♦ High power density, 3U up to 15kVA ♦ Master-slave parallel with current sharing technology, up to 960kVA, multiple units in parallel work as one ♦ Voltage up to 350V L-N, 500V L-N*1 ♦ Output frequency: 16-2400Hz, programmable slew rate setting for changing voltage and frequency ♦ Built-in single/3-phase AC power meter ♦ Multi-channel function, single unit can connect/test up to 3 DUTs*2 ♦ 4 output modes: AC/DC/AC+DC/DC+AC ♦ Choose single phase, three-phase, reverse phase output mode, to simulate 3-phase imbalance, 3-phase
♦ harmonics imbalance, split phase test, reverse phase sequence tests etc.*3 ♦ Comprehensive harmonics measurement and analysis, up to 50th*4 ♦ Harmonics, inter-harmonics waveform synthesizer, according to IEC 61000-4-13*1 ♦ Programmable output impedance, according to IEC 61000-3-3*1 ♦ Intuitive touch screen interface ♦ Simulate arbitrary waveform output, support csv. file import ♦ Built-in various waveforms ♦ List mode simulates the power supply reproduction function to realize the simulation function of instantaneous power interruption ♦ Provides various trigger input/output signals. When amplitude/frequency change, trigger signals can be generated to synchronously capture the current waveform of DUTs ♦ Output 0-360 ° start/stop phase angle can be set ♦ Surge/Sag function ♦ Relay CTRL function, to cut off the connection between instrument and DUT ♦ Built-in USB/CAN/LAN/Digital IO interface, optional GPIB / Analog&RS232
♦ With professional software, set up programs comply with multinational security regulations and test conditions, to complete civil aviation electronics and IEC related standards testing*1
*1 Call for availability
*2 Not available for 3k/5kVA model
*3 3k/5kVA model only support single phase
*4 Voltage and current harmonic analysis Voltage harmonic simulation
3U/15kVA high power density
With only 3U size, ITECH IT7800 can reach both 15kVA for power and 350V L-N/ 500V L-N for voltage. Compared with conventional AC source, it saves a lot of space for users.
Master/Slave parallel
ITECH IT7800 series can provide more power by using the master/slave parallel output function, with 64 units in paralleled, to achieve total output power max. 960kVA. IT7800 comes with synchronous On/Off input and output signals, which ensures the synchronization of paralleling and ensures synchronous current sharing of multiple modules. After paralleling, not only all functions are retained, but there is no loss of accuracy. Make the construction of the power system faster, more flexible, and more economical, whether it is a stand-alone test or ATE system, it can be easily reached.
Multi-channel function
The multi-channel function of the IT7800 series allows users to test 3 independent DUT at the same time without adding additional hardware configuration. In the traditional solution, 3 tests for the DUT, the user needs to configure 3 AC power supplies; and one IT7800 device can meet multi-channel testing requirements. For example, IT7815-350-90 rated power is 15kVA, can provide single-phase/three-phase 15kVA DUT test, can also meet up to 3* single-phase DUT test, one machine with multiple functions, fully improves the equipment utilization.
AC、DC、AC+DC、DC+AC
The IT7800 series has four output modes: AC, DC, AC+DC, DC+AC. It not only provides pure AC/DC output, but also can use AC+DC and DC+AC output modes to realize "AC output plus DC bias" And "DC output waveform with ripple", which cover a wider range of applications.
Single phase, three phase, reverse phase
The IT7800 series provides multiple output modes such as single-phase, three-phase and reverse phase, which can be selected by the user through the panel menu. By programming ,it can simulate three-phase unbalance, three-phase harmonic unbalance, lack of phase test, phase sequence reverse connection and other tests, which are flexible and cover more applications. At the same time, IT7800's reverse mode can also provide a high-voltage test solution. Its voltage can be increased to twice and the power remains 2/3. For example, if it is set to 350V, the actual output voltage can reach 700V after the reverse mode is selected.