Industrial UPS power supplies need to focus on the ability to operate in high-temperature environments. The design of components must adapt to the operational requirements of the industrial environment, adapt to high temperature and humidity, and also be able to cope with the corrosion of corrosive gases on the system.

Under various operating conditions and continuous full load operation, industrial UPS systems are usually maintained by on-site technical personnel, so machine design must consider the isolation ability of key components on site. Maintenance itself not only requires time, but also requires switching the machine to bypass mode during maintenance. Industrial UPS must also have stronger tolerance than UPS used in computer room environments.

Industrial grade UPS power supply requires checking the actual load power supply environment. When the power environment is average or poor, and there are significant fluctuations in frequency and voltage, it is necessary to use a power frequency UPS power supply.

Large capacity, high reliability, stable performance, and able to meet various user needs.

Frequency automatic identification and adaptation to 50 Hz/60 Hz power systems to meet the requirements of different power systems.

Pure online dual conversion type, providing the best power quality, suitable for various loads, with high overload capacity.

The industrial UPS power supply is composed of a 6-pulse or 12-pulse fully controlled bridge, which improves the input power of the UPS and has characteristics such as wide input range and strong protection ability. Zero line misconnection protection, ultra-high and low overload protection, and soft start function.

Full digital control technology is a UPS power supply that integrates reliability, availability, intelligence, and energy efficiency, with an ultra wide input voltage range and input frequency range.

The industrial grade UPS system has high availability and strong manageability. Mainly used in the strict operating environment of semiconductor, power, water treatment and other production lines, as well as in automatic control systems such as oil and gas, petrochemical, power generation, and transmission.

Functional operation Principle-Rextifier design-6 pulse SCR rectifier

Functional operation Principle - Rectifier design-12 pulse SCR rectifier