Product Description

The HBG series fully integrates the essence of Hongbao's cutting-edge technology, the whole machine adopts the world's most advanced DSP digital control technology and ultra-high frequency control technology to create a small size, light weight, high efficiency zero conversion design and pure sine wave output technology to ensure that the user equipment is suitable for a variety of equipment. A unique AC-DC conversion circuit is used to detect the output current and output voltage of the mains power supply, and through a high frequency pulse width modulator, the current waveform of the input power supply is aligned with the phase of the voltage waveform to achieve a high input power factor of greater than 95%. Under normal conditions, the mains power supply passes through the AC-DC circuit to obtain the DCBUS DC voltage, and then through the inverter to convert the DCBUS to 220V AC output. The power supply used by all loads is a pure sine wave power supply that has been regulated and filtered out of spurious signals. The use of excellent IGBT as a power conversion component, due to the high frequency switching characteristics of the IBGT, making the UPS inverter operating frequency up to 40KHz, inverter efficiency, but also improve the efficiency of the UPS machine, and inverter frequency increased, but also to reduce the noise of the inverter, so that the HBG series UPS directly placed in the computer room will not affect your work. The HBG series UPS is available with an RS232 interface with Hongbao's power monitoring software, which connects the UPS to the network server and provides power conditions at all times; and achieves intelligent functions such as regular self-test, automatic disk storage, automatic timer switching and recording of power conditions to achieve zero distance between man and machine. When the mains power is interrupted, the UPS notifies the server that it is ready to shut down and automatically saves all data and executes normal shutdown commands, ensuring the safety of the network system even in unmanned network environments.

Technical parameters