The ATS 202A Portable Hydrogen Purity Analyzer and Purge Gas analyzer have been design especially for cylindrical and power station to check the Hydrogen Purity. The Analyzer is supplied in robust and reliable construction having Li-IONE rechargeable battery with 6 Hour of continuous operation. The integral Pump, Needle valve and Flow meter are used to control the sample through the analyzer during the monitoring of alternator gases. Features: Simple Low Cost maintenance Microcontroller based embedded intelligent

Specification:

• Principle Thermal Conductivity and NDIR (Non dispersive Infrared )
• Range %V/V 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 Data Storage 5000 or 10000 
• Computer Interface RS 232, USB,RS485
• Sensor Life 4-5 Years 
• Operating Time 6 8 hours
• Environmental Temperature 15 degree Celsius 
• Humidity 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 

• Hydrogen Cooled Alternators Turbine
• Hydrogen Analysis MAP (Food Gas Packaging) 
• Gasification Syngas 
• Metal Heat Treatment Plant
• Laboratories Institutions Treatment
• Process Chemical Industries
• Petrochemical Pharmaceutical Industries.

The Portable Oxygen Purity Analyser have been design especially for cylindrical and power station to check the Hydrogen Purity. The Analyzer is supplied in robust and reliable construction having Li-IONE rechargeable battery with 6 Hour of continuous operation. The integral Pump, Needle valve and Flow meter are used to control the sample through the analyzer during the monitoring of alternator gases. Features Simple Low Cost maintenance Microcontroller based embedded intelligent

Specification:

• Principle Thermal Conductivity and NDIR (Non dispersive Infrared )
• Range %V/V 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 Data Storage 5000 or 10000 
• Computer Interface RS 232, USB,RS485
• Sensor Life 4-5 Years 
• Operating Time 6 8 hours
• Environmental Temperature 15 degree Celsius 
• Humidity 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 

Application: 

• Hydrogen Cooled Alternators Turbine
• Hydrogen Analysis MAP (Food Gas Packaging) 
• Gasification Syngas 
• Metal Heat Treatment Plant
• Laboratories Institutions Treatment
• Process Chemical Industries
• Petrochemical Pharmaceutical Industries.

• Sensor EC
• Range 0-100% V/V
• Accuracy +/-1%
• Display Highy Quality 128X 65 Graphics LCD
• Sampling Auto Suction Sampling through Inbuilt Pump
• Zero Calibration Automatic at instument start up with fresh air sample
• Powe Supply Rechargeable Ni-cad Battery pack with charger.
• Response Time30 Seconds at 95% Variation
• Data logger

We offer comprehensive range of Online HF Gas Analyser Portable and Continuous for the analysis of stack/flue gases in exhaust, boiler and combustion process. Model ATS- 208A gas Analyzer measure the gases after placing its probe into stack or appliance exhaust and see the concentration of HF, F2, CL2, NH3, Oxygen (O2), Carbon Monoxide (CO) Carbon Dioxide (CO2). Efficient combustion also reduces emission of pollutants such as nitric oxide (NO), nitrogen dioxide (NO2), sulphur dioxide (SO2), and particulate matter. A gas analyzer will also help measure various gas pollutants in the exhaust for environmental reasons.

Specifications:

• Microcontroller based embedded intelligent instruments
• Measured Up to 8 gases
• Long Life Zirconium sensor for Oxygen
• Multi Parameter Single Graphics LCD Display
• Self diagnostic Self integrity check
• Direct Plug In or Auto Suction Sampling
• Sampling Probe Up to 1600 Deg C
• Long Life Rechargeable Li-Ione Battery
• RS 232 and USB Computer Interface
• Software solutions for Flue Gas Analysis

ATS-202A Oxygen Gas Analyser is single of Multigas Portable Instrument for Bio Gas and process gas Analysis for various industries Institution. Its measure CO2, Oxygen (O2), CH4, H2S Many More 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.

• The intruments is compitible for higher tempreture.
• Power supply : high power reachargeable  lithium batery
• Sampling probe: 8 mm dia  600mm lenght other lenght are costomized.

Application:

• Power Plants, 2)Boiler systems - coal, oil and gas fired,
• Wood, sawdust, pellet and bark burrners
• Thermal oxidizers
• Pulp and paper
• Cement & lime manufacture
• Gas pipeline compressors
• Bio -fuel power generation
• Petrochemical and refineries

Specification:

• Range : 0-2000 PPM
• Sensor: EC
• Power supply: 230V AC
• Digital Output: RS 232
• Operating Tempeature Gas: 0-250 deg c
• Auto sampling tube cleaning systems
• Real Time Data Connectivity as per site requirement.

Gasification is a process where a fuel or feedstock is ‘cooked’ in low oxygen conditions. The equipment that carries out this whole process is usually called a gasifier.Different zones inside the gasifier support drying, pyrolysis, combustion, and reduction reactions. The whole process produces gas that contains primarily carbon monoxide and hydrogen. These gases can be carried away before they combust, and then used elsewhere for energy. The gas is often called synthesis gas or syngas for short. It has also been referred to in the past as producer gas or town gas.Producer Gas Analyzer has been designed considering the flexibility required in the environments that characterize syn gas and bio-mass applications.

• The analyzer uses high-stability infrared sensors for the simultaneous measurement of CO, CO2 and CH4 . In addition, the analyzer can also be supplied with a non-consumable, long-life thermal conductivity cell for H2 that compensates for the interference effects of CO, CO2 and CH4 . This ensures that H2 will always read 2correctly regardless of the background gas composition. Paramagnetic sensor can be used for O2 analysis as an option.
• All sensors are temperature-compensated for maximum analytical stability.

• Process surveillance of the fermentation of biogas.
• Gas Analysis in Laboratory
• Optimization of the Calorific Value
• Protection of the gas turbines from high-hydrogen sulphide concentrations
• Differing customer specific measuring - requirments upon reques
• Parameters measured :CH4, CO2, O2 & H2S
• Sensors: CH4: TCD /IR & Range : 0-100%
• CO2: TCD / IR & Range : 0-50%
• O2: EC & Range: 0-25%
• Hydrogen Sulphide : Sensor Ec & Range : 0-1000 / 10000 PPM

• Display: High Quality Graphics LCD
• Power Supply: Lithium Rechargeable Battery
• Ambient Suppy: 0-50 deg C
• Enclosure : Aluminium Casing (Power Coated) for Indoor Application
• Output Optional: 4-20mA/ Analog / Digital RS 232
• Alarm: Two Level ( Selectable Range)

• Simple Low Cost maintenance
• Microcontroller based embedded intelligent instruments
• CH4 gas Range : 0-100%V/V
• CO2  Range 0-100% V/V
• H2S Range 0-1000 PPM (Optional 10000 PPM)
• Oxygen 0-25% V/V 
• User friendly Interface
• Direct Plug In Or Auto Suction Sampling
• 128 x 64 Graphics LCD Display
• USB/RS 232 Computer Interface
• Long Life Rechargeable Li-IONE Battery

• Hydrogen Cooled Alternators & Turbine
• Hydrogen Analysis
• MAP (Food Gas Packaging)
• Gasification & Syngas
• Metal Heat Treatment Plant
• Laboratories & Institutions
• Treatment Process & Chemical Industries
• Petrochemical & Pharmaceutical Industries

• Range : 0-1000 PPM 
• Industrial approved design
• High operational fluency
• Easy to operate

Additional Information:

• Production Capacity: 200
• Delivery Time: 1 week
• Packaging Details: Normal Thermacole Packing

• Parameter measured : O2, CO2 and CO
• Optional Parameter : SO2, NO, NOX, Effiecincy etc
• Display : 128 x 64 grpahics display
• Power supply : lithium rechargeable batery.

Specifications:

• Principle: Thermal Conductivity and NDIR (Non dispersive Infrared )
• Range: %V/V
• 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: Data Storage: 5000 or 10000
• Computer Interface: RS 232, USB, RS485
• Sensor Life: 4-5 Years
• Operating Time: 6 – 8 hour

Environmental:

• 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

Turbine Gas Analyzer For the Application of Hydrogen Purity.The Hydrogen Purity and Purge Gas analyzer have been design especially for cylindrical and power station to check the Hydrogen Purity. The Analyzer is supplied in robust and reliable construction having Li-IONE rechargeable battery with 6 Hour of continuous operation. The integral Pump, Needle valve and Flow meter are used to control the sample through the analyzer during the monitoring of alternator gases.

Specifications:

• Principle: Thermal Conductivity and NDIR (Non dispersive Infrared )
• Range: %V/V
• 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: Data Storage: 5000 or 10000
• Computer Interface: RS 232, USB, RS485
• Sensor Life: 4-5 Years
• Operating Time: 6 – 8 hour

Environmental:

• 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

The Hydrogen Purity and Purge Gas analyzer have been design especially for cylindrical and power station to check the Hydrogen Purity. The Analyzer is supplied in robust and reliable construction having Li-IONE rechargeable battery with 6 Hour of continuous operation. The integral Pump, Needle valve and Flow meter are used to control the sample through the analyzer during the monitoring of alternator gases.

Specifications:

• Principle: Thermal Conductivity and NDIR (Non dispersive Infrared )
• Range:Tri Gas Range 0-100% CO2 in Air , 0-100% H2 In CO2 and 90-100% H2 in Air %V/V
• 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: Data Storage: 5000 or 10000
• Computer Interface: RS 232, USB, RS485
• Sensor Life: 4-5 Years
• Operating Time: 6 – 8 hours

Environmental:

• 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

• Rugged construction
• High functionality 
• Easy to operate

Other Details:

• Microcontroller based embedded intelligent instruments
• Measured Up to 8 gases
• Long Life Zirconium sensor for Oxygen
• Multi Parameter Single Graphics LCD Display
• Self diagnostic Self integrity check
• Direct Plug In or Auto Suction Sampling
• Sampling Probe Up to 1600 Deg C
• Long Life Rechargeable Li-Ione Battery
• RS 232 and USB Computer Interface
• Software solutions for Flue Gas Analysis

Application:

• Metal heat Treatment
• Combustion Process
• Hydrogen Cooled Alternators Turbine 
• Gasification Syngas
• Metal Heat Treatment Plant
• Laboratories Institutions
• Flame Treatment Process Chemical Industries
• Petrochemical Pharmaceutical Industrie

Specification:

• Principle Electrochemical, Zirconium, Thermal Conductivity and NDIR (Non dispersive Infrared)
• Range %V/V PPM
• Resolution 0.1 Unit or 1 Unit (Application based)
• Sampling Method Auto Suction or Direct Plug In
• Gas Sampling Probe Dia 8mm SS 316
• Display 128 X 64 Graphics LCD
• Alarm Visual and Audible
• Power Source Built in Lithium Rechargeable battery
• Accuracy /2%
• Response Time
• Data Storage 5000 or 10000
• Computer Interface RS 232, USB, RS485
• Sensor Life 4-5 Years
• Operating Time 6 – 8 hours
• Environmental
• 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

As per the variegated requirements of our clients, we are offering a broad collection of Flue Gas Analyser. This analyser is manufactured using exceptional quality components and advanced technology by our deft professionals. In order to make sure quality, this analyser is strictly tested on various parameters by our experts. Apart from this, remarkable quality and sturdy structure increase the demand of our offered range in the market.

Features:

• Rugged construction
• High functionality 
• Easy to operate

Other Details:

• Microcontroller based embedded intelligent instruments
• Measured Up to 8 gases
• Long Life Zirconium sensor for Oxygen
• Multi Parameter Single Graphics LCD Display
• Self diagnostic Self integrity check
• Direct Plug In or Auto Suction Sampling
• Sampling Probe Up to 1600 Deg C
• Long Life Rechargeable Li-Ione Battery
• RS 232 and USB Computer Interface
• Software solutions for Flue Gas Analysis

Application:

• Metal heat Treatment
• Combustion Process
• Hydrogen Cooled Alternators Turbine 
• Gasification Syngas
• Metal Heat Treatment Plant
• Laboratories Institutions
• Flame Treatment Process Chemical Industries
• Petrochemical Pharmaceutical Industrie

Specification:

• Principle Electrochemical, Zirconium, Thermal Conductivity and NDIR (Non dispersive Infrared)
• Range %V/V PPM
• Resolution 0.1 Unit or 1 Unit (Application based)
• Sampling Method Auto Suction or Direct Plug In
• Gas Sampling Probe Dia 8mm SS 316
• Display 128 X 64 Graphics LCD
• Alarm Visual and Audible
• Power Source Built in Lithium Rechargeable battery
• Accuracy /2%
• Response Time
• Data Storage 5000 or 10000
• Computer Interface RS 232, USB, RS485
• Sensor Life 4-5 Years
• Operating Time 6 – 8 hours
• Environmental
• 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

The ATS 206A Portable Flue Gas Analyzer is used for measuring the total volumetric discharge of particulate matter and gaseous pollutants from the stacks. The kit is used for sampling the gaseous stream effluents that is essential to be measured and monitored for all industrial establishments. These effluents has to be controlled in compliance with Air Prevention and Control of Pollution Act of 1981.

• The kit is used for taking isokinetic samples of effluents that are emitted from various industrial processes including chemical and combustion process.
• The kit is designed to work and operate in horizontal as well as vertical position with its sampling probe and can be used in round or rectangular stacks and ducts with flow velocity ranging from 1 to 40 m/sec and temperatures up to 600C or higher.

Features:

• Easy to handle light-weight control unit is available in 4 boxes
• Digital temperature reading monitor is provided to read the temperature of dry gas meter and stack gas
• The kit features dry gas meter for total flow measurement
• A thimble holder is provided for leak-proof collection of samples.
• Six glass impingers are provided with the kit
• Acrylic rotameters for flow measurements – 100LPM for SPM and 10LPM for Gaseous
• Light weight monoblock vacuum pump
• Inclined Manometer with 0.01 inch WG resolution with spill proof arrangement
• S - type pitot tube of 1.5-meter length individually calibrated as per EPA regulations (I.I.T.Mumbai)
• S.S. Thermocouple of 1.5-meter length.

Flue Gas Analyser have numerous applications in processes requiring the precise measurement of oxygen level. In ppm or % levels, safe areas or hazardous ones, in various process conditions and in differing backgrounds there is a ATS – 208A configuration right for your needs. Options include a choice of outputs, AC or DC versions, alternative oxygen cells or sample conditioning

• Oxygen is measured in a wide variety of processes, to confirm its presence or absence. The most common application however is measuring oxygen as an 'impurity' in other gases, e.g. nitrogen generators. Oxygen is required in aerobic processes and also in situations that require user intervention, e.g. to ensure that it is safe to enter a chamber for maintenance work. Some processes will only run efficiently in the absence of oxygen, e.g. furnace atmospheres; others just require a low level of oxygen for safety reasons, e.g. inert gas blanketing.
• Different electrochemical cells are available to suit the application. The standard A cell has a broad range from high ppm to 50% oxygen. The ‘B’ cell is designed for accuracy at low ppm levels; it will also work at % levels (with a shorter lifetime). The ‘C’ cell is designed for use in % levels of oxygen in the presence of mildly acidic gases, e.g. carbon dioxide, while the ‘D’ cell is perfect for low ppm oxygen applications where hydrogen is present. Applied will be pleased to advise on which cell is most suitable for an application.
• A choice of configuration is available. The most convenient and economic is a standard analyser with the cell mounted on the rear. Alternatively, there is remote sensor housing complete with flowmeter and valve. Where cable lengths and/or hazardous area conditions are an issue, the transmitter can be located in the sensor housing.
• Different sample conditioning systems are available, standard or bespoke, according to the process conditions. Filters, pumps and regulators can all be incorporated to deliver the sample in the correct condition. Bypass flow systems enable longer distances from process to analyser to be achieved. Applied engineers are ready to recommend the right system for you on receipt of the full gas stream specification.
• For hazardous area barrier to the electronics unit in the safe area. Alternatively the electronics unit can be supplied in an Explosion proof enclosure.Applications the sensor may be mounted remotely in the hazardous area and safely connected via an zener.

Features:

• Microcontroller based embedded intelligent instruments
• Long Life Electrochemical sensor
• Single 320 X 240 Graphics LCD Display
• Proven technology from gas analyser experts
• PPM or % O2 levels
• Hazardous area options
• Choice of cells for different applications
• Remote or integral sensor
• Choice of sample systems

• Nitrogen generators
• Inert gas systems
• Air separation
• Furnace atmospheres
• Biogas
• Gloveboxes
• Gasification
• Packaging

Additional Information:

• Production Capacity: 100 per month
• Delivery Time: 2-3 week
• Packaging Details: wooden packing

Additional Information:

• Delivery Time: one week

Additional Information:

• Production Capacity: As per requirement
• Delivery Time: 1 Week

Additional Information:

• Production Capacity: As per requirement
• Delivery Time: One Week

Additional Information:

• Production Capacity: 10
• Delivery Time: 1-20WEEKS
• Packaging Details: BOX PACKING

1. Magnetic Field Source: A magnet or electromagnet is used to generate a stable magnetic field.
2. Sample Chamber: This is where the gas sample is introduced and exposed to the magnetic field.
3. Magnetic Balance: The device that measures the force exerted by the oxygen molecules within the magnetic field.
4. Detection System: Often a quartz fiber or a sensitive displacement transducer detects the movement or force caused by the paramagnetic attraction.
5. Electronics and Display: Converts the mechanical movement into a digital or analog output that indicates the concentration of oxygen in the sample.

Additional Information:

• Production Capacity: 10
• Delivery Time: 2 weeks
• Packaging Details: Thermocol Box Packing

• Real-Time Monitoring: Syngas analyzers provide continuous data that can help in adjusting operational parameters in real-time.
• Precision: Many syngas analyzers are capable of providing precise measurements, ensuring the quality of syngas for specific industrial processes.
• Versatility: These analyzers can be configured to measure a wide range of gases in syngas mixtures, which is essential for different applications.

Additional Information:

• Production Capacity: 10
• Delivery Time: 2 Weeks
• Packaging Details: Box Packing

A Producer Gas Analyzer is a specialized instrument used to measure the composition of producer gas, which is a type of gas produced by the partial combustion of carbon-containing materials, such as coal or biomass, in a gasification process. The gas typically consists of a mixture of carbon monoxide (CO), carbon dioxide (CO2), nitrogen (N2), hydrogen (H2), and methane (CH4), among other compounds.

1. Gas Composition Measurement:

   • The producer gas analyzer measures various gases such as carbon monoxide (CO), carbon dioxide (CO2), oxygen (O2), hydrogen (H2), methane (CH4), nitrogen (N2), and other trace gases.
   • These measurements are essential to monitor the quality of the gas produced, optimize gasification processes, and ensure the gas meets safety and regulatory standards.

2. Types of Sensors Used:

   • The analyzer uses different sensors for detecting specific gases, such as:
     • Electrochemical Sensors: Used for detecting gases like oxygen, carbon monoxide, and nitrogen.
     • Infrared (IR) Sensors: Often used for measuring gases like carbon dioxide and methane.
     • Catalytic Bead Sensors: Typically used for detecting hydrogen and methane.
     • Thermal Conductivity Detectors (TCD): Used for measuring gases like hydrogen and helium by detecting changes in thermal conductivity.

3. Real-time Monitoring:

   • A producer gas analyzer provides real-time data, which helps operators to optimize the gasification process by adjusting feedstock, temperature, and airflow.
   • Real-time measurements also improve safety, as monitoring gas concentrations (especially CO and H2) helps in detecting hazardous conditions, such as gas leaks or explosions.

4. Portable vs. Fixed Installations:

   • Portable Producer Gas Analyzers: These are handheld devices used for field testing, allowing quick analysis at different locations.
   • Fixed Producer Gas Analyzers: These are installed in gasification plants and continuously monitor the gas quality in the production system.

5. Applications:

   • Gasification Plants: To monitor the quality of the gas produced, control the gasification process, and maintain efficiency.
   • Biomass Power Generation: In power plants using biomass as a feedstock, these analyzers ensure that the gas composition is within the desired parameters for efficient energy production.
   • Environmental Monitoring: To ensure that the produced gas complies with environmental standards and to track emissions for regulatory compliance.
   • Industrial Applications: In industries that utilize producer gas as a fuel, such as in metalworking, chemical production, and glass manufacturing.

6. Data Logging and Reporting:

   • Many producer gas analyzers come with built-in data logging functions, storing measurement data for later analysis. This helps in tracking trends over time and in generating reports for quality control, compliance, or research purposes.

7. Safety Considerations:

   • Accurate measurement of dangerous gases like carbon monoxide is critical for safety, as high concentrations of CO can be toxic. Producer gas analyzers are equipped with alarms or notifications when hazardous levels of gases are detected.

A digital flue gas analyzer Model ATS 206A is used to measure and analyze the composition of flue gases emitted from combustion processes.
These devices are used  for analyzing the gases like O2 CO CO2 SOx NOx etc. & help ensure that fuel is being burned efficiently.

Applications -
In Quality Control Labs ¤ Process Analysis ¤ Stack Gas Analysis ¤ Fuel Efficiency Analysis ¤ Furnaces ¤ Diesel/Petrol Exhaust Emission ¤ Engine Exhaust Emission ¤ Internal Combustion Engines ¤ Burner Performance Monitoring ¤ Boiler Corrosion ¤ Ambient & Emission Monitoring ¤ Atmosphere Monitoring ¤ Burner Flame Control ¤ Underground Mines ¤ Excess Air Measurement

Specifications -

Display ; High quality Graphics LCD.
Calibration :Automatic Zero On Start with fresh air sample.
SPAN Calibration : automatic with calibration gas.
Response Time : Maximum 30 seconds at 95% variation 
Power Supply  :Internal battery pack with external charger 220V / 50 Hz
Working Temperature : -5 to 55°C
Storage Temperature : -20 to 45°C
Gas Temperature : upto 600 Degree C 1000 Degree C & 1200 Degree C.
Case : Aluminum
External Dimension : 170 X 100 X 130 mm
Weight : 1.5 Kg. App. 

A N2 (Nitrogen) Purity Analyzer is a specialized device used to measure the concentration or purity of nitrogen gas, typically to ensure that it meets the required specifications for various applications. It is crucial in many industries where nitrogen gas is used in large quantities and needs to have a high level of purity, such as in chemical, food processing, pharmaceutical, and medical applications.

• Measurement of Nitrogen Purity: It measures the percentage of nitrogen in a given sample, ensuring that it meets the required purity level.
• Detection of Impurities: Common impurities detected include oxygen, carbon dioxide, argon, and trace gases, which can affect the nitrogen’s quality and the effectiveness of processes using nitrogen.

1. Sample Introduction: A sample of nitrogen gas (often from a cylinder or pipeline) is introduced into the analyzer.
2. Gas Detection: The analyzer detects the concentration of impurities, commonly using methods like:
   • Oxygen Sensors (Paramagnetic or Electrochemical): These sensors detect oxygen levels, which are subtracted from the total to calculate the purity of nitrogen.
   • Infrared Sensors (for CO2 or other gases): These sensors measure carbon dioxide and other contaminants that can affect nitrogen purity.
   • Thermal Conductivity Detectors: Sometimes used in specific analyzers to distinguish nitrogen from other gases.
3. Display/Output: The analyzer then calculates the nitrogen purity based on the impurity levels and displays the result, typically as a percentage of nitrogen purity (e.g., 99.99% N2).

1. Electrochemical Oxygen Analyzers: These are one of the most common types of analyzers. They use electrochemical cells to detect the presence and concentration of oxygen, which allows them to determine nitrogen purity.
2. Paramagnetic Oxygen Analyzers: These analyzers work on the principle that oxygen is paramagnetic (attracted to a magnetic field) and measure this magnetic property to determine the oxygen concentration.
3. Gas Chromatography: High-end analyzers may use chromatography to separate and analyze the components of the nitrogen sample.
4. Infrared Sensors: These are used for detecting gases like CO2 or hydrocarbons and can be useful in analyzing the purity of nitrogen in more complex mixtures.

Additional Information:

• Production Capacity: 100
• Delivery Time: One Week

1. Real-time Measurement: Provides immediate feedback on the purity of the hydrogen gas sample, typically displayed as a percentage.
2. Portability: Designed to be lightweight and compact, allowing easy transport to different testing sites or areas in industrial plants.
3. Accuracy: High precision in detecting trace gases, with sensitivity to even small variations in hydrogen purity.
4. Ease of Use: Often includes user-friendly interfaces such as touchscreens or digital readouts, and may feature automatic calibration for simpler operation.
5. Compatibility: Suitable for a range of environments, including those with harsh conditions like high temperatures or corrosive substances.
6. Gas Detection: Can detect impurities in hydrogen gas such as oxygen, moisture, nitrogen, and carbon monoxide, providing a detailed analysis of the gas composition.
7. Battery-Powered: Many portable analyzers run on rechargeable batteries, allowing them to function in remote or off-grid locations.
8. Calibration and Maintenance: Includes features for automatic or manual calibration and periodic maintenance to ensure long-term reliability.

Additional Information:

• Production Capacity: 10
• Delivery Time: 1 Weeks
• Packaging Details: The product will be securely packaged in a Thermocal box, designed to provide thermal insulation and protection during transit. Each unit will be sealed in a protective plastic cover to prevent dust, moisture, and other contaminants from damaging the product during transport and storage. Including Calibration Certificate, Warranty Certificate & Operation Manual

• Food packaging (meat, produce, dairy, etc.)  
• Pharmaceuticals  
• Medical devices
• Research and development.