PID stands for Proportional–Integral–Derivative, and remains the most widely used control algorithm in the global industry. They are mainly used in industrial automation and robotics. Also, in areas such as power electronics and process control. …
Reliability of industrial automation still rests on the shoulders of the humble limit switch. In recent years, there has been a rise in advanced proximity and laser sensors. Nevertheless, the limit switch remains the most …
In current motion control within automation systems, encoders play a critical role. They are essential devices in modern automation and control systems. They convert mechanical motion into electrical signals. These signals are then interpreted by …
Temperature transmitters are critical instruments in industrial measurement and control systems. They convert temperature signals into standardized outputs. These outputs are commonly 4–20 mA or digital signals. Accurate temperature measurement is essential for safety. Also, …
Actuators serve as the critical bridge between digital intelligence and physical motion. They are fundamental components in modern engineering systems. They enable machines to interact with the physical world by converting an energy source into …
Industries such as automation and robotics use proximity sensors. Without forgetting consumer electronics and safety systems. Proximity sensors are different from mechanical switches. This is because the object can be detected without physical contact. Hence, …
Pneumatic piston actuators remain the backbone of industrial movement due to their resilience and speed. They are commonly used to convert compressed air into controlled mechanical motion. This motion is usually linear. It is applied …
In modern motion control systems, encoders play a critical role. This is because they provide precise feedback on direction, speed, and position. They are widely used in industrial automation, robotics, and CNC machines. They are …
In industrial automation systems, there is a fundamental concept known as time-based control. Many industrial processes rely on precise timing. This helps to ensure correct, consistent performance, safe operation, and sequencing. Motors often require delayed …
The demand for precise fluid management is crucial in many applications. For instance, the basic one is water. So, accurately measuring water levels is essential in many engineering systems. Applications may vary from simple household water …