Power frequency UPS power supply is a long-standing power supply in the UPS industry, widely used in billing centers, communication base stations, bank branches, ATM machines,
and network office environments in various industries such as securities, transportation, power, and industry. At present, the latest industrial frequency machine adopts the world's most
advanced DSP digital control technology, with voice alarm function, high-speed microprocessor (MCU), programmable logic device (CPLD), sixth generation low loss high-power IGBT,
and static switch; The UPS power supply has achieved large capacity, high reliability, and stable performance.

The industrial frequency single input and single output UPS has broken through the technical bottleneck of the UPS power supply industry, replacing traditional analog circuits with
advanced digital circuit systems, achieving extraordinary innovation. In digital circuit mode, high-speed microcontrollers and programmable logic devices provide more perfect circuit
control, parameter setting, and operation management, and have more powerful self checking and self detection functions. The full process sampling technology is not only conducive
to self checking and fault analysis of all independent circuit connections on the circuit board, but also can be digitally transformed into extremely pure and stable sine wave voltage,
ensuring ultra stable operation of the system.

This UPS is widely used in communication industry billing centers, communication base stations, bank branches, ATM automatic teller machines, and network office environments in

various industries such as securities, transportation, power, and industry.

UPS power supply is a UPS commonly known as a power frequency machine, which uses a power frequency transformer as the rectifier and inverter component. Its main characteristics

are stable, reliable, strong overload capacity, and impact resistance of the main power component. Power frequency machines are suitable for: unstable power grids, motor connections,
high load surges, and inductive loads.