Asitra Korea AST 10880 EWR Gasoline generator with electric starter

Characteristics and description:

A single-phase gasoline generator with copper winding (stator and rotor) and an electric starter is a device designed for a backup source of electricity.

Asitra Korea AST 10880 EWR can be used as a power source in domestic conditions, in places where there are no power lines or electricity is turned off. AVR technology keeps the generator's output voltage at a constant value, preventing deviations and surges, which is very important for modern electronics sensitive to power surges.

Features:

• Automatic voltage regulator (AVR);
• Overload protection;
• Low oil level protection;
• Fuel level sensor;
• Voltmeter;
• Remote control.
• Type: gasoline
• Maximum power: 3 kW.
• Rated power: 2.8 kW.
• Outlets: 2 x 220 V (16A).
• Mains voltage: 230 V.
• Mains frequency: 50 Hz.
• Starting system: Electric starter (turn of the key).
• GXI engine 360.
• Oil volume in the crankcase: 0.6 l.
• Fuel tank volume: 15 l.
• Oil level sensor: yes.
• Cooling type: air.
• Fuel consumption: 0.7 l/hour.
• Noise level: 69-72 dB.
• Number of phases: single-phase.
• Engine: 4-stroke.
• Dimensions: 610 x 440 x 440 mm.
• Weight: 52 kg.

Additionally:

• Motor operation indicator;
• Handles;
• Wheels.

Examples of power of household appliances.

Household appliances.

• Coffee maker - 750-1050 W. at starting coefficient 1;
• Hair dryer - 1800-2200 W. at starting coefficient 1;
• Microwave oven - 1200-1600 W. at starting coefficient 2;
• Mixer - 300-700 W. at starting coefficient 1;
• Oven - 1800-3000 W. at a starting coefficient of 1;
• Refrigerator - 50-250 W. at a starting coefficient of 3;
• Iron - 1400-2260 W. at a starting coefficient of 1;
• Washing machine - 2100-2400 W. at a starting coefficient of 1.5;
• TV - 100-350 W. at a starting coefficient of 1;
• Desk lamp - 50-150 W. at a starting coefficient of 1.

To calculate the required power from the generator, you must first calculate the operating power of all electrical appliances that will operate simultaneously. To do this, you need to multiply the power of the device by the so-called “starting coefficient” - the energy required for the initial start of electrical appliances.

For example, the starting power for a microwave oven with a power of 1200 W will be: 1200 X 2 = 2400 W.