Valves, as an important component controlling fluid flow in industrial processes, have widespread applications across various fields. However, with the development of technology, traditional ordinary valves can no longer meet the modern industry's demands for precise control and intelligence. Therefore, intelligent valves have emerged, and their main differences from ordinary valves are reflected in the following aspects.
From the perspective of control accuracy, ordinary valves mainly control through manual or simple mechanical structures, and their opening degree usually can only achieve either fully open or fully closed states. In contrast, intelligent valves achieve precise control through electronic control systems, and can adjust the valve linearly according to the input electrical signal size, thereby precisely controlling the flow and pressure of fluids.
From the perspective of operating convenience, ordinary valves often have more complicated operations requiring manual effort. Intelligent valves, however, support remote control and only need to send corresponding electrical signals to adjust the valve, greatly simplifying the operation process and improving work efficiency.
From the perspective of stability, ordinary valves may undergo performance changes during long-term use due to mechanical wear and other reasons. Intelligent valves, thanks to their electronic control system characteristics, can ensure stability through software calibration and standards.
From the level of intelligence, ordinary valves are just simple fluid control components, while intelligent valves integrate various functions such as sensors, controllers, and actuators, enabling real-time feedback of the valve's operating status and corresponding adjustments, genuinely realizing valve intelligence.
