Specification：
① Input Phase : Three Phase
② Input voltage: 480VAC±10%
③ Output Phase: 3 Phases
④ Output voltage: 0-520VAC Continuously adjustable
⑤ Voltage accuracy: ≤±1%
⑥ Output frequency: 50hz
⑦ Frequency adjustment resolution: 0.1Hz
⑧ Low Grade(Each phase) Output current：137A
⑨ High Grade(Each phase)Output current：68.5A
⑩ Output capacity:45KVA，36KW
⑪ Circuit mode: IGBT/SPWM
⑫ Machine size:550*1200*1150MM
⑬ NW/GW: 350KG/370KG
Application scenario
I. Industrial Manufacturing Field
Automated production line:
In the automated production line, this inverter can provide accurate power frequency and voltage for different types of motors and drives, realizing efficient and stable operation of the production line.
CNC machine tools:
CNC machine tools have precise requirements for power supply frequency and voltage. By precisely adjusting the power supply parameters, the inverter can improve the machining accuracy and surface quality of CNC machine tools, while reducing the equipment failure rate and improving production efficiency.
Injection molding machine:
In the application of injection molding machine, the frequency converter can control the speed and torque of the motor, so as to realize the precise control of the injection molding process, and improve product quality and production efficiency.
II.The field of power systems
Power testing:
The inverter can provide stable power supply for various power equipment, conduct performance testing and fault diagnosis to ensure the safe and stable operation of the power system.
Simulation of power grid environment:
In the power system, the inverter can be used to simulate the grid environment with different frequencies and voltages, providing reliable power support for the performance testing and optimization of new energy power generation equipment.
III.The field of scientific research and experiment
High-precision instruments:
In scientific research experiments, the inverter provides high-quality power supply for high-precision instruments to ensure the accuracy and reliability of experimental data.
Electromagnetic compatibility test:
In the electromagnetic compatibility test, the inverter provides a stable power environment to assess the anti-interference ability of the equipment under different power conditions.
