TR14I3E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Time Delay Relays, a relatively new class of relays, are quickly becoming a common automation tool for engineers and operations staff alike. The TR14I3E represents a new generation of time delay relay that has made automation and control easier and more efficient. This article will discuss the application field and working principles of the TR14I3E.

Time Delay Relays, often abbreviated as TDRs, are used in many industries. They are ideal for controlling process temperatures in the chemical, food and beverage industry, for regulating water pressure in the water treatment industry as well as for controlling lighting in commercial spaces. Other industries, including automotive and medical, are increasingly relying on advanced TDRs with real-time feedback. By allowing a reliable delay control, TDRs help reduce waste and optimize production.

The TR14I3E is a particularly convenient and powerful TDR. It is packed with plenty of features that make it invaluable for controlling and maintaining production processes. The TR14I3E is able to measure and monitor an array of parameters, such as current, voltage, pressure, temperature, and more. It also features multiple input and output ports, which enables seamless integration of multiple sensors and actuators.

At the core of its operation, the TR14I3E uses time-of-day (TOD) timing, a time-based control system. TOD timing creates a new virtual “clock.” This clock can be synchronized with an external signal for precise timing control. By using this method, the TR14I3E is able to accurately trigger events and measure input signals. The numbers used in the TOD system represent the day of the week, followed by the hour, minute, and second of the day.

The TR14I3E also supports additional functions for more advanced control operations. For example, the TR14I3E supports the option of setting a specific number of cycles before an action is performed. This feature allows for greater control over the control process, as it enables the user to precisely set the number of times a control system should be operated or activated. Furthermore, the TR14I3E supports an adjustable pulse time feature, which enables the user to define the length of a pulse before it turns off. This useful feature helps shorten the time required for a cycle to complete, and can contribute to improved process efficiency.

The combination of TOD timing with adjustable period and pulse time makes the TR14I3E a powerful tool for engineers and operations staff alike. The flexibility of the parameters combined with the accuracy of TOD timing make the TR14I3E an ideal choice for controlling and monitoring production processes. With its numerous features and detailed control capabilities, the TR14I3E is an invaluable tool for optimal process management.

The specific data is subject to PDF, and the above content is for reference