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Dräger-Tubes for Short-Term Measurements
Dräger Gas Detection Tubes · Short-term detector tube

Dräger-Tubes for Short-Term Measurements

Dräger short-term tubes are recognised worldwide as a highly efficient and reliable method for determining contaminants in air, water and soil quickly and economically. More than 220 different tubes are available for the targeted measurement of current concentrations, covering more than 500 gases. A measurement usually takes about 5 seconds to 15 minutes, and the result is shown directly at the end of the measurement. The tubes are used, for example, for spot measurements and targeted measurement of current concentrations, determining personal exposure in the breathing zone, leak detection on pipelines, emission and immission measurements, and entry into confined spaces. Measurements are made manually with the Dräger Accuro gas detector pump or automatically with the Dräger Accuro 2000 automatic pump. The right tube is chosen according to the substance to be measured.

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Description and features

Dräger short-term tubes are recognised worldwide as a highly efficient and reliable method for determining contaminants in air, water and soil quickly and economically. More than 220 different tubes are available for the targeted measurement of current concentrations, covering more than 500 gases. A measurement usually takes about 5 seconds to 15 minutes, and the result is shown directly at the end of the measurement. The tubes are used, for example, for spot measurements and targeted measurement of current concentrations, determining personal exposure in the breathing zone, leak detection on pipelines, emission and immission measurements, and entry into confined spaces. Measurements are made manually with the Dräger Accuro gas detector pump or automatically with the Dräger Accuro 2000 automatic pump. The right tube is chosen according to the substance to be measured.

01Can measure more than 500 different gases
02More than 220 different short-term tubes
03Result shown directly at the end of the measurement
04Measuring time from 5 seconds to 15 minutes
05Manual with Accuro, automatic with Accuro 2000
Technical data
BRAND
Dräger
MODEL
Dräger-Tubes for Short-Term Measurements
COMPATIBLE ITEMS
Dräger Accuro · Dräger Accuro 2000

Tube list

162 tubes
SubstanceDescriptionMeasuring rangeExtended rangeTube nameOrder codeDatasheetInstructions for use
Acetaldehyde—100 – 1000 ppm—Acetaldehyde 100/a6726665PDFPDF
Acetic Acid—5 – 80 ppm—Acetic Acid 5/a6722101PDFPDF
Acetone—40 – 800 ppm—Acetone 40/a8103381PDFPDF
Acetone—100 – 12000 ppm—Acetone 100/bCH22901PDFPDF
Acid TestQualitative detection of acidic gases——Acid Test8101121PDFPDF
Acrylonitrile—0.2 – 4 ppm / 5 – 50 ppm—Acrylonitrile 0.2/a8103701PDF—
AlcoholMethanol, ethanol, isopropanol and n-butanol500 – 5000 ppm / 10 – 500 ppm—Alcohol 10/a3740290PDF—
Amine TestQualitative detection of basic-reacting gases——Amine Test8101061PDFPDF
Ammonia—0.25 – 3 ppm—Ammonia 0.25/a8101711PDFPDF
Ammonia—2 – 30 ppm—Ammonia 2/a6733231PDFPDF
Ammonia—5 – 70 ppm / 50 – 700 ppm—Ammonia 5/aCH20501PDFPDF
Ammonia—5 – 100 ppm2.5 – 50 ppmAmmonia 5/b8101941PDFPDF
Ammonia—0.5 – 10 Vol%0.05 – 1 Vol%Ammonia 0.5 %/aCH31901PDFPDF
Aniline—0.5 – 10 ppm—Aniline 0.5/a6733171PDFPDF
Arsine—0.05 – 3 ppm—Arsine 0.05/aCH25001PDFPDF
Benzene—0.25 – 2 ppm / 2 – 10 ppm—Benzene 0.25/a8103691PDFPDF
Benzene—2 – 60 ppm—Benzene 2/a8101231PDFPDF
Benzene—5 – 40 ppm—Benzene 5/a6718801PDFPDF
Benzene—5 – 50 ppm—Benzene 5/b6728071PDFPDF
Benzene—15 – 420 ppm—Benzene 15/a8101741PDFPDF
Carbon Dioxide—100 – 3000 ppm—Carbon Dioxide 100/a8101811PDFPDF
Carbon Dioxide—0.5 – 6 Vol% / 0.1 – 1.2 Vol%—Carbon Dioxide 0.1 %/aCH23501PDFPDF
Carbon Dioxide—0.5 – 10 Vol%—Carbon Dioxide 0.5 %/aCH31401PDFPDF
Carbon Dioxide—1 – 20 Vol%—Carbon Dioxide 1 %/aCH25101PDFPDF
Carbon Dioxide—5 – 60 Vol%—Carbon Dioxide 5 %/ACH20301PDFPDF
Carbon Disulfide—3 – 95 ppm—Carbon Disulfide 3/a8101891PDFPDF
Carbon Disulfide—5 – 60 ppm—Carbon Disulfide 5/a6728351PDFPDF
Carbon Disulfide—0.1 – 10 mg/L—Carbon Disulfide 30/aCH23201PDFPDF
Carbon Monoxide—2 – 60 ppm / 25 – 300 ppm—Carbon Monoxide 2/a6733051PDFPDF
Carbon Monoxide—100 – 700 ppm / 5 – 150 ppm—Carbon Monoxide 5/cCH25601PDFPDF
Carbon MonoxideCO in hydrogen8 – 150 ppm—Carbon Monoxide 8/aCH19701PDFPDF
Carbon Monoxide—100 – 3000 ppm / 10 – 300 ppm—Carbon Monoxide 10/bCH20601PDFPDF
Carbon Monoxide—0.3 – 7 Vol%—Carbon Monoxide 0.3 %/bCH29901PDFPDF
Carbon Tetrachloride—0.1 – 5 ppm—Carbon Tetrachloride 0.1/a8103501PDFPDF
Carbon Tetrachloride—1 – 15 ppm / 10 – 50 ppm—Carbon Tetrachloride 1/a8101021PDFPDF
Chlorine—0.2 – 3 ppm / 3 – 30 ppm—Chlorine 0.2/aCH24301PDFPDF
Chlorine—50 – 500 ppm—Chlorine 50/aCH20701PDFPDF
Chlorine Dioxide—0.1 – 1 ppm / 0.025 – 0.1 ppm—Chlorine Dioxide 0.025/a8103491PDFPDF
Chlorobenzene—5 – 200 ppm—Chlorobenzene 5/a6728761PDFPDF
Chloroform—2 – 10 ppm / 20 – 80 ppm—Chloroform 2/b6728861PDFPDF
Chloroformic Acid Ester—0.2 – 10 ppm—Chloroformic Acid Ester 0.2/b6718601PDFPDF
Chloromethane—10 – 100 ppm—Chloromethane 10/a8103911PDF—
Chloropicrin—0.1 – 2 ppm—Chloropicrin 0.1/a8103421PDF—
Chloroprene—5 – 60 ppm—Chloroprene 5/a6718901PDFPDF
Chromic AcidRead by comparison with the colour standard0.1 – 0.5 mg/m³—Chromic Acid 0.1/a6728681PDFPDF
Cyanide—2 – 15 mg/m³—Cyanide 2/a6728791PDF—
Cyanogen Chloride—0.25 – 5 ppm—Cyanogen Chloride 0.25/aCH19801PDFPDF
Cyclohexane—40 – 200 ppm / 300 – 3000 ppm—Cyclohexane 40/a8103671PDFPDF
Cyclohexylamine—2 – 30 ppm—Cyclohexylamine 2/a6728931PDFPDF
Diethyl Ether—100 – 4000 ppm—Diethyl Ether 100/a6730501PDFPDF
Dimethyl Formamide—10 – 40 ppm—Dimethyl Formamide 10/b6718501PDF—
Dimethyl sulfateRead by comparison with the colour standard0.005 – 0.05 ppm—Dimethyl sulfate 0.005/c6718701PDF—
Dimethyl Sulfide—1 – 15 ppm—Dimethyl Sulfide 1/a6728451PDFPDF
Ethanol—100 – 3000 ppm—Ethanol 100/a8103761PDFPDF
Ethyl Acetate—200 – 3000 ppm—Ethyl Acetate 200/aCH20201PDFPDF
Ethylbenzene—30 – 400 ppm45 – 600 ppmEthylbenzene 30/a6728381PDFPDF
Ethylene—0.2 – 5 ppm—Ethylene 0.1/a8101331PDFPDF
Ethylene—50 – 2500 ppm—Ethylene 50/a6728051PDFPDF
Ethylene Glycol—10 – 180 mg/m³ (4 – 70 ppm)—Ethylene Glycol 108101351PDFPDF
Ethylene Oxide—1 – 15 ppm—Ethylene Oxide 1/a6728961PDFPDF
Ethylene Oxide—25 – 500 ppm—Ethylene Oxide 25/a6728241PDFPDF
Epichlorohydrin—5 – 80 ppm—Epichlorohydrin 5/c6728111PDF—
Fluorine—0.1 – 2 ppm0.05 – 1 ppmFluorine 0.1/a8101491PDFPDF
FormaldehydeExtended range with activation tube (81 01 141)0.5 – 5 ppm / 0.2 – 2.5 ppm0.1 – 1.25 ppm / 0.05 – 0.63 ppm / 0.04 – 0.5 ppmFormaldehyde 0.2/a6733081PDF—
Formaldehyde—2 – 40 ppm—Formaldehyde 2/a8101751PDF—
Formic Acid—1 – 15 ppm—Formic Acid 1/a6722701PDFPDF
Petroleum Hydrocarbonsn-oktan olarak10 – 300 ppm—Petroleum Hydrocarbons 10/a8101691PDFPDF
Petroleum Hydrocarbonsn-oktan olarak100 – 2500 ppm—Petroleum Hydrocarbons 100/a6730201PDFPDF
Halogenated HydrocarbonsColour change is read in mm and compared with the calibration sheet200 – 2600 ppm (R 113 / R 114) / 100 – 1400 ppm (R 11)—Halogenated Hydrocarbons 100/a8101601PDF—
Hexane—10 – 200 ppm / 200 – 2500 ppm—Hexane 10/a8103681PDFPDF
Hydrazine—0.01 – 0.4 ppm / 0.5 – 6 ppm—Hydrazine 0.01/a8103351PDFPDF
Hydrazine—0.25 – 10 ppm / 0.1 – 5 ppm—Hydrazine 0.25/aCH31801PDFPDF
Hydrocarbon—2 – 24 mg/L—Hydrocarbon 2/a8103581PDFPDF
HydrocarbonPropane, butane and their 1:1 mixture0.1 – 1.3 Vol%—Hydrocarbon 0.1 %/c8103571PDFPDF
Hydrochloric Acid—0.2 – 3 ppm / 3 – 20 ppm—Hydrochloric Acid 0.2/a8103481PDFPDF
Hydrochloric Acid—1 – 10 ppm—Hydrochloric Acid 1/aCH29501PDFPDF
Hydrochloric Acid—500 – 5000 ppm / 50 – 500 ppm—Hydrochloric Acid 50/a6728181PDFPDF
Hydrochloric Acid/Nitric Acid—HCl 1 – 10 ppm / HNO3 1 – 15 ppm—Hydrochloric Acid/Nitric Acid 1/a8101681PDFPDF
Hydrocyanic Acid—0.5 – 5 ppm / 5 – 50 ppm—Hydrocyanic Acid 0.5/a8103601PDFPDF
Hydrogen—0.2 – 2.0 Vol%—Hydrogen 0.2 %/a8101511PDFPDF
Hydrogen—0.5 – 3.0 Vol%—Hydrogen 0.5 %/aCH30901PDFPDF
Hydrogen Fluoride—0.5 – 15 ppm / 10 – 90 ppm—Hydrogen Fluoride 0.5/a8103251PDFPDF
Hydrogen Fluoride—1.5 – 15 ppm—Hydrogen Fluoride 1.5/bCH30301PDFPDF
Hydrogen Peroxide—0.1 – 3 ppm / 1 ppm—Hydrogen Peroxide 0.1/a8101041PDFPDF
Hydrogen Sulfide—0.2 – 5 ppm—Hydrogen Sulfide 0.2/a8101461PDFPDF
Hydrogen Sulfide—0.2 – 6 ppm—Hydrogen Sulfide 0.2/b8101991PDF—
Hydrogen Sulfide—0.5 – 15 ppm / 5 – 150 ppm—Hydrogen Sulfide 0.5/a6728041PDFPDF
Hydrogen Sulfide—10 – 200 ppm / 1 – 20 ppm—Hydrogen Sulfide 1/c6719001PDFPDF
Hydrogen Sulfide—10 – 200 ppm / 1 – 20 ppm—Hydrogen Sulfide 1/d8101831PDFPDF
Hydrogen Sulfide—20 – 200 ppm / 2 – 20 ppm—Hydrogen Sulfide 2/a6728821PDFPDF
Hydrogen Sulfide—2 – 60 ppm1 – 30 ppmHydrogen Sulfide 2/b8101961PDFPDF
Hydrogen Sulfide—5 – 60 ppm50 – 600 ppmHydrogen Sulfide 5/bCH29801PDFPDF
Hydrogen Sulfide—100 – 2000 ppm—Hydrogen Sulfide 100/aCH29101PDFPDF
Hydrogen Sulfide—0.2 – 7 Vol%—Hydrogen Sulfide 0.2 %/ACH28101PDFPDF
Hydrogen Sulfide—2 – 40 Vol%—Hydrogen Sulfide 2 %/a8101211PDFPDF
Hydrogen Sulfide + Sulfur Dioxide—0.2 – 7 Vol%0.02 – 0.7 Vol%Hydrogen Sulfide + Sulfur Dioxide 0.2 %/ACH28201PDFPDF
Iodine—0.1 – 0.6 ppm / 1 – 5 ppm—Iodine 0.1/a8103521PDFPDF
i-Propanol—50 – 4000 ppm—i-Propanol 50/a8103741PDFPDF
Mercaptan—0.1 – 2.5 ppm / 3 – 15 ppm—Mercaptan 0.1/a8103281PDFPDF
Mercaptan—0.5 – 5 ppm—Mercaptan 0.5/a6728981PDFPDF
Mercaptan—20 – 100 ppm—Mercaptan 20/a8101871PDFPDF
Mercury vapor—0.05 – 2 mg/m³—Mercury vapor 0.1/bCH23101PDFPDF
Methanol—20 – 250 ppm / 200 – 5000 ppm—Methanol 20/a8103801PDFPDF
Methyl Acrylate—5 – 200 ppm—Methyl Acrylate 5/a6728161PDFPDF
Methyl Bromide—0.1 – 5 ppm / 5 – 50 ppm—Methyl Bromide 0.1/a3706301PDFPDF
Methylene Chloride—20 – 200 ppm—Methylene Chloride 20/a8103591PDFPDF
tert-Butyl Mercaptan (TBM)—3 – 15 mg/m³ / 1 – 10 mg/m³—Natural Gas Odorization tert-butyl mercaptan (TBM)8103071PDFPDF
Natural Gas TestQualitative detection of natural gas——Natural Gas TestCH20001PDFPDF
n-butanol—10 – 250 ppm / 250 – 2000 ppm—n-butanol 10/a8103861PDFPDF
Nickel TetracarbonylRead by comparison with the colour standard0.1 – 1 ppm—Nickel Tetracarbonyl 0.1/aCH19501PDFPDF
Nitric Acid—5 – 50 ppm / 1 – 15 ppm—Nitric Acid 1/a6728311PDFPDF
Nitrogen Dioxide—5 – 30 ppm / 0.1 – 5 ppm—Nitrogen Dioxide 0.1/a8103631PDFPDF
Nitrogen Dioxide—5 – 100 ppm / 2 – 50 ppm—Nitrogen Dioxide 2/c6719101PDFPDF
Nitrous Fumes—0.2 – 6 ppm—Nitrous Fumes 0.2/a8103661PDFPDF
Nitrous Fumes—5 – 100 ppm / 2 – 50 ppm—Nitrous Fumes 2/aCH31001PDFPDF
Nitrous Fumes—20 – 500 ppm—Nitrous Fumes 20/b3706171PDFPDF
Nitrous Fumes—50 – 1000 ppm / 2000 – 4000 ppm—Nitrous Fumes 50/b8103941PDFPDF
Oil MistRead by comparison with the colour standard1 – 10 mg/m³—Oil Mist 1/a6733031PDF—
Olefins—0.06 – 3.2 Vol% (propene) / 0.04 – 2.4 Vol% (butylene)—Olefins 0.05 %/aCH31201PDFPDF
Oxygen—5 – 23 Vol%—Oxygen 5 %/B6728081PDFPDF
Oxygen—5 – 23 Vol%—Oxygen 5 %/C8103261PDFPDF
Ozone—0.05 – 0.7 ppm0.1 – 1.4 ppm / 0.005 – 0.07 ppmOzone 0.05/b6733181PDFPDF
Ozone—20 – 300 ppm—Ozone 10/aCH21001PDFPDF
Pentane—100 – 1500 ppm—Pentane 100/a6724701PDFPDF
Perchloroethylene—0.5 – 4 ppm / 0.1 – 1 ppm—Perchloroethylene 0.1/a8101551PDF—
Perchloroethylene—20 – 300 ppm / 2 – 40 ppm—Perchloroethylene 2/a8101501PDFPDF
Phenol—1 – 20 ppm—Phenol 1/b8101641PDFPDF
Phosgene—0.02 – 1 ppm / 0.02 – 0.6 ppm—Phosgene 0.02/a8101521PDFPDF
Phosgene—0.25 – 5 ppm—Phosgene 0.25/cCH28301PDFPDF
Phosphine—0.1 – 1.0 ppm / 0.01 – 0.3 ppm—Phosphine 0.01/a8101611PDFPDF
Phosphine—0.5 – 3 ppm / 0.1 – 1.0 ppm—Phosphine 0.1/c8103711PDFPDF
Phosphine in acetylenePhosphine in acetylene0.1 – 1 ppm / 1 – 15 ppm—Phosphine 0.1/b in acetylene8103341PDFPDF
Phosphine—10 – 100 ppm / 1 – 20 ppm—Phosphine 1/a8101801PDFPDF
Phosphine—200 – 10000 ppm / 25 – 900 ppm—Phosphine 25/A8101621PDFPDF
Phosphine—50 – 1000 ppm15 – 300 ppmPhosphine 50/aCH21201PDFPDF
PolytestQualitative detection of easily oxidisable substances——PolytestCH28401PDFPDF
Pyridine—5 ppm—Pyridine 5/A6728651PDF—
Styrene—10 – 200 ppm—Styrene 10/a6723301PDFPDF
Styrene—10 – 250 ppm—Styrene 10/b6733141PDFPDF
Sulfur Dioxide—0.1 – 3 ppm—Sulfur Dioxide 0.1/a6727101PDFPDF
Sulfur Dioxide—1 – 25 ppm / 0.5 – 5 ppm—Sulfur Dioxide 0.5/a6728491PDFPDF
Sulfur Dioxide—1 – 25 ppm—Sulfur Dioxide 1/aCH31701PDFPDF
Sulfur Dioxide—20 – 200 ppm200 – 2000 ppmSulfur Dioxide 20/aCH24201PDFPDF
Sulfur Dioxide—400 – 8000 ppm / 50 – 500 ppm—Sulfur Dioxide 50/b8101531PDFPDF
Sulfuric AcidRead by comparison with the colour standard1 – 5 mg/m³—Sulfuric Acid 1/a6728781PDF—
Sulfuryl Fluoride—1 – 5 ppm—Sulfuryl Fluoride 1/a8103471PDF—
Tetrahydrothiophene—1 – 10 ppm / 4 – 20 mg/m³1.6 – 16 ppm / 6.4 – 64 mg/m³Tetrahydrothiophene 1/b8101341PDFPDF
Toluene—50 – 300 ppm / 5 – 80 ppm—Toluene 5/b8101661PDF—
Toluene—50 – 400 ppm—Toluene 50/a8101701PDFPDF
Toluene—100 – 1800 ppm—Toluene 100/a8101731PDFPDF
Toluene diisocyanateRead with the colour comparison tube0.02 – 0.2 ppm—Toluene diisocyanate 0.02/A6724501PDFPDF
Trichloroethane—50 – 600 ppm—Trichloroethane 50/dCH21101PDFPDF
Trichloroethylene—20 – 250 ppm / 2 – 50 ppm—Trichloroethylene 2/a6728541PDFPDF
Trichloroethylene—50 – 500 ppm—Trichloroethylene 50/a8101881PDFPDF
Triethylamine—5 – 60 ppm—Triethylamine 5/a6718401PDFPDF
Vinyl Chloride—5 – 30 ppm / 0.5 – 5 ppm—Vinyl Chloride 0.5/b8101721PDFPDF
Vinyl Chloride—100 – 3000 ppm—Vinyl Chloride 100/aCH19601PDFPDF
Water Vapor—1 – 40 mg/L—Water Vapor 0.1CH23401PDFPDF
Water Vapor—0.1 – 1.0 mg/L—Water Vapor 0.1/a8101321PDFPDF
Water Vapor—20 – 40 mg/L / 1 – 18 mg/L—Water Vapor 1/b8101781PDFPDF
Water Vapor—3.0 – 60 lbs/MMCF—Water Vapor 3/a8103031PDFPDF
Xylene—10 – 400 ppm—Xylene 10/a6733161PDFPDF

Ranges are as given in the manufacturer’s table; where no unit is stated, see the tube datasheet.

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