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N2 Purity Analyser

Price 128000 INR/ Unit

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MOQ : 1 Unit

N2 Purity Analyser Specification

Response Time
< 3 seconds

Test Range
0.01% to 99.99% N2

Application
Nitrogen purity measurement for process and quality control

Resolution
0.01%

Specimen Size
Gas Tube with 4 mm outer diameter

Port Size
1/4 inch BSP

Interface Type
RS232 / RS485

Operating Voltage
230V AC

Temperature
0C to 50C

Frequency
50 Hz

Accuracy
0.5% of reading

Automation Grade
Automatic

Features
Portable, Digital Readout, Real-Time Monitoring

Gas Pressure
0.1 - 1 MPa

Equipment Type
N2 Purity Analyser

Power Supply
230V AC, 50 Hz

Max Height
150 mm

Mounting Type
Desktop

Number of Specimens
1 (Single Tube Inlet)

Humidity
0 - 95% RH (non-condensing)

Measuring Range
0% to 99.99% N2

Display Type
Digital LED Display

Usage
Instant Nitrogen Gas Purity Analysis

Capacity
Continuous Operation

Machine Weight
2.5 kg

Test Speed
Instantaneous / 2 seconds

Control Mode
Automatic Microprocessor Control

About N2 Purity Analyser

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.

Key Functions of a Nitrogen Purity Analyzer:

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 nitrogens quality and the effectiveness of processes using nitrogen.

Working Principle of N2 Purity Analyzers:

Sample Introduction: A sample of nitrogen gas (often from a cylinder or pipeline) is introduced into the analyzer.
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.
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).

Types of N2 Purity Analyzers:

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.
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.
Gas Chromatography: High-end analyzers may use chromatography to separate and analyze the components of the nitrogen sample.
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.

Unparalleled Nitrogen Purity Measurement

This analyser delivers instant, accurate nitrogen purity readings, critical for process control and quality assurance. Its high-sensitivity sensors and microprocessor-controlled automation ensure precise results throughout its remarkable 0% to 99.99% measuring range. Operators benefit from rapid test speeds, simple calibration procedures, and clear digital readout, enabling efficient and confident operations.

Engineered for Industrial and Laboratory Use

Constructed with a durable powder-coated steel enclosure and protected to IP20 standards, the analyser withstands demanding environments. Its desktop mounting, compact profile (max height 150 mm), and lightweight build (2.5 kg) make it a portable choice suited to diverse setups within industries and research labs across India.

User-Friendly Operation and Versatility

Effortless to operate, the analyser supports continuous monitoring, real-time data display, and optional data logging. Users can personalize alarm settings, interface via USB or RS232/RS485, and easily calibrate with standard gas. Designed for 230V AC, 50Hz, it fits seamlessly into existing workflow for exporters, manufacturers, and service providers alike.

FAQ's of N2 Purity Analyser:

Q: How do I calibrate the N2 Purity Analyser, and how often is calibration required?

A: Calibration is user-friendly and performed with a standard gas to ensure ongoing accuracy. The frequency of calibration depends on usage intensity and site-specific protocols, but periodic checks are recommended for consistent, reliable results.

Q: What benefits does the programmable low purity alarm offer in everyday use?

A: The programmable low purity alarm alerts you instantly when nitrogen purity falls below your chosen threshold, allowing for timely intervention and preventing quality issues in your processes.

Q: When should the N2 Purity Analyser be used for process and quality control?

A: Deploy the analyser during routine production monitoring, process optimization, or before critical product release to guarantee nitrogen purity meets strict standards in manufacturing and laboratory applications.

Q: Where can the analyser be integrated within my setup, and how portable is the device?

A: The analyser is designed for desktop mounting and is lightweight at 2.5 kg, making it easy to reposition as needed within laboratories or industrial plants for optimal workflow integration.

Q: What steps are involved in using the analyser for a nitrogen gas purity test?

A: Insert the gas tube (4 mm OD) into the single inlet, select the desired mode, and initiate the analysis. The microprocessor controls measurement, and results appear on the digital LED display in less than three seconds.

Q: How does the device handle continuous operation and real-time monitoring?

A: Purpose-built for uninterrupted, real-time monitoring, the analyser provides instant feedback with each test. Optional data logging ensures historical records can be reviewed as needed.

Q: What is the temperature and humidity operating range for the analyser?

A: The analyser operates reliably between 0C and 50C and in non-condensing environments with relative humidity from 0 to 95%, making it suitable for diverse climates in industrial and laboratory settings.

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