ICS Triplex T8290 | Output distribution unit

ICS Triplex T8290 is an output distribution unit widely used in the industrial field, with the following characteristics:

· Hardware Design: Adopting a redundant architecture design, supporting dual channel 24V DC digital output, with an output response time of ≤ 5ms, capable of adapting to 

key actuators such as emergency stop valves and frequency converters for start stop. It has a protection level of IP20, a working temperature range of -40 ℃ to+70 ℃, a 

· vibration resistance level of 5G (10-500Hz), and can withstand extreme environments such as salt spray corrosion on offshore platforms and high temperature sand and dust

 in desert power stations, adapting to various complex industrial scenarios.

· Electrical and Communication: Supports 24V DC redundant power supply, input voltage range of 18-32V DC, power consumption ≤ 6W, built-in reverse protection and 

overvoltage suppression circuit to ensure safe and stable power supply. Integrated dual redundant PROFIBUS-DP interface, with a maximum communication speed of 

12Mbps, supporting dynamic switching of master-slave station roles, and meeting high-speed synchronous control requirements.

· Safety certification: Passed T Ü V SIL3 and IEC 61508 safety certifications, with built-in Fault History Recorder (FHR) that can trace the last 1000 fault events, helping to 

quickly locate and solve problems, and improving system safety and reliability.

· Electromagnetic compatibility: meets the IEC 61000-6-2 industrial level immunity standard, can resist strong electromagnetic interference such as arc welding and frequency 

converters, and ensure stable operation in complex electromagnetic environments.

· Redundant switching: The fault switching time is ≤ 2ms, ensuring uninterrupted operation of the system in the event of a single channel failure, thereby improving the 

system's availability and stability.

· Core technology: Adopting TMR triple redundancy architecture, with three independent output channels built-in, and implementing "two out of three" majority voting 

through hardware level voting, further enhancing the reliability and fault tolerance of the system. Supports hot swapping, and the new module synchronizes real-time data 

with the main module through a redundant communication bus after insertion. Configuration parameters are automatically loaded through non-volatile memory (NVRAM) 

without the need for reprogramming, effectively reducing maintenance time. In addition, it also has intelligent diagnosis and predictive maintenance functions, combined 

with machine learning algorithms, to predict module life, arrange maintenance plans in advance, and optimize system operation and maintenance costs.