Hydrogen generator-HYDROGEN/5L/10L/17L

Pure water is produced by a pure water system and stored in a tank for future use. When the hydrogen generator is short of water, it  is automatically supplied from the tank. Multiple hydrogen generators can be used in series, with one generator controlling the othe rs through a series control line, ensuring even distribution of gas production.

APPLICATION SCENARIOS

◎ GCCentralized gas supply

◎ Hydrogen fuel cell  

◎ CVD and MOCVD fields

MAIN TECHNICAL PARAMETERS

◎ Hydrogen gas purity：99.999%-99.9999%

◎ Hydrogen flow rate ：1L-17L/min

◎ Output pressure: Normal pressure 0-0.4Mpa, high pressure 0-1.5Mpa

◎ Stress stability：< 0.001MPa

◎ Power supply source：220V±10% 50HZ

◎ Power consumption ：8kw(HYDROGEN-17L)

◎ Pure water demand：＞2MΩ&1L/h

◎ Hydrogen volume：＜20L(HYDROGEN-17L)

◎ Environmental temperature ：1-40℃

◎ Relative humidity：<85%

◎ Elevation：＜2000米

◎ Dimensions ：80x90x100（WxDxH cm）(HYDROGEN-17L)

◎ Net weight：About 200kg(HYDROGEN-17L)

INSTRUMENT FEATURES

◎ The entire working process of the instrument is controlled by a program, with automatic constant voltage and constant current. Through series control lines, m

ultiple sets can be used in parallel.

◎ Using solid electrolyte (PEM) method to produce hydrogen, with ultra-pure water as raw material, solid polymer as the electrolyte, and noble metals as electro des, an effective dehumidification device reduces the original humidity, ensuring stable purity.

◎ Operation is convenient; simply turn on the power switch to start hydrogen production. After use, there is no need to release pressure; just turn off the power directly. It can be used continuously or intermittently without any decrease in hydrogen output.

◎ Safe and reliable: Equipped with safety devices, electrolysis of ultrapure water to produce hydrogen, non-corrosive, non-polluting, with pressure control, auto matic water shortage monitoring, automatic leak detection;

◎ Equipped with a pure water system, it completes the preparation of large quantities of hydrogen gas after the intake of tap water.