Infrared analyzer is a type of analytical instrument used to measure the absorption or emission of infrared radiation by molecules.
Where To Use Infrared Analyzer
Infrared analyzers are commonly used in various industrial and laboratory settings, such as chemical plants, power generation facilities, and research institutions.
Key Features Of Infrared Analyzer
High sensitivity and accuracy
Fast measurement times
Reliable and durable design
User-friendly interface
Compact and space-saving design
How To Use Infrared Analyzer
Calibrate the instrument according to the manufacturer's instructions
Prepare the sample and place it in the measurement cell
Adjust the instrument settings as needed
Measure the infrared radiation emitted or absorbed by the sample
Analyze the results using the instrument's software
How Infrared Analyzer Is Manufactured
The manufacturing process of infrared analyzers typically involves several stages, including design and development, prototype testing, production, and quality control.
Technical Specification Of Infrared Analyzer
Wavelength Range:
2-16 ?m
Resolution:
0.1-10 cm^-1
Speed:
1-100 measurements per second
Temperature Range:
-200 to 500°C
Connectivity:
USB, Ethernet, RS-232
Weight:
10-50 kg
The technical specifications of infrared analyzers are critical in determining their performance and accuracy. The wavelength range, resolution, speed, temperature range, connectivity, and weight of the instrument all contribute to its overall functionality and usability.
Description Of Infrared Analyzer
Infrared analyzers are designed to measure the absorption or emission of infrared radiation by molecules, making them essential tools in various industrial and laboratory settings.
Related Products & Synonyms Of Infrared Analyzer
The infrared analyzer is often used in conjunction with other analytical instruments, such as mass spectrometers and gas chromatographs. Some related products include:
