Gas Sampling Pump GV-100S/GV-110S
Please read the instruction manual for the gas sampling pump, GV-100S/GV-110S, together with the manual for the detector tube.
Detector Tube Instruction Manual
GASTEC tube No. & Name | Chemical Formula | Measuring Range(ppm) | |
---|---|---|---|
1HH | Carbon Monoxide | CO | 1-50% |
1H | Carbon Monoxide | CO | 0.1-10% |
1M | Carbon Monoxide | CO | 0.05-4% |
1LM | Carbon Monoxide | CO | 25-2000 |
1L | Carbon Monoxide | CO | 2.5-2000 |
1La | Carbon Monoxide | CO | 8-1000 |
1LK | Carbon Monoxide | CO | 5-600 |
1LKC | Carbon Monoxide | CO | 5-100 |
1LL | Carbon Monoxide | CO | 5-50 |
1LC | Carbon Monoxide | CO | 1-30 |
1D | Carbon Monoxide (Dosi tube) | CO | 1.04-2000 |
1DL | Carbon Monoxide (Dosi tube) | CO | 0.4-400 |
1A | Carbon Monoxide (Airtec tube) | CO | 5-50 |
2HH | Carbon Dioxide | CO2 | 2.5-40% |
2H | Carbon Dioxide | CO2 | 0.5-20% |
2L | Carbon Dioxide | CO2 | 0.13-6% |
2LL | Carbon Dioxide | CO2 | 300-5000 |
2LC | Carbon Dioxide | CO2 | 100-4000 |
2D | Carbon dioxide(Dosi tube) | CO2 | 0.02-12% |
2HT | Carbon Dioxide | CO2 | 10-100% |
2A | Carbon Dioxide (Airtec tube) | CO2 | 250-3000 |
2Ag | Carbon Dioxide(Airtec tube) | CO2 | 200-3000 |
3H | Ammonia | NH3 | 0.2-32% |
3HM | Ammonia | NH3 | 0.05-3.52% |
3M | Ammonia | NH3 | 10-1000 |
3La | Ammonia | NH3 | 2.5-220 |
3L | Ammonia | NH3 | 0.5-78 |
3D | Ammonia (Dosi tube) | NH3 | 2.5-1000 |
3DL | Ammonia (Dosi tube) | NH2 | 0.1-10 |
3S | Ammonia | NH2 | 0.5-5 |
4HT | Hydrogen Sulphide | H2S | 1-40% |
4HP | Hydrogen Sulphide | H2S | 0.25-20% |
4HH | Hydrogen Sulphide | H2S | 0.1-4% |
4H | Hydrogen Sulphide | H2S | 10-4000 |
4HM | Hydrogen Sulphide | H2S | 25-1600 |
4M | Hydrogen Sulphide | H2S | 12.5-500 |
4L | Hydrogen Sulphide | H2S | 1-240 |
4LL | Hydrogen Sulphide | H2S | 0.25-120 |
4LK | Hydrogen Sulphide | H2S | 1-40 |
4LB | Hydrogen Sulphide | H2S | 0.5-12 |
4LT | Hydrogen Sulphide | H2S | 0.05-4 |
4TP | Hydrogen Sulphide | H2S | 0.1-2.88 |
4D | Hydrogen Sulphide(Dosi tube) | H2S | 0.2-200 |
4S | Hydrogen Sulphide | H2S | 10-200ppb |
5H | Sulphur Dioxide | SO2 | 0.05-8% |
5M | Sulphur Dioxide | SO2 | 20-3600 |
5L | Sulphur Dioxide | SO2 | 1.25-200 |
5La | Sulphur Dioxide | SO2 | 0.5-60 |
5LC | Sulphur Dioxide | SO2 | 0.1-22 |
5Lb | Sulphur Dioxide | SO2 | 0.05-10 |
5D | Sulphur Dioxide(Dosi tube) | SO2 | 0.2-100 |
5DH | Sulphur Dioxide (Dosi tube) | SO2 | 10-600 |
6 | Water Vapor | H2O | 0.5-32mg/L |
6L | Water Vapor | H2O | 0.05-2mg/L |
6LP | Pipeline Dew point Tube | H2O | 3-100LB/MMCF |
6LLP | Pipeline Dew Point Tube | H2O | 2-10LB/MMCF |
6AH | Water Vapour (Airtec tube) | H2O | 500-5000 |
6A | Water Vapour (Airtec tube) | H2O | 10-80mg/m3 |
6Ag | Water Vapour (Airtec tube) | H2O | 150–3000mg/m3 |
7H | Phosphine | PH3 | 200-5500 |
7J | Phosphine | PH3 | 2.5-1000 |
7 | Phosphine | PH3 | 2.5-100 |
7L | Phosphine | PH3 | 0.15-5 |
7LA | Phosphine | PH3 | 0.05-9.8 |
7LAN | Phosphine | PH3 | 0.04-8.4 |
8HH | Chlorine | Cl2 | 0.25-10% |
8H | Chlorine | Cl2 | 25-1000 |
8La | Chlorine | Cl2 | 0.1-16 |
8LL | Chlorine | Cl2 | 0.025-2.0 |
8TP | Chlorine | Cl2 | 0.05-0.6 |
8D | Chlorine(Dosi tube) | Cl2 | 0.08-100 |
9L | Nitrogen Dioxide | NO2 | 0.5-125 |
9P | Nitrogen Dioxide | NO2 | 0.02-0.20 |
9D | Nitrogen Dioxide(Dosi tube) | NO2 | 0.1-30 |
9DL | Nitrogen Dioxide(Dosi tube) | NO2 | 0.01-3.0 |
10 | NO&NO2 (Separate Quantification) | NO&NO2 | 2.5-200 |
11HA | Nitrogen Oxides(Total Quantification) | NO+NO2 | 50-2500 |
11S | Nitrogen Oxides(Total Quantification) | NO+NO2 | 5-625 |
11L | Nitrogen Oxides(Total Quantification) | NO+NO2 | 0.03-14 |
11A | Nitrogen Oxides(Airtec tube) | NO+NO2 | 0.02-2 |
12H | Hydrogen Cyanide | HCN | 0.05-1.6% |
12M | Hydrogen Cyanide | HCN | 17-2400 |
12L | Hydrogen Cyanide | HCN | 0.5-150 |
12LL | Hydrogen Cyanide | HCN | 0.2-10 |
12TP | Hydrogen Cyanide | HCN | 0.3-9.0 |
12D | Hydrogen Cyanide(Dosi tube) | HCN | 1-200 |
13M | Carbon Disulphide | CS2 | 15-5120 |
13 | Carbon Disulphide | CS2 | 0.63-100 |
13L | Carbon Disulphide | CS2 | 0.1-8.1 |
13TP | Carbon Disulphide | CS2 | 0.05-2.4 |
14R | Hydrogen Chloride | HCl | 50-5000 |
14M | Hydrogen Chloride | HCl | 10-1000 |
14L | Hydrogen Chloride | HCl | 0.2-76 |
14D | Hydrogen Chloride(Dosi tube) | HCl | 1-100 |
15L | Nitric Acid | HNO3 | 0.1-40 |
16 | Phosgene | COCl2 | 0.05-20 |
17 | Hydrogen Fluoride | HF | 0.25-100 |
17L | Hydrogen Fluoride | HF | 0.09-72 |
17LL | Hydrogen Fluoride | HF | 0.05-24 |
17TP | Hydrogen Fluoride | HF | 0.05-9.0 |
17D | Hydrogen Fluoride(Dosi tube) | HF | 1-100 |
18M | Ozone | O3 | 4-400 |
18L | Ozone | O3 | 0.025-6 |
19LA | Arsine | AsH3 | 0.04-10 |
21 | Carbonyl Sulphide | COS | 5-200 |
21LA | Carbonyl Sulphide | COS | 2-125 |
22 | Diborane | B2H6 | 0.02-5.0 |
23M | Chlorine dioxide | ClO2 | 0.1-10 |
23L | Chlorine dioxide | ClO2 | 0.025-1.2 |
25 | Polytec II | - | Qualitative |
26 | Polytec III | - | Qualitative |
27 | Polytec IV | - | Qualitative |
28 | Polytec V | - | Qualitative |
30 | Hydrogen | H2 | 0.5-2% |
31B | Oxygen | O2 | 3-24% |
32 | Hydrogen Peroxide | H2O2 | 0.5-10 |
32D | Hydrogen Peroxide(Dosi tube) | H2O2 | 0.5-40 |
35 | Sulphuric Acid | H2SO4 | 0.5-5mg/m3 |
40 | Mercury Vapour | Hg | 0.05-13.2mg/m3 |
45H | Hydrogen Sulphide+Sulphur Dioxide | H2S + SO2 | 0.02-8.0% |
45S | Hydrogen sulphide,Sulphur dioxide(Separate quantification) | H2S,SO2 | SO2:0.25-20 H2S:1.25-120 |
51H | Fluorochlorocarbons | - | 250-6000 |
51 | Fluorochlorocarbons | - | 10-400 |
51L | Fluorochlorocarbons | - | 1-54 |
52 | Nitro compounds | - | 0.5-30 |
53 | Dimethyl Sulphide | (CH3)2S | 0.15-10 |
60 | Phenol | C6H5OH | 0.12-183 |
61 | o-Cresol | C6H(4CH3)OH | 0.35-67.5 |
70 | Mercaptans | R·SH | 0.5-120 |
70L | Mercaptans | R·SH | 0.1-8 |
70LN | Mercaptans | R·SH | 0.1-8 |
71H | Methyl Mercaptan | CH3SH | 20-2700 |
71 | Methyl Mercaptan | CH3SH | 0.25-140 |
72 | Ethyl Mercaptan | C2H5SH | 0.5-120 |
72L | Ethyl Mercaptan | C2H5SH | 0.2-75 |
72LN | Ethyl Mercaptan | C2H5SH | 0.15-57.5 |
75 | tert-Butyl Mercaptan | (CH3)3CSH | 2.5-150mg/m3 |
75LN | tert-Butyl Mercaptan | (CH3)3CSH | 0.5-39mg/m3 |
75L | tert-Butyl Mercaptan | (CH3)3CSH | 0.5-30mg/m3 |
75N | tert-Butyl Mercaptan | (CH3)3CSH | 1.25-250mg/m3 |
76H | Tetrahydrothiophene | C4H8S | 10-200 |
76 | Tetrahydrothiophene | C4H8S | 1-10 |
76M | Tetrahydrothiophene | C4H8S | 10-100mg/m3 |
77 | tert-Butyl Mercaptan and Dimethyl Sulphide | (CH3)3 and (CH3)2S | 1-15mg/m3 |
80 | Acid Gases | - | 1-80 |
81 | Acetic Acid | CH3CO2H | 1-100 |
81L | Acetic Acid | CH3CO2H | 0.125-23 |
81D | Acetic Acid(Dosi tube) | CH3CO2H | 0.5-100 |
91M | Formaldehyde | HCHO | 8-6400 |
91 | Formaldehyde | HCHO | 2-100 |
91L | Formaldehyde | HCHO | 0.1-45 |
91LL | Formaldehyde | HCHO | 0.05-1 |
91P | Formaldehyde | HCHO | 0.02-1.44 |
91PL | Formaldehyde | HCHO | 0.01-0.80 |
91TP | Formaldehyde | HCHO | 0.01-1.75 |
91D | Formaldehyde(Dosi tube) | HCHO | 0.1-20 |
92 | Acetaldehyde | CH3CHO | 5-750 |
92M | Acetaldehyde | CH3CHO | 2.5-100 |
92L | Acetaldehyde | CH3CHO | 1-20 |
92LA | Acetaldehyde | CH3CHO | 0.3-30 |
93 | Acrolein | CH2:CHCHO | 3.3-800 |
100A | LP-Gas | C3・C4 | 0.02-0.8% |
100B | Propane | CH3CH2CH3 | 0.1-2.0% |
101 | Gasoline | CnHm | 0.015-1.2% |
101L | Gasoline | CnHm | 30-2000 |
102H | Hexane | CH3(CH2)4CH3 | 0.015-1.2% |
102L | Hexane | CH3(CH2)4CH3 | 3.5-1200 |
102TP | Hexane | CH3(CH2)4CH3 | 2-80 |
103 | Hydrocarbons (Lower class) | C2-C7 | 0.05-2.4% |
104 | Butane | C4H10 | 25-1400 |
105 | Hydrocarbons (Higher class) | C6-C10 | 100-3000 |
106 | Petroleum naphtha | - | 0.5-28mg/L |
107 | Polytec I | - | Qualitative |
108 | Qualitative Analysis Tube for Fire Investigation | - | Qualitative |
109A | Oil mist (Airtec tube) | - | 0.3-1.5mg/m3 |
109AD | Oil mist (Airtec tube) | - | 0.1-5.0mg/m3 |
111 | Methanol | CH3OH | 0.002-6% |
111L | Methanol | CH3OH | 20-1000 |
111LL | Methanol | CH3OH | 2-62 |
111TP | Methanol | CH3OH | 20-300 |
112 | Ethanol | C2H5OH | 0.01-7.5% |
112L | Ethanol | C2H5OH | 50-2000 |
112D | Ethanol(Dosi tube) | C2H5OH | 100-25000 |
113 | Isopropyl Alcohol | CH3CH(OH)CH3 | 0.02-5.0% |
113L | Isopropyl Alcohol | CH3CH(OH)CH3 | 20-800 |
113LL | Isopropyl Alcohol | CH3CH(OH)CH3 | 20-460 |
113TP | Isopropyl Alcohol | CH3CH(OH)CH3 | 20-400 |
114 | 1-Butanol | CH(3CH2)3OH | 10-150 |
115 | 2-Butanol | CH3CH2CH(OH)CH3 | 5-150 |
116 | Isobutyl alcohol | (CH3)2CHCH2OH | 3.7-150 |
117 | Isoamyl alcohol | (CH3)2CHCH2CH2OH | 5-300 |
118 | Cyclohexanol | C6H11OH | 5-100 |
119 | Methylcyclohexanol | CH3C6H10OH | 5-100 |
120 | Aromatic Hydrocarbons | - | 0.4-200 |
121S | Benzene | C6H6 | 2-312 |
121 | Benzene | C6H6 | 2.5-120 |
121SL | Benzene | C6H6 | 1-100 |
121L | Benzene | C6H6 | 0.1-65 |
121SP | Benzene | C6H6 | 0.2-66 |
121P | Benzene | C6H6 | 250-3000μg/m3 |
121TP | Benzene | C6H6 | 0.1-14.5 |
122 | Toluene | C6H5CH3 | 4-600 |
122L | Toluene | C6H5CH3 | 0.82-100 |
122P | Toluene | C6H5CH3 | 100-7000μg/m3 |
122TP | Toluene | C6H5CH3 | 2-80 |
122DL | Toluene(Dosi tube) | C6H5CH3 | 2-500 |
123 | Xylene | C6H4(CH3)2 | 5-625 |
123L | Xylene | C6H4(CH3)2 | 2-200 |
123TP | Xylene | C6H4(CH3)2 | 2-80 |
124 | Styrene | C6H5CH:CH2 | 10-1500 |
124L | Styrene | C6H5CH:CH2 | 2-100 |
124S | Styrene | C6H5CH:CH2 | 0.2-4.0 |
126 | Chlorobenzene | C6H5Cl | 2-500 |
126L | Chlorobenzene | C6H5Cl | 0.5-57 |
127 | o-Dichlorobenzene | C6H4Cl2 | 2.5-300 |
127P | p-Dichlorobenzene | C6H4Cl2N | 100-3000μg/m3 |
128 | Stoddard solvent | - | 50-8000mg/m3 |
130L | Vinylidene chloride | CH2:CCl2 | 0.4-40.6 |
131 | Vinyl Chloride | CH2:CHCl | 0.025-2% |
131La | Vinyl Chloride | CH2:CHCl | 0.25-54 |
131LB | Vinyl Chloride | CH2:CHCl | 0.4-70 |
131L | Vinyl Chloride | CH2:CHCl | 0.1-6.9 |
131P | Vinyl Chloride | CH2:CHCl | 50-1500μg/m3 |
131TP | Vinyl Chloride | CH2:CHCl | 0.2-9.6 |
132HH | Trichloroethylene | Cl2C:CHCl | 0.05-2.5% |
132HA | Trichloroethylene | Cl2C:CHCl | 20-1300 |
132M | Trichloroethylene | Cl2C:CHCl | 2-270 |
132L | Trichloroethylene | Cl2C:CHCl | 0.8-90 |
132LL | Trichloroethylene | Cl2C:CHCl | 0.125-8.8 |
132P | Trichloroethylene | Cl2C:CHCl | 20-1200μg/m3 |
132TP | Trichloroethylene | Cl2C:CHCl | 1-33 |
132D | Trichloroethylene(Dosi tube) | Cl2C:CHCl | 3-300 |
133HA | Tetrachloroethylene | Cl2C:CCl2 | 7-900 |
133M | Tetrachloroethylene | Cl2C:CCl2 | 2-220 |
133L | Tetrachloroethylene | Cl2C:CCl2 | 1-75 |
133LL | Tetrachloroethylene | Cl2C:CCl2 | 0.1-6.6 |
133P | Tetrachloroethylene | Cl2C:CCl2 | 20-720μg/m3 |
133TP | Tetrachloroethylene | Cl2C:CCl2 | 2.5-84 |
133D | Tetrachloroethylene(Dosi tube) | Cl2C:CCl2 | 3-150 |
134 | Carbon Tetrachloride | CCl4 | 0.5-60 |
134L | Carbon Tetrachloride | CCl4 | 0.25-11 |
135 | 1,1,1-Trichloroethane | CH3CCI3 | 100-2000 |
135L | 1,1,1-Trichloroethane | CH3CCI3 | 6-900 |
136H | Methyl Bromide | CH3Br | 10-600 |
136L | Methyl Bromide | CH3Br | 2.5-200 |
136LA | Methyl Bromide | CH3Br | 1-36 |
136LL | Methyl Bromide | CH3Br | 0.1-3.0 |
137 | Chloroform | CHCl3 | 4-400 |
137LA | Chloroform | CHCl3 | 0.5-30 |
137LL | Chloroform | CHCl3 | 0.3-4.5 |
138 | Methylene Chloride | CH2Cl2 | 30-500 |
138L | Methylene Chloride | CH2Cl2 | 4-150 |
139 | 1,2-Dichloroethylene | ClCH:CHCl | 5-250 |
140 | Aliphatic hydrocarbons | - | 6-3000 |
141 | Ethyl Acetate | CH3CO2C2H5 | 0.1-1.5% |
141L | Ethyl Acetate | CH3CO2C2H5 | 20-800 |
142 | Butyl Acetate | CH3CO(2CH2)3CH3 | 0.05-0.8% |
142L | Butyl Acetate | CH3CO(2CH2)3CH3 | 10-300 |
143 | Vinyl Acetate | CH3CO2CH:CH2 | 5-250 |
144 | Isobutyl acetate | CH3CO2CH2CH(CH3)2 | 10-300 |
145 | Propyl acetate | CH3CO2C3H7 | 20-500 |
146 | Isopropyl acetate | CH3CO2CH(CH3)2 | 10-500 |
147 | Amyl acetate | CH3CO2C5H11 | 10-200 |
148 | Isoamyl acetate | CH3CO(2CH2)2CH(CH3)2 | 10-200 |
149 | Methyl Methacrylate | CH2:C(CH3)CO2CH3 | 10-500 |
151 | Acetone | CH3COCH3 | 0.05-2.0% |
151L | Acetone | CH3COCH3 | 50-12000 |
151TP | Acetone | CH3COCH3 | 25-800 |
151D | Acetone(Dosi tube) | CH3COCH3 | 5-1500 |
152 | Methyl Ethyl Ketone | CH3COC2H5 | 0.02-0.6% |
152L | Methyl Ethyl Ketone | CH3COC2H5 | 10-384 |
152TP | Methyl Ethyl Ketone | CH3COC2H5 | 20-300 |
152D | Methyl Ethyl Ketone(Dosi tube) | CH3COC2H5 | 2-600 |
153 | Methyl isobutyl ketone | (CH3)2CHCH2COCH3 | 0.05-0.6% |
153L | Methyl isobutyl ketone | (CH3)2CHCH2COCH3 | 2.5-130 |
154 | Cyclohexanone | C6H10O | 2-72 |
155 | Methylcyclohexanone | C7H12O | 2-80 |
159 | Tetrahydrofuran | C4H8O | 25-800 |
159L | Tetrahydrofuran | C4H8O | 5-232 |
161 | Ethyl ether | (C2H5)2O | 0.04-1.0% |
161L | Ethyl ether | (C2H5)2O | 10-1120 |
163 | Ethylene Oxide | C2H4O | 0.05-3.0% |
163L | Ethylene Oxide | C2H4O | 0.4-550 |
163LL | Ethylene Oxide | C2H4O | 0.1-10 |
163TPM | Ethylene Oxide | C2H4O | 1-50 |
163TP | Ethylene Oxide | C2H4O | 0.1-5 |
165L | Ethylene Glycol | HOCH2CH2OH | 10-100mg/m3 |
166 | Methyl tert-butyl ether | CH3OC(CH3)3 | 10-660 |
171 | Acetylene | HC≡CH | 0.05-4.0% |
172 | Ethylene | CH2:CH2 | 25-1680 |
172L | Ethylene | CH2:CH2 | 0.2-100 |
174 | 1,3-Butadiene | CH2:CHCH:CH2 | 50-800 |
174L | 1,3-Butadiene | CH2:CHCH:CH2 | 2.5-100 |
174LL | 1,3-Butadiene | CH2:CHCH:CH2 | 0.5-5 |
174D | 1,3-Butadiene(Dosi tube) | CH2:CHCH:CH2 | 1.3-200 |
180 | Amines | CH3NH2 Calibration | 5-100 |
180L | Amines | CH3NH2 Calibration | 0.5-10 |
181 | Aniline | C6H5NH2 | 1.25-60 |
182 | Pyridine | C5H5N | 0.2-36.4 |
183 | N,N-Dimethylformamide | HCON(CH3)2 | 0.8-90 |
183TP | N,N-Dimethylformamide | HCON(CH3)2 | 0.5-30 |
184 | N,N-Dimethyl acetamide | CH3CON(CH3)2 | 1.5-240 |
185 | Hydrazine | N2H4 | 0.04-2.0 |
191 | Acrylonitrile | CH2:CHCN | 2-360 |
191L | Acrylonitrile | CH2:CHCN | 0.1-18 |
191TP | Acrylonitrile | CH2:CHCN | 0.2-12.6 |
192 | Methacrylonitrile | CH2:C(CH3)CN | 0.2-32 |
193 | 2-Pentenenitrile | CH3CH2CH:CHCN | 0.5-15.0 |
211H | Sulphide ion | S2- | 10-1000 |
211M | Sulphide ion | S2- | 2-300 |
211 | Sulphide ion | S2- | 1-100 |
211LL | Sulphide ion | S2- | 0.5-20 |
218 | Ozone | O3 | 1-10mg/L |
221L | Chloride ion | Cl- | 25-1000mg/L |
221LL | Chloride ion | Cl- | 10-200mg/L |
222 | Free residual chlorine | ClO- | 0.1-10mg/L |
230H | Methyl iodide | CH3I | 100-34800 |
230 | Methyl iodide | CH3I | 0.5-108 |
231 | Sulphuryl fluoride | SO2F2 | 1-20 |
232 | 1,2-Dichloroethane | CICH2CH2CI | 1-39 |
233 | Chloropicrin | CCl3NO2 | 0.045-22 |
234L | Methyl isothiocyanate | CH3NCS | 0.07-25 |
271 | Mercury | Hg2+ | 1-20mg/L |
273 | Chromium (VI) | Cr6+ | 0.5-50mg/L |
281 | Iron ion | Fe2+ | 5-50mg/L |
284 | Copper | Cu++Cu2+ | 1-20mg/L |
285 | Zinc | Zn2+ | 3-20mg/L |
291 | Nickel | Ni2+ | 5-50mg/L |
Gas Sampling Pump GV-100S/GV-110S
Lea el manual de instrucciones para la bomba de muestreo de gases, GV-100S/GV-110S, junto con el manual para el detector de gas.
Manual de instrucciones del tubo detector
Número de Tubo Detector de GASTEC y Nombre | Fórmula
química |
Margen de
medición (ppm) |
|
---|---|---|---|
1HH | Monoxido de carbono | CO | 1-50% |
1H | Monoxido de carbono | CO | 0.1-10% |
1M | Monoxido de carbono | CO | 0.05-4% |
1LM | Monoxido de carbono | CO | 25-2000 |
1L | Monóxido de carbono | CO | 2.5-2000 |
1La | Monóxido de carbono | CO | 8-1000 |
1LK | Monóxido de carbono | CO | 5-600 |
1LKC | Monóxido de carbono | CO | 5-100 |
1LL | Monóxido de carbono | CO | 5-50 |
1LC | Monóxido de carbono | CO | 1-30 |
1D | Monóxido de carbono (Dosi tubo) | CO | 1.04-2000 |
1DL | Monóxido de carbono (Dosi tubo) | CO | 0.4-400 |
1A | Monóxido de carbono (Tubo Airtec) | CO | 5-50 |
2HH | Dióxido de carbono | CO2 | 2.5-40% |
2H | Dióxido de carbono | CO2 | 0.5-20% |
2L | Dióxido de carbono | CO2 | 0.13-6% |
2LL | Dióxido de carbono | CO2 | 300-5000 |
2LC | Dióxido de carbono | CO2 | 100-4000 |
2D | Dióxido de carbono(Dosi tubo) | CO2 | 0.02-12% |
2HT | Dióxido de carbono | CO2 | 10-100% |
2A | Dióxido de carbono (Tubo Airtec) | CO2 | 250-3000 |
2Ag | Dióxido de carbono(Tubo Airtec) | CO2 | 200-3000 |
3H | Amoníaco | NH3 | 0.2-32% |
3HM | Amoníaco | NH3 | 0.05-3.52% |
3M | Amoníaco | NH3 | 10-1000 |
3La | Amoníaco | NH3 | 2.5-220 |
3L | Amoníaco | NH3 | 0.5-78 |
3D | Amoníaco (Dosi tubo) | NH3 | 2.5-1000 |
3DL | Amoniaco (Dosi tubo) | NH2 | 0.1-10 |
3S | Amoniaco | NH2 | 0.5-5 |
4HT | Sulfuro de hidrógeno | H2S | 1-40% |
4HP | Sulfuro de hidrógeno | H2S | 0.25-20% |
4HH | Sulfuro de hidrógeno | H2S | 0.1-4% |
4H | Sulfuro de hidrógeno | H2S | 10-4000 |
4HM | Sulfuro de hidrógeno | H2S | 25-1600 |
4M | Sulfuro de hidrógeno | H2S | 12.5-500 |
4L | Sulfuro de hidrógeno | H2S | 1-240 |
4LL | Sulfuro de hidrógeno | H2S | 0.25-120 |
4LK | Sulfuro de hidrógeno | H2S | 1-40 |
4LB | Sulfuro de hidrógeno | H2S | 0.5-12 |
4LT | Sulfuro de hidrógeno | H2S | 0.05-4 |
4TP | Sulfuro de hidrógeno | H2S | 0.1-2.88 |
4D | Sulfuro de hidrógeno(Dosi tubo) | H2S | 0.2-200 |
4S | Sulfuro de hidrógeno | H2S | 10-200ppb |
5H | Dióxido de azufre | SO2 | 0.05-8% |
5M | Dióxido de azufre | SO2 | 20-3600 |
5L | Dióxido de azufre | SO2 | 1.25-200 |
5La | Dióxido de azufre | SO2 | 0.5-60 |
5LC | Dióxido de sulfuro | SO2 | 0.1-22 |
5Lb | Dióxido de sulfuro | SO2 | 0.05-10 |
5D | Dióxido de azufre(Dosi tubo) | SO2 | 0.2-100 |
5DH | Dióxido de azufre (Dosi tubo) | SO2 | 10-600 |
6 | Vapor de agua | H2O | 0.5-32mg/L |
6L | Vapor de agua | H2O | 0.05-2mg/L |
6LP | Rocío | H2O | 3-100LB/MMCF |
6LLP | Rocío | H2O | 2-10LB/MMCF |
6AH | Rocío (Tubo Airtec) | H2O | 500-5000 |
6A | Rocío (Tubo Airtec) | H2O | 10-80mg/m3 |
6Ag | Rocío (Tubo Airtec) | H2O | 150–3000mg/m3 |
7H | Fosfina | PH3 | 200-5500 |
7J | Fosfina | PH3 | 2.5-1000 |
7 | Fosfina | PH3 | 2.5-100 |
7L | Fosfina | PH3 | 0.15-5 |
7LA | Fosfina | PH3 | 0.05-9.8 |
7LAN | Fosfina | PH3 | 0.04-8.4 |
8HH | Cloro | Cl2 | 0.25-10% |
8H | Cloro | Cl2 | 25-1000 |
8La | Cloro | Cl2 | 0.1-16 |
8LL | Cloro | Cl2 | 0.025-2.0 |
8TP | Cloro | Cl2 | 0.05-0.6 |
8D | Cloro(Dosi tubo) | Cl2 | 0.08-100 |
9L | Dióxido de nitrógeno | NO2 | 0.5-125 |
9P | Dióxido de nitrógeno | NO2 | 0.02-0.20 |
9D | Dióxido de nitrógeno(Dosi tubo) | NO2 | 0.1-30 |
9DL | Dióxido de nitrógeno(Dosi tubo) | NO2 | 0.01-3.0 |
10 | Óxido nítrico de carbonilo & de dióxido de nitrógeno(Cuantificación separada) | NO&NO2 | 2.5-200 |
11HA | Óxidos de nitrógeno(Cuantificación total) | NO+NO2 | 50-2500 |
11S | Óxidos de nitrógeno(Cuantificación total) | NO+NO2 | 5-625 |
11L | Óxidos de nitrógeno(Cuantificación total) | NO+NO2 | 0.03-14 |
11A | Óxidos de nitrógeno(Tubo Airtec) | NO+NO2 | 0.02-2 |
12H | Cianuro de hidrógeno | HCN | 0.05-1.6% |
12M | Cianuro de hidrógeno | HCN | 17-2400 |
12L | Cianuro de hidrógeno | HCN | 0.5-150 |
12LL | Cianuro de hidrógeno | HCN | 0.2-10 |
12TP | Cianuro de hidrógeno | HCN | 0.3-9.0 |
12D | Cianuro de hidrógeno(Dosi tubo) | HCN | 1-200 |
13M | Sulfuro de carbono | CS2 | 15-5120 |
13 | Sulfuro de carbono | CS2 | 0.63-100 |
13L | Sulfuro de carbono | CS2 | 0.1-8.1 |
13TP | Sulfuro de carbono | CS2 | 0.05-2.4 |
14R | Cloruro de hidrógeno | HCl | 50-5000 |
14M | Cloruro de hidrógeno | HCl | 10-1000 |
14L | Cloruro de hidrógeno | HCl | 0.2-76 |
14D | Cloruro de hidrógeno(Dosi tubo) | HCl | 1-100 |
15L | Ácido nítrico | HNO3 | 0.1-40 |
16 | Fosgeno | COCl2 | 0.05-20 |
17 | Cloruro de hidrógeno | HF | 0.25-100 |
17L | Cloruro de hidrógeno | HF | 0.09-72 |
17LL | Cloruro de hidrógeno | HF | 0.05-24 |
17TP | Fluoruro de hidrógeno | HF | 0.05-9.0 |
17D | Fluoruro de hidrógeno(Dosi tubo) | HF | 1-100 |
18M | Ozono | O3 | 4-400 |
18L | Ozono | O3 | 0.025-6 |
19LA | Arsina | AsH3 | 0.04-10 |
21 | Sulfuro de carbonilo | COS | 5-200 |
21LA | Sulfuro de carbonilo | COS | 2-125 |
22 | Diborano | B2H6 | 0.02-5.0 |
23M | Dióxido de cloro | ClO2 | 0.1-10 |
23L | Dióxido de cloro | ClO2 | 0.025-1.2 |
25 | Polytec II | - | cualitativo |
26 | Polytec III | - | cualitativo |
27 | Polytec IV | - | cualitativo |
28 | PolytecV | - | cualitativo |
30 | Hidrógeno | H2 | 0.5-2% |
31B | Oxígeno | O2 | 3-24% |
32 | Peróxido de hidrógeno | H2O2 | 0.5-10 |
32D | Peróxido de hidrógeno(Dosi tubo) | H2O2 | 0.5-40 |
35 | Ácido sulfúrico | H2SO4 | 0.5-5mg/m3 |
40 | Vapor de mercurio | Hg | 0.05-13.2mg/m3 |
45H | Sulfuro de hidrógeno y Dióxido de azufre | H2S + SO2 | 0.02-8.0% |
45S | Hidrógeno y dióxido de azufre | H2S,SO2 | SO2:0.25-20 H2S:1.25-120 |
51H | Fluoroclorocarbonos | - | 250-6000 |
51 | Fluoroclorocarbonos | - | 10-400 |
51L | Fluoroclorocarbonos | - | 1-54 |
52 | Compuestos nitro | - | 0.5-30 |
53 | Sulfuro de dimetilo | (CH3)2S | 0.15-10 |
60 | Fenol | C6H5OH | 0.12-183 |
61 | o-Cresol | C6H(4CH3)OH | 0.35-67.5 |
70 | Mercaptanos | R·SH | 0.5-120 |
70L | Mercaptanos | R·SH | 0.1-8 |
70LN | Mercaptanos | R·SH | 0.1-8 |
71H | Mercaptano de metilo | CH3SH | 20-2700 |
71 | Mercaptano de metilo | CH3SH | 0.25-140 |
72 | Mercaptano de etilo | C2H5SH | 0.5-120 |
72L | Mercaptano de etilo | C2H5SH | 0.2-75 |
72LN | Mercaptano de etilo | C2H5SH | 0.15-57.5 |
75 | Mercaptano de butilo terciario | (CH3)3CSH | 2.5-150mg/m3 |
75LN | Mercaptano de butilo terciario | (CH3)3CSH | 0.5-39mg/m3 |
75L | Mercaptano de butilo terciario | (CH3)3CSH | 0.5-30mg/m3 |
75N | Mercaptano de butilo terciario | (CH3)3CSH | 1.25-250mg/m3 |
76H | Tetrahidrotiofeno | C4H8S | 10-200 |
76 | Tetrahidrotiofeno | C4H8S | 1-10 |
76M | Tetrahidrotiofeno | C4H8S | 10-100mg/m3 |
77 | Terbutilmercaptano y sulfuro de dimetilo | (CH3)3 and (CH3)2S | 1-15mg/m3 |
80 | Gases ácidos | - | 1-80 |
81 | Ácido acético | CH3CO2H | 1-100 |
81L | Ácido acético | CH3CO2H | 0.125-23 |
81D | Ácido acético(Dosi tubo) | CH3CO2H | 0.5-100 |
91M | Formaldehído | HCHO | 8-6400 |
91 | Formaldehído | HCHO | 2-100 |
91L | Formaldehído | HCHO | 0.1-45 |
91LL | Formaldehído | HCHO | 0.05-1 |
91P | Formaldehído | HCHO | 0.02-1.44 |
91PL | Formaldehído | HCHO | 0.01-0.80 |
91TP | Formaldehído | HCHO | 0.01-1.75 |
91D | Formaldehído(Dosi tubo) | HCHO | 0.1-20 |
92 | Acetaldehído | CH3CHO | 5-750 |
92M | Acetaldehído | CH3CHO | 2.5-100 |
92L | Acetaldehído | CH3CHO | 1-20 |
92LA | Acetaldehído | CH3CHO | 0.3-30 |
93 | Acroleína | CH2:CHCHO | 3.3-800 |
100A | gas LP | C3・C4 | 0.02-0.8% |
100B | Propano | CH3CH2CH3 | 0.1-2.0% |
101 | Gasolina | CnHm | 0.015-1.2% |
101L | Gasolina | CnHm | 30-2000 |
102H | Hexano | CH3(CH2)4CH3 | 0.015-1.2% |
102L | Hexano | CH3(CH2)4CH3 | 3.5-1200 |
102TP | Hexano | CH3(CH2)4CH3 | 2-80 |
103 | Hidrocarbonos de clase inferior | C2-C7 | 0.05-2.4% |
104 | Butano | C4H10 | 25-1400 |
105 | Hidrocarburos de clase superior | C6-C10 | 100-3000 |
106 | Nafta de petróleo | - | 0.5-28mg/L |
107 | Polytec I | - | cualitativo |
108 | Cualitativo para la investigación de incendios | - | Cualitativo |
109A | Vaho de aceite(Tubo Airtec) | - | 0.3-1.5mg/m3 |
109AD | Vaho de aceite(Tubo Airtec) | - | 0.1-5.0mg/m3 |
111 | Metanol | CH3OH | 0.002-6% |
111L | Metanol | CH3OH | 20-1000 |
111LL | Metanol | CH3OH | 2-62 |
111TP | Metanol | CH3OH | 20-300 |
112 | Etanol | C2H5OH | 0.01-7.5% |
112L | Etanol | C2H5OH | 50-2000 |
112D | Etanol(Dosi tubo) | C2H5OH | 100-25000 |
113 | Alcohol isopropílico | CH3CH(OH)CH3 | 0.02-5.0% |
113L | Alcohol isopropílico | CH3CH(OH)CH3 | 20-800 |
113LL | Alcohol isopropílico | CH3CH(OH)CH3 | 20-460 |
113TP | Alcohol isopropílico | CH3CH(OH)CH3 | 20-400 |
114 | 1-Butanol | CH(3CH2)3OH | 10-150 |
115 | 2-Butanol | CH3CH2CH(OH)CH3 | 5-150 |
116 | Alcohol isobutílico | (CH3)2CHCH2OH | 3.7-150 |
117 | Alcohol de isoamilo | (CH3)2CHCH2CH2OH | 5-300 |
118 | Ciclohexanol | C6H11OH | 5-100 |
119 | Metilciclohexanol | CH3C6H10OH | 5-100 |
120 | Hidrocarburos aromáticos | - | 0.4-200 |
121S | Benceno | C6H6 | 2-312 |
121 | Benceno | C6H6 | 2.5-120 |
121SL | Benceno | C6H6 | 1-100 |
121L | Benceno | C6H6 | 0.1-65 |
121SP | Benceno | C6H6 | 0.2-66 |
121P | Benceno | C6H6 | 250-3000μg/m3 |
121TP | Benceno | C6H6 | 0.1-14.5 |
122 | Tolueno | C6H5CH3 | 4-600 |
122L | Tolueno | C6H5CH3 | 0.82-100 |
122P | Tolueno | C6H5CH3 | 100-7000μg/m3 |
122TP | Tolueno | C6H5CH3 | 2-80 |
122DL | Tolueno(Dosi tubo) | C6H5CH3 | 2-500 |
123 | Xileno | C6H4(CH3)2 | 5-625 |
123L | Xileno | C6H4(CH3)2 | 2-200 |
123TP | Xileno | C6H4(CH3)2 | 2-80 |
124 | Estireno | C6H5CH:CH2 | 10-1500 |
124L | Estireno | C6H5CH:CH2 | 2-100 |
124S | Estireno | C6H5CH:CH2 | 0.2-4.0 |
126 | Clorobenceno | C6H5Cl | 2-500 |
126L | Clorobenceno | C6H5Cl | 0.5-57 |
127 | o-Diclorobenceno | C6H4Cl2 | 2.5-300 |
127P | p-Diclorobenceno | C6H4Cl2N | 100-3000μg/m3 |
128 | Solvente stoddard | - | 50-8000mg/m3 |
130L | Cloruro de vinilideno | CH2:CCl2 | 0.4-40.6 |
131 | Cloruro de vinilo | CH2:CHCl | 0.025-2% |
131La | Cloruro de vinilo | CH2:CHCl | 0.25-54 |
131LB | Cloruro de vinilo | CH2:CHCl | 0.4-70 |
131L | Cloruro de vinilo | CH2:CHCl | 0.1-6.9 |
131P | Cloruro de vinilo | CH2:CHCl | 50-1500μg/m3 |
131TP | Cloruro de vinilo | CH2:CHCl | 0.2-9.6 |
132HH | Ttricloroetileno | Cl2C:CHCl | 0.05-2.5% |
132HA | Tricloroetileno | Cl2C:CHCl | 20-1300 |
132M | Tricloroetileno | Cl2C:CHCl | 2-270 |
132L | Tricloroetileno | Cl2C:CHCl | 0.8-90 |
132LL | Tricloroetileno | Cl2C:CHCl | 0.125-8.8 |
132P | Tricloroetileno | Cl2C:CHCl | 20-1200μg/m3 |
132TP | Tricloroetileno | Cl2C:CHCl | 1-33 |
132D | Tricloroetileno(Dosi tubo) | Cl2C:CHCl | 3-300 |
133HA | Tetrachloroethylene | Cl2C:CCl2 | 7-900 |
133M | Tetrachloroethylene | Cl2C:CCl2 | 2-220 |
133L | Tetrachloroethylene | Cl2C:CCl2 | 1-75 |
133LL | Tetrachloroethylene | Cl2C:CCl2 | 0.1-6.6 |
133P | Tetrachloroethylene | Cl2C:CCl2 | 20-720μg/m3 |
133TP | Tetrachloroethylene | Cl2C:CCl2 | 2.5-84 |
133D | Tetrachloroethylene(Dosi tubo) | Cl2C:CCl2 | 3-150 |
134 | Tetracloruro de carbono | CCl4 | 0.5-60 |
134L | Tetracloruro de carbono | CCl4 | 0.25-11 |
135 | 1,1,1-Tricloroetano | CH3CCI3 | 100-2000 |
135L | 1,1,1-Tricloroetano | CH3CCI3 | 6-900 |
136H | Bromuro de metilo | CH3Br | 10-600 |
136L | Bromuro de metilo | CH3Br | 2.5-200 |
136LA | Bromuro de metilo | CH3Br | 1-36 |
136LL | Bromuro de metilo | CH3Br | 0.1-3.0 |
137 | Cloroformo | CHCl3 | 4-400 |
137LA | Cloroformo | CHCl3 | 0.5-30 |
137LL | Cloroformo | CHCl3 | 0.3-4.5 |
138 | Cloruro de metileno | CH2Cl2 | 30-500 |
138L | Cloruro de metileno | CH2Cl2 | 4-150 |
139 | 1,2-Dicloroetileno | ClCH:CHCl | 5-250 |
140 | Hidrocarburos alifáticos | - | 6-3000 |
141 | Acetato de etilo | CH3CO2C2H5 | 0.1-1.5% |
141L | Acetato de etilo | CH3CO2C2H5 | 20-800 |
142 | Acetato de butilo | CH3CO(2CH2)3CH3 | 0.05-0.8% |
142L | Acetato de butilo | CH3CO(2CH2)3CH3 | 10-300 |
143 | Acetato de vinilo | CH3CO2CH:CH2 | 5-250 |
144 | Acetato de isobutilo | CH3CO2CH2CH(CH3)2 | 10-300 |
145 | Acetato de propilo | CH3CO2C3H7 | 20-500 |
146 | Acetato isopropílico | CH3CO2CH(CH3)2 | 10-500 |
147 | Acetato de amilo | CH3CO2C5H11 | 10-200 |
148 | Acetato de isoamilo | CH3CO(2CH2)2CH(CH3)2 | 10-200 |
149 | Metacrilato de metilo | CH2:C(CH3)CO2CH3 | 10-500 |
151 | Acetona | CH3COCH3 | 0.05-2.0% |
151L | Acetona | CH3COCH3 | 50-12000 |
151TP | Acetona | CH3COCH3 | 25-800 |
151D | Acetona(Dosi tubo) | CH3COCH3 | 5-1500 |
152 | Metiletilcetona | CH3COC2H5 | 0.02-0.6% |
152L | Metiletilcetona | CH3COC2H5 | 10-384 |
152TP | Metiletilcetona | CH3COC2H5 | 20-300 |
152D | Metiletilcetona(Dosi tubo) | CH3COC2H5 | 2-600 |
153 | Metilisobutilcetona | (CH3)2CHCH2COCH3 | 0.05-0.6% |
153L | Metilisobutilcetona | (CH3)2CHCH2COCH3 | 2.5-130 |
154 | Ciclohexanona | C6H10O | 2-72 |
155 | Metilciclohexano | C7H12O | 2-80 |
159 | Tetrahidrofurano | C4H8O | 25-800 |
159L | Tetrahidrofurano | C4H8O | 5-232 |
161 | Éter etílico | (C2H5)2O | 0.04-1.0% |
161L | Éter etílico | (C2H5)2O | 10-1120 |
163 | Oxido de etileno | C2H4O | 0.05-3.0% |
163L | Oxido de etileno | C2H4O | 0.4-550 |
163LL | Oxido de etileno | C2H4O | 0.1-10 |
163TPM | Oxido de etileno | C2H4O | 1-50 |
163TP | Oxido de etileno | C2H4O | 0.1-5 |
165L | Etilenglicol | HOCH2CH2OH | 10-100mg/m3 |
166 | Éter metil terbutilo | CH3OC(CH3)3 | 10-660 |
171 | Acetileno | HC≡CH | 0.05-4.0% |
172 | Etileno | CH2:CH2 | 25-1680 |
172L | Etileno | CH2:CH2 | 0.2-100 |
174 | 1,3-Butadieno | CH2:CHCH:CH2 | 50-800 |
174L | 1,3-Butadieno | CH2:CHCH:CH2 | 2.5-100 |
174LL | 1,3-Butadieno | CH2:CHCH:CH2 | 0.5-5 |
174D | 1,3-Butadieno(Dosi tubo) | CH2:CHCH:CH2 | 1.3-200 |
180 | Aminas | CH3NH2 Calibration | 5-100 |
180L | Aminas | CH3NH2 Calibration | 0.5-10 |
181 | Anilina | C6H5NH2 | 1.25-60 |
182 | Piridina | C5H5N | 0.2-36.4 |
183 | N,N-Dimetilformamida | HCON(CH3)2 | 0.8-90 |
183TP | N,N-Dimetilformamida | HCON(CH3)2 | 0.5-30 |
184 | N,N-Dimetilacetamida | CH3CON(CH3)2 | 1.5-240 |
185 | Hidracina | N2H4 | 0.04-2.0 |
191 | Acrilonitrilo | CH2:CHCN | 2-360 |
191L | Acrilonitrilo | CH2:CHCN | 0.1-18 |
191TP | Acrilonitrilo | CH2:CHCN | 0.2-12.6 |
192 | Metacrilonitrilo | CH2:C(CH3)CN | 0.2-32 |
193 | 2-Pentenonitrilo | CH3CH2CH:CHCN | 0.5-15.0 |
211H | iones de Sulfuro | S2- | 10-1000 |
211M | iones de Sulfuro | S2- | 2-300 |
211 | iones de Sulfuro | S2- | 1-100 |
211LL | iones de Sulfuro | S2- | 0.5-20 |
218 | Ozono en solución | O3 | 1-10mg/L |
221L | ion Cloruro | Cl- | 25-1000mg/L |
221LL | ion Cloruro | Cl- | 10-200mg/L |
222 | Cloro residual libre | ClO- | 0.1-10mg/L |
230H | Yoduro de metilo | CH3I | 100-34800 |
230 | Yoduro de metilo | CH3I | 0.5-108 |
231 | Fluoruro de sulfurilo | SO2F2 | 1-20 |
232 | 1,2-Dicloroetano | CICH2CH2CI | 1-39 |
233 | Cloropicrina | CCl3NO2 | 0.045-22 |
234L | metil isotiocianato | CH3NCS | 0.07-25 |
271 | Mercurio en agua | Hg2+ | 1-20mg/L |
273 | Cloro cromado (VI) | Cr6+ | 0.5-50mg/L |
281 | Cloro ion hierro (II) | Fe2+ | 5-50mg/L |
284 | ion Cobre | Cu++Cu2+ | 1-20mg/L |
285 | Zinc | Zn2+ | 3-20mg/L |
291 | Níquel | Ni2+ | 5-50mg/L |
Gas Sampling Pump GV-100S/GV-110S
Lisez le mode d'emploi de la pompe d'échantillonnage de gaz GV-100S/GV-110S et celui du tube détecteur
Mode d'emploi du tube détecteur
Tube Détecteur GASTEC n°et Nom | Formule chimique | Plage de Mesure(ppm) | |
---|---|---|---|
1HH | Monoxyde de carbone | CO | 1-50% |
1H | Monoxyde de carbone | CO | 0.1-10% |
1M | Monoxyde de carbone | CO | 0.05-4% |
1LM | Monoxyde de carbone | CO | 25-2000 |
1L | Monoxyde de carbone | CO | 2.5-2000 |
1La | Monoxyde de carbone | CO | 8-1000 |
1LK | Monoxyde de carbone | CO | 5-600 |
1LKC | Monoxyde de carbone | CO | 5-100 |
1LL | Monoxyde de carbone | CO | 5-50 |
1LC | Monoxyde de carbone | CO | 1-30 |
1D | Monoxyde de carbone (dosi-tube) | CO | 1.04-2000 |
1DL | Monoxyde de carbone (dosi-tube) | CO | 0.4-400 |
1A | Monoxyde de carbone (tube Airtec) | CO | 5-50 |
2HH | Dioxyde de carbone | CO2 | 2.5-40% |
2H | Dioxyde de carbone | CO2 | 0.5-20% |
2L | Dioxyde de carbone | CO2 | 0.13-6% |
2LL | Dioxyde de carbone | CO2 | 300-5000 |
2LC | Dioxyde de carbone | CO2 | 100-4000 |
2D | Dioxyde de carbone(dosi-tube) | CO2 | 0.02-12% |
2HT | Dioxyde de carbone | CO2 | 10-100% |
2A | Dioxyde de carbone (tube Airtec) | CO2 | 250-3000 |
2Ag | Dioxyde de carbone(tube Airtec) | CO2 | 200-3000 |
3H | Ammoniac | NH3 | 0.2-32% |
3HM | Ammoniac | NH3 | 0.05-3.52% |
3M | Ammoniac | NH3 | 10-1000 |
3La | Ammoniac | NH3 | 2.5-220 |
3L | Ammoniac | NH3 | 0.5-78 |
3D | Ammoniac (dosi-tube) | NH3 | 2.5-1000 |
3DL | Ammoniac (dosi-tube) | NH2 | 0.1-10 |
3S | Ammoniac | NH2 | 0.5-5 |
4HT | Sulfure hydrogéne | H2S | 1-40% |
4HP | Sulfure hydrogéne | H2S | 0.25-20% |
4HH | Sulfure hydrogéne | H2S | 0.1-4% |
4H | Sulfure hydrogéne | H2S | 10-4000 |
4HM | Sulfure hydrogéne | H2S | 25-1600 |
4M | Sulfure hydrogéne | H2S | 12.5-500 |
4L | Sulfure hydrogéne | H2S | 1-240 |
4LL | Sulfure hydrogéne | H2S | 0.25-120 |
4LK | Sulfure hydrogéne | H2S | 1-40 |
4LB | Sulfure hydrogéne | H2S | 0.5-12 |
4LT | Sulfure hydrogéne | H2S | 0.05-4 |
4TP | Sulfure hydrogène | H2S | 0.1-2.88 |
4D | Sulfure hydrogène(dosi-tube) | H2S | 0.2-200 |
4S | Sulfure hydrogène | H2S | 10-200ppb |
5H | Dioxyde de soufre | SO2 | 0.05-8% |
5M | Dioxyde de soufre | SO2 | 20-3600 |
5L | Dioxyde de soufre | SO2 | 1.25-200 |
5La | Dioxyde de soufre | SO2 | 0.5-60 |
5LC | Dioxyde de soufre | SO2 | 0.1-22 |
5Lb | Dioxyde de soufre | SO2 | 0.05-10 |
5D | Dioxyde de soufre(dosi-tube) | SO2 | 0.2-100 |
5DH | Dioxyde de soufre (Dosi-tube) | SO2 | 10-600 |
6 | Vapeur eau | H2O | 0.5-32mg/L |
6L | Vapeur eau | H2O | 0.05-2mg/L |
6LP | Point de rosée dans un gazoduc | H2O | 3-100LB/MMCF |
6LLP | Point de rosée trés bas dans un gazoduc | H2O | 2-10LB/MMCF |
6AH | Vapeur eau (tube Airtec) | H2O | 500-5000 |
6A | Vapeur eau (tube Airtec) | H2O | 10-80mg/m3 |
6Ag | Vapeur eau (tube Airtec) | H2O | 150–3000mg/m3 |
7H | Phosphine | PH3 | 200-5500 |
7J | Phosphine | PH3 | 2.5-1000 |
7 | Phosphine | PH3 | 2.5-100 |
7L | Phosphine | PH3 | 0.15-5 |
7LA | Phosphine | PH3 | 0.05-9.8 |
7LAN | Phosphine | PH3 | 0.04-8.4 |
8HH | Chlore | Cl2 | 0.25-10% |
8H | Chlore | Cl2 | 25-1000 |
8La | Chlore | Cl2 | 0.1-16 |
8LL | Chlore | Cl2 | 0.025-2.0 |
8TP | Chlore | Cl2 | 0.05-0.6 |
8D | Chlore(dosi-tube) | Cl2 | 0.08-100 |
9L | Dioxyde azote | NO2 | 0.5-125 |
9P | Dioxyde azote | NO2 | 0.02-0.20 |
9D | Dioxyde azote(dosi-tube) | NO2 | 0.1-30 |
9DL | Dioxyde azote(dosi-tube) | NO2 | 0.01-3.0 |
10 | Oxyde nitrique et de dioxyde azote (Quantification séparée) | NO&NO2 | 2.5-200 |
11HA | Oxydes azote(Quantification totale) | NO+NO2 | 50-2500 |
11S | Oxydes azote(Quantification totale) | NO+NO2 | 5-625 |
11L | Oxydes azote(Quantification totale) | NO+NO2 | 0.03-14 |
11A | Oxydes azote(tube Airtec) | NO+NO2 | 0.02-2 |
12H | Cyanure hydrogène | HCN | 0.05-1.6% |
12M | Cyanure hydrogène | HCN | 17-2400 |
12L | Cyanure hydrogène | HCN | 0.5-150 |
12LL | Cyanure hydrogène | HCN | 0.2-10 |
12TP | Cyanure hydrogène | HCN | 0.3-9.0 |
12D | Cyanure hydrogène(dosi-tube) | HCN | 1-200 |
13M | Bisulfure de carbone | CS2 | 15-5120 |
13 | Bisulfure de carbone | CS2 | 0.63-100 |
13L | Bisulfure de carbone | CS2 | 0.1-8.1 |
13TP | Bisulfure de carbone | CS2 | 0.05-2.4 |
14R | Chlorure hydrogéne | HCl | 50-5000 |
14M | Chlorure hydrogéne | HCl | 10-1000 |
14L | Chlorure hydrogéne | HCl | 0.2-76 |
14D | Chlorure hydrogène(dosi-tube) | HCl | 1-100 |
15L | Acide nitrique | HNO3 | 0.1-40 |
16 | Phosgène | COCl2 | 0.05-20 |
17 | Fluorure hydrogéne | HF | 0.25-100 |
17L | Fluorure hydrogéne | HF | 0.09-72 |
17LL | Fluorure hydrogéne | HF | 0.05-24 |
17TP | Fluorure hydrogène | HF | 0.05-9.0 |
17D | Fluorure hydrogène(dosi-tube) | HF | 1-100 |
18M | Ozone | O3 | 4-400 |
18L | Ozone | O3 | 0.025-6 |
19LA | Arsine | AsH3 | 0.04-10 |
21 | Sulfure de carbonyle | COS | 5-200 |
21LA | Sulfure de carbonyle | COS | 2-125 |
22 | Diborane | B2H6 | 0.02-5.0 |
23M | Dioxyde de chlore | ClO2 | 0.1-10 |
23L | Dioxyde de chlore | ClO2 | 0.025-1.2 |
25 | Polytec II | - | Qualitatif |
26 | Polytec III | - | Qualitatif |
27 | Polytec IV | - | Qualitatif |
28 | PolytecV | - | Qualitatif |
30 | Hydrogène | H2 | 0.5-2% |
31B | Oxygéne | O2 | 3-24% |
32 | Peroxyde hydrogène | H2O2 | 0.5-10 |
32D | Peroxyde hydrogène(dosi-tube) | H2O2 | 0.5-40 |
35 | Acide sulfurique | H2SO4 | 0.5-5mg/m3 |
40 | Vapeur à mercure | Hg | 0.05-13.2mg/m3 |
45H | Sulfure hydrogène et de Dioxyde de soufre | H2S + SO2 | 0.02-8.0% |
45S | Dioxyde de soufre et de Sulfure hydrogène | H2S,SO2 | SO2:0.25-20 H2S:1.25-120 |
51H | Fluorochlorocarbures | - | 250-6000 |
51 | Fluorochlorocarbures | - | 10-400 |
51L | Fluorochlorocarbures | - | 1-54 |
52 | Composés nitro | - | 0.5-30 |
53 | Sulfure de diméthyle | (CH3)2S | 0.15-10 |
60 | Phénol | C6H5OH | 0.12-183 |
61 | o-Crésol | C6H(4CH3)OH | 0.35-67.5 |
70 | Mercaptans | R·SH | 0.5-120 |
70L | Mercaptans | R·SH | 0.1-8 |
70LN | Mercaptans | R·SH | 0.1-8 |
71H | Méthyl-mercaptan | CH3SH | 20-2700 |
71 | Méthyl-mercaptan | CH3SH | 0.25-140 |
72 | Éthyl-mercaptan | C2H5SH | 0.5-120 |
72L | Éthyl-mercaptan | C2H5SH | 0.2-75 |
72LN | Mercaptan éthylique | C2H5SH | 0.15-57.5 |
75 | tert-Butyl-mercaptan | (CH3)3CSH | 2.5-150mg/m3 |
75LN | tert-Butyl-mercaptan | (CH3)3CSH | 0.5-39mg/m3 |
75L | tert-Butyl-mercaptan | (CH3)3CSH | 0.5-30mg/m3 |
75N | tert-Butyl-mercaptan | (CH3)3CSH | 1.25-250mg/m3 |
76H | Tétrahydrothiophène | C4H8S | 10-200 |
76 | Tétrahydrothiophène | C4H8S | 1-10 |
76M | Ttétrahydrothiophène | C4H8S | 10-100mg/m3 |
77 | t-Butylmercaptan et de sulfate de diméthyle | (CH3)3 and (CH3)2S | 1-15mg/m3 |
80 | Gaz acides | - | 1-80 |
81 | Acide acétique | CH3CO2H | 1-100 |
81L | Acide acétique | CH3CO2H | 0.125-23 |
81D | Acide acétique(dosi-tube) | CH3CO2H | 0.5-100 |
91M | Formaldéhyde | HCHO | 8-6400 |
91 | Formaldéhyde | HCHO | 2-100 |
91L | Formaldéhyde | HCHO | 0.1-45 |
91LL | Formaldéhyde | HCHO | 0.05-1 |
91P | Formaldéhyde | HCHO | 0.02-1.44 |
91PL | Formaldéhyde | HCHO | 0.01-0.80 |
91TP | Formaldéhyde | HCHO | 0.01-1.75 |
91D | Formaldéhyde(dosi-tube) | HCHO | 0.1-20 |
92 | Acétaldéhyde | CH3CHO | 5-750 |
92M | Acétaldéhyde | CH3CHO | 2.5-100 |
92L | Acétaldéhyde | CH3CHO | 1-20 |
92LA | Acétaldéhyde | CH3CHO | 0.3-30 |
93 | Acroléine | CH2:CHCHO | 3.3-800 |
100A | GPL | C3・C4 | 0.02-0.8% |
100B | Propane | CH3CH2CH3 | 0.1-2.0% |
101 | Essence | CnHm | 0.015-1.2% |
101L | Essence | CnHm | 30-2000 |
102H | Hexane | CH3(CH2)4CH3 | 0.015-1.2% |
102L | Hexane | CH3(CH2)4CH3 | 3.5-1200 |
102TP | Hexane | CH3(CH2)4CH3 | 2-80 |
103 | Hydrocarbures de classe inférieur | C2-C7 | 0.05-2.4% |
104 | Butane | C4H10 | 25-1400 |
105 | Hydrocarbures de classe supérieur | C6-C10 | 100-3000 |
106 | Naphta de pétrole | - | 0.5-28mg/L |
107 | Polytec I | - | Qualitatif |
108 | Qualitatif pour enquête sur les incendies | - | Qualitatif |
109A | Brouillard d'huile (tube Airtec) | - | 0.3-1.5mg/m3 |
109AD | Brouillard d'huile (tube Airtec) | - | 0.1-5.0mg/m3 |
111 | Méthanol | CH3OH | 0.002-6% |
111L | Méthanol | CH3OH | 20-1000 |
111LL | Méthanol | CH3OH | 2-62 |
111TP | Méthanol | CH3OH | 20-300 |
112 | Éthanol | C2H5OH | 0.01-7.5% |
112L | Éthanol | C2H5OH | 50-2000 |
112D | Éthanol(dosi-tube) | C2H5OH | 100-25000 |
113 | Alcool isopropylique | CH3CH(OH)CH3 | 0.02-5.0% |
113L | Alcool isopropylique | CH3CH(OH)CH3 | 20-800 |
113LL | Aalcool isopropylique | CH3CH(OH)CH3 | 20-460 |
113TP | Alcool isopropylique | CH3CH(OH)CH3 | 20-400 |
114 | Butanol-1 | CH(3CH2)3OH | 10-150 |
115 | Butanol-2 | CH3CH2CH(OH)CH3 | 5-150 |
116 | Alcool isobutylique | (CH3)2CHCH2OH | 3.7-150 |
117 | Alcool isoamylique | (CH3)2CHCH2CH2OH | 5-300 |
118 | Cyclohexanol | C6H11OH | 5-100 |
119 | Méthylcyclohexane | CH3C6H10OH | 5-100 |
120 | Hydrocarbures aromatiques | - | 0.4-200 |
121S | Benzéne | C6H6 | 2-312 |
121 | Benzéne | C6H6 | 2.5-120 |
121SL | Benzéne | C6H6 | 1-100 |
121L | Benzéne | C6H6 | 0.1-65 |
121SP | Benzéne | C6H6 | 0.2-66 |
121P | Benzène | C6H6 | 250-3000μg/m3 |
121TP | Benzène | C6H6 | 0.1-14.5 |
122 | Toluéne | C6H5CH3 | 4-600 |
122L | Toluéne | C6H5CH3 | 0.82-100 |
122P | Toluène | C6H5CH3 | 100-7000μg/m3 |
122TP | Toluène | C6H5CH3 | 2-80 |
122DL | Toluène(dosi-tube) | C6H5CH3 | 2-500 |
123 | Xyléne | C6H4(CH3)2 | 5-625 |
123L | Xyléne | C6H4(CH3)2 | 2-200 |
123TP | Xylène | C6H4(CH3)2 | 2-80 |
124 | Styréne | C6H5CH:CH2 | 10-1500 |
124L | Styréne | C6H5CH:CH2 | 2-100 |
124S | Styrène | C6H5CH:CH2 | 0.2-4.0 |
126 | Chlorobenzène | C6H5Cl | 2-500 |
126L | Chlorobenzène | C6H5Cl | 0.5-57 |
127 | o-Dichlorobenzène | C6H4Cl2 | 2.5-300 |
127P | o-Dichlorobenzène | C6H4Cl2N | 100-3000μg/m3 |
128 | Solvant stoddard | - | 50-8000mg/m3 |
130L | Chlorure de vinylidène | CH2:CCl2 | 0.4-40.6 |
131 | Chlorure de vin | CH2:CHCl | 0.025-2% |
131La | Chlorure de vin | CH2:CHCl | 0.25-54 |
131LB | Chlorure de vin | CH2:CHCl | 0.4-70 |
131L | Chlorure de vin | CH2:CHCl | 0.1-6.9 |
131P | Chlorure de vin | CH2:CHCl | 50-1500μg/m3 |
131TP | Chlorure de vin | CH2:CHCl | 0.2-9.6 |
132HH | Trichloréthylène | Cl2C:CHCl | 0.05-2.5% |
132HA | Trichloréthylène | Cl2C:CHCl | 20-1300 |
132M | Trichloréthylène | Cl2C:CHCl | 2-270 |
132L | Trichloréthylène | Cl2C:CHCl | 0.8-90 |
132LL | Trichloréthylène | Cl2C:CHCl | 0.125-8.8 |
132P | Trichloréthylène | Cl2C:CHCl | 20-1200μg/m3 |
132TP | Trichloréthylène | Cl2C:CHCl | 1-33 |
132D | Trichloréthylène(dosi-tube) | Cl2C:CHCl | 3-300 |
133HA | Tétrachloroéthylène | Cl2C:CCl2 | 7-900 |
133M | Tétrachloréthyléne | Cl2C:CCl2 | 2-220 |
133L | Tétrachloréthyléne | Cl2C:CCl2 | 1-75 |
133LL | Tétrachloréthyléne | Cl2C:CCl2 | 0.1-6.6 |
133P | Tétrachloroéthylène | Cl2C:CCl2 | 20-720μg/m3 |
133TP | Tétrachloroéthylène | Cl2C:CCl2 | 2.5-84 |
133D | Tétrachloroéthylène(dosi-tube) | Cl2C:CCl2 | 3-150 |
134 | Tétrachlorure de carbone | CCl4 | 0.5-60 |
134L | Tétrachlorure de carbone | CCl4 | 0.25-11 |
135 | 1,1,1-Trichloroéthane | CH3CCI3 | 100-2000 |
135L | 1,1,1-Trichloroéthane | CH3CCI3 | 6-900 |
136H | Bromure de méthyle | CH3Br | 10-600 |
136L | Bromure de méthyle | CH3Br | 2.5-200 |
136LA | Bromure de méthyle | CH3Br | 1-36 |
136LL | Bromure de méthyle | CH3Br | 0.1-3.0 |
137 | Chloroforme | CHCl3 | 4-400 |
137LA | Chloroforme | CHCl3 | 0.5-30 |
137LL | Chloroforme | CHCl3 | 0.3-4.5 |
138 | Chlorure de méthylène | CH2Cl2 | 30-500 |
138L | Chlorure de méthylène | CH2Cl2 | 4-150 |
139 | 1,2 -Dichloroéthylène | ClCH:CHCl | 5-250 |
140 | Hydrocarbures aliphatiques | - | 6-3000 |
141 | Acétate éthyle | CH3CO2C2H5 | 0.1-1.5% |
141L | Acétate éthyle | CH3CO2C2H5 | 20-800 |
142 | Acétate de butyle | CH3CO(2CH2)3CH3 | 0.05-0.8% |
142L | Acétate de butyle | CH3CO(2CH2)3CH3 | 10-300 |
143 | Acétate de vinyle | CH3CO2CH:CH2 | 5-250 |
144 | Acétate isobutyle | CH3CO2CH2CH(CH3)2 | 10-300 |
145 | Acétate de propyle | CH3CO2C3H7 | 20-500 |
146 | Acétate isopropyle | CH3CO2CH(CH3)2 | 10-500 |
147 | Acétate amyle | CH3CO2C5H11 | 10-200 |
148 | Acétate isoamyle | CH3CO(2CH2)2CH(CH3)2 | 10-200 |
149 | Méthacrylate de méthyle | CH2:C(CH3)CO2CH3 | 10-500 |
151 | Acétone | CH3COCH3 | 0.05-2.0% |
151L | Acétone | CH3COCH3 | 50-12000 |
151TP | Acétone | CH3COCH3 | 25-800 |
151D | Acétone(dosi-tube) | CH3COCH3 | 5-1500 |
152 | Méthyleéthylecétone | CH3COC2H5 | 0.02-0.6% |
152L | Methyléthylcétone | CH3COC2H5 | 10-384 |
152TP | Méthyleéthylecétone | CH3COC2H5 | 20-300 |
152D | Méthyleéthylecétone(dosi-tube) | CH3COC2H5 | 2-600 |
153 | Méthylisobutylcétone | (CH3)2CHCH2COCH3 | 0.05-0.6% |
153L | Méthylisobutylcétone | (CH3)2CHCH2COCH3 | 2.5-130 |
154 | Cyclohexanone | C6H10O | 2-72 |
155 | Méthylcyclohexanone | C7H12O | 2-80 |
159 | Tétrahydrofuranne | C4H8O | 25-800 |
159L | Tétrahydrofuranne | C4H8O | 5-232 |
161 | Éther éthylique | (C2H5)2O | 0.04-1.0% |
161L | Éther éthylique | (C2H5)2O | 10-1120 |
163 | Oxyde éthylène | C2H4O | 0.05-3.0% |
163L | Oxyde éthylène | C2H4O | 0.4-550 |
163LL | Oxyde éthylène | C2H4O | 0.1-10 |
163TPM | Oxyde éthylène | C2H4O | 1-50 |
163TP | Oxyde éthylène | C2H4O | 0.1-5 |
165L | Éthylèneglycol | HOCH2CH2OH | 10-100mg/m3 |
166 | Méthyl tert-butyl éther | CH3OC(CH3)3 | 10-660 |
171 | Acétylène | HC≡CH | 0.05-4.0% |
172 | Ethyléne | CH2:CH2 | 25-1680 |
172L | Ethyléne | CH2:CH2 | 0.2-100 |
174 | 1,3-Butadiène | CH2:CHCH:CH2 | 50-800 |
174L | 1,3-Butadiène | CH2:CHCH:CH2 | 2.5-100 |
174LL | 1,3-Butadiène | CH2:CHCH:CH2 | 0.5-5 |
174D | 1,3-Butadiène(dosi-tube) | CH2:CHCH:CH2 | 1.3-200 |
180 | Amines | CH3NH2 Calibration | 5-100 |
180L | Amines | CH3NH2 Calibration | 0.5-10 |
181 | Aniline | C6H5NH2 | 1.25-60 |
182 | Pyridine | C5H5N | 0.2-36.4 |
183 | N,N-Diméthylformamide | HCON(CH3)2 | 0.8-90 |
183TP | N,N-Diméthylformamide | HCON(CH3)2 | 0.5-30 |
184 | N,N-Diméthylacétamide | CH3CON(CH3)2 | 1.5-240 |
185 | Hydrazine | N2H4 | 0.04-2.0 |
191 | Acylonitrile | CH2:CHCN | 2-360 |
191L | Acylonitrile | CH2:CHCN | 0.1-18 |
191TP | Acylonitrile | CH2:CHCN | 0.2-12.6 |
192 | Méthacrylonitrile | CH2:C(CH3)CN | 0.2-32 |
193 | 2-Pentènenitrile | CH3CH2CH:CHCN | 0.5-15.0 |
211H | ion Sulfuré | S2- | 10-1000 |
211M | ion Sulfuré | S2- | 2-300 |
211 | ion Sulfuré | S2- | 1-100 |
211LL | ion Sulfuré | S2- | 0.5-20 |
218 | Ozone dans le tube de détection de solution | O3 | 1-10mg/L |
221L | ion Chlorure | Cl- | 25-1000mg/L |
221LL | ion Chlorure | Cl- | 10-200mg/L |
222 | Chlore résiduel libre | ClO- | 0.1-10mg/L |
230H | Iodure de méthyle | CH3I | 100-34800 |
230 | Iodure de méthyle | CH3I | 0.5-108 |
231 | Fluorure de sulfuryle | SO2F2 | 1-20 |
232 | 1,2-Dichloroéthane | CICH2CH2CI | 1-39 |
233 | Chloropicrine | CCl3NO2 | 0.045-22 |
234L | d’isothiocyanate de méthyle | CH3NCS | 0.07-25 |
271 | Mercure dans l'eau | Hg2+ | 1-20mg/L |
273 | Chrome (VI) | Cr6+ | 0.5-50mg/L |
281 | ion Fer (II) | Fe2+ | 5-50mg/L |
284 | ion Cuivre | Cu++Cu2+ | 1-20mg/L |
285 | Zinc | Zn2+ | 3-20mg/L |
291 | Nickel | Ni2+ | 5-50mg/L |
Gas Sampling Pump GV-100S/GV-110S
Lesen Sie bitte die Bedienungsanleitung für die Gas-Probenahmepumpe GV-100S/GV-110S zusammen mit der Bedienungsanleitung für das Prüfröhrchen.
Bedienungsanleitung für Prüfröhrchen
GASTEC-Prüfröhrchens Nr. | Chemische Formel | Messbereich(ppm) | |
---|---|---|---|
1HH | Kohlenmonoxid | CO | 1-50% |
1H | Kohlenmonoxid | CO | 0.1-10% |
1M | Kohlenmonoxid | CO | 0.05-4% |
1LM | Kohlenmonoxid | CO | 25-2000 |
1L | Kohlenmonoxid | CO | 2.5-2000 |
1La | Kohlenmonoxid | CO | 8-1000 |
1LK | Kohlenmonoxid | CO | 5-600 |
1LKC | Kohlenmonoxid | CO | 5-100 |
1LL | Kohlenmonoxid | CO | 5-50 |
1LC | Kohlenmonoxid | CO | 1-30 |
1D | Kohlenmonoxid-Passivsammler | CO | 1.04-2000 |
1DL | Kohlenmonoxid-Passivsammler | CO | 0.4-400 |
1A | Kohlenmonoxid- Airtec | CO | 5-50 |
2HH | Kohlendioxid | CO2 | 2.5-40% |
2H | Kohlendioxid | CO2 | 0.5-20% |
2L | Kohlendioxid | CO2 | 0.13-6% |
2LL | Kohlendioxid | CO2 | 300-5000 |
2LC | Kohlendioxid | CO2 | 100-4000 |
2D | Kohlendioxid-Passivsammler | CO2 | 0.02-12% |
2HT | Kohlendioxid | CO2 | 10-100% |
2A | Kohlendioxid - Airtec | CO2 | 250-3000 |
2Ag | Kohlendioxid - Airtec | CO2 | 200-3000 |
3H | Ammoniak | NH3 | 0.2-32% |
3HM | Ammoniak | NH3 | 0.05-3.52% |
3M | Ammoniak | NH3 | 10-1000 |
3La | Ammoniak | NH3 | 2.5-220 |
3L | Ammoniak | NH3 | 0.5-78 |
3D | Ammoniak-Passivsammler | NH3 | 2.5-1000 |
3DL | Ammoniak-Passivsammler | NH2 | 0.1-10 |
3S | Ammoniak | NH2 | 0.5-5 |
4HT | Hydrogensulfid | H2S | 1-40% |
4HP | Hydrogensulfid | H2S | 0.25-20% |
4HH | Hydrogensulfid | H2S | 0.1-4% |
4H | Hydrogensulfid | H2S | 10-4000 |
4HM | Hydrogensulfid | H2S | 25-1600 |
4M | Hydrogensulfid | H2S | 12.5-500 |
4L | Hydrogensulfid | H2S | 1-240 |
4LL | Hydrogensulfid | H2S | 0.25-120 |
4LK | Hydrogensulfid | H2S | 1-40 |
4LB | Hydrogensulfid | H2S | 0.5-12 |
4LT | Hydrogensulfid | H2S | 0.05-4 |
4TP | Hydrogensulfid | H2S | 0.1-2.88 |
4D | Hydrogensulfid-Passivsammler | H2S | 0.2-200 |
4S | Hydrogensulfid | H2S | 10-200ppb |
5H | Schwefeldioxid | SO2 | 0.05-8% |
5M | Schwefeldioxid | SO2 | 20-3600 |
5L | Schwefeldioxid | SO2 | 1.25-200 |
5La | Schwefeldioxid | SO2 | 0.5-60 |
5LC | Schwefeldioxid | SO2 | 0.1-22 |
5Lb | Schwefeldioxid | SO2 | 0.05-10 |
5D | Schwefeldioxid-Passivsammler | SO2 | 0.2-100 |
5DH | Schwefeldioxid-Passivsammler | SO2 | 10-600 |
6 | Wasserdampf | H2O | 0.5-32mg/L |
6L | Wasserdampf | H2O | 0.05-2mg/L |
6LP | Pipeline-Taupunkt | H2O | 3-100LB/MMCF |
6LLP | Pipeline-Taupunkt | H2O | 2-10LB/MMCF |
6AH | Wasserdampf - Airtec | H2O | 500-5000 |
6A | Wasserdampf - Airtec | H2O | 10-80mg/m3 |
6Ag | Wasserdampf - Airtec | H2O | 150–3000mg/m3 |
7H | Phosphorwasserstoff | PH3 | 200-5500 |
7J | Phosphorwasserstoff | PH3 | 2.5-1000 |
7 | Phosphorwasserstoff | PH3 | 2.5-100 |
7L | Phosphorwasserstoff | PH3 | 0.15-5 |
7LA | Phosphorwasserstoff | PH3 | 0.05-9.8 |
7LAN | Phosphorwasserstoff | PH3 | 0.04-8.4 |
8HH | Chlor | Cl2 | 0.25-10% |
8H | Chlor | Cl2 | 25-1000 |
8La | Chlor | Cl2 | 0.1-16 |
8LL | Chlor | Cl2 | 0.025-2.0 |
8TP | Chlor | Cl2 | 0.05-0.6 |
8D | Chlor-Passivsammler | Cl2 | 0.08-100 |
9L | Stickstoffdioxid | NO2 | 0.5-125 |
9P | Stickstoffdioxid | NO2 | 0.02-0.20 |
9D | Stickstoffdioxid-Passivsammler | NO2 | 0.1-30 |
9DL | Stickstoffdioxid-Passivsammler | NO2 | 0.01-3.0 |
10 | NO&NO2 (Getrennte Quantifikation) | NO&NO2 | 2.5-200 |
11HA | Stickstoffoxiden(Totale Quantifikation) | NO+NO2 | 50-2500 |
11S | Stickstoffoxiden(Totale Quantifikation) | NO+NO2 | 5-625 |
11L | Stickstoffoxiden(Totale Quantifikation) | NO+NO2 | 0.03-14 |
11A | Stickstoffoxiden - Airtec | NO+NO2 | 0.02-2 |
12H | Cyanwasserstoff | HCN | 0.05-1.6% |
12M | Cyanwasserstoff | HCN | 17-2400 |
12L | Cyanwasserstoff | HCN | 0.5-150 |
12LL | Cyanwasserstoff | HCN | 0.2-10 |
12TP | Cyanwasserstoff | HCN | 0.3-9.0 |
12D | Cyanwasserstoff-Passivsammler | HCN | 1-200 |
13M | Kohlendisulfid | CS2 | 15-5120 |
13 | Kohlendisulfid | CS2 | 0.63-100 |
13L | Kohlendisulfid | CS2 | 0.1-8.1 |
13TP | Kohlendisulfid | CS2 | 0.05-2.4 |
14R | Chlorwasserstoff | HCl | 50-5000 |
14M | Chlorwasserstoff | HCl | 10-1000 |
14L | Chlorwasserstoff | HCl | 0.2-76 |
14D | Chlorwasserstoff-Passivsammler | HCl | 1-100 |
15L | Salpetersäure | HNO3 | 0.1-40 |
16 | Phosgen | COCl2 | 0.05-20 |
17 | Fluorwasserstoff | HF | 0.25-100 |
17L | Fluorwasserstoff | HF | 0.09-72 |
17LL | Fluorwasserstoff | HF | 0.05-24 |
17TP | Fluorwasserstoff | HF | 0.05-9.0 |
17D | Fluorwasserstoff-Passivsammler | HF | 1-100 |
18M | Ozon | O3 | 4-400 |
18L | Ozon | O3 | 0.025-6 |
19LA | Arsen | AsH3 | 0.04-10 |
21 | Carbonylsulfid | COS | 5-200 |
21LA | Carbonylsulfid | COS | 2-125 |
22 | Diboran | B2H6 | 0.02-5.0 |
23M | Chlordioxid | ClO2 | 0.1-10 |
23L | Chlordioxid | ClO2 | 0.025-1.2 |
25 | Polytec II | - | Qualitative |
26 | Polytec III | - | Qualitative |
27 | Polytec IV | - | Qualitative |
28 | PolytecV | - | Qualitative |
30 | Wasserstoff | H2 | 0.5-2% |
31B | Sauerstoff | O2 | 3-24% |
32 | Wasserstoffperoxid | H2O2 | 0.5-10 |
32D | Wasserstoffperoxid-Passivsammler | H2O2 | 0.5-40 |
35 | Schwefelsäure | H2SO4 | 0.5-5mg/m3 |
40 | Quecksilberdampfgas | Hg | 0.05-13.2mg/m3 |
45H | Schwefelwasserstoff & Schwefeldioxid | H2S + SO2 | 0.02-8.0% |
45S | Schwefelwasserstoff & Schwefeldioxid | H2S,SO2 | SO2:0.25-20 H2S:1.25-120 |
51H | Fluorchlorkohlenwasserstoff | - | 250-6000 |
51 | Fluorchlorkohlenwasserstoff | - | 10-400 |
51L | Fluorchlorkohlenwasserstoff | - | 1-54 |
52 | Nitroverbindungen | - | 0.5-30 |
53 | Dimethylsulfid | (CH3)2S | 0.15-10 |
60 | Phenol | C6H5OH | 0.12-183 |
61 | o-Cresol | C6H(4CH3)OH | 0.35-67.5 |
70 | Mercaptanen | R·SH | 0.5-120 |
70L | Mercaptanen | R·SH | 0.1-8 |
70LN | Mercaptanen | R·SH | 0.1-8 |
71H | Methyl Mercaptan | CH3SH | 20-2700 |
71 | Methyl Mercaptan | CH3SH | 0.25-140 |
72 | Ethyl Mercaptan | C2H5SH | 0.5-120 |
72L | Ethylmercaptan | C2H5SH | 0.2-75 |
72LN | Ethylmercaptan | C2H5SH | 0.15-57.5 |
75 | tert-Butylmercaptan | (CH3)3CSH | 2.5-150mg/m3 |
75LN | tert-Butylmercaptan | (CH3)3CSH | 0.5-39mg/m3 |
75L | tert-Butylmercaptan | (CH3)3CSH | 0.5-30mg/m3 |
75N | tert-Butylmercaptan | (CH3)3CSH | 1.25-250mg/m3 |
76H | Tetrahydrothiophen | C4H8S | 10-200 |
76 | Tetrahydrothiophen | C4H8S | 1-10 |
76M | Tetrahydrothiophen | C4H8S | 10-100mg/m3 |
77 | tert-Butylmercaptan & Dimethylsulfid | (CH3)3 and (CH3)2S | 1-15mg/m3 |
80 | Säuregase | - | 1-80 |
81 | Essigsäure | CH3CO2H | 1-100 |
81L | Essigsäure | CH3CO2H | 0.125-23 |
81D | Essigsäure-Passivsammler | CH3CO2H | 0.5-100 |
91M | Formaldehyd | HCHO | 8-6400 |
91 | Formaldehyd | HCHO | 2-100 |
91L | Formaldehyd | HCHO | 0.1-45 |
91LL | Formaldehyd | HCHO | 0.05-1 |
91P | Formaldehyd | HCHO | 0.02-1.44 |
91PL | Formaldehyd | HCHO | 0.01-0.80 |
91TP | Formaldehyd | HCHO | 0.01-1.75 |
91D | Formaldehyd-Passivsammler | HCHO | 0.1-20 |
92 | Acetaldehyd | CH3CHO | 5-750 |
92M | Acetaldehyd | CH3CHO | 2.5-100 |
92L | Acetaldehyd | CH3CHO | 1-20 |
92LA | Acetaldehyd | CH3CHO | 0.3-30 |
93 | Acrolein | CH2:CHCHO | 3.3-800 |
100A | LP-Gas | C3・C4 | 0.02-0.8% |
100B | Propan | CH3CH2CH3 | 0.1-2.0% |
101 | Benzin | CnHm | 0.015-1.2% |
101L | Benzin | CnHm | 30-2000 |
102H | Hexan | CH3(CH2)4CH3 | 0.015-1.2% |
102L | Hexan | CH3(CH2)4CH3 | 3.5-1200 |
102TP | Hexan | CH3(CH2)4CH3 | 2-80 |
103 | Kohlenwasserstoffen der unteren Klasse | C2-C7 | 0.05-2.4% |
104 | Butan | C4H10 | 25-1400 |
105 | Kohlenwasserstoffe (Höhere Klasse) | C6-C10 | 100-3000 |
106 | Mineralöl | - | 0.5-28mg/L |
107 | Polytec I | - | Qualitativ |
108 | Qualitatives Detektorröhrchen zur Brandermittlung | - | Qualitativ |
109A | Ölnebel-Airtec | - | 0.3-1.5mg/m3 |
109AD | Ölnebel-Airtec | - | 0.1-5.0mg/m3 |
111 | Methanol | CH3OH | 0.002-6% |
111L | Methanol | CH3OH | 20-1000 |
111LL | Methanol | CH3OH | 2-62 |
111TP | Methanol | CH3OH | 20-300 |
112 | Ethanol | C2H5OH | 0.01-7.5% |
112L | Ethanol | C2H5OH | 50-2000 |
112D | Ethanol-Passivsammler | C2H5OH | 100-25000 |
113 | Isopropylalkohol | CH3CH(OH)CH3 | 0.02-5.0% |
113L | Isopropylalkohol | CH3CH(OH)CH3 | 20-800 |
113LL | Isopropylalkohol | CH3CH(OH)CH3 | 20-460 |
113TP | Isopropylalkohol | CH3CH(OH)CH3 | 20-400 |
114 | 1-Butanol | CH(3CH2)3OH | 10-150 |
115 | 2-Butanol | CH3CH2CH(OH)CH3 | 5-150 |
116 | lsobutylalkohol | (CH3)2CHCH2OH | 3.7-150 |
117 | Isoamylalkohol | (CH3)2CHCH2CH2OH | 5-300 |
118 | Cyclohexanol | C6H11OH | 5-100 |
119 | Methylcyclohexanol | CH3C6H10OH | 5-100 |
120 | Aromatische Kohlenwasserstoffe | - | 0.4-200 |
121S | Benzol | C6H6 | 2-312 |
121 | Benzol | C6H6 | 2.5-120 |
121SL | Benzol | C6H6 | 1-100 |
121L | Benzol | C6H6 | 0.1-65 |
121SP | Benzol | C6H6 | 0.2-66 |
121P | Benzol | C6H6 | 250-3000μg/m3 |
121TP | Benzol | C6H6 | 0.1-14.5 |
122 | Toluol | C6H5CH3 | 4-600 |
122L | Toluol | C6H5CH3 | 0.82-100 |
122P | Toluol | C6H5CH3 | 100-7000μg/m3 |
122TP | Toluol | C6H5CH3 | 2-80 |
122DL | Toluol-Passivsammler | C6H5CH3 | 2-500 |
123 | Xylol | C6H4(CH3)2 | 5-625 |
123L | Xylol | C6H4(CH3)2 | 2-200 |
123TP | Xylol | C6H4(CH3)2 | 2-80 |
124 | Styrol | C6H5CH:CH2 | 10-1500 |
124L | Styrol | C6H5CH:CH2 | 2-100 |
124S | Styrol | C6H5CH:CH2 | 0.2-4.0 |
126 | Chlorbenzol | C6H5Cl | 2-500 |
126L | Chlorbenzol | C6H5Cl | 0.5-57 |
127 | o-Dichlorbenzol | C6H4Cl2 | 2.5-300 |
127P | o-Dichlorbenzol | C6H4Cl2N | 100-3000μg/m3 |
128 | Stoddard-Lösungsmittel (Testbenzin) | - | 50-8000mg/m3 |
130L | Vinylidenchlorid | CH2:CCl2 | 0.4-40.6 |
131 | Vinylchlorid | CH2:CHCl | 0.025-2% |
131La | Vinylchlorid | CH2:CHCl | 0.25-54 |
131LB | Vinylchlorid | CH2:CHCl | 0.4-70 |
131L | Vinylchlorid | CH2:CHCl | 0.1-6.9 |
131P | Vinylchlorid | CH2:CHCl | 50-1500μg/m3 |
131TP | Vinylchlorid | CH2:CHCl | 0.2-9.6 |
132HH | Trichlorethylen | Cl2C:CHCl | 0.05-2.5% |
132HA | Trichlorethylen | Cl2C:CHCl | 20-1300 |
132M | Trichlorethylen | Cl2C:CHCl | 2-270 |
132L | Trichlorethylen | Cl2C:CHCl | 0.8-90 |
132LL | Trichlorethylen | Cl2C:CHCl | 0.125-8.8 |
132P | Trichlorethylen | Cl2C:CHCl | 20-1200μg/m3 |
132TP | Trichlorethylen | Cl2C:CHCl | 1-33 |
132D | Trichlorethylen-Passivsammler | Cl2C:CHCl | 3-300 |
133HA | Tetrachlorethylen | Cl2C:CCl2 | 7-900 |
133M | Tetrachlorethylen | Cl2C:CCl2 | 2-220 |
133L | Tetrachlorethylen | Cl2C:CCl2 | 1-75 |
133LL | Tetrachlorethylen | Cl2C:CCl2 | 0.1-6.6 |
133P | Tetrachlorethylen | Cl2C:CCl2 | 20-720μg/m3 |
133TP | Tetrachlorethylen | Cl2C:CCl2 | 2.5-84 |
133D | Tetrachlorethylen-Passivsammler | Cl2C:CCl2 | 3-150 |
134 | Kohlenstofftetrachlorid | CCl4 | 0.5-60 |
134L | Kohlenstofftetrachlorid | CCl4 | 0.25-11 |
135 | 1,1,1-Trichlorethan | CH3CCI3 | 100-2000 |
135L | 1,1,1-Trichlorethan | CH3CCI3 | 6-900 |
136H | Methylbromid | CH3Br | 10-600 |
136L | Methylbromid | CH3Br | 2.5-200 |
136LA | Methylbromid | CH3Br | 1-36 |
136LL | Methylbromid | CH3Br | 0.1-3.0 |
137 | Chloroform | CHCl3 | 4-400 |
137LA | Chloroform | CHCl3 | 0.5-30 |
137LL | Chloroform | CHCl3 | 0.3-4.5 |
138 | Methylenchlorid | CH2Cl2 | 30-500 |
138L | Methylenchlorid | CH2Cl2 | 4-150 |
139 | 1,2-Dichlorethylen | ClCH:CHCl | 5-250 |
140 | Aliphatische kohlenwasserstoffe | - | 6-3000 |
141 | Ethylacetat | CH3CO2C2H5 | 0.1-1.5% |
141L | Ethylacetat | CH3CO2C2H5 | 20-800 |
142 | Butylacetat | CH3CO(2CH2)3CH3 | 0.05-0.8% |
142L | Butylacetat | CH3CO(2CH2)3CH3 | 10-300 |
143 | Vinylacetat | CH3CO2CH:CH2 | 5-250 |
144 | Isobutylacetat | CH3CO2CH2CH(CH3)2 | 10-300 |
145 | Propylacetat | CH3CO2C3H7 | 20-500 |
146 | Isopropylacetat | CH3CO2CH(CH3)2 | 10-500 |
147 | Amylacetat | CH3CO2C5H11 | 10-200 |
148 | Isoamylacetat | CH3CO(2CH2)2CH(CH3)2 | 10-200 |
149 | Methylmethacrylat | CH2:C(CH3)CO2CH3 | 10-500 |
151 | Aceton | CH3COCH3 | 0.05-2.0% |
151L | Aceton | CH3COCH3 | 50-12000 |
151TP | Aceton | CH3COCH3 | 25-800 |
151D | Aceton-Passivsammler | CH3COCH3 | 5-1500 |
152 | Methylethylketon | CH3COC2H5 | 0.02-0.6% |
152L | Methylethylketon | CH3COC2H5 | 10-384 |
152TP | Methylethylketon | CH3COC2H5 | 20-300 |
152D | Methylethylketon-Passivsammler | CH3COC2H5 | 2-600 |
153 | Methylisobutylketon | (CH3)2CHCH2COCH3 | 0.05-0.6% |
153L | Methylisobutylketon | (CH3)2CHCH2COCH3 | 2.5-130 |
154 | Cyclohexanon | C6H10O | 2-72 |
155 | Methylcyclohexanon | C7H12O | 2-80 |
159 | Tetrahydrofuran | C4H8O | 25-800 |
159L | Tetrahydrofuran | C4H8O | 5-232 |
161 | Ethylether | (C2H5)2O | 0.04-1.0% |
161L | Ethylether | (C2H5)2O | 10-1120 |
163 | Ethylenoxid | C2H4O | 0.05-3.0% |
163L | Ethylenoxid | C2H4O | 0.4-550 |
163LL | Ethylenoxid | C2H4O | 0.1-10 |
163TPM | Ethylenoxid | C2H4O | 1-50 |
163TP | Ethylenoxid | C2H4O | 0.1-5 |
165L | Ethylenglycol | HOCH2CH2OH | 10-100mg/m3 |
166 | Methyl-tert-butylether | CH3OC(CH3)3 | 10-660 |
171 | Acetylen | HC≡CH | 0.05-4.0% |
172 | Ethylen | CH2:CH2 | 25-1680 |
172L | Ethylen | CH2:CH2 | 0.2-100 |
174 | 1,3-Butadien | CH2:CHCH:CH2 | 50-800 |
174L | 1,3-Butadien | CH2:CHCH:CH2 | 2.5-100 |
174LL | 1,3-Butadien | CH2:CHCH:CH2 | 0.5-5 |
174D | 1,3-Butadien-Passivsammler | CH2:CHCH:CH2 | 1.3-200 |
180 | Aminen | CH3NH2 Calibration | 5-100 |
180L | Aminen | CH3NH2 Calibration | 0.5-10 |
181 | Anilin | C6H5NH2 | 1.25-60 |
182 | Pyridin | C5H5N | 0.2-36.4 |
183 | N,N-Dimethylformamid | HCON(CH3)2 | 0.8-90 |
183TP | N,N-Dimethylformamid | HCON(CH3)2 | 0.5-30 |
184 | N,N-Dimethylacetamid | CH3CON(CH3)2 | 1.5-240 |
185 | Hydrazin | N2H4 | 0.04-2.0 |
191 | Acrylnitril | CH2:CHCN | 2-360 |
191L | Acrylnitril | CH2:CHCN | 0.1-18 |
191TP | Acrylnitril | CH2:CHCN | 0.2-12.6 |
192 | Methacrylnitril | CH2:C(CH3)CN | 0.2-32 |
193 | 2-Pentennitril | CH3CH2CH:CHCN | 0.5-15.0 |
211H | Sulfid-Ionen | S2- | 10-1000 |
211M | Sulfid-Ionen | S2- | 2-300 |
211 | Sulfid-Ionen | S2- | 1-100 |
211LL | Sulfid-Ionen | S2- | 0.5-20 |
218 | gelöstes Ozon | O3 | 1-10mg/L |
221L | Chloridionen | Cl- | 25-1000mg/L |
221LL | Chloridionen | Cl- | 10-200mg/L |
222 | freies Chlor | ClO- | 0.1-10mg/L |
230H | Methyliodid | CH3I | 100-34800 |
230 | Methyliodid | CH3I | 0.5-108 |
231 | Sulfurylfluorid | SO2F2 | 1-20 |
232 | 1,2-Dichlorethan | CICH2CH2CI | 1-39 |
233 | Chlorpikrin | CCl3NO2 | 0.045-22 |
234L | Methylisothiocyanat | CH3NCS | 0.07-25 |
271 | Quecksilber im Wasser | Hg2+ | 1-20mg/L |
273 | Chrom(VI) | Cr6+ | 0.5-50mg/L |
281 | Eisen(II)-Ionen | Fe2+ | 5-50mg/L |
284 | Kupferionen | Cu++Cu2+ | 1-20mg/L |
285 | Zink | Zn2+ | 3-20mg/L |
291 | Nickel | Ni2+ | 5-50mg/L |
Gas Sampling Pump GV-100S/GV-110S
Oltre alle istruzioni per l'uso delle fiale si prega di leggere altresì il manuale d'uso della pompa di campionamento gas GV-100S/GV-110S..
Istruzioni per l'uso delle fiale colorimetriche rilevatrici
Numero di Fiala GASTEC e Nome | Formula
chimica |
Gamma di misura | |
---|---|---|---|
1HH | monossido di carbonio | CO | 1-50% |
1H | monossido di carbonio | CO | 0.1-10% |
1M | monossido di carbonio | CO | 0.05-4% |
1LM | monossido di carbonio | CO | 25-2000 |
1L | monossido di carbonio | CO | 2.5-2000 |
1La | monossido di carbonio | CO | 8-1000 |
1LK | monossido di carbonio | CO | 5-600 |
1LKC | monossido di carbonio | CO | 5-100 |
1LL | monossido di carbonio | CO | 5-50 |
1LC | monossido di carbonio | CO | 1-30 |
1D | Monossido di carbonio | CO | 1.04-2000 |
1DL | Monossido di carbonio | CO | 0.4-400 |
1A | monossido di carbonio(fiala Airtec) | CO | 5-50 |
2HH | anidride carbonica | CO2 | 2.5-40% |
2H | anidride carbonica | CO2 | 0.5-20% |
2L | anidride carbonica | CO2 | 0.13-6% |
2LL | anidride carbonica | CO2 | 300-5000 |
2LC | anidride carbonica | CO2 | 100-4000 |
2D | Anidride carbonica | CO2 | 0.02-12% |
2HT | anidride carbonica | CO2 | 10-100% |
2A | anidride carbonica (fiala Airtec) | CO2 | 250-3000 |
2Ag | anidride carbonica (fiala Airtec) | CO2 | 200-3000 |
3H | ammoniaca | NH3 | 0.2-32% |
3HM | ammoniaca | NH3 | 0.05-3.52% |
3M | ammoniaca | NH3 | 10-1000 |
3La | ammoniaca | NH3 | 2.5-220 |
3L | ammoniaca | NH3 | 0.5-78 |
3D | Ammoniaca | NH3 | 2.5-1000 |
3DL | Ammoniaca(Dosi tube) | NH2 | 0.1-10 |
3S | Ammoniaca | NH2 | 0.5-5 |
4HT | acido solfidrico | H2S | 1-40% |
4HP | acido solfidrico | H2S | 0.25-20% |
4HH | acido solfidrico | H2S | 0.1-4% |
4H | acido solfidrico | H2S | 10-4000 |
4HM | acido solfidrico | H2S | 25-1600 |
4M | acido solfidrico | H2S | 12.5-500 |
4L | acido solfidrico | H2S | 1-240 |
4LL | acido solfidrico | H2S | 0.25-120 |
4LK | acido solfidrico | H2S | 1-40 |
4LB | acido solfidrico | H2S | 0.5-12 |
4LT | acido solfidrico | H2S | 0.05-4 |
4TP | Acido solfidrico | H2S | 0.1-2.88 |
4D | Acido solfidrico(Dosi tube) | H2S | 0.2-200 |
4S | Acido solfidrico | H2S | 10-200ppb |
5H | anidride solforosa | SO2 | 0.05-8% |
5M | anidride solforosa | SO2 | 20-3600 |
5L | anidride solforosa | SO2 | 1.25-200 |
5La | anidride solforosa | SO2 | 0.5-60 |
5LC | anidride solforosa | SO2 | 0.1-22 |
5Lb | anidride solforosa | SO2 | 0.05-10 |
5D | Anidride solforosa(Dosi tube) | SO2 | 0.2-100 |
5DH | Anidride solforosa(Dosi tube) | SO2 | 10-600 |
6 | vapore acqueo | H2O | 0.5-32mg/L |
6L | vapore acqueo | H2O | 0.05-2mg/L |
6LP | punto di rugiada nelle condotte | H2O | 3-100LB/MMCF |
6LLP | punto di rugiada nelle condotte | H2O | 2-10LB/MMCF |
6AH | vapore acqueo(fiala Airtec) | H2O | 500-5000 |
6A | vapore acqueo(fiala Airtec) | H2O | 10-80mg/m3 |
6Ag | vapore acqueo(fiala Airtec) | H2O | 150–3000mg/m3 |
7H | fosfina | PH3 | 200-5500 |
7J | fosfina | PH3 | 2.5-1000 |
7 | fosfina | PH3 | 2.5-100 |
7L | fosfina | PH3 | 0.15-5 |
7LA | fosfina | PH3 | 0.05-9.8 |
7LAN | fosfina | PH3 | 0.04-8.4 |
8HH | cloro | Cl2 | 0.25-10% |
8H | cloro | Cl2 | 25-1000 |
8La | cloro | Cl2 | 0.1-16 |
8LL | cloro | Cl2 | 0.025-2.0 |
8TP | cloro | Cl2 | 0.05-0.6 |
8D | Cloro(Dosi tube) | Cl2 | 0.08-100 |
9L | biossido di azoto | NO2 | 0.5-125 |
9P | biossido di azoto | NO2 | 0.02-0.20 |
9D | biossido di azoto(Dosi tube) | NO2 | 0.1-30 |
9DL | biossido di azoto(Dosi tube) | NO2 | 0.01-3.0 |
10 | ossido d'azoto e di biossido di azoto (Separate Quantification) | NO&NO2 | 2.5-200 |
11HA | ossido di azoto(Quantificazione totale) | NO+NO2 | 50-2500 |
11S | ossido di azoto(Quantificazione totale) | NO+NO2 | 5-625 |
11L | ossido di azoto(Quantificazione totale) | NO+NO2 | 0.03-14 |
11A | ossido di azoto(fiala Airtec) | NO+NO2 | 0.02-2 |
12H | cianuro di idrogeno | HCN | 0.05-1.6% |
12M | cianuro di idrogeno | HCN | 17-2400 |
12L | cianuro di idrogeno | HCN | 0.5-150 |
12LL | cianuro di idrogeno | HCN | 0.2-10 |
12TP | cianuro di idrogeno | HCN | 0.3-9.0 |
12D | Cianuro di idrogeno(Dosi tube) | HCN | 1-200 |
13M | solfuro di carbonio | CS2 | 15-5120 |
13 | solfuro di carbonio | CS2 | 0.63-100 |
13L | solfuro di carbonio | CS2 | 0.1-8.1 |
13TP | solfuro di carbonio | CS2 | 0.05-2.4 |
14R | cloruro di idrogeno | HCl | 50-5000 |
14M | cloruro di idrogeno | HCl | 10-1000 |
14L | cloruro di idrogeno | HCl | 0.2-76 |
14D | Cloruro di idrogeno(Dosi tube) | HCl | 1-100 |
15L | acido nitrico | HNO3 | 0.1-40 |
16 | Fosgene | COCl2 | 0.05-20 |
17 | acido fluoridrico | HF | 0.25-100 |
17L | acido fluoridrico | HF | 0.09-72 |
17LL | acido fluoridrico | HF | 0.05-24 |
17TP | acido fluoridrico | HF | 0.05-9.0 |
17D | Acido fluoridrico(Dosi tube) | HF | 1-100 |
18M | ozono | O3 | 4-400 |
18L | ozono | O3 | 0.025-6 |
19LA | arsina | AsH3 | 0.04-10 |
21 | solfuro di carbonile | COS | 5-200 |
21LA | solfuro di carbonile | COS | 2-125 |
22 | diborano | B2H6 | 0.02-5.0 |
23M | cloro gamma | ClO2 | 0.1-10 |
23L | cloro gamma | ClO2 | 0.025-1.2 |
25 | Polytec II | - | Qualitative |
26 | Polytec III | - | Qualitative |
27 | Polytec IV | - | Qualitative |
28 | PolytecV | - | Qualitative |
30 | dell’idrogeno | H2 | 0.5-2% |
31B | ossigeno | O2 | 3-24% |
32 | perossido di idrogeno | H2O2 | 0.5-10 |
32D | Perossido di idrogeno(Dosi tube) | H2O2 | 0.5-40 |
35 | acido solforico | H2SO4 | 0.5-5mg/m3 |
40 | vapori di mercurio | Hg | 0.05-13.2mg/m3 |
45H | acido solfidrico e di anidride solforosa | H2S + SO2 | 0.02-8.0% |
45S | solfuro di idrogeno e di diossido di zolfo | H2S,SO2 | SO2:0.25-20 H2S:1.25-120 |
51H | clorofluorocarburi | - | 250-6000 |
51 | clorofluorocarburi | - | 10-400 |
51L | clorofluorocarburi | - | 1-54 |
52 | composti di azoto | - | 0.5-30 |
53 | solfuro dimetile | (CH3)2S | 0.15-10 |
60 | fenolo | C6H5OH | 0.12-183 |
61 | o-Cresolo | C6H(4CH3)OH | 0.35-67.5 |
70 | mercaptani | R·SH | 0.5-120 |
70L | mercaptani | R·SH | 0.1-8 |
70LN | mercaptani | R·SH | 0.1-8 |
71H | metilmercaptano | CH3SH | 20-2700 |
71 | metilmercaptano | CH3SH | 0.25-140 |
72 | etilmercaptano | C2H5SH | 0.5-120 |
72L | etilmercaptano | C2H5SH | 0.2-75 |
72LN | etilmercaptano | C2H5SH | 0.15-57.5 |
75 | terz-butile mercaptano | (CH3)3CSH | 2.5-150mg/m3 |
75LN | terz-butile mercaptano | (CH3)3CSH | 0.5-39mg/m3 |
75L | terz-butile mercaptano | (CH3)3CSH | 0.5-30mg/m3 |
75N | terz-butile mercaptano | (CH3)3CSH | 1.25-250mg/m3 |
76H | tetraidrotiofene | C4H8S | 10-200 |
76 | tetraidrotiofene | C4H8S | 1-10 |
76M | tetraidrotiofene | C4H8S | 10-100mg/m3 |
77 | metantiolo butile e solfuro dimetile | (CH3)3 and (CH3)2S | 1-15mg/m3 |
80 | gas acidi | - | 1-80 |
81 | acido acetico | CH3CO2H | 1-100 |
81L | acido acetico | CH3CO2H | 0.125-23 |
81D | Acido acetico(Dosi tube) | CH3CO2H | 0.5-100 |
91M | formaldeide | HCHO | 8-6400 |
91 | formaldeide | HCHO | 2-100 |
91L | formaldeide | HCHO | 0.1-45 |
91LL | formaldeide | HCHO | 0.05-1 |
91P | formaldeide | HCHO | 0.02-1.44 |
91PL | formaldeide | HCHO | 0.01-0.80 |
91TP | formaldeide | HCHO | 0.01-1.75 |
91D | Formaldeide(Dosi tube) | HCHO | 0.1-20 |
92 | acetaldeide | CH3CHO | 5-750 |
92M | acetaldeide | CH3CHO | 2.5-100 |
92L | acetaldeide | CH3CHO | 1-20 |
92LA | acetaldeide | CH3CHO | 0.3-30 |
93 | acroleina | CH2:CHCHO | 3.3-800 |
100A | gas PL | C3・C4 | 0.02-0.8% |
100B | propano | CH3CH2CH3 | 0.1-2.0% |
101 | benzina | CnHm | 0.015-1.2% |
101L | benzina | CnHm | 30-2000 |
102H | esano | CH3(CH2)4CH3 | 0.015-1.2% |
102L | esano | CH3(CH2)4CH3 | 3.5-1200 |
102TP | esano | CH3(CH2)4CH3 | 2-80 |
103 | idrocarburi di classe inferiore | C2-C7 | 0.05-2.4% |
104 | butano | C4H10 | 25-1400 |
105 | idrocarburi di classe superiore | C6-C10 | 100-3000 |
106 | petrolio | - | 0.5-28mg/L |
107 | Polytec I | - | qualitativa |
108 | qualitativa per indagini sugli incendi | - | qualitativa |
109A | fumi d'olio (fiala Airtec) | - | 0.3-1.5mg/m3 |
109AD | fumi d'olio (fiala Airtec) | - | 0.1-5.0mg/m3 |
111 | metanolo | CH3OH | 0.002-6% |
111L | metanolo | CH3OH | 20-1000 |
111LL | metanolo | CH3OH | 2-62 |
111TP | metanolo | CH3OH | 20-300 |
112 | etanolo | C2H5OH | 0.01-7.5% |
112L | etanolo | C2H5OH | 50-2000 |
112D | Etanolo(Dosi tube) | C2H5OH | 100-25000 |
113 | alcool isopropilico | CH3CH(OH)CH3 | 0.02-5.0% |
113L | alcool isopropilico | CH3CH(OH)CH3 | 20-800 |
113LL | alcool isopropilico | CH3CH(OH)CH3 | 20-460 |
113TP | alcool isopropilico | CH3CH(OH)CH3 | 20-400 |
114 | 1-butanolo | CH(3CH2)3OH | 10-150 |
115 | 2-butanolo | CH3CH2CH(OH)CH3 | 5-150 |
116 | alcol isobutilico | (CH3)2CHCH2OH | 3.7-150 |
117 | alcol isoamilico | (CH3)2CHCH2CH2OH | 5-300 |
118 | cicloesanolo | C6H11OH | 5-100 |
119 | metilcicloesanolo | CH3C6H10OH | 5-100 |
120 | idrocarburi aromatici | - | 0.4-200 |
121S | benzene | C6H6 | 2-312 |
121 | benzene | C6H6 | 2.5-120 |
121SL | benzene | C6H6 | 1-100 |
121L | benzene | C6H6 | 0.1-65 |
121SP | benzene | C6H6 | 0.2-66 |
121P | benzene | C6H6 | 250-3000μg/m3 |
121TP | benzene | C6H6 | 0.1-14.5 |
122 | toluene | C6H5CH3 | 4-600 |
122L | toluene | C6H5CH3 | 0.82-100 |
122P | toluene | C6H5CH3 | 100-7000μg/m3 |
122TP | toluene | C6H5CH3 | 2-80 |
122DL | toluene(Dosi tube) | C6H5CH3 | 2-500 |
123 | xilene | C6H4(CH3)2 | 5-625 |
123L | xilene | C6H4(CH3)2 | 2-200 |
123TP | xilene | C6H4(CH3)2 | 2-80 |
124 | stirene | C6H5CH:CH2 | 10-1500 |
124L | stirene | C6H5CH:CH2 | 2-100 |
124S | stirene | C6H5CH:CH2 | 0.2-4.0 |
126 | clorobenzene | C6H5Cl | 2-500 |
126L | clorobenzene | C6H5Cl | 0.5-57 |
127 | o-Diclorobenzene | C6H4Cl2 | 2.5-300 |
127P | p-Diclorobenzene | C6H4Cl2N | 100-3000μg/m3 |
128 | acquaragia | - | 50-8000mg/m3 |
130L | cloruro di vinilidene | CH2:CCl2 | 0.4-40.6 |
131 | choruro di vinile | CH2:CHCl | 0.025-2% |
131La | choruro di vinile | CH2:CHCl | 0.25-54 |
131LB | choruro di vinile | CH2:CHCl | 0.4-70 |
131L | choruro di vinile | CH2:CHCl | 0.1-6.9 |
131P | choruro di vinile | CH2:CHCl | 50-1500μg/m3 |
131TP | choruro di vinile | CH2:CHCl | 0.2-9.6 |
132HH | tricloroetilene | Cl2C:CHCl | 0.05-2.5% |
132HA | tricloroetilene | Cl2C:CHCl | 20-1300 |
132M | tricloroetilene | Cl2C:CHCl | 2-270 |
132L | tricloroetilene | Cl2C:CHCl | 0.8-90 |
132LL | tricloroetilene | Cl2C:CHCl | 0.125-8.8 |
132P | tricloroetilene | Cl2C:CHCl | 20-1200μg/m3 |
132TP | tricloroetilene | Cl2C:CHCl | 1-33 |
132D | Tricloroetilene(Dosi tube) | Cl2C:CHCl | 3-300 |
133HA | tetracloroetilene | Cl2C:CCl2 | 7-900 |
133M | tetracloroetilene | Cl2C:CCl2 | 2-220 |
133L | tetracloroetilene | Cl2C:CCl2 | 1-75 |
133LL | tetracloroetilene | Cl2C:CCl2 | 0.1-6.6 |
133P | tetracloroetilene | Cl2C:CCl2 | 20-720μg/m3 |
133TP | tetracloroetilene | Cl2C:CCl2 | 2.5-84 |
133D | Tetracloroetilene(Dosi tube) | Cl2C:CCl2 | 3-150 |
134 | tetracloruro di carbonio | CCl4 | 0.5-60 |
134L | tetracloruro di carbonio | CCl4 | 0.25-11 |
135 | 1,1,1-tricloroetano | CH3CCI3 | 100-2000 |
135L | 1,1,1-tricloroetano | CH3CCI3 | 6-900 |
136H | bromuro di metile | CH3Br | 10-600 |
136L | bromuro di metile | CH3Br | 2.5-200 |
136LA | bromuro di metile | CH3Br | 1-36 |
136LL | bromuro di metile | CH3Br | 0.1-3.0 |
137 | cloroformio | CHCl3 | 4-400 |
137LA | cloroformio | CHCl3 | 0.5-30 |
137LL | cloroformio | CHCl3 | 0.3-4.5 |
138 | diclorometano | CH2Cl2 | 30-500 |
138L | diclorometano | CH2Cl2 | 4-150 |
139 | 1,2-dicloroetilene | ClCH:CHCl | 5-250 |
140 | idrocarburi alifatici | - | 6-3000 |
141 | acetato di etile | CH3CO2C2H5 | 0.1-1.5% |
141L | acetato di etile | CH3CO2C2H5 | 20-800 |
142 | acetato di n-butile | CH3CO(2CH2)3CH3 | 0.05-0.8% |
142L | acetato di n-butile | CH3CO(2CH2)3CH3 | 10-300 |
143 | acetato di vinile | CH3CO2CH:CH2 | 5-250 |
144 | acetato di isobutile | CH3CO2CH2CH(CH3)2 | 10-300 |
145 | acetato di propile | CH3CO2C3H7 | 20-500 |
146 | acetato di isopropile | CH3CO2CH(CH3)2 | 10-500 |
147 | acetato di amile | CH3CO2C5H11 | 10-200 |
148 | acetato di isoamile | CH3CO(2CH2)2CH(CH3)2 | 10-200 |
149 | metacrilato di metile | CH2:C(CH3)CO2CH3 | 10-500 |
151 | acetone | CH3COCH3 | 0.05-2.0% |
151L | acetone | CH3COCH3 | 50-12000 |
151TP | acetone | CH3COCH3 | 25-800 |
151D | Acetone(Dosi tube) | CH3COCH3 | 5-1500 |
152 | metiletilchetone | CH3COC2H5 | 0.02-0.6% |
152L | metiletilchetone | CH3COC2H5 | 10-384 |
152TP | metiletilchetone | CH3COC2H5 | 20-300 |
152D | Metiletilchetone(Dosi tube) | CH3COC2H5 | 2-600 |
153 | metilisobutilchetone | (CH3)2CHCH2COCH3 | 0.05-0.6% |
153L | metilisobutilchetone | (CH3)2CHCH2COCH3 | 2.5-130 |
154 | cicloesanone | C6H10O | 2-72 |
155 | metilcicloesanone | C7H12O | 2-80 |
159 | Tetrahydrofuran | C4H8O | 25-800 |
159L | Tetrahydrofuran | C4H8O | 5-232 |
161 | etere etilico | (C2H5)2O | 0.04-1.0% |
161L | etere etilico | (C2H5)2O | 10-1120 |
163 | ossido di etilene | C2H4O | 0.05-3.0% |
163L | ossido di etilene | C2H4O | 0.4-550 |
163LL | ossido di etilene | C2H4O | 0.1-10 |
163TPM | ossido di etilene | C2H4O | 1-50 |
163TP | ossido di etilene | C2H4O | 0.1-5 |
165L | glicole etilenico | HOCH2CH2OH | 10-100mg/m3 |
166 | metil-t-butil etere | CH3OC(CH3)3 | 10-660 |
171 | acetilene | HC≡CH | 0.05-4.0% |
172 | etilene | CH2:CH2 | 25-1680 |
172L | etilene | CH2:CH2 | 0.2-100 |
174 | 1,3-butadiene | CH2:CHCH:CH2 | 50-800 |
174L | 1,3-butadiene | CH2:CHCH:CH2 | 2.5-100 |
174LL | 1,3-butadiene | CH2:CHCH:CH2 | 0.5-5 |
174D | 1,3-Butadiene(Dosi tube) | CH2:CHCH:CH2 | 1.3-200 |
180 | ammine | CH3NH2 Calibration | 5-100 |
180L | ammine | CH3NH2 Calibration | 0.5-10 |
181 | anilina | C6H5NH2 | 1.25-60 |
182 | piridina | C5H5N | 0.2-36.4 |
183 | N,N-Dimetilformammide | HCON(CH3)2 | 0.8-90 |
183TP | N,N-Dimetilformammide | HCON(CH3)2 | 0.5-30 |
184 | N,N-Dimetilacetammide | CH3CON(CH3)2 | 1.5-240 |
185 | idrazina | N2H4 | 0.04-2.0 |
191 | acrilonitrile | CH2:CHCN | 2-360 |
191L | acrilonitrile | CH2:CHCN | 0.1-18 |
191TP | acrilonitrile | CH2:CHCN | 0.2-12.6 |
192 | metacrilonitrile | CH2:C(CH3)CN | 0.2-32 |
193 | 2-Pentenenitrile | CH3CH2CH:CHCN | 0.5-15.0 |
211H | ioni solforici | S2- | 10-1000 |
211M | ioni solforici | S2- | 2-300 |
211 | ioni solforici | S2- | 1-100 |
211LL | ioni solforici | S2- | 0.5-20 |
218 | ozono in soluzione | O3 | 1-10mg/L |
221L | ioni cloruro | Cl- | 25-1000mg/L |
221LL | ioni cloruro | Cl- | 10-200mg/L |
222 | cloro libero residuo | ClO- | 0.1-10mg/L |
230H | ioduro di metile | CH3I | 100-34800 |
230 | ioduro di metile | CH3I | 0.5-108 |
231 | fluoruro di solforile | SO2F2 | 1-20 |
232 | 1,2-Dicloroetano | CICH2CH2CI | 1-39 |
233 | cloropicrina | CCl3NO2 | 0.045-22 |
234L | isotiocianato di metile | CH3NCS | 0.07-25 |
271 | mercurio in acqua | Hg2+ | 1-20mg/L |
273 | cromo (VI) in base al cloro | Cr6+ | 0.5-50mg/L |
281 | ione ferro (II) in base al cloro | Fe2+ | 5-50mg/L |
284 | ioni di rame | Cu++Cu2+ | 1-20mg/L |
285 | zinco | Zn2+ | 3-20mg/L |
291 | nichel | Ni2+ | 5-50mg/L |