ABB FT-IR Gas Analyzer MBGAS-3000

The ABB MBGAS-3000 FT-IR gas analyzer is mainly used for real-time analysis of multiple gas components during the combustion process. Its specific functions include: continuous monitoring of gas components: continuously and simultaneously measure the concentrations of up to 25 gases, such as SO2, HF, HCL, NOx, CO, CO2, NH3, H2O, etc. High-precision analysis: Based on Fourier Transform infrared spectroscopy (FTIR) technology, it offers high stability, sensitivity and measurement accuracy. Applied to emission monitoring in compliance with regulations: It meets emission standards such as EN15267-3:2008-3, provides predefined combustion monitoring analysis, and is suitable for fields such as waste incineration and industrial processes. Data recording and transmission: The design complies with HJ75 and HJ76 standards, recording and transmitting minute, hour, day, month and year data reports, and providing historical data query. Adapt to complex environments with high temperature and high humidity: Utilizing hot/wet sample extraction technology, it does not require water removal, adapting to high humidity and corrosive gas environments and avoiding sample distortion. Low maintenance: Long-life infrared light sources, on-site maintenance-free modules and maintenance-free interferometers reduce maintenance costs. System integration and maintenance are easy to integrate: It can be installed on a wall or a 19-inch rack, and the modular design facilitates on-site maintenance. Fast response: The long optical path detection cell and low-capacity design achieve a fast response time. In conclusion, the ABB MBGAS-3000 is a powerful gas analysis instrument suitable for various industrial environments, capable of providing accurate and reliable gas composition monitoring.

Technical Specifications and technical principles: Fourier Transform Infrared Spectroscopy (FTIR) technology. Measured components: It can continuously monitor various gas components in flue gas such as HF, SO22, HCl, NO xx, CO, CO 22, NH 33, H 22 O, and O 22. Measurement range: Different measurement ranges can be customized according to specific gas components and customer requirements. Wavelength range: 600-105000px −1−1. The optical path of the detection cell is 3.24 meters. Performance features: Stability: It has excellent stability and can provide accurate measurement results. Sensitivity: High sensitivity, capable of detecting low-concentration gas components. Repeatability: The accuracy of repeated measurements carried out by the same instrument is high. Reproducibility: The accuracy of repeated measurements by different instruments is high. The system consists of a gas sampling pretreatment unit: it performs pretreatment such as filtration and heating on the sample gas to ensure its cleanliness and stability. Fourier Transform infrared analyzer: Core analytical component, based on FTIR technology for qualitative and quantitative analysis of gas components. Data acquisition and processing unit: Collects, processes and analyzes measurement data, providing real-time monitoring results and historical data query functions. Application scope: Waste incineration treatment of domestic waste, medical waste, hazardous waste, etc. Other industries: power plants, building materials industry, metallurgical industry, food industry and feed processing, etc. Other parameters: Operating temperature: All components from sampling pretreatment to detection and analysis operate at a high temperature of 180°C. Interface: It provides multiple communication interfaces, such as MODBUS RS485, S7-TCP, MODBUS RS232, etc., facilitating integration with other systems. Please note that the above parameters may not be all. Specific parameters may vary depending on different application scenarios and customer requirements. It is recommended to contact ABB directly or the relevant agent to obtain the latest product manual and technical specification sheet to get the most accurate and detailed parameter information.

The advantages of the ABB FT-IR gas analyzer MBGAS-3000 include: simultaneous analysis of multiple components: It can measure the concentration of up to 25 gases simultaneously, making it suitable for monitoring complex combustion processes. High stability and accuracy: Based on Fourier Transform Infrared spectroscopy (FTIR) technology, it features outstanding stability, sensitivity and measurement precision. Hot/wet operation: Utilizing hot/wet sample extraction technology, it does not require water removal, maintains sample integrity, and can measure gases that are easily soluble in water. Low maintenance cost: Infrared light sources have a long lifespan, and their modular design facilitates on-site maintenance, reducing maintenance costs. Fast response: Compact design with short response time, it can quickly detect changes in gas concentration. Flexible calibration: Supports single-point calibration, with short calibration time, which improves operational efficiency. Reliable and durable: The embedded software is designed with advanced technology, ensuring high system reliability and suitability for various industrial environments. Easy integration: It can be wall-mounted or rack-mounted, and is easy to integrate with other systems to meet different application requirements. These advantages have enabled the MBGAS-3000 to be widely applied in fields such as waste incineration, power plants, and industrial process control.

The installation of the ABB MBGAS-3000 FT-IR gas analyzer must be carried out strictly in accordance with the operation manual to ensure that the environmental conditions meet the equipment requirements. The following is a brief overview of the installation method: Before installation, confirm the environmental conditions of the installation location, such as temperature and humidity, to ensure they meet the working conditions of the equipment. Consider the external dimensions of the equipment and its distance from the wall to ensure there is sufficient space for installation and maintenance. Ensure that the floor slab at the installation location has sufficient load-bearing capacity, with a minimum load of 550kg/m². Minimize the vibration at the installation location to ensure the stable operation of the equipment. The installation location should be as close as possible to the sampling point to reduce the length of the sampling pipeline. Professional personnel are used for hoisting and positioning the equipment to ensure its stability. Use the lifting lugs on the top of the equipment for hoisting to avoid prolonged tilting. The sampling probe of the sampling system should be installed on the pre-welded flange of the chimney sampling point and sealed with a graphite gasket. Ensure that the direction and position of the sampling probe are correct to accurately collect the sample gas. The air connection should use instrument air that meets the standards to prevent damage to the equipment caused by moist air. According to the instructions in the operation manual, correctly connect the heating pipeline, the instrument air supply pipeline, the standard gas/zero gas pipeline, the back-blowing pipeline and the exhaust pipeline. Electrical connections are carried out by professional installation and commissioning personnel to ensure that all wiring is correct and error-free. This includes the connection of the main power supply, the power supply and signal line connection of the sampling system, the power supply and signal line connection of the dust meter, the power supply line connection of the heating pipeline, and the Ethernet connection, etc. After confirming that all connections are completed, conduct a pre-startup inspection, including the air supply for the instrument and the status of the filter, etc. During the installation process, the steps in the operation manual and safety guidelines should be strictly followed to ensure the correct installation and normal operation of the equipment. If you have any questions, it is recommended that you contact an ABB authorized service provider or professional technician for support and guidance.

The installation of the ABB MBGAS-3000 FT-IR gas analyzer must be carried out strictly in accordance with the operation manual to ensure that the environmental conditions meet the equipment requirements. The following is a brief overview of the installation method: Before installation, confirm the environmental conditions of the installation location, such as temperature and humidity, to ensure they meet the working conditions of the equipment. Consider the external dimensions of the equipment and its distance from the wall to ensure there is sufficient space for installation and maintenance. Ensure that the floor slab at the installation location has sufficient load-bearing capacity, with a minimum load of 550kg/m². Minimize the vibration at the installation location to ensure the stable operation of the equipment. The installation location should be as close as possible to the sampling point to reduce the length of the sampling pipeline. Professional personnel are used for hoisting and positioning the equipment to ensure its stability. Use the lifting lugs on the top of the equipment for hoisting to avoid prolonged tilting. The sampling probe of the sampling system should be installed on the pre-welded flange of the chimney sampling point and sealed with a graphite gasket. Ensure that the direction and position of the sampling probe are correct to accurately collect the sample gas. The air connection should use instrument air that meets the standards to prevent damage to the equipment caused by moist air. According to the instructions in the operation manual, correctly connect the heating pipeline, the instrument air supply pipeline, the standard gas/zero gas pipeline, the back-blowing pipeline and the exhaust pipeline. Electrical connections are carried out by professional installation and commissioning personnel to ensure that all wiring is correct and error-free. This includes the connection of the main power supply, the power supply and signal line connection of the sampling system, the power supply and signal line connection of the dust meter, the power supply line connection of the heating pipeline, and the Ethernet connection, etc. After confirming that all connections are completed, conduct a pre-startup inspection, including the air supply for the instrument and the status of the filter, etc. During the installation process, the steps in the operation manual and safety guidelines should be strictly followed to ensure the correct installation and normal operation of the equipment. If you have any questions, it is recommended that you contact an ABB authorized service provider or professional technician for support and guidance.

ABB is a global technology leader in the field of electrical and automation. It was formed by the merger of ASEA of Sweden and BBC Brown Boveri of Switzerland in 1988, and its headquarters is located in Zurich, Switzerland. The company operates in over 100 countries and regions around the world and has approximately 105,000 employees. The company's business is electrical products: providing transformers, switch cabinets, circuit breakers, etc., which are widely used in power, industrial and other fields. Automation solutions: Provide automation systems for industries such as manufacturing and transportation to enhance production efficiency. Robotics and Discrete Automation: Develop industrial robots and automation equipment for use in the automotive, electronics and other industries. Motion control: Producing motors, frequency converters, etc., to achieve precise motion control and enhance equipment performance. In 1907, ABB provided the first steam boiler to China, marking the beginning of their cooperation. In 1974, the China Business Department was established in Hong Kong, and an office was set up in Beijing in 1979. In 1994, the China headquarters was moved to Beijing, and in 1995, ABB (China) Co., Ltd. was established. At present, it has 27 local enterprises in China, with 15,000 employees and business covering more than 130 cities. The main achievements include inventing the world's first three-phase power transmission system, the first self-cooling transformer, etc., and being the first to put them into commercial application. Its products and technologies have been widely applied in numerous key projects both at home and abroad, such as the Great Hall of the People in Beijing and the Three Gorges Project. ABB is committed to promoting sustainable development and helping customers reduce their environmental impact through technological innovation. Actively shouldering social responsibilities, it is one of the most respected employers. Looking ahead, ABB will continue to be driven by innovation, promoting the integration of electrification, automation and digitalization technologies, facilitating the transformation and upgrading of global industries, and contributing to a more sustainable and efficient future.