Your mobile socket!
Designed to turn 12 V battery power into pure 230 V AC, this compact sine wave inverter ensures reliable operation of low-power devices up to 150 W from the on-board battery. Integrated protection circuits prevent damage by overload, overheat, over- and under-voltage. The load- and temperature-controlled fan is pleasantly quiet.
The maximum load of 150 W ensures the reliable operation of electric toothbrushes, laptops, mobile phone chargers (USB-socket is available) and other low-power devices. Thanks to its large input voltage range, it also works fine in modern vehicles with smart alternators (EURO-6-compliant).
In case of an overload, the inverter cuts off to prevent damage; and it automatically comes on again when the situation is over. Another benefit is the low-noise fan, which flexibly adapts to the load and temperature conditions.
Output voltage: | 230 V (± 10 %, pure sinus wave (THD <5%) |
Output frequency: | 50 Hz (± 0,5 Hz) |
Maximum efficiency: | >90 % |
Input voltage: | 12 V |
Input voltage range: | 10 - 16.5 V |
Rated load: | 150 W |
Max. power for 1 minute: | 170 W |
Max. surge power for 1 second: | 300 W |
Idle current consumption: | <0.6 A |
Device dimension: | 126 x 188 x 50 mm (Width x Length x Hight) |
Weight ca.: | 1.1 kg (2.4 lbs) |
Heat dissipation: | Temperature & load controlled fan |
Ambient temperature operation: | 0 °C up to +50 °C |
Ambient temperature storage: | -30 °C up to +70 °C |
Air humidity: | 0-95 %, not condensing |
Protective devices
Input: | Undervoltage |
AC-Output: | Overvoltage, short circuit, overload |
Temperature: | Shutdown |
Short circuit protection: | YES (lpk) |
Overvoltage shutdown
Shutdown: | 16.5 V |
Restart: | 15.5 V |
Undervoltage shutdown
Shutdown: | 10 V |
Restart: | 12 V |
In the delivery are included
- the inverter
- one holder
- fixing screws, and
- a multi-lingual installation and operating manual
Even the most powerful inverter can only "work" as long as the on-board battery allows with the amount of energy available. An inverter "only" converts the type of voltage, but does not generate any energy itself. The power supply, which is independent of shore power, is limited and depends exclusively on the energy stored in the on-board battery. A common on-board battery has a storage capacity of 100Ah (ampere hours). This means that such a battery can provide 100 amps for a period of one hour.
Said hair dryer with 2200 watts needs about 9.5 amperes at 230V voltage and a full continuous output of one hour. So if you (theoretically) just let this hair dryer run on, the on-board battery would be empty after another 9 hours. Therefore, the performance of the on-board battery(ies) installed in the vehicle should generally be taken into account when considering which 220/230 V devices are actually indispensable with an independent power supply. Also taking into account that a battery should not be discharged more than 50% in order to protect it.
Electrical devices, which are also used at home, need a "sine wave" (a current signal) that is as identical as possible for their function on the go. An inverter (as well as a voltage converter) emits a "modified" or a "pure" sine wave, depending on the model. The "pure" sine wave comes very close to the current signal of the domestic 230 V power supply, which means that most electrical devices can be operated from home in the caravan or mobile home. With a "modified" sine wave, it is not uncommon that devices such a laptop, an electric toothbrush or water pumps do not work!
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