Price of hydrogen analyzer

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The hydrogen analyzer is affordable, and its working principle is mainly based on the gas diffusion cover plate method, which uses the molecular motion characteristics of gas to determine gas composition. In a hydrogen analyzer, the sample enters the instrument through a pipeline and is then analyzed inside a molecular diffuser. The molecular diffuser is mainly composed of a series of gaps, diffusion plates, and counters. After the sample enters the interior through the gaps, it diffuses inside the diffuser, leaving gaps on the diffusion plate. The size of the gap is directly proportional to the concentration of hydrogen, so the hydrogen concentration can be calculated based on the size of the gap.

Product Details

A hydrogen analyzer is a specialized instrument used for detecting and analyzing the composition of hydrogen gas. With the popularization and continuous expansion of the application scope of hydrogen energy, its demand is constantly increasing.

K1550RJ hydrogen analyzer, thermal conductivity sensor detects the thermal conductivity of gas. The thermal conductivity sensor has a high sensitivity, low heat capacity, and non decaying component that does not require maintenance. To achieve accuracy and detection range that conventional thermal conductivity sensors cannot provide, there is a microprocessor inside that provides signal processing and temperature compensation. Due to the inherent high stability of the system, there is almost or no need for maintenance. The standard 4-20mA output is programmable for most models of K1550RJ. The secondary meter is packaged in a standard DIN enclosure (96 × 144mm) (optional lockable door with protection level IP54), and the sensor can be installed in this enclosure or remotely, depending on the actual application conditions. K1550RJ provides two concentration alarms with visual indication (LED) and power-off conversion contacts. Users can set their functions (high, low, or off) and hysteresis values. The measured concentration is displayed on a clear LCD screen, which also shows information and prompts that appear when setting and calibrating the instrument using the menu.

1、 Working principle

The working principle of a hydrogen analyzer is mainly based on the gas diffusion cover plate method, which utilizes the molecular motion characteristics of gas to determine its composition. In a hydrogen analyzer, the sample enters the instrument through a pipeline and is then analyzed inside a molecular diffuser. The molecular diffuser is mainly composed of a series of gaps, diffusion plates, and counters. After the sample enters the interior through the gaps, it diffuses inside the diffuser, leaving gaps on the diffusion plate. The size of the gap is directly proportional to the concentration of hydrogen, so the hydrogen concentration can be calculated based on the size of the gap.

2、 Application Fields

The hydrogen analyzer is mainly used in the following fields:

1. Energy industry

Hydrogen, as a new type of clean energy, is widely used in fields such as fuel cells, hydrogen power generation, and chemical engineering. In these fields, it is necessary to accurately determine the composition and concentration of hydrogen gas to ensure production quality.

2. Environmental protection industry

Hydrogen, as a clean energy source, does not produce a large amount of pollutants and is therefore widely used in the field of environmental protection. It can be used to monitor the hydrogen content in the air to optimize environmental governance.

3. Medical industry

It can be used to monitor the hydrogen content in respiratory gases to help diagnose various gastrointestinal diseases and pathological problems.

3、 Future Development Trends

At present, hydrogen analyzers have become tools in the industrial field and have been widely used in their application areas. In the future, its development trend will mainly be reflected in the following aspects:

1. Intelligence

With the continuous advancement of technology, people have increasingly high requirements for the intelligence of hydrogen analyzers. The future hydrogen analyzer will adopt Internet of Things technology, with functions such as automation, remote control, and intelligent diagnosis, greatly improving the efficiency and product quality of the instrument.

2. Diversification

With the continuous expansion of the application field of hydrogen energy, people have shown a diversified development trend in the application field of hydrogen analyzers. In the future, it will be possible to detect and analyze different types of gas components, helping people better adapt to the application needs of hydrogen energy.

3. High precision

High precision measurement is essential for the production and application of hydrogen energy. Future hydrogen analyzers will adopt higher precision sensors and measurement technologies to improve the accuracy and precision of hydrogen concentration measurement.

In short, hydrogen analyzer is an important tool with broad application prospects, which will play an increasingly important role in the production and application of hydrogen energy. We can expect that in future development, its differentiated development will become more diverse and refined, thus better adapting to different application needs.