Carbon* High Speed ​​Analyzer Design Principles

The main function of the carbon-sulfur high-speed analyzer is to analyze and measure the carbon dioxide and sulfur dioxide produced after the metal is burned. At present, domestically-used burners are arc burners, high-frequency burners and tube burners, and our country's original arc burners. Furnaces are favored by users across the country for their stable use, full conversion, ease of use, low price, and low cost of use, and have become mainstream products used in the current market.

Photoelectric control was used to complete the carbon and sulfur titration process with four glass solenoid valves. The combustion furnace gas contains a mixture of CO2 and SO2. First, SO2 enters the sulfur absorption cup for absorption. When absorbed, the solution color gradually fades from blue. At this time, the transmitted light intensity is increased, and the photoelectric conversion output signal is increased. The comparison circuit is compared with the fast and slow reference voltages. When the output signal is above the slow drop reference voltage. The comparator circuit outputs a low level, at which time the relay of the slow drip glass electromagnetic valve is controlled to pull in, the slow drop valve is opened, and automatic slow titration is started. When a large amount of SO2 gas enters the absorption cup to make the color of the solution colorless and transparent, the photoelectric output signal is stronger and higher than the reference voltage of the droplet. As above, the quick drop valve opens and automatic quick titration begins. As the titration progresses, the color of the solution gradually changes from colorless to light blue, the transmitted light intensity decreases, and the photoelectric output signal decreases. When the signal voltage is lower than the reference voltage of the fast drop, the fast titration is turned off and the fast drop is stopped. When the end color is reached, the slow titration is turned off and the titration process ends.

Carbon-sulfur high-speed analyzer is a common and popular measuring instrument in the physics and chemistry analysis room of an enterprise. The infrared carbon and sulfur analyzer can quantitatively analyze carbon and sulfur non-metal elements in metal materials and accurately measure the percentage of carbon and sulfur in materials. content. Widely used in smelting, casting, machinery, vehicles, valves, ore, environmental protection, quality inspection and other industries and areas, can be quickly and easily carry out the raw material acceptance, furnace analysis, product testing and other stages of product testing.

This product is the crystallization of international and domestic advanced technology integration. It is set light. The high-tech products of machine, electricity, computer and analysis technology are integrated into one body, and many technologies are leading domestically. The performance of the whole machine can be comparable to that of imported products. It has the characteristics of wide measuring range, strong anti-interference ability, complete functions, simple operation, and fast and accurate analysis results.

The carbon-sulfur high-speed analyzer is divided into different models because of the additional functions and degree of automation of the product. However, its product design principles are all derived from the statutory carbon capacity specified by the national standards and the statutory sulfur of acid-base titration. The measurement accuracy of the products complies with the relevant national standards. The series products have been converted from manual operation, data conversion, automatic data transmission, and computer terminal display. To form a series of patterns to meet the actual needs of various types of enterprises, companies can choose different models based on their own needs.