Flue Gas Analyzer

Vasthi’s handheld Flue gas analyser, Model-VE5400 offers the efficiency of complete combustion optimisation all the way to comprehensive measurement and customer data management. Our flue gas analysers cover the entire measurement and documentation requirement in process and flue gas testing with instant reading. Vasthi’s 5400 series is an ideal analyser that measures 5 gases with 4 sensors. User-friendly gases selection is implemented in this analyser. This handy analyser consists unique features. It has in-built crystal-clear touch display which enables user to view concentration values of flue gases and Bluetooth & Wi-Fi connectivity facilities. Using these facilities, Users can download the stored data as well as print it with any printer using Bluetooth/Wi-Fi. User can compare daily data with charts & graphs to optimize and increase the combustion efficiency. Functionality of VE5400 series . Measurement of: ? O2 (oxygen) ? CO (carbon monoxide) ? CO2 (carbon dioxide) calculated ? SO2 (sulphur dioxide ) ? NO (Nitric oxide) ? NO2(Nitric dioxide) ? Draft pressure ? Tair (ambient temperature) ? Tgas (flue gas temperature) ? Difference in temperature ? Combustion efficiency ? Lambda (excess air) ? Flue-gas losses ? CO ref (with O2 ref to configure) Measuring gases and its technical specifications. O2 (oxygen) Range 0 to 25.00 Vol.% Accuracy ± 0.2 Vol.% Resolution 0.1 Vol.% T90 time < 30 seconds CO (carbon monoxide) Range 0 to 2000 ppm standard, customized range is available. Accuracy ± 5 ppm (< 150 ppm) ± 5% RDG (150 to 2000 ppm) Resolution 1 ppm T90 time < 60 seconds SO2 (sulphur dioxide) Measuring Range 0 to 2000 ppm standard, customised range is available. Accuracy ± 5 ppm (< 150 ppm) ± 5% RDG (150 to 2000 ppm) Resolution 1 ppm T90 time < 60 seconds NO (Nitric oxide) Measuring Range 0 to 2000 ppm standard, customised range is available. Accuracy ± 5 ppm (< 150 ppm) ± 5% RDG (150 to 2000 ppm) Resolution 1 ppm T90 time < 60 seconds NO2 (Nitric dioxide) Measuring Range 0 to 2000 ppm standard, customised range is available. Accuracy ± 5 ppm (< 150 ppm) ± 5% RDG (150 to 2000 ppm) Resolution 1 ppm T90 time < 60 seconds CO2 (carbon dioxide) Range 0 to 20% V/V Accuracy ± 0.2 Vol.% Resolution 0.1 Vol.% T90 time < 30 seconds Flue gas temperature Range 0 to +1000 °C Accuracy ± 1 °C ( ± 0,5% RDG (from +300 °C) Resolution 1 °C T90 time < 30 seconds Temperature combustion air Measuring Range -20 to +200 °C Accuracy ± 2 °C (-20 to 0 °C) ± 1 °C (0,1 to +200 °C) Resolution 0,1 °C T90 time < 70 seconds. General technical specifications. Display TFT display Sampling SS 316 probe with temp measuring sensor up to 1000 Deg. C Probe length 800 mm & 1200 mm as user required Probe dia 8mm (12mm also available) Sampling method Auto suction with inbuilt high-capacity pump Water trap & Filters Dust & water removal filters in-built with probe Sensor Easy to replace at user location Zero calibration User friendly zero calibration function implemented for all gases Span calibration User friendly SPAN calibration function implemented for all gases Real time clock Time and Date with location save facility Working Temp -5 to 1000 Deg. C with Probe Storage Temp -5 to 50 Deg. C Bluetooth Connects any printer to get instant print of flue gas analysis USB User can download the data at any time using Vasthi interface software Battery 3.7 V/ 3500 mAh / 12 hours continuous Mains power supply Mini USB 5 V Enclosure ABS IP 65 Dimensions Check drawing Weight 450 grams Digital interface USB Flue selection Light & heavy diesel Oil, Gas ,Coal, furnace oil, wood on user request Printer or data communication Optional wireless Bluetooth smart printer. The Vasthi provides thermal printer which is optional for wireless printing of measurement results from various Vasthi instruments. The Smart printer communicates with the measuring instrument by means of wireless infra-red communication. The Smart printer is suitable for use with the VE5400 series Flue Gas Analyzer. The high temperature probe made of SS 316 includes a 2.5 meter cable and is intended for measuring the temperature of the combustion air available with different length as per user requirement. This means that you can accurately measure temperatures and combustion efficiency in central heating systems where the combustion air is supplied via a separate channel.