product description
      Programmable AC power supply adopts high-frequency power electronic switch conversion technology. The voltage and frequency can be continuously adjusted. It is suitable for laboratories or production lines. It can be used as a power supply for debugging experiments, and can also be used as a centralized power supply for workshops and laboratories. The power supply inputs a single AC voltage and frequency. After internal rectification and inverter conversion of AC to DC and DC to AC, it generates a very stable and pure sine wave by itself. This series of inverter power supplies adopt advanced sine wave pulse width modulation (SPWM) technology, which has the advantages of high reliability, complete protection functions, low waveform distortion, and high efficiency.


Performance characteristics
1.7-inch high-definition touch screen, intuitive display and convenient operation
    It can switch between local control and remote control. The remote digital control function can realize data exchange functions such as output voltage and frequency setting function control, data reading and so on. Mainly provide R232, R485 or Ethernet standard interface and communication protocol.
2. Step function
    The step voltage, step frequency and step duration can be set to simulate various power step conditions. It is suitable for simulating grid disturbance or power switch test items.
3. Slow rise/slow fall function
    Words or continuous voltage and frequency ramps and ramps can be set to help verify the reliability of the power input. The ramp function can also be used to soft start the voltage and frequency to effectively reduce the inrush current when the motor starts.
4. Output mode
    AC80 series power supply has three modes: three-phase unified adjustment mode, three-phase separate adjustment mode, and three-phase parallel mode.
5. Wireless monitoring system

    The operating principle of the system is that the power supply communicates data in accordance with a specific protocol through serial ports, network ports, and other interfaces. The switching device bridges these communication data to the server in a wireless and transparent manner. Finally, various terminals can communicate with the device. monitor.