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Offset in PID Controller Explained

Offset in PID Controller Explained ‪@dineshdiwani‬ In this video, we dive into the concept of *offset* in PID (Proportional-Integral-Derivative) control action and how it affects systems like air conditioners, thermostats, and cruise control. @dineshdiwani When using a proportional control system, a small error between the desired setpoint and the actual value can persist, resulting in a phenomenon called **offset**. For example, an AC might be set to 24°C, but it settles around 25°C due to proportional control alone, leading to a temperature discrepancy. We explain how the *Integral* (I) action in PID control works to eliminate this offset by continuously correcting the error over time. By accumulating past errors, the system adjusts its output to reach the exact desired setpoint, ensuring accuracy and eliminating any lingering offset. Whether you're working with home automation, industrial systems, or robotics, understanding offset and how it's nullified in PID control is essential for better system performance. Watch this video to understand the importance of offset in PID control and how the integral action fine-tunes the system for precision. #PIDControl #OffsetInPID #PIDController