LABORATORY / ANALYTICAL / OEM
Laboratory PEM Hydrogen Generators
A compact hydrogen supply for your instruments.
Review an integrated PEM generation package with gas separation, drying, purification and controls. Match the configuration to the instrument duty and point-of-use specification.
0–4 L/min
>99.99%
0–3 MPa
PURPOSE & VALUE
Start with the application.
A compact hydrogen supply for your instruments.
Laboratory gas selection begins with the instrument, method and gas function. Carrier gas, detector fuel and reaction gas can require different flows, pressures and contamination limits. A compact generator should be specified as a complete delivery package, with the gas-quality measurement point and instrument interface clearly defined.
Hydrogen generated from deionized water
A PEM module produces hydrogen on site. The complete package should identify water preparation, gas-liquid separation and downstream conditioning.
Condition the gas for its intended duty
Drying and purification belong in the configuration review. Agree moisture and individual impurity limits instead of relying only on a headline purity percentage.
Monitor the operating variables
The reference package includes PLC/HMI control and pressure, flow and temperature monitoring. Communication availability, including TCP/IP, depends on the selected configuration.
PROCESS & INTEGRATION
Understand the equipment pathway.
TECHNICAL DETAILS
Reference technical specifications.
Reference data for configuration review. The accepted quotation and approved technical specification define the supplied equipment.
| Hydrogen Output | 0–4 L/min H₂ |
|---|---|
|
Pressure Series |
0–3 MPa |
|
Standard Hydrogen Purity |
>99.99% |
|
Hydrogen Production Technology |
PEM Water Electrolysis |
|
Feed Water |
Deionized Water |
|
Gas Treatment |
Gas-Liquid Separation + Drying + Purification |
|
Control |
PLC + HMI |
|
Monitoring |
Pressure · Flow · Temperature |
|
Communication |
TCP/IP available according to configuration |
|
System Interfaces |
Confirm according to selected configuration and downstream equipment |
Configuration note. The output and pressure figures describe a reference range, not every simultaneous operating point. Confirm gas quality at the delivery point and compatibility with the receiving instrument.
APPLICATIONS
Where this configuration fits.
Laboratory and research
A defined gas supply for experimental and analytical equipment.
GC and analytical instruments
Carrier or fuel duty subject to instrument compatibility and method review.
Fuel cell and OEM testing
Hydrogen delivery matched to the receiving equipment’s quality and interface requirements.
BEFORE YOU REQUEST A QUOTE
Prepare a useful equipment brief.
01 / Instrument schedule
Make, model, detector and carrier/fuel/reaction-gas duty
02 / Gas demand
Concurrent flow, peak demand and required pressure
03 / Gas quality
Moisture, individual impurities and point-of-use acceptance
04 / Installation
Water, electrical supply, location, interfaces and maintenance access
BUYER QUESTIONS
Questions before specification.
Can this replace helium in every chromatographic method?
No. Confirm instrument compatibility and validate the method with the laboratory team before changing carrier gas.
Is 3 MPa the standard pressure for every configuration?
No. The source lists a pressure series. The continuous delivery pressure must be confirmed for the selected unit and flow.
Is TCP/IP always included?
It is configuration dependent. State the required communication interface and data exchange in the enquiry.
What does the published purity value cover?
It is a reference specification. The proposal should define measurement conditions, gas treatment and the delivery point that the value applies to.
NEXT STEP / CONFIGURATION REVIEW
Tell us what the equipment needs to do.
Send your application, destination country and technical requirements. Include the delivery target and any drawings or procurement specification so the proposed scope can be reviewed against your project.
Please name the product family in your enquiry. Final technical values, documentation and delivery terms belong in the approved quotation.
Your enquiry checklist
- Instrument schedule: Make, model, detector and carrier/fuel/reaction-gas duty
- Gas demand: Concurrent flow, peak demand and required pressure
- Gas quality: Moisture, individual impurities and point-of-use acceptance
- Installation: Water, electrical supply, location, interfaces and maintenance access
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