Believe It Triconex 3806e Analog Output Module Kit [TvjoFcQi]

Believe It Triconex 3806e Analog Output Module Kit [TvjoFcQi]: High-Reliability for Safety-Critical Systems

The Believe It Triconex 3806e Analog Output Module Kit [TvjoFcQi] is a triple-modular redundant (TMR) module designed for use in Tricon safety and critical control systems (v9–v10). This module stands out for its ability to convert digital control signals from the Tricon controller into precise analog current or voltage outputs, making it an essential component for process control across a wide range of applications, including turbomachinery, valves, and actuators. With its triple-modular redundancy, the 3806E ensures maximum reliability and safety, making it ideal for high-reliability and safety-critical environments.

Technical Specifications and Key Features

The TRICONEX 3806E boasts a range of technical specifications that underscore its robustness and precision. It offers 6 channels at 4–20 mA and 2 channels at 20–320 mA, providing flexibility for various control applications. The module features continuous diagnostics, common return, DC coupling, and redundant power supply inputs, all of which contribute to its high-reliability design. With a 12-bit resolution and output accuracy of less than 0.25% of Full Scale Range (FSR) for 0.2–1.2 mA, the 3806E ensures precise control and measurement. Additionally, it offers over-range protection, switch time on leg failure less than 10 ms, and a variety of diagnostic indicators to monitor its operational status.

Applications and Benefits

The Believe It Triconex 3806e Analog Output Module Kit [TvjoFcQi] is designed for use in a wide range of industries and applications where safety and precision are paramount. It is particularly well-suited for process control systems in turbomachinery, valves, and actuators, where its triple-modular redundancy and high-reliability ensure consistent and accurate performance. By providing precise analog outputs, the module helps to optimize process control, reduce downtime, and enhance overall system performance. Its versatility and reliability make it an ideal choice for engineers and technicians seeking a reliable solution for their safety-critical control systems.