Mixture Guide

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  2. Gasgemisch Standards

Gasgemisch Standards

Artikelname Zusammensetzung Anzahl der Komponenten
Filter Filter Filter
0.9% iC4H10 + 19.82% O2 in N2
3
0.9% nC4H10 + 19.82% O2 in N2
3
1% C3H6 + 19.8% O2 in N2
3
1.1% C2H4 + 19.7% O2 in N2
3
10 % O2 in N2
2
10 ppm H2S in CH4
2
10 ppm HF in N2
2
10 ppm NO in N2
2
10 ppm NO2 + 19.995% O2 in N2
2
10 ppm SO2 in N2
2
10 ppm tert-C4H9SH in CH4
2
10 vol.% CH4 in Ar / Blending Tolerance +/- 10% rel.
2
10 vol.% CH4 in Ar / Blending Tolerance +/- 2% rel.
2
10 vol.% CH4 in Ar / Blending Tolerance +/- 5% rel.
2
100 ppm CO + 100 ppm H2 in N2
3
100 ppm NO in N2
2
100 ppm NO2 + 19.995% O2 in N2
3
100 ppm SO2 in N2
2
1000 ppm C3H8 in N2
2
1000 ppm NO in N2
2
1000 ppm NO2 + 19.995% O2 in N2
3
1000 ppm SO2 in N2
2
100ppm CO + 20% O2 in N2
3
10ppm H2S + 20% O2 in N2
3
11% CO2 in N2
2
120 ppm NO in N2
2
13% O2 in N2
2
130 ppm CO in N2
2
14% CO2 in N2
2
150 ppm C3H8 + 20% O2 in N2
3
1500 ppm CO in N2
2
2% H2 + 19.6% O2 in N2
3
2.5% CH4 + 19.5% O2 in N2
3
20 ppm Cl2 in N2
2
20 ppm NO2 + 20%O2 in N2
3
20,9 % O2 in N2 / Herstelltoleranz +/- 2% rel.
2
20,9 % O2 in N2 / Herstelltoleranz +/- 5% rel.
2
20ppm H2S - 20% O2 in N2
3
25 ppm HCl in N2
2
250 ppm CO in N2
2
25ppm NH3 - 20% O2 in N2
3
3 % O2 in N2
2
3.8 ppm C4H8S in CH4
2
30 ppm C3H8 + 20% O2 in N2
3
30 ppm NO2 + 20%O2 in N2
3
300 ppm C3H8 + 1.5%CO + 11%CO2 in N2
4
300 ppm C3H8 + 20% O2 in N2
3
3000 ppm CO in N2
2
4 % O2 in N2
2
40 % H2 in He / Blending Tolerance +/- 10% rel.
2
40 % H2 in He / Blending Tolerance +/- 2% rel.
2
40 % H2 in He / Blending Tolerance +/- 5% rel.
2
400 ppm CO in N2
2
4000 ppm CO in N2
2
45 ppm CO in N2
2
450 ppm NO in N2
2
5 ppm CH3SH in CH4
2
5 vol.% CH4 in Ar / Blending Tolerance +/- 10% rel.
2
5 vol.% CH4 in Ar / Blending Tolerance +/- 2% rel.
2
5 vol.% CH4 in Ar / Blending Tolerance +/- 5% rel.
2
5 vol.% H2 in Ar / Blending Tolerance +/- 10% rel.
2
5 vol.% H2 in Ar / Blending Tolerance +/- 2% rel.
2
5 vol.% H2 in Ar / Blending Tolerance +/- 5% rel.
2
5% CO2 in N2
2
50 ppm NO in N2
2
50 ppm NO2 + 19.995% O2 in N2
3
50 ppm SO2 in N2
2
500 ppm NO in N2
2
500 ppm NO2 + 19.995% O2 in N2
3
500 ppm SO2 in N2
2
50ppm CO + 20% O2 in N2
2
50ppm H2S - 20% O2 in N2
3
50ppm NH3 - 20% O2 in N2
3
60 ppm CO in N2
2
60 ppm NO in N2
2
75 ppm C3H8 + 20% O2 in N2
3
9 % O2 in N2
2
9 ppm CH4 + 20% O2 in N2
3
9 ppm NO in N2
2
9% CO2 in N2
2
90 ppm CH4 + 20% O2 in N2
3
90 ppm NO in N2
2
ALPHAGAZ 1 ARGON Bündel V12 100 vol.% Ar
1
ALPHAGAZ 1 ARGON Flasche S10 100 vol.% Ar
1
ALPHAGAZ 1 ARGON Flasche Smartop L50 100 vol.% Ar
1
ALPHAGAZ 1 HELIUM Bündel V12 100 vol.% He
1
ALPHAGAZ 1 HELIUM Flasche S10 100 vol.% He
1
ALPHAGAZ 1 HELIUM Flasche Smartop L50 100 vol.% He
1
ALPHAGAZ 1 LUFT Bündel V12 20 vol.% O2in N2
1
ALPHAGAZ 1 LUFT Flasche S10 20 vol.% O2in N2
1
ALPHAGAZ 1 LUFT Flasche Smartop L50 20 vol.% O2in N2
1
ALPHAGAZ 1 SAUERSTOFF Bündel V12 100 vol.% O2
1
ALPHAGAZ 1 SAUERSTOFF Flasche S10 100 vol.% O2
1
ALPHAGAZ 1 SAUERSTOFF Flasche Smartop L50 100 vol.% O2
1
ALPHAGAZ 1 STICKSTOFF Bündel V12 100 vol.% N2
1
ALPHAGAZ 1 STICKSTOFF Flasche S10 100 vol.% N2
1
ALPHAGAZ 1 STICKSTOFF Flasche Smartop L50 100 vol.% N2
1
ALPHAGAZ 1 WASSERSTOFF Bündel V12 100 vol.% H2
1
ALPHAGAZ 1 WASSERSTOFF Flasche S10 100 vol.% H2
1
ALPHAGAZ 1 WASSERSTOFF Flasche Smartop L50 100 vol.% H2
1
ALPHAGAZ 2 ARGON Bündel V12 100 vol.% Ar
1
ALPHAGAZ 2 ARGON Flasche S10 100 vol.% Ar
1
ALPHAGAZ 2 ARGON Flasche Smartop L50 100 vol.% Ar
1
ALPHAGAZ 2 HELIUM Bündel V12 100 vol.% He
1
ALPHAGAZ 2 HELIUM Flasche S10 100 vol.% He
1
ALPHAGAZ 2 HELIUM Flasche Smartop L50 100 vol.% He
1
ALPHAGAZ 2 LUFT Flasche L50 20 vol.% O2in N2
1
ALPHAGAZ 2 SAUERSTOFF Bündel V12 100 vol.% O2
1
ALPHAGAZ 2 SAUERSTOFF Flasche S10 100 vol.% O2
1
ALPHAGAZ 2 SAUERSTOFF Flasche Smartop L50 100 vol.% O2
1
ALPHAGAZ 2 STICKSTOFF Bündel V12 100 vol.% N2
1
ALPHAGAZ 2 STICKSTOFF Flasche S10 100 vol.% N2
1
ALPHAGAZ 2 STICKSTOFF Flasche Smartop L50 100 vol.% N2
1
ALPHAGAZ 2 WASSERSTOFF Bündel V12 100 vol.% H2
1
ALPHAGAZ 2 WASSERSTOFF Flasche S10 100 vol.% H2
1
ALPHAGAZ 2 WASSERSTOFF Flasche Smartop L50 100 vol.% H2
1
ALPHAGAZ CO2 SFC Bündel TR V12 100 vol.% CO2
1
ALPHAGAZ CO2 SFC Flasche TR L50 100 vol.% CO2
1
ALPHAGAZ Mix Isotope Bio 1.0 High CH4/Air 2.5 vol.% CH4 (δ13C -69‰VPDB, δ2H -235‰VSMOW) in Air
2
ALPHAGAZ Mix Isotope Bio 1.0 Low CH4/Air 250 ppm CH4 (δ13C -69‰VPDB, δ2H -235‰VSMOW) in Air
2
ALPHAGAZ Mix Isotope Bio 1.0 Middle CH4/Air 2500 ppm CH4 (δ13C -69‰VPDB, δ2H -235‰VSMOW) in Air
2
ALPHAGAZ Mix Isotope Bio 2.0 95 vol.% CH4 (δ13C -69‰) + 1 vol.% C2H6 (δ13C -30‰) in N2 vs.VPDB
3
ALPHAGAZ Mix Isotope Bio 3.0 95 vol.% CH4 (δ13C -69‰VPDB) + 0.9 vol.% C2H6 (δ13C -30‰VPDB) + 0.1 vol.% C3H8 (δ13C -30‰VPDB) in N2
4
ALPHAGAZ Mix Isotope CO2/Air 50 vol.% CO2 (δ13C +25‰VPDB) in Air
2
ALPHAGAZ Mix Isotope CO2/Air 50 vol.% CO2 (δ13C -25‰VPDB) in Air
2
ALPHAGAZ Mix Isotope CO2/Air 50 vol.% CO2 (δ13C -40‰VPDB) in Air
2
ALPHAGAZ Mix Isotope Thermo 1.1 High CH4/Air 2.5 vol.% CH4 (δ13C -45‰VPDB, δ2H -150‰VSMOW) in Air
2
ALPHAGAZ Mix Isotope Thermo 1.1 Low CH4/Air 250 ppm CH4 (δ13C -45‰VPDB, δ2H -150‰VSMOW) in Air
2
ALPHAGAZ Mix Isotope Thermo 1.1 Middle CH4/Air 2500 ppm CH4 (δ13C -45‰VPDB, δ2H -150‰VSMOW) in Air
2
ALPHAGAZ Mix Isotope Thermo 1.2 High CH4/Air 2.5 vol.% CH4 (δ13C -25‰VPDB, δ2H -120‰VSMOW) in Air
2
ALPHAGAZ Mix Isotope Thermo 1.2 Low CH4/Air 250 ppm CH4 (δ13C -25‰VPDB, δ2H -120‰VSMOW) in Air
2
ALPHAGAZ Mix Isotope Thermo 1.2 Middle CH4/Air 2500 ppm CH4 (δ13C -25‰VPDB, δ2H -120‰VSMOW) in Air
2
ALPHAGAZ Mix Isotope Thermo 2.0 15 vol.% C2H6 (δ13C -30‰) + 5 vol.% C3H8 (δ13C -25‰) in CH4 (δ13C -40‰) vs.VPDB
4
ALPHAGAZ Mix Isotope Thermo 3.0 10 vol.% C2H6 (δ13C -30‰) + 8 vol.% C3H8 (δ13C -28‰) + 3 vol.% nC4H10 (δ13C -28‰) + 2 vol.% iC4H10 (δ13C -30‰) + 1 vol.% nC5H12 (δ13C -25‰) + 1 vol.% iC5H12 (δ13C -25‰) in CH4 (δ13C -40‰) vs.VPDB
8
Brennerprüfgas G110 24 vol.% N2 + 26 vol.% CH4 in H2
3
Brennerprüfgas G112 17 vol.% CH4 + 24 vol.% N2 in H2
3
Brennerprüfgas G21 13 vol.% C3H8 in CH4
2
Brennerprüfgas G222 23 vol.% H2 in CH4
2
Brennerprüfgas G23 7,5 vol.% N2 in CH4
2
Brennerprüfgas G231 15 vol.% N2 in CH4
2
Brennerprüfgas G24 12 vol.% C3H8 + 20 vol.% H2 in CH4
3
Brennerprüfgas G25 14 vol.% N2 in CH4
2
Brennerprüfgas G26 14 vol.% N2 in CH4
2
Brennerprüfgas G27 18 vol.% N2 in CH4
2
Brennerprüfgas G271 26 vol.% N2 in CH4
2
Medmix Carbogen 5 5 vol.% CO2 in O2
2
Medmix DLCO 0,25 vol.% CO + 9 vol.% He + 21 vol.% O2 in N2
4
Medmix DLCO 0,28 vol.% CO + 14 vol.% He + 21 vol.% O2 in N2
4
Medmix DLCO 0,28 vol.% CO + 9,5 vol.% He + 18,95 vol.% O2 in N2
4
Medmix DLCO 0,3 vol.% C2H2 + 0,3 vol.% CH4 + 0,3 vol.% CO + 21 vol.% O2 in N2
5
Medmix DLCO 0,3 vol.% CO + 0,3 vol.% CH4 + 21 vol.% O2 in N2
4
Medmix DLCO 0,3 vol.% CO + 0,5 vol.% Ne + 21 vol.% O2 in N2
4
Medmix DLCO 0,3 vol.% CO + 18 vol.% He + 21 vol.% O2 in N2
4
Medmix ErgoCal 5 vol.% CO2 + 16 vol.% O2 + in N2
3
Medmix Foam Carrier 30 vol.% O2 in CO2
2
Medmix Foam Carrier 6 vol.% O2 + 70 vol.% CO2 in N2
3
Medmix H2S 20 ppm 20 ppm-vol H2S in N2
2
Medmix Heliox 22 22 vol.% O2 in He
2
Medmix Heliox 50 50 vol.% O2 in He
2
Medmix Hypoxic 10 vol.% O2 in N2
2
Medmix Hypoxic 12 vol.% O2 in N2
2
Medmix Hypoxic 14 vol.% O2 in N2
2
Medmix Hypoxic 15 vol.% O2 in N2
2
Medmix Hypoxic 18 vol.% O2 in N2
2
Medmix NO 50 ppm 50 ppm-vol NO in N2
2
Medmix Ophtalmo SF6 21 vol.% O2 in N2
2
Medmix Ophtalmo SF6 3 vol.% SF6 in O2
2
Medmix Ophtalmo SF6 4 vol.% SF6 + 21 vol.% O2 in N2
3
Medmix Ophtalmo SF6 5 vol.% SF6 + 21 vol.% O2 + 26,3 vol.% He in N2
4
Medmix PFT 9 vol.% He + 21 vol.% O2 in N2
3
On Demand Isotope CH4/Air CH4 ppm to 2,5% (δ13C -70 to +50‰VPDB), (δ2H -275 to +50‰VSMOW)
1
On Demand Isotope CO2/Air CO2 ppm to % (δ13C -50 to +50‰VPDB), (δ18O -25 to +25‰VPDB)
1
Picarro CH4/Air 10 ppm CH4 (δ13C -25±1‰VPDB) in Air
2
Picarro CH4/Air 10 ppm CH4 (δ13C -45±1‰VPDB) in Air
2
Picarro CH4/Air 10 ppm CH4 (δ13C -69±1‰VPDB) in Air
2
Picarro CH4/Air 1000 ppm CH4 (δ13C -25±1‰VPDB) in Air
2
Picarro CH4/Air 1000 ppm CH4 (δ13C -45±1‰VPDB) in Air
2
Picarro CH4/Air 1000 ppm CH4 (δ13C -69±1‰VPDB) in Air
2
Picarro CH4/Air 2 ppm CH4 (δ13C -25±1‰VPDB) in Air
2
Picarro CH4/Air 2 ppm CH4 (δ13C -45±1‰VPDB) in Air
2
Picarro CH4/Air 2 ppm CH4 (δ13C -69±1‰VPDB) in Air
2
Picarro CH4/Air 30 ppm CH4 (δ13C -25±1‰VPDB) in Air
2
Picarro CH4/Air 30 ppm CH4 (δ13C -45±1‰VPDB) in Air
2
Picarro CH4/Air 30 ppm CH4 (δ13C -69±1‰VPDB) in Air
2
Picarro CH4/Air 500 ppm CH4 (δ13C -25±1‰VPDB) in Air
2
Picarro CH4/Air 500 ppm CH4 (δ13C -45±1‰VPDB) in Air
2
Picarro CH4/Air 500 ppm CH4 (δ13C -69±1‰VPDB) in Air
2
Picarro CO2/ Air 300 ppm CO2 (δ13C -40±0.3‰VPDB) in Air
2
Picarro CO2/Air 1500 ppm CO2 (δ13C -25±0.3‰VPDB) in Air
2
Picarro CO2/Air 1500 ppm CO2 (δ13C -40±0.3‰VPDB) in Air
2
Picarro CO2/Air 1500 ppm CO2 (δ13C -5±0.3‰VPDB) in Air
2
Picarro CO2/Air 300 ppm CO2 (δ13C -25±0.3‰VPDB) in Air
2
Picarro CO2/Air 300 ppm CO2 (δ13C -5±0.3‰VPDB) in Air
2
Picarro Depleted CO2/CH4/Air 2500 ppm CO2 (δ13C -50±0.3‰VPDB) + 100 ppm CH4 (δ13C -55±0.5‰) in Air
3
Picarro High CO2/CH4/Air 1000 ppm CO2 (δ13C -20±0.3‰VPDB) + 10 ppm CH4 (δ13C -69±0.5‰VPDB) in Air
3
Picarro High-High CO2/CH4/Air 1000 ppm CO2 (δ13C -30±0.3‰VPDB) + 1000 ppm CH4 (δ13C -25±0.5‰VPDB) in Air
3
Picarro Low CO2/CH4/Air 250 ppm CO2 (δ13C -5±0.3‰VPDB) + 1 ppm CH4 (δ13C -25±0.5‰VPDB) in Air
3
Picarro Medium CO2/CH4/Air 350 ppm CO2 (δ13C -10±0.3‰VPDB) + 2 ppm CH4 (δ13C -45±0.5‰VPDB) in Air
3
Picarro N2O/Air 1500 ppb N2O in Air δ15N (atm N2) -0.3±0.5‰, δ15N alpha -0.4 ±0.5‰atm N2, δ15N beta -0.2±0.5‰atm N2, δ18O 41.9±1‰VSMOW
2
Picarro N2O/Air 1500 ppb N2O in Air δ15N (atm N2) 2.2±0.5‰, δ15N alpha 3.2 ±0.5‰atm N2, δ15N beta 1.2±0.5‰atm N2, δ18O 39.3±1‰VSMOW
2
Picarro N2O/Air 300 ppb N2O in Air δ15N (atm N2) -0.3±0.5‰, δ15N alpha -0.4 ±0.5‰atm N2, δ15N beta -0.2±0.5‰atm N2, δ18O 41.9±1‰VSMOW
2
Picarro N2O/Air 300 ppb N2O in Air δ15N (atm N2) 2.2±0.5‰, δ15N alpha 3.2 ±0.5‰atm N2, δ15N beta 1.2±0.5‰atm N2, δ18O 39.3±1‰VSMOW
2
Picarro Natural CO2/CH4/Air 400 ppm CO2 (δ13C -8.6±0.3‰VPDB) + 1.8 ppm CH4 (δ13C -47±0.5‰) in Air
3
Thermo Fisher Scientific CO2 δ13C CO2 -25‰VPDB
1
Thermo Fisher Scientific CO2 δ13C CO2 -3‰VPDB
1
Thermo Fisher Scientific H2 δ2H H2 -250‰VSMOW
1
Thermo Fisher Scientific N2 δ15N N2 0‰vs.atmN2
1
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