ENDRESS Power generator aggregates catalogue Page 11
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The proper current quality Asynchronous generator 230 / 400 for appliances with a low starting current, cannot be overloaded V with condenser regulation Synchronous 230V generator with condenser controlling for consumers with starting current, not suitable for electronic consumers Synchronous 230V generator with AVR controlling (1) a stable output voltage for simple electronic consumers as well as for appliances with a low starting current, not suitable for electronic consumers with a very high starting current Synchronous 400V generator with compound controlling (2) consumers with a very high starting current, not suitable for electronic consumers, never suitable for an asymmetric load (3) Synchronous 230V generator with inverter controlling universally usable, a precise output voltage and frequency for sensitive consumers, as well as consumers with a starting current DUPLEX 230V / 400V generator with electronic controlling universally usable / suitable for an asymmetric load (3), a precise output voltage and frequency for sensitive consumers as well as consumers with a high starting current (4) (1) AVR - Automatic Voltage Regulation (2) Control of the generators voltage takes place through an additional magnetic field (a compound transformer is installed in the stator) (3) An asymmetric load is understood as being non-uniform loading of a three-phase generator. (4) The smaller the distortion factor the cleaner the supply voltage Current types 12 V DC which can be used for charging batteries. 230 V AC the most frequently used type of current. Nearly all electric tools, lights and garden and construction machines can be run on it. 400 V three-phase used at home for appliances like washing machines or cookers, and on construction sites for powerful consumers such as cranes or circular construction / table saws. Key to abbreviations V volts Voltage (12 / 230 / 400) Hz Hertz Frequency (50 / 60) A Amperes Current strength W Watts (x 1000 = kW) Active power (2) VA Volts Amperes (x 1000 = kW) Apparent power (1) Cos ϕ Nominal established output factor Power factor (0.8-1) (1) Apparent power (3) - data in VA or kVA - is the power the generator can generate (2) Active power (3) - data in W or kW - the output that can be drawn from the generator, depending on the generator’s power factor. (3) Reactive power - the difference between active and apparent power. This is important for covering the starting current. For the commissioning of generators fitted with the protective separation measure and without a qualified electrician, additional equipment and measures for personal protection are required when more than one consumer will be connected, depending on the application. See DIN VDE 0100-551 ( HD 60364-5-551:2010/A11:2016 ), DGUV Information 203-032, DVGW GW 661(M). 11
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