PIT-1702-CST0E

Series:	*
Part Status:	Obsolete

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<p>PIT-1702-CST0E is a specific kind of electronic device developed by the Automation Technologies corporation. It is a programmable industrial temperature and pressure controller designed to automate process temperature and/or pressure control in petrochemical, industrial, and power generation applications. This industrial temperature and pressure controller is a multifunctional device with digital signal input and output features, designed to simplify temperature and pressure control applications.</p><p>The PIT-1702-CST0E provides reliable temperature and pressure control of applications such as chillers, chemical reactors, waste water treatment systems, and power plants. This device enables users to quickly and easily adapt their system to changing environmental conditions and manufactures. It is a programmable, user-friendly device that is capable of controlling a range of temperatures from -20°C up to 150°C and pressure from -15 bar up to 50 bar.</p><p>The PIT-1702-CST0E has a number of advantages considered useful in industrial applications. This device features a microprocessor-based temperature control system that contains high-performance integrated circuits, dual channel signals, 2-level control output, and terminals for control of analog signals. It also contains a high-performance PID autotuning algorithm that simplifies parameter input and improves the accuracy and stability of the temperature and pressure control system. Additionally, the device is equipped with a USB port that enables the user to connect to a PC for data retrieval or system parameter modification.</p><p>The working principle of the PIT-1702-CST0E is based on the PID (Proportional-Integral-Derivative) control algorithm. This algorithm is used to control the temperature and pressure to a desired setpoint. The PID algorithm works by automatically adjusting the temperature and pressure based on the differences between a measured value and a setpoint. The PID algorithm monitors the temperature and pressure through an input signal and then calculates the amount of adjustment needed to bring the measured values to the setpoint. The PID algorithm then sends this adjustment information to the output signal, which then signal a control looped to the heaters and other control mechanisms. By continually monitoring the temperature and pressure, the PID algorithm can ensure that the measured value remains equal to the setpoint.</p><p>The multi-function PIT-1702-CST0E is easy to use, and can be implemented quickly in industrial applications. This device has numerous advantages that make it useful in a variety of applications. Its PID algorithm, dual-channel signal input/output, and USB port provide enhanced performance and ease of use, while its efficient design and reliable performance help the user save energy and resources.</p>

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