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ICS Triplex T8111C Detailed Product Page

The ICS Triplex T8111C is a triple-redundant processor designed specifically for high-reliability, fault-tolerant, and mission-critical industrial applications. It belongs to the ICS Triplex safety and control system product line. The following is the content in a detailed page format:

Basic Information

Product Model: T8111C

Manufacturer: ICS Triplex

Product Type: Triple-Redundant Processor

Origin: United States

Technical Parameters

Dimensions: 263×58×28mm (Length×Width×Height)

Weight: Approximately 3.06kg

Input Type: Supports multiple digital and analog signal inputs, compatible with a wide range of sensors and equipment.

Output Type: Can connect to various actuators to achieve precise control of equipment.

Communication Interfaces:

Equipped with an RS232 serial diagnostic port for system monitoring, configuration, and programming.

Features two RS422/485 configurable 2-wire or 4-wire connection ports, and one RS485 2-wire connection port, facilitating network communication with other devices.

Power Supply: Compatible with standard industrial power supplies, with a flexible input voltage range to meet different on-site power supply conditions.

Time Synchronization: Supports IRIG–B 002 and B122 time synchronization signals to ensure time consistency among all components in the system.

Programming Language: Supports IEC 61131–3 programming standard languages.

Certification: Certified to IEC 61508 SIL 3, meeting high safety integrity level requirements.

Key Features

Excellent Fault-Tolerant Performance: Based on a Triple Modular Redundancy (TMR) architecture, it operates in a fault-tolerant (3–2–0) mode. When one processor fails, the system can automatically switch to the normal processor for operation, ensuring mission-critical tasks are not affected.

Rapid Fault Response: Equipped with dedicated hardware and software testing mechanisms to quickly identify system faults with extremely short response times. It also has a timestamp fault logging function, facilitating fault diagnosis and analysis.

Convenient Maintenance and Configuration: Supports hot-swapping, allowing module replacement without reloading programs. The front panel is equipped with indicator lights to display the module status in real time, and the RS232 serial diagnostic port enables easy connection to engineering workstations for system monitoring, configuration, and programming.

Application Scenarios

Oil and Gas Industry: Used in key control systems for oil and gas exploration, transportation, and processing. For example, on offshore drilling platforms, it controls drilling equipment, oil-gas separation equipment, etc., ensuring stable system operation in complex and harsh marine environments.

Power Generation Sector: Plays an important role in thermal power, hydropower, and wind power generation. In thermal power plants, for instance, it can control boiler combustion systems, steam turbine generator control systems, etc., ensuring the reliable operation of generator sets.

Chemical Processing Industry: Can be used for chemical reaction process control, material transportation and storage system control, etc. It precisely controls parameters such as reaction temperature, pressure, and flow to ensure chemical reactions proceed according to the predetermined process while guaranteeing the safety of the production process.