The Master Science Hydrogen Gas Generator makes high-purity hydrogen from pure water by electrolysis. Switching on the power starts gas production, and the only routine task is topping up the water.
Two sizes deliver 0 to 300 mL/min or 0 to 500 mL/min at 0.3 MPa with 99.999% purity. Pressure and flow are shown on the front panel, and output adjusts automatically to the amount the connected instrument draws.
Technical Specifications
Specifications of the Master Science Hydrogen Gas Generator:
- Brand: Master Science
- Model Number: MSH2G-300SWISS, MSH2G-500SWISS
- SKU: MSH2G-300SWISS, MSH2G-500SWISS
- Brand: Master Science
- Model Number: MSH2G-300SWISS, MSH2G-500SWISS
- SKU: MSH2G-300SWISS, MSH2G-500SWISS
- Output Flow: 0-300 mL/min / 0-500 mL/min
- Output Pressure: 0.3 MPa
- Gas Purity: 99.999%
- Input Power: 150 W / 300 W
- External Dimensions (W×D×H): 310 × 200 × 370 mm
- Package Dimensions (W×D×H): 430 × 310 × 480 mm
- Gross Weight: 11.2 kg
Key Benefits
- No cylinders to handle: the Master Science Hydrogen Gas Generator makes gas on demand at the bench.
- Consistent output: purity and flow do not decay with long-term use.
- Hands-off running: automatic constant pressure and flow.
- Minimal upkeep: add pure water periodically.
- Protected instrument: anti-return device stops liquid backflow.
It pairs with the Master Science gas chromatograph with EPC.
Product Features
Operation
- Starts producing hydrogen at power-on
- Pressure and flow displayed automatically
- Flow follows demand without manual adjustment
Performance
- High electrolysis efficiency
- Stable purity and flow over long service
Safety
- Sensitive safety devices
- Anti-return liquid device
Applications
The Master Science Hydrogen Gas Generator is used for:
- Hydrogen supply for gas chromatography
- Laboratories replacing hydrogen cylinders
- Instruments needing high-purity hydrogen
Common Problems and How This Generator Helps
How the Master Science Hydrogen Gas Generator simplifies gas supply:
- Storing high-pressure hydrogen cylinders: gas generated as needed at 0.3 MPa.
- Cylinders running out mid-sequence: continuous production from water.
- Liquid carried into gas lines: anti-return device.
- Manual pressure regulation: automatic constant pressure.