There are certain rules and guidelines to be followed to ensure proper usage and correct results when using Draeger Gas Detector Tubes, including the tubes found in the at the same time Test Sets provided with the Draeger CDS Kit.
Draeger Gas Detector Tube Storage
To guarantee the accuracy of the tube indication throughout the shelf life, Draeger-Tubes should be stored in the original package at room temperature (approximately 20 C). A observe on the package indicates a maximum storage temperature of 25 C (i.e. 77 F). Avoid excessively low (less than 35 F) or higher (greater than 77 F) temperatures during storage and do not subject the tubes to light for prolonged periods.
Draeger Gas Detector Tube Use in Cold Temperatures
Since some of the reagents can freeze below 0 C it is almost impossible to give correction factors for the use of detector tubes in cold temperature. However, there is a simple answer to the problem, namely to ensure that the temperature in the tube remains within the operating range (see operating instructions) during the measurement. The easiest way to do this is to keep the tube warm by holding it closely in the hand. This technique is useful down to -20 C (i.e. -4 F). Sports mittens with a slit in the palm work well at the lower temperatures.
Draeger Gas Detector Tube Disposal
Do not dispose of used or expired Draeger-Tubes in domestic waste. Draeger-Tubes must be disposed of properly, since the reagent system of the tube contains chemicals, already though the chemicals are present in extremely small amounts.
The storage or disposal of chemicals must be conducted according to local, state and federal regulations. Draeger Safety can provide the tube user a letter with general comments on disposal requirements in addition as an attachment listing the pre-use contents of each of 15 defined groups of tubes (based on chemical reactants).
The U.S. Environmental Protection Agency maintains a toll-free telephone service called the RCRA Hotline, which provides guidance on regulatory issues. The number for the RCRA Hotline is 800-424-9346.
Draeger Supplemental Short Term Detector Tubes
The tubes in the at the same time Test Sets of the CDS Kit are characterized as “semi-quantitative”, providing rough estimations on the concentrations of 8 chemical agents. Draeger has nearly 200 short-term tube options capable of detecting over 1,000 different chemicals.
There is space in the CDS Kit for 6 additional boxes of individual detector tubes, which are also used with the accuro sampling pump provided. Selection of these tubes is an individual choice and is influenced by what chemicals might be expected to be present in a certain area. For example, if there is a nearby industrial facility that has certain chemicals in use for their processes, tubes for those specific chemicals would be a likely choice.
There are certain shared chemical or chemical families for which individual tubes most often may be selectively additional to the CDS Kit. An overview of some of these, and applicable tubes to respond, is presented here. More detailed information is always obtainable from Draeger Safety or our empowered Distributors.
Ammonia is the 3rd largest quantity chemical produced in the United States and is used in a large variety of applications. Draeger manufactures 5 different short-term ammonia tubes able to detect from 0.25 to 100,000 ppm. The tube with the most utility within the TLV and IDLH ranges is the Ammonia 5/a (P/N CH20501), which can measure between 5-700 ppm. The tube can also detect other basic gases such as organic amines.
Chlorine is the 9th highest quantity chemical produced in the United States, nevertheless most commonly used in water purification. Draeger manufactures 3 different short-term tubes able to detect from 0.02 to 500 ppm. The recommended tube would be the Chlorine 0.2/a (P/N CH24301) capable of measuring between 0.02-30 ppm. This tube is also capable of estimating levels of chlorine dioxide if present. Additionally, it has sensitivity to bromine and nitrogen dioxide.
May be present in toxic concentrations at the site of a fire. Draeger provides 5 different short-term tubes for the detection of CO, including the Carbon Monoxide 10/b (P/N CH20601). This tube is capable of measuring from 10 to 3000 ppm CO. As the tube has sensitivity to a number of hydrocarbons a carbon pre-tube can be provided to remove interfering substances.
Draeger provides 10 different tubes for the measurement of hydrogen sulfide, which is highly flammable and toxic by inhalation. TLV is 10 ppm in air. The Hydrogen Sulfide 5/b tube (P/N CH29801) has a detection range of 5-600 ppm.
The Draeger Petroleum Hydrocarbons 10/a tube (P/N 8101691) has specific sensitivities to hexane, heptane, octane and other hydrocarbons. The standard calibration is for n-octane at 10 to 300 ppm. This tube is consequently capable of general measurement of a number of shared substances such as gasoline, kerosene/aviation fuel, diesel fuel and various solvents/spirits.
Different chlorinated hydrocarbons nevertheless have a number of applications including dry cleaning (perchloroethylene), solvents (trichloroethane), degreasing (trichloroethylene) and adhesive production (vinyl chloride). Draeger manufactures tubes for all these specific compounds. The two most commonly used in HazMat Response have been the Perchloroethylene 2/a (P/N 8101501), range of 2-300 ppm, and the Trichloroethylene 10/a (P/N CH24401), which can measure 50-2000 ppm of TCE.
The aromatic compounds benzene, toluene, ethyl benzene and xylene have a large presence in the chemical/petrochemical markets in a wide variety of uses. The tube with the most utility in quantifying all BTEX compounds except benzene is the Toluene 5/b tube (P/N 8101661). Of the 5 different tubes offered for benzene measurement (collective range of 0.5 to 420 ppm), the most benzene specific is the Benzene 0.5/c (P/N 8101841), which can measure from 0.5 to 200 ppm.
Hydrochloric acid is the 25th highest quantity chemical produced in the United States and commonly is used in food processing, steel pickling, metal cleaning and various acidizing applications. Measurement of the gaseous hydrogen chloride fraction is done with either of two hydrochloric acid tubes. The lower range Hydrochloric Acid 1/a (P/N CH29501) covers the range of 0.1 to 100 ppm.
Other chemical specific tubes that are obtainable to supplement the semi-quantitative tubes found in the Civil Defense Simultest Kit and help pinpoint levels of possible toxic substances include the following:
TUBE PART # RANGE
- Nitrous Fumes 2/a (NO + NO2) CH31001 2-150 ppm
- Nitrogen Dioxide 2/c 6719101 2-100 ppm
- Nitric Acid 1/a 6728311 1-50 ppm
- Hydrocyanic Acid 2/a CH25701 2-150 ppm
- Sulfur Dioxide 0.5/a CH31701 0.5-25 ppm
- Carbon Dioxide 0.1%/a CH23501 1000-60,000 ppm
- Phosgene 0.25/c CH28301 0.25-25 ppm
- Acetone 100/b (Ketones) CH22901 100-12,000 ppm
- Alcohol 25/a 8101631 25-5000 ppm
- Petroleum Hydrocarbons 100/a 6730201 100-2,500 (n-Octane)
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