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Oxygen Analyzer

Price 325000.0 INR/ Unit

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MOQ : 1 Piece

Oxygen Analyzer Specification

Power Supply
220V AC, 50 Hz

Temperature
0 C to 50 C Celsius (oC)

Frequency
50 Hz Hertz (HZ)

Classification
IP 65

Weight
3 Kilograms (kg)

Display Type
Digital, LCD Display

Equipment Type
Oxygen Analyzer

Port Size
1/4 inch NPT

Resolution
0.1% O

Gas Pressure
0.5 mpa

Operating Voltage
220V AC Volt (V)

Usage
Gas safety

Test Range
0 100% O

Response Time
15 seconds Seconds

Accuracy
2% of reading %

Product Type
Gas analysis

Interface Type
RS232/Analog Output

Number of Specimens
Single

Automation Grade
Automatic

Humidity
0 95% RH

Application
Industrial oxygen concentration measurement

Specimen Size
20 Centimeter (cm)

Features
Portable, High accuracy, Fast response, Low maintenance

Measuring Range
100% Kelvin (K)

Mounting Type
Table top / Portable

Capacity
Continuous Ltr

Machine Weight
2.5 kg Kilograms (kg)

Control Mode
Microcontroller based

Operating Principle
Electrochemical detection

Calibration
Manual/Automatic

Unit Dimensions
240 x 140 x 90 mm

Data Logging
Available

Sampling Rate
1 sample/second

Alarm Output
Yes, Visual and Audible

Enclosure Protection
IP54

Compliance
CE Marked

Sensor Type
Electrochemical

Oxygen Analyzer Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Week

About Oxygen Analyzer

A oxygen analyzer is a type of oxygen analyzer that uses the magnetic properties of oxygen molecules to measure the concentration of oxygen in a gas. The paramagnetic effect refers to the attraction of oxygen molecules to a magnetic field, which can be quantified and used to determine the oxygen level in a sample.

Key Components

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

Advanced Electrochemical Detection

Utilizing electrochemical sensor technology, this Oxygen Analyzer delivers accurate and rapid measurements across a broad range (0-100% O2). Its superior sensitivity and fast response time under 15 seconds make it suitable for real-time industrial monitoring.

Integrated Alarm Systems for Safety

With both audible and visual alarms, the analyzer ensures prompt notification when oxygen levels exceed set thresholds. This feature is vital for maintaining workplace safety by minimizing response times to abnormal gas concentrations.

Flexible Calibration and Data Logging

Users can choose between manual and automatic calibration methods, enhancing operational flexibility. Comprehensive data logging supports long-term analysis and traceability, essential for compliance and process optimization.

FAQ's of Oxygen Analyzer:

Q: How does the electrochemical sensor in the Oxygen Analyzer operate?

A: The electrochemical sensor detects oxygen by generating a small electrical current as oxygen molecules interact with its electrodes. The analyzer's microcontroller interprets this current to provide accurate real-time oxygen concentration readings on the LCD display.

Q: What is the process for calibrating the Oxygen Analyzer?

A: Calibration can be performed manually or automatically. For manual calibration, reference gases are introduced following on-screen prompts. The automatic mode enables the analyzer to self-adjust at programmed intervals, ensuring accuracy without frequent manual intervention.

Q: When should I use the visual and audible alarms?

A: Visual and audible alarms are designed to activate automatically when measured oxygen levels deviate from preset safe ranges. This feature allows operators to respond immediately, improving safety in gas monitoring environments.

Q: Where can this Oxygen Analyzer be installed or used?

A: The analyzer's portable and tabletop design makes it adaptable to various industrial settings. Its IP54 enclosure protection allows use in environments with dust and splashing, while compliance with CE standards ensures suitability for regulated applications.

Q: What benefits does data logging provide for industrial users?

A: Data logging enables continuous recording of oxygen concentration data, which is essential for quality assurance, compliance reporting, and process optimization. The stored data can be retrieved through RS232 or analog output interfaces for further analysis.

Q: How do I maintain the analyzer for optimal performance?

A: Maintenance is minimal due to the robust sensor and design. Regular inspection of the sensor, periodic calibration, and ensuring the sampling system is clean will sustain high accuracy and extend the instrument's lifespan.