ICS TRIPLEX T8110B

Description

Parameter Specifications

Power Supply: 10-30V DC.
Power Consumption: Standby 1W, transmit 2W.
Analog Input: Up to 20 channels digital signals via HART or universal analog input streams.
Digital Input: 14 digital inputs.
Analog Output: 2 channels.
Relay Output: Up to 12 relay outputs.
Temperature: -20°C to 70°C.
Humidity: ≤95% non-condensing.
Communication: 2x USB 2.0, 2x serial port (COM2 optional RS232 or RS485), 1x 10/100M adaptive Ethernet.

Applications

Oil and Gas Industry: Used in oil refineries and gas processing plants for pipeline flow control, pressure regulating, and safety shutdown systems.
Chemical Processing: Manages chemical reactions, temperature and pressure control, and material handling processes in chemical plants.
Energy: Employed in power plants for turbine control, generator synchronization, and grid connection management.
Building Automation: Controls lighting, air conditioning systems, and security systems in buildings.

Weight and Dimensions

Weight: 0.7 kg.
Dimensions: 140mm×95mm×82mm.
Features
Redundant Architecture: Adopts triple modular redundancy (TMR) design.
Programmable Logic: High PLC power allows custom control algorithms.
Easy HMI Integration: Integrates easily with human-machine interface systems.
Multiple Communication Protocols: Supports Ethernet, Modbus, Profibus, etc.

Stability and Reliability

High-Quality Components: Uses advanced circuit design and reliable components to resist interference.
Built-in Diagnostics: Quickly identifies and locates faults.
Proven Design: The TMR structure has been proven in many applications to ensure high availability and fault tolerance.

Practical Case

In a large chemical plant, the ICS TRIPLEX T8110B is used in the central control system. It receives signals from various sensors monitoring temperature, pressure and chemical composition in the reaction tanks. With its reliable operation and fast signal processing, it can quickly adjust the operation parameters of the equipment and trigger alarms when abnormal conditions are detected, ensuring the safe and stable operation of the chemical production process and preventing potential accidents.