ITECH - IT7800 HV

High Power Programmable AC Power Supply - High Voltage Series

The IT7800 series is a new generation of high power programmable AC power supply featuring user-friendly programming options, a novel touch interface, and rich waveform analysis capabilities.
The high-voltage series is available at voltages as high as 700 VL-N and even fulfills 1050 VL-N test standards.
By paralleling them, the high voltage series may be easily enlarged to 900 kVA.

The IT7800 series is equipped with an LCD touch screen design with an intuitive and easy-to-use UI interface allowing users to quickly and smoothly use the operation.
Built-in all-round power meter and arbitrary waveform generator, which 
can simulate harmonics and various arbitrary waveform outputs; programmable output impedance and a full range of measurement functions make the IT7800 series widely used in new energy, power electronics, scientific research institutions and other fields of research and development, production, quality control and other stages.

Product Features
- Voltages up to 700 VL-N, even 1050 VL-N
- Harmonic simulation and analysis functions up to 50th *1
- Output frequency: 16-2400 Hz, voltage and frequency output variation rate adjustable
- Built-in AC power meter
- AC/AC+DC output mode possible
- Three-phase output
- Harmonic and interharmonic waveform synthesis *2
- Programmable output impedance
- Touch screen design, simple UI interface
- Arbitrary waveform output can be simulated, and CSV file import waveform is supported.
- Built-in rich waveform database
- List mode analog utility reproduction function, realizing the instantaneous power interruption simulation function
- Output start/stop phase angle can be set from 0 to 360°.
- Surge & Sag function*2
- Relay Ctrl relay control output function for electrical isolation between the object to be measured and the source.
- Built-in USB/CAN/LAN/digital IO interface, optional GPIB/RS232 interface.
- Built-in IEC61000-4-11/4-13/4-14/4-28 test waveforms*2
*1 Voltage/current harmonic analysis, voltage harmonic simulation
*2 Coming soon

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