Portable hydrogen analyzer

NegotiableUpdate on 05/06

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Nature of the Manufacturer: Producers

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Place of Origin

Online Consult

Overview

The price of hydrogen analyzer, the working principle of portable hydrogen analyzer is based on electrochemical sensing technology, which is similar to common gas detection instruments. After hydrogen molecules enter the sensor, they generate an electric current through electrochemical reactions, and the sensor converts the current into hydrogen concentration data. This technology is very accurate and can test extremely low concentrations of hydrogen gas.

Product Details

A portable hydrogen analyzer is a device that can test hydrogen concentration anytime and anywhere. It has been widely applied in multiple fields, especially in the manufacturing, chemical, and aerospace industries.

The working principle of portable hydrogen analyzer is based on electrochemical sensing technology, which is similar to common gas detection instruments. After hydrogen molecules enter the sensor, they generate an electric current through electrochemical reactions, and the sensor converts the current into hydrogen concentration data. This technology is very accurate and can test extremely low concentrations of hydrogen gas. Meanwhile, its small size, light weight, easy portability, simple operation, fast testing speed, and low maintenance cost make it one of the most popular instruments.

The portable hydrogen analyzer is suitable for various scenarios. For example, in the manufacturing industry, hydrogen analyzers are used to detect hydrogen leaks. Hydrogen leakage poses a high risk as it is prone to combustion and explosion. By using a hydrogen analyzer, hydrogen leaks can be detected in a timely manner, and measures can be taken to avoid accidents. Similarly, in the aerospace field, it is also used to test the hydrogen concentration in rocket engines. Understanding the concentration of hydrogen in rocket engines is crucial for ensuring safe engine operation.

In the future, with the increasing application of hydrogen as a clean energy source, portable hydrogen analyzers will play a more important role in testing hydrogen fuel cells. Fuel cell is a technology that converts hydrogen and oxygen into electrical energy. It has the advantages of efficient energy utilization and pollution-free emissions, and is considered an important choice for future energy. The use of portable hydrogen analyzers to test the efficiency of hydrogen fuel cells and explore new application scenarios is a key research direction for the future.

Overall, a portable hydrogen analyzer is a very useful device. It plays a crucial role in many situations, such as testing hydrogen concentration in divers' oxygen cylinders, and testing hydrogen concentration when truck drivers use hydrogen as fuel. With the continuous improvement of technology, the application of hydrogen as an energy source is expanding, and its development will also be synchronized. In the future, it will play a more important role, bringing more convenience and safety to people.

Beijing East Branch Supply - KG6050 portable hydrogen analyzer accurately detects changes in a certain component in binary or quasi binary mixed gases (i.e., only one component in the mixed gas changes). The gases that can be detected include H2, CO2, Ar, He, as well as various halogenated hydrocarbons such as Freon. As long as the thermal conductivity of one component in the mixture is different from that of another component, thermal conductivity technology can be used to detect this component in the mixture. Depending on the gas being detected, the range can be from high ppm to 100%.

Use a lossless thermal conductivity sensor to detect the thermal conductivity of gas. This type of sensor has a high sensitivity, low heat capacity, and non attenuating 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. Due to the inherent high stability of the system, instruments require almost or no maintenance.

The built-in sampling pump can draw sample gas from a low-pressure source or naturally draw sample gas. Use needle valves and flow indicators to control the sample gas flow through the analyzer.

KG6050 can detect two types of gases. It combines the detection function of K6050 with the oxygen detection function of electrochemical cells, and can detect oxygen concentrations ranging from 100ppm to 100%. Of course, the specific range depends on the operating conditions.

It is powered by a sealed rechargeable battery, so it is truly portable. Rechargeable batteries can be used continuously for 6 hours. If prolonged use is required, the instrument panel can be connected to a battery charger. The entire instrument is placed inside a hard polyester waterproof casing and comes with a handle.

The large and high-definition LCD displays the detected concentration, as well as the information and prompts that appear when setting and calibrating the instrument using the menu.

characteristic

U can detect multiple gases - including H2, CO2, Ar, and SF6

U can choose to measure O2

Durable and portable

U has fast preheating and quick response

Protection level IP67

Application:

◆ Hydrogen production process

Gas purity testing

◆ Food processing

◆ Refrigeration system

◆ Power generation/transmission and distribution