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Laboratory Hydrogen Gas Generator
Product Details :
Minimum Order Quantity | 1 Piece |
Frequency | 50Hz |
Generator Type | Laboratory Gas Generator |
Usage/Application | Laboratory Application |
Grade Standard | Laboratory |
Automatic Grade | Automatic |
Brand/Make | PreCiGen |
Material | MS |
Brand | PreCiGen |
PGH-300 | PGH-500 | PGH-1000 | |
Max Hydrogen Flowrate | 300 ml/min | 500 ml/min | 1000 ml/min |
Delivery Pressure | 0-60 psig (0-0.4 Mpa) | ||
% purity | >99.999% | ||
Power Consumption | 150W | 180W | 220W |
Power | 198-242V (AC); 50Hz,1 Phase | ||
Min/max Temperature | 5-40°C | ||
Max. Ambient Humidity | <85% RH | ||
Suitable Environment | non-corrosive and dust-free | ||
Dimensions | 420 x 210 x 350mm (LxWxH) | ||
Weight | 12 kg (approx) | ||
Fluid Tank Capacity | 1.5 L | ||
Fluid Consumption | Weekly or when level falls below 0.6 |
Higher capacity model also available like 2 LPM & 3 LPM
- Hydrogen is produced in the PGH Series Hydrogen Generators by the most advanced electrolytic membrane technology.
- The application of voltage across the electrolyte results in hydrolysis, breaking down the water molecule into hydrogen and oxygen gas, which are separated by the gas permeable membrane.
- Once separated, the hydrogen gas goes through a series of purification and moisture removal systems to achieve the desired level of purity while the oxygen gas is being discharged into the atmosphere.
- Electrolytic membrane technology has its advantages over alternative hydrogen generating techniques as it is clean, requires less maintenance and there is no need to store chemicals to maintain operation.
- Only pure double distilled water (initially some KOH), is required to provide trouble free long term operation.
- Membrane separation is also less time consuming as only water is needed for routine maintenance.