TCU11306

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The TCU11306 is a process, temperature controller designed for applications up to 4-20mA control systems. It is equipped with dual adjustable set-points, settable as either PID, time-proportional, or proportional-integral (PI) configurations. The TCU11306 offers a range of features, including a user-friendly display, selectable auto/manual operation, and alarm monitoring.

At the heart of this controller is a highly accurate, 4-20 mA control loop. This allows the controller to control the process/temperature control parameters accurately, improving the overall process accuracy of the system. Additionally, the TCU11306 provides a variety of modes of operation, making it suitable for a range of different applications – from simple open-loop to more complex closed-loop systems.

In open-loop mode, the TCU11306 provides a simple, single-setpoint control. The operator is able to adjust the setpoint manually, and the controller will automatically adjust the output in order to reach and maintain the desired temperature/process level. This is ideal for basic temperature/process control applications.

In closed-loop mode, multiple set-points can be configured. The TCU11306 uses an advanced proportional-integral approach for the control loop, which is more accurate and stable than other methods. The controller can also be set up to work in either time-proportional or PID mode. This allows the operator to adjust the setpoint to a maximum accuracy of 0.1%.

The TCU11306 also has an intuitive display, allowing the operator to adjust parameters and monitor conditions quickly and easily. Alarm monitoring is also provided, allowing the operator to set an alarm limit and be notified in case of any process or temperature aberrations.

The TCU11306 offers an ideal solution for critical temperature/process control applications. Whether in open-loop or closed-loop mode, the TCU11306 provides an easy to use, reliable and accurate control system for a variety of settings. It is well suited for industrial environments where accuracy and stability are essential.

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