AVR

Features 5VAC Power Input Voltage: 180~260VAC,1phase2wire External Volts Adjustment: ±7%with 1K Ω 1 watt trimmer Output Voltage: Max.90VDC@240VAC input Sotf Start Ramp Time: 2sec. Current: Continuous 4A Unit Power Dissipation: Max.8Watt Intermittent 7A for 10SEE. EMI Suppression: Internal Electromagnetic Interference Filtering Resistance: Min.12 Ω Max.100 Ω Thermal.Drift: 0.03per°C chage in AVR ambient Under Frequency Protection: 60Hz system presets knee point at 55Hz Factory

Features 5VAC Power Input Voltage: 100-260VAC,1phase2wire External Volts Adjustment: +/-7% with 1K Ω 1watt trimmer Output Voltage: Max.90VDC@240VACCinput Sotf Start Ramp Time: 2sec. Current: Continuous 3A Unit PowerDissipation: Max.8Watt Intermittent 5A for 10SEE. EMI Suppression: Internal Electromagnetic Interference Filgering Resistance: Min.15 Ω Max.100 Ω Thermal.Drift: 0.03%per °C chage in AVR ambient Under Frequency Protection: 60Hz system presets knee point at 55Hz

Thyristor Voltage Regulator A thyristor voltage regulator was fitted so as to upgrade the ± 5% voltage tolerance previously achieved to ± 0.5%. The regulator in question is a pure voltage regulator, which uses the excitation current to keep the generator voltage constant irrespective of the load. The generator voltage is fed via the measuring circuit transformer to the regulator and rectified by a load-side rectifier bridge. The actual value signal and regulator input voltage

Normal AVR supply power: 2 auxiliary windings(X1,X2,and Z,Z2) Shunt supply: 150V-50/60Hz Rated overload current: 10A, 10s. Electronic built-in(overload,short circuit,and loss of sensing) protection: If excitation current raises over 10 Amps for more then 10 seconds, exciation current will drops automatically to about 1A. To resed AVR protection, generator must be stopped(or by cutting supply voltage to the AVR). Voltage sensing: 5VA insulated transformer with nput voltage