In most electric heating applications, it is crucial to have some sort of temperature control system in place to ensure that the desired temperature is maintained consistently. Tempco understands the importance of having reliable components in your thermal loop, so we offer a range of products, both standard and custom, that are ideal for industrial applications. From thermostats to complex panels, we have the control solution you need.

One of the most-used temperature control devices is a thermostat. They allow the user to set the desired temperature and then adjust the heating system accordingly to maintain it. A thermostat works by monitoring the temperature and then turning the heating process on or off as needed. When the temperature falls below the set point, the thermostat will signal the heating system to turn on, and likewise, when the temperature rises above the set point, the thermostat will signal the heating system to turn off. This continuous monitoring, and the resulting adjustments, help to ensure that the temperature remains stable and consistent, and the heating system operates efficiently.

In industrial automation and process control applications, a PID controlled closed loop can provide more precise control over a system. PID stands for Proportional Integral Derivative, which are the three components of the control algorithm. A PID controller is a feedback control system that continuously monitors the process variable, compares it with the desired setpoint, and adjusts the control output accordingly.

The proportional component of the algorithm adjusts the control output in proportion to the error between the process variable and the setpoint. The integral component accounts for any steady-state error and adjusts the control output over time. The derivative component predicts the future error based on the current rate of change and adjusts the control output accordingly. By adjusting these three components, the PID controller is designed to maintain stable and precise control of the system. It can respond to changes in the process variable quickly and accurately, making it a popular choice for many industrial applications. Overall, a PID controlled closed loop provides a powerful tool for achieving precise control over complex systems.