Zellweger Lumidor MicroMAX+, User And Maintenance Manual

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GAS/VAPOR RELATIVE SPAN
Acetone 50
Allyl Alcohol 50
Benzene 44
Butane 51
Butan-2-one (MEK) 48
Butyl Acetate 36
Cyclohexane 44
Di n-butyl ether 43
Ethane 82
Ethanol 64
Ethene 81
Ethyl Acetate 46
Ethyl Benzene 30
Ethylene Oxide 64
Hexane 46
Heptane 44
Hydrogen 107
GAS/VAPOR RELATIVE SPAN
Methane 100
Methanol 84
Methylamine 80
Methylethylketone 48
Methyl,t-butylether 44
n-Propanol 50
Octane 38
Pentane 50
Propane 63
Propan-2-ol (IPA) 49
Propylene 64
Propylene Oxide 46
Styrene 32
Tetrahydrofuran 64
Toluene 44
t-Butylalcohol 74
Xylene 31
56 57
APPENDIX A. SPECIFICATIONS
NITROGEN DIOXIDE
GAS CONCENTRATION (PPM) TYPICAL RESPONSE (PPM)
Hydrogen Sulfide 10 no data
Sulfur Dioxide 50 0
Hydrochloric Acid 5 0
Phosphine 0.1 0
Carbon Monoxide 1000 0
Carbon Dioxide 5000 0
Nitrogen 1,000,000 0
Chlorine 1 3
Hydrogen 1000 0
Hydrocarbons 10,000 0
Ammonia 30 0
Ozone 1 0.7
Diborane 0.1 0
Arsine 0.1 0
Germane 1 0
Fluorine 3 0
Alcohols 1000 0
Nitrogen Monoxide 100 0
COMBO-TOX (CO/H
2
S)
GAS CONCENTRATION (PPM) TYPICAL RESPONSE(PPM)
Hydrogen Sulfide 15 38
Sulfur Dioxide 5 2.5
Nitric Oxide 35 10
Nitrogen Dioxide 5 Neg3
Chlorine 1 <Neg1
Hydrogen 100 <40
APPENDIX A. SPECIFICATIONS
LEL CROSS SENSITIVITY DATA
Note: This section below should be disregarded if you have chosen the “LEL GAS TYPE” in the
supervisory mode).
The cross sensitivity data above contains the relative span for a number of combustible gases.
This information enables the following cross sensitivity calculations:
(1) Instrument reading in LEL when exposed to a specific combustible gas included in the table:
Instrument reading in LEL = LEL concentation of gas applied x relative span of gas applied
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relative span of calibration gas
Example 1: What will an instrument, calibrated to methane, read when exposed to 10% toluene?
Calculation: 10 x 44 = 4.4%LEL toluene
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M U L T I G A S D E T E C T I O N