Hydrogen (H2)

Purity Grade Impurities Containers Filling
pressure 		Contents
Hydrogen 4.3
≥ 99.993 Vol. %


O2 ≤ 2 vpm
N2 ≤ 50 vpm
H2O ≤ 20 vpm
L 10
L 50

200 bar
200 bar
1.8m3
8.9m3
Hydrogen 5.0
≥ 99.999 Vol. %
O2 ≤ 1 vpm
N2 ≤ 5 vpm
H2O ≤ 5 vpm
HC ≤ 0.1 vpm
CO/CO2 ≤ 0.1 vpm
Pressure Can
Lecture Bottle
L 10
L 50
12 bar
ca. 150 bar
200 bar
200 bar
12 |
54 |
1.8m3
8.9m3
Hydrogen ECD
≥ 99.999 Vol. %
O2 ≤ 1 vpm
H2O ≤ 5 vpm
HC ≤ 0.1 vpm
Halogen HC ≤ 0.1 ppb
L 10
L 50
200 bar
200 bar
1.8m3
8.9m3
Hydrogen 5.6
≥ 99.9996 Vol. %
O2 ≤ 1 vpm
N2 ≤ 2 vpm
H2O ≤ 2 vpm
HC ≤ 0.1 vpm
CO/CO2 ≤ 0.1 vpm
L 2
L 10
L 50
200 bar
200 bar
200 bar
0.4m3
1.8m3
8.9m3
Hydrogen 6.0
≥ 99.9999 Vol. %
O2 ≤ 0.5 vpm
N2 ≤ 0.5 vpm
H2O ≤ 0.5 vpm
HC ≤ 0.1 vpm
CO/CO2 ≤ 0.1 vpm
L 2
L 10
L 50
200 bar
200 bar
200 bar
0.4m3
1.8m3
8.9m3

 

Compressed-gas cylinder information
Cylinder markings:
Valve connection:
Recommend equipment:


Shoulder colour: red
200 bar: connection to BS341 No. 4
Pressure Regulators:
Single stage: chrome plated brass AHL / HD / DLM / DLRS
Dual stage: HBS
Single stage: stainless steel DIM.S / HD.S / DIRS.S
Dual stage: HBD.S / HBSI.S
 
Change Over Manifolds:
For N50 use CLSA1: For N60 use CLA2 / CLSA2
stainless steel CISA

 

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Pure Gases: Carbon Dioxide ...

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