Problems of Equipment Control in Automatic Information-measuring Control Systems

Conclusions about the technical condition of automation equipment are made based on the results of measuring and monitoring a number of parameters that determine the performance of automation equipment and the system as a whole. Monitoring includes performance monitoring, diagnostics and other types of monitoring. Performance monitoring is carried out regularly when preparing automation equipment and entire systems for use (start-up), during maintenance and repair, as well as during storage. The main task is to determine the technical condition of the entire automation system. During the verification process, settings and adjustments are made. Diagnostic testing of automation or automation systems is carried out in order to identify malfunctions and determine their causes. One of the most important tasks of diagnostic control is the selection of a fault finding strategy (program) in such a way as to minimize the time required to detect faulty elements. Troubleshooting programs vary depending on the method used. The most common are item sequential testing, sequential group testing, and combination testing. Hydroponics is a method of growing plants in a medium containing inorganic nutrients or a nutrient solution, without the use of soil. Hydroponic controller control system design enables automation through remote monitoring and control using various microcontrollers, sensors and networking technologies using the Internet to transmit and receive information from objects and devices. Such systems receive input data from sensors and provide control actions to maintain various parameters within specified ranges. These systems are very economical, and most importantly, they are fully automated and do not require human intervention after placing sprouted plants in the system. Automatic control makes plant selection easier. There is also the aspect of creating a system that can be used by the average consumer. This means that the project will be relatively small and easy to use. Growing plants in grow rooms requires constant attention, and different plant species have different needs and often cannot be matched to different species. As a result, equipment is needed that can be easily adjusted for different plant species. Lighting, temperature, humidity and watering can be controlled automatically using hydroponic indoor plant automation.