Ics Triplex T9852 Digital Output Terminal Assembly

Description

• • Environmental Parameters
    • Operating Temperature: It can operate stably within a temperature range of -40°C to 70°C, adapting to both extremely cold and high-temperature industrial working environments.
    • Operating Humidity: The operating humidity range is 0% to 90%, and it can maintain normal performance in dry and humid industrial settings without being affected by humidity fluctuations.
• Function Features
  • Triple Modular Redundancy Compatibility: It integrates perfectly with triple modular redundancy architectures. When a single power supply or partial circuit malfunctions, the redundant design ensures uninterrupted output of control signals, preventing system shutdown caused by local faults and enhancing the overall reliability of the control system.
  • Dual Power Supply Redundancy: It accepts two independent 24V DC power sources. If one power supply fails, the other can immediately take over the power supply task. This dual power supply design eliminates power supply interruptions as a single point of failure and ensures continuous operation of the module.
  • Convenient Installation and Wiring: It adopts a modular and DIN rail-mountable design that allows direct installation on standard industrial rails without complex fixing tools. Its clear wiring interfaces and standardized wiring specifications reduce wiring errors and simplify the installation process, while also facilitating later inspection and maintenance.
  • Effective Fault Protection: In addition to the dual 10A fuses for power supply protection, it can work with the system’s self-diagnostic functions. When it detects abnormal current, voltage, or disconnection of connected devices, it can cooperate with the upper controller to send fault alerts, helping maintenance personnel quickly identify potential risks.
  • Flexible Device Compatibility: It supports connections with two related modules and shares the same pin – out and coding peg configuration as standard AADvance terminal assemblies. It can be flexibly combined with other Ics Triplex modules to form a complete control system, meeting diverse configuration needs of different industrial projects.
• Application Scenarios
  • Oil and Gas Industry: It is used in oil drilling platforms and natural gas pipeline transmission systems. It connects with solenoid valves and emergency shut-off valves in pipeline systems. When abnormal pressure or flow signals are detected, it sends digital output signals to trigger valve closure, preventing oil and gas leakage and avoiding explosion and fire accidents.
  • Power Generation Industry: It is deployed in boiler control systems of thermal power plants and auxiliary control systems of nuclear power plants. In thermal power plants, it controls the opening and closing of feed water valves by outputting digital signals to maintain stable boiler water levels. In nuclear power plants, it links with relay components in reactor cooling systems to ensure the timely start and stop of cooling equipment and guarantee the safe operation of reactors.
  • Chemical Industry: It is applied to chemical reactor control systems and material delivery systems. It controls the on-off of relay switches in reactor heating devices to achieve precise control of the reaction temperature. In material delivery systems, it regulates the operation of delivery pumps through digital signals to ensure accurate and quantitative delivery of chemical raw materials.
  • Manufacturing Industry: It is integrated into automated production lines of automobile manufacturing and electronic component processing. In automobile manufacturing, it controls the action of robotic welding arms by outputting digital signals to ensure the accuracy of welding positions. In electronic component processing lines, it controls the operation of conveyor belt stop switches to realize accurate positioning and conveying of components, improving production efficiency and product qualification rates.