sine wave inverter, in which case it is advisable to choose a pure sine wave inverter. Simply select an inverter with sufficient power according to the device’s power consumption. Naturally, higher-power inverters can always be used with lower-power devices.

We recommend pure sine wave inverters for the following devices:
laptops, high-quality audio and video equipment, gaming devices, chargers for cordless tools, kitchen appliances, devices with multiple speed settings, measuring instruments, electric shavers, oxygen concentrators, fax machines, garage door openers, and many other sensitive electrical devices.

Accessories and general features:

  • Connection cables: cable with cigarette lighter plug
  • Dimensions: length 215 mm, width 147 mm, height 66 mm
  • Weight: 1.3 kg
  • Fan cooling

Electrical specifications:

  • Operating voltage: 10.5 - 16.5 V DC
  • Continuous output power: 150 W
  • Peak power: 300 W
  • Current consumption in standby: <0.8 A
  • Output voltage: 230 V AC ±3%
  • Output frequency: 50 Hz pure sine wave
  • Efficiency: ≥85%
  • Maximum current consumption at full load: 20 A
  • Operating temperature ranges: +0 °C ~ +35 °C at 100% load; +0 °C - +40 °C at 50% load
  • Ambient humidity range: 20%~90% RH non-condensing

Protection features:

  • AC output short circuit protection
  • Overload protection
  • Overheat protection at 60°C ± 5°C
  • Input overvoltage protection
  • Battery undervoltage protection: alarm at 10.5 V (± 0.5 V)
  • Battery undervoltage protection: battery cutoff at 10 V (± 0.5 V)
  • Output undervoltage protection
  • DC input short circuit protection with fuse
  • Grounded 230 V Schuko plug

NOTE! Always ensure that the inverter’s power is switched on first before turning on the power of the device connected to the inverter.

The power ratings indicated on electrical device nameplates can be exceeded many times during device startup. Therefore, the inverter must always be sized according to the maximum power of the device used.

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