HECHT GG 1300 is small, silent and stable petrol generator powered by 4-stroke HECHT engine with displacement 87cm³ and power output of 2,4HP.


Parameter Description
Displacement 87 cm3
Drive Petrol engine
Motor Hecht 4-stroke
Power output 1,8 kW / 2,4 HP
Max. power output 1100 W
Steady power output 900 W
Voltage 1 x ~230 V / 50 Hz, 1 x =12 V
Fuel tank capacity 5,2 l
Noise level 93 dB
Recommended oil HECHT 5W-40
Weight 28 kg

Product description

HECHT GG 1300 is small, silent and stable petrol generator powered by 4-stroke HECHT engine with displacement 87cm³ and power output of 2,4HP.

The permanent power is 900W, but may be temporarily loaded up to maximum power output of 1100W, by starting power of some appliances.

This generator is equipped with a panel including a control analog voltmeter, a voltage earthing, a classical socket 230V/50Hz, and also another socket 12V, which can be loaded by appliance with power input 12V and can be also used to charge of some 12V battery types. This socket isnt equipped with a variable charging so you need to check the battery charging level continuously and timely disconnect. Both sockets are protected against overload by circuit braker.

The generator has also a small legs fitted with rubber bottoms to reduce vibrations and has also frame with handles to easy carry.

This model is equiped with AVR (Automatic Voltage Regulation) which prevents the voltage fluctuation in case the change of the load. The generator has a fuel tank in volume of 6L, at an average consumption of 1liter/h allows up to 6 hours of operation without necessity of the fuel refill. Thanks to an attributes, mentioned above, has product become very popular among cottager, campers and boat owners.

It is ideal as an emergency power unit in case of unforeseeable events with power blackout, such as the snow calamity etc. It can be used also as a standby power unit for circulation pump of some solid fuel boilers, etc.

An output voltage characteristics are different from usual electricity; thus you should consult the options of charges, especially regarding sensitive electronic appliances (such as a computer, modern TV, etc), with the manufacturer or dealer.

Some electrical appliances, when starting, can take for a short time more electric power then in normal operating; electric motor and other appliances using an induction can take for a short time three times more power then normal input power. It is possible to calculate approx. required power by “starting coefficient“, which can be multiplied by normal input power of connected appliance. Then, for example, a coefficient 1 will be multiplied by appliances such as a hair dryer, a heat gun,  fryer, blender, oven, iron, toaster, vacuum cleaner and a table lamp. Coefficient 2 then applies generally to electric lawn mowers, grinder, hedge trimmer, electric chainsaw, washer etc. Coefficient 3 applies usualy to compressors, pressure washers and mixers but f.e. refrigerators, freezers or air-conditioner may even exceed the coefficient 3. In practice it means, then an appliance with power input 600W and coefficient of 2, requires maximum power output of generator at 1200W at least.

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