This emergency power generator is ideal for emergency power supply and can also be used as a power generator for devices within the specified limits during regular operation. Thanks to the air-cooled single-cylinder 4-stroke OHV engine and a 15-liter fuel tank, this gasoline generator offers a running time of up to 11 hours at half load. The gasoline engine runs on unleaded fuel and is also compatible with E10.

This generator is an excellent choice when you need a reliable power source – whether in an emergency , for household use , on construction sites or when camping .

Technical features:

• Long continuous operation : With a full tank of fuel, this generator runs for up to 11 hours at half load - ideal for longer, uninterrupted operations.

• Powerful engine : The air-cooled 1-cylinder 4-stroke OHV engine with 6.5 hp provides reliable power and powerful operation.

• Safe operation : Equipped with low oil protection that prevents the engine from starting if there is no oil, as well as automatic voltage regulation (AVR) and overload protection for long service life.

• Versatile connections : The generator has 5 sockets: 1x AC 400V, 3x AC 220V and 1x DC 12V, making it suitable for many applications.

• Smooth and quiet running : With an operating noise of only 65 dB(A) at 7 meters, the generator is pleasantly quiet, ideal for use in residential areas or when camping.

Important information for use:

For 3-phase generators like this, the rated power per phase is one-third of the total power.

Small lexicon:

The power of a 3-phase generator is always specified for 3-phase operation. This means you can only draw one-third of the rated power per phase. When connecting 3-phase machines, this is usually not a problem, as the load is usually symmetrical, meaning the phases are evenly loaded. If you operate single-phase loads on a 3-phase generator, you must ensure that the loads are distributed accordingly across the phases.

If you operate three-phase consumers and lighting consumers simultaneously on a three-phase generator, ensure that the total power of the individual phase strands is not exceeded.

Example:

The rated power of a three-phase generator is 4.5 kW at 400 V. Therefore, the maximum phase power is 4.5 kW/3 = 1.5 kW. The load is assumed to be a three-phase motor with a rated load of 3 kW. Thus, the current load per phase is 3 kW/3 = 1 kW. This would leave 0.5 kW (=500 watts) available per phase.

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