Purpose of the development: Stationary photoionization analyzer KOLION-1A-01C: Intended to control the content in the working area: hydrocarbon vapors of oil and petroleum products, organic solvents (solvent, mineral spirits, acetone, etc.), aliphatic (other than methane, ethane, and propane), aromatic and unsaturated hydrocarbons hloralkenov (vinyl chloride, three - and tetrachlorethylene), alcohols (except methanol), aldehydes (except formaldehyde) and ketones, esters, ethylene, ammonia, carbon disulfide. Portable photoionization analyzer KOLION-1B: Designed to measure in the working area of hydrocarbon vapors of petroleum products (other than methane, ethane, propane), organic solvents, alcohols (except methanol), aldehydes (except formaldehyde), tri-and tetrachlorethylene, ammonia, and other components with lower ionization potential 10.6 eV. Measuring range 0-2000 mg/m3.

Recommended application field: Mining and chemical industries. Utilities.

Technical characteristic: Stationary photoionization analyzer KOLION-1B-01C: Measurement of the concentration of hydrocarbon vapors of oil, petroleum products, organic solvents, alcohol, ammonia, and etc., and selective measurement of carbon monoxide. Measuring range, mg/m3: 0 - 2000 (FID), 0 - 300 (SD); Range signaling mg/m3: 5 - 2000 (FID), 20 (CO). Portable two-detector analyzer KOLION-1B-02: Measurement of the concentration of hydrocarbon vapors of oil, petroleum products, organic solvents, alcohol, ammonia, and etc., and selective measurement of carbon monoxide. Measuring range, mg/m3: 0 - 2000 (FID), 0 - 300 (SD); Range signaling mg/m3: 5 - 2000 (FID), 20 (CO). Portable two-detector analyzer KOLION-1B-03 Measurement of the concentration of hydrocarbon vapors of oil, petroleum products, organic solvents, alcohol, ammonia, and etc. in the working area, as well as selective measurement of hydrogen sulfide. Measuring range, mg/m3: 0 - 2000 (PID) 0 - 30 (H2S); Range signaling mg/m3: 5 - 1999 (FID), 10 (H2S). Stationary two-detector analyzer KOLION-1B-03S Continuous measurement of the concentration of hydrocarbon vapors of oil and petroleum products, organic solvents, alcohols, carbon disulfide, ammonia, etc., selective measurement of hydrogen sulfide in the working area, alarm system and the formation of relay signals to control external devices in excess of threshold concentration. Measuring range, mg/m3: 0 - 2000 (PID) 0 - 30 (H2S); Range signaling mg/m3: 5 - 2000 (FID), 10 (H2S).

Advantages over analogues: Features of gas analyzers "Kolion": - High sensitivity; - A wide range of measurements of concentrations (up to 5% LEL); - Speed??, explosion proof; - Automatic control of the discharge of the battery; - Lack of "memory" effect, the presence of the alarm on exceeding a given level of concentration; - Measured concentrations recorded in digital form on the LCD display; - Small size and weight.

The development stage readiness: Introduced in production

Description of the development:
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Description analyzer KOLION-1B-03 Gas analyzer has two measuring channels. First measuring channel is for the selective measurement of the concentration of hydrogen sulphide using electrochemical detector. A second channel measures the total concentration of organic and inorganic substances, including petroleum hydrocarbons (other than methane and ethane), alcohols, aldehydes, ketones, esters, ammonia, carbon disulfide, hydrogen sulfide and other compounds with an ionization potential below 11.8 eV. To measure these substances used photoionization detector (PID). The analyzed air is pumped through the detector with built microcompressor. The current values ??of measured concentrations in mg/m3 displayed digitally on a two LCD. For measurements in remote and inaccessible places used sampler, metal tip, extension probe with a length up to 10 m, and telescopic rod of 1.6 or 3.2 m

corresponds technical description
Ready for implementation

Possibility of transfer abroad:
Licence's sale
Technological document's sale
Creation of joint enterprise
Realization of finished commodity

Photo

Country Russia

For additional information turn to:
E-mail: gal@uintei.kiev.ua