Diesel generator E-Generator DG16000SE 400V/max.11.5kw, 230V/3.8kw

Economical and powerful 4-stroke diesel engine generator max. power 11.5 kW. Compared to a gasoline generator, the fuel consumption can be almost 3x lower, and the savings on current costs can be 3x higher! 3-phase 400V industrial generator with electronic voltage regulation (AVR). Outputs 1x 400V, 1x 230V connection (for 1-phase use, note the notes at the bottom of the manual). 25 liter diesel tank approx. 7 hours of operation at full load, Automatic engine stop when oil pressure is insufficient. Electric start, including starter battery. Integrated working hours counter. Power generator with 2-cylinder 4-stroke diesel engine for home and industrial use. The generator used is an industrial grade electronically controlled synchronous generator with a maximum power of 11.5kw. The integrated four-stroke diesel engine stands for low consumption values, high power density and good emission values. The device's functions are complemented by a vibration-damping device base frame. Spare parts in stock, warranty repairs and maintenance are carried out locally in Pärnu. In the case of three-phase generators, ensure that the load difference between the phases is not more than 30%. Technical data: Generator type: 3-phase synchronous generator with durable coal brushes, rated voltage 400V (230V), 50 Hz, Peak power (at V) 11.5 kW ( 400 V), 3.8kw at 230 V, Continuous output (at V) 11 kW (400 V). 3.5kw at 230 V, Electronic voltage regulation, Thermal circuit breaker BSB1-30-P7, Integrated hour meter, Engine type 2-cylinder diesel engine, 4-stroke, air-cooled, direct injection, fuel diesel, Starting system Electric and manual start (starting battery included), Tank capacity 25 liters, Exhaust gas class SV, EU / 2016/1628, Dimensions (WxDxH) 135 x 650 x 890 mm, weight 255 kg, Warranty 1 year or 3000 working hours. This diesel generator is not an inverter and therefore has a pure sine wave fluctuation of +/-10%. Load protection applies at 105...110% max. of power per phase.