Precision Hydrogen 100 H2 Generator
The Precision Hydrogen generators are designed to provide the gas needed for GC detectors such as FID as well as collision gas for ICP-MS.
Applications: GC & GC-MS
The Precision Hydrogen generators are designed to provide the gas needed for detectors requiring Hydrogen fuel gas, such as FID. One generator is capable of supplying multiple detectors, and are available in various flow rates to ideally suit individual customers’ needs.
These generators utilize a Proton Exchange Membrane to create the Hydrogen gas from deionized water. Following that a trace dryer block is used to dry the gas.
Precision Hydrogen gas generators come with various safety features as standard, giving you complete peace of mind in the laboratory and a far safer, dependable and more convenient alternative to cylinder gas.
Gas Type: Hydrogen
Max Gas Flow: 1200 *cc/min
Max Output Pressure: 100psi/6.9bar
Max Purity: 99.9995%
Water Purity Requirements: 1.0μ Siemens
Water Consumption: Up to 2.1 L/Day
Power Consumption: 600 Watts
Voltage: 110 / 230
Frequency: 50 / 60
Current: 10 Amps Max
Heat output: 1000
Max Operating Temp: 35°C / 95°F
Accreditations: CE, CSA, FCC
Size (HxWxD) mm: 406 x 380 x 540 mm
Size (HxWxD) Inches: 16 x 15 x 21.3 inches
Generator Weight: 38kg / 83.6lbs
"Nice working , I like this product and I suggest to use this product in our other site. Easy to use."
"We are very happy with the instrument and service. This is a high quality product which has proved an improvement to our department, Friendly and helpful staff have given excellent service back up. I have recommended this product to other departments."
With over 20 years' worth of experience in developing gas generator technology alongside leading instrument manufacturers, we offer reliable laboratory gas solutions to meet your specific needs.
Peak's GC Gas calculator is an easy-to-use online tool that will quickly help you choose the right combination of generators to suit your lab’s needs. By answering a few simple questions, we will calculate the gases, flows and purities required to support your GC applications and recommend a solution that will improve your lab workflow.