Equipment Type:Biogas Analyzer
Accuracy:/2% %
Application:Industrial
Automation Grade:Automatic
Capacity:5 gases simultaneous detection Pcs/hr
Classification:IP 65
Control Mode:Manual
Display Type:LCD digital display
Features:Data logging, alarm system, multi-gas real-time monitoring
Frequency:50Hz Hertz (HZ)
Gas Pressure:0.1-0.6 MPa mpa
Humidity:<90%RH
Interface Type:RS232/RS485, USB
Machine Weight:3 Kilograms (kg)
Measuring Range:CH4 0-100%, CO2 0-100%, H2S 0-5000 ppm, O2 0-25%, NH3 0-1000 ppm Kelvin (K)
Mounting Type:Tabletop/Portable
Operating Voltage:220V Volt (V)
Port Size:6 mm
Power Supply:AC 220V 10%, 50Hz
Product Type:Gas analysis
Resolution:0.01% (for CH4/CO2/O2), 1 ppm (for H2S/NH3)
Response Time:10 Seconds
Size:200 (W) X 120 (H) X 185(D)
Temperature:-10 C to 50 C Celsius (oC)
Test Range:0-100%
Usage:Biogas content detection
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Biogas Analyzer Model : ATS-206A
With timely upgrading our machinery, we are capable to offer our clients high grade Biogas Analyzer for our valuable clients. This analyzer is used for detecting the level of bio gas and it finds wide applications in steel, beverage, oil gas and other industry. The offered analyzer is manufactured by utilizing pristine quality components with the aid of cutting-edge tools and technology as per market norms. Available in several technical specifications, this Biogas Analyzer can be purchased from us at reasonable prices.
Features:
- Sturdy construction
- Low power consumption
- Noise free operations
- Longer service life
- complete automatic operation & Self diagnostic check.
Description :-
- Model ATS-202A is single of Multigas Portable Instrument for Bio Gas and process gas Analysis for various industries. Landfill gas and Bio gas is produced by the bio-degradation of waste. Landfill gas is produced from general waste buried in the ground; and bio-gas from plant and animal waste products contained in a sealed digester tank.
- Both gases comprise mainly methane (CH4) and carbon dioxide (CO2). The methane component is either burnt as a fuel or flared off as waste.
- Our landfill gas / Bio gas analyzers maximize the extraction of energy and ensure it is safe to burn without - (the problem occurs if air, i.e. oxygen, infiltrates the gas).
- Our Application specific Portable Gas Analyzers provides continuous process analysis of the following Gases.
- Oxygen (O2), Carbon Monoxide (CO), Carbon dioxide (CO2), Sulphur Dioxide (SO2), Nitric Oxide (NO),Nitrogen Dioxide (NO2), Nitrous Oxide(N2O), Hydrogen (H2), Hydrogen Sulphide ( H2S) and Hydrocarbons.
Specifications |
Principle | Electrochemical and NDIR |
Range | %V/V & PPM |
Resolution | 0.1 Unit or 1 Unit (Application based) |
Sampling Method | Auto Suction or Direct Plug In |
Display | 128 X 64 Graphics LCD |
Alarm; Two Levels Low & High, | Visual and Audible |
Power Source | Built in Lithium Rechargeable battery |
Accuracy | +/2% |
Response Time | <5 Second |
Data Storage | 5000 or 10000 |
Computer Interface | RS 232, USB, RS485 |
Sensor Life | 2-3 Years |
Operating Time | 6 8 hours |
Environmental |
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Temperature | 15degree Celsius |
Humidity | < 85%RH |
Atmosphere Pressure | 86- 106Kpa |
Housing | High Impact Plastic |
Dimension in mm | 200 (W) X 120 (H) X 185(D) |
Weight | 1.5 KG |
Warranty | One Year |
Versatile and Reliable Gas DetectionThis Biogas Analyzer ensures accurate, real-time monitoring of multiple gas components crucial for biogas applications. Its robust sensor technology and automated sampling enhance both safety and efficiency in environments such as landfills and digesters. With capabilities like data storage, alarm systems, and a user-friendly LCD display, it streamlines compliance and operational workflow for biogas professionals.
Flexible Sampling and Portable DesignOffering both manual and automatic sampling methods, this analyzer adapts to different operational needs. Compact in size and equipped with a long-lasting battery backup, it supports tabletop and portable use, making it ideal for on-site and laboratory applications. Its sturdy build and intuitive interface ensure ease of use across diverse working conditions.
FAQ's of Biogas Analyzer:
Q: How does the Biogas Analyzer detect and measure multiple gases simultaneously?
A: The Biogas Analyzer utilizes a combination of electrochemical and infrared sensors to continuously detect up to five gases-CH4, CO2, O2, H2S, and NH3. These sensors provide real-time, accurate readings displayed on the LCD screen, ensuring comprehensive gas analysis in a single operation.
Q: What is the typical process for sampling with this analyzer?
A: The analyzer offers both manual and automatic sampling options. Users can manually collect samples or rely on the automatic system, which streamlines analysis and minimizes potential for human error. This flexibility allows adaptation to varied site conditions and user preferences.
Q: When should I use the visual and audible alarm features?
A: Visual and audible alarms are triggered automatically when gas concentrations exceed pre-set safety thresholds. This immediate warning system helps ensure prompt action, protecting personnel and maintaining safe operational environments during gas measurement tasks.
Q: Where can the Biogas Analyzer be used most effectively?
A: It is ideal for biogas plants, landfills, and anaerobic digesters where multi-gas analysis is critical. The portable and compact design allows deployment both in-field and in laboratory settings, supporting a wide range of biogas monitoring applications.
Q: What benefits does data logging provide in this analyzer?
A: With a storage capacity of up to 10,000 readings, the analyzer's data logging function enables comprehensive tracking and analysis over time. This feature supports compliance, trend analysis, and process optimization by providing easy data retrieval through USB or RS232/RS485 interfaces.
Q: How accurate and reliable is the Biogas Analyzer under varying conditions?
A: Engineered to operate in temperatures from -10C to 50C and humidity levels below 90% RH, the analyzer maintains an accuracy of 2%. Its robust design ensures consistent results in diverse and challenging industrial environments.
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