What are the technical characteristics of microwave chemical reactor?

Microwave chemical reactor By using microwave adjustment technology and microcomputer control technology, the microwave power can be continuously adjustable It has power meter display, simple operation and good repeatability For the microwave chemical experiment, which is used to explore the conditions of microwave catalytic reaction and require less microwave power and maintain continuous microwave radiation, its scientific and practical properties have been brought into full play It is a kind of microwave chemical experiment equipment The main technical features and description of microwave chemical reactor are as follows: 1 Non pulse microwave continuous heating: according to the research, pulse microwave will produce high threshold electromagnetic pulse at the moment of "on" and "off", which will result in temperature upsurge or large vibration, and also easily destroy the morphology of organic components, thus affecting the consistency of experimental results Non pulse microwave continuous heating is characterized by: frequency conversion microwave power regulation, microwave output for continuous output, no pulse stimulation 2 Microwave power frequency conversion control: Double CPU technology is adopted to assist monitoring and control The self-adaptive PID control technology can overcome the overshoot phenomenon under the condition of the change of the environment temperature, the polarity of the reaction material, the change of the heat capacity and the change of the mathematical model With the feedback of temperature, the microwave transmitting power can be adjusted to reach the temperature setting value The power and reaction intensity are adjusted automatically to achieve the ideal control effect 3 Platinum resistance temperature control system: the shielded platinum resistance is directly inserted into the reactor to measure the internal temperature and data of the reaction The shielding device can effectively eliminate any electromagnetic interference and self heating effect 4 Microwave power adjustment: as we know, microwave heating is fast and the reaction is violent We divide the power into ten grades in the range of microwave effective power The microwave power can be automatically controlled by frequency conversion within the limited power range of each grade, so as to limit the intensity and speed of reaction 5 Five step heating program: through the control of microcomputer, the temperature rising process of reaction can be divided into five stages Users can edit various reaction parameters by themselves: reaction temperature, reaction time, and Zui high power In addition, microwave can also modify the reaction conditions without stopping 6 Super large LCD: the effective pixel is 240 × 128, and the screen size is up to 120 × 80mm LCD synchronous display: real time working period, set power, set temperature, set time Real time power, temperature and time By turning the page, the temperature curve can be displayed 7 Equipped with inert gas inlet and built-in magnetic stirrer The mixing speed is not very adjustable.