Technical Data

• Peak performance:
  5000W / 6000W / 8000W / 10000W / 12000W

• Duration Fee:
  2500W / 3000W / 4000W / 5000W / 6000W
  Note:The performance depends on the chosen variant.

• Starting voltage:220V

• Input voltage:

  • 12V

  • 24V

  • 48V

  • 60V

  • 72V

  • 96V

• Starting frequency:50 Hz

• Outlet type:EU sockets
  (The 10000W version has only one outlet)

• Efficiency:>90%

• Overheating protection:Automatic shutdown on overtemperature

• Temperature protection:80° ± 5°C

• Initial behavior:Sanftanlauf (Soft Start)

• Backup:short-circuit protection

• Protection functions:
  Overload, Short circuit, Overtemperature, Pollution, Undervoltage/Overvoltage

Delivery contents:

• 1 × Inverter

• 2 × connection terminals

• 1 × User Manual

How to choose the right inverter

In selecting an inverter, one should consider both itsDuration paymentas well as to thePeak performancecheck.

TheDuration FeeThe inverter must be larger than thenominal powerof the connected device.
However, some requireinductive loads(e.g., electric tools, air conditioners, refrigerators) at startup a significantly higher power – usually the3 to 12 timestheir nominal value.
In such cases, thePeak performanceof the invertergreater than the approach powerof the device to ensure a safe operation.

Example:

Question:
Can a2000W inverterstogether with a500W handheld drillat one12V / 60Ah batteryare being operated?

1. Calculation of maximum battery power:
12V × 60Ah × 0,8 =576W> 500W → ✅ sufficient

2. Determine device type:
The handheld drill is ainductive device→ The pickup current must be taken into account.

3. Comparison of Longevity:
The drilling machine has a rated power of500W,
2000W inverter has aContinuous power of 1000W→ 1000W > 500W → ✅ sufficient

4. Calculate Starting Performance:
Typically around3 × 500W = 1500W
The inverter has a peak power of2000W→ 2000W > 1500W → ✅ suitable

Result:
The500W handheld drillcan surely handle a12V / 60Ah batteryand a2000W invertersis to be used.

With this method, other devices can also be checked.

If you are unsure or need help, please contact our customer service – we will gladly assist you.

How to choose the right battery for the inverter

Worktime = Voltage (U) × Battery Capacity (Ah) × 0.8 × 0.9 ÷ Power (W)

Example:

A12V / 50Ah batterysupplies a100W bulb at 220V:

Working time = 12V × 50Ah × 0,8 × 0,9 ÷ 100W = 4,32 hours

Note:

• 0.8Battery discharge factor (constant)

• 0.9= Efficiency of the Inverter (constant)