ICS TRIPLEX T9110处理器模块 PDF资料

1.产 品 资 料 介 绍：

中文资料：

ICS Triplex T9110 处理器模块是 ICS Triplex（现为 Schneider Electric）的安全仪表和控制系统的一部分，专为关键任务和高安全性应用设计。该模块常用于石油、天然气、电力、化工等高风险行业，支持处理复杂的控制任务并提供强大的安全保障。

主要特点

1. 高可靠性和安全性

• 设计用于安全控制，满足 SIL 3（安全完整性等级3）要求，确保系统的高可靠性。
• 具有冗余设计，能够在发生单点故障时继续运行，保障系统不间断服务。

2. 高性能计算能力

• 强大的处理能力，支持快速响应和高效执行控制逻辑。
• 配备多个处理核心和高速数据总线，适应高吞吐量的数据处理需求。

3. 冗余和容错设计

• 支持 CPU 冗余，可实现主备切换，确保控制系统的高可用性。
• 支持系统模块的热插拔，减少系统停机时间并增加系统维护灵活性。

4. 多种输入/输出选项

• 支持多种 I/O 模块的扩展，可以根据实际需求配置不同类型的输入输出设备。
• 支持模拟、数字、热电偶、RTD 等多种信号输入。

5. 灵活的网络和通信能力

• 提供多种通信接口，包括以太网（Ethernet）、Modbus、Profibus 等。
• 通过冗余网络和通讯接口支持高可用性和数据传输可靠性。

6. 集成式安全功能

• 内置多种自诊断和故障检测功能，实时监控系统的健康状态。
• 可以与外部设备（如泄漏检测器、火灾报警系统等）实现集成，增强整体安全性。

7. 模块化设计

• 支持与 Triplex 其他控制和监控模块（如 T9150 和 T9170 系列）兼容，便于系统扩展。
• 易于与现有系统集成，支持不同的工业协议和标准。

技术参数

1. 处理器

• 高性能 RISC 处理器，具有多核设计和高频率，支持实时数据处理。

2. 内存

• RAM：用于实时数据缓存和处理。
• 存储：内置闪存，用于存储程序和日志文件。

3. 电源要求

• 工作电压：24V DC（通过冗余电源供电）。

4. 通信接口

• Ethernet（用于与其他模块和系统的通信）。
• RS-485 或 Modbus 通讯接口，支持现场设备和外部系统的集成。
• 支持多种工业协议，如 HART、Profibus 等。

5. 冗余设计

• 支持主/备 CPU 冗余，热备份切换不影响系统运行。
• 支持冗余电源设计，确保设备在电源故障情况下持续运行。

6. 环境条件

• 工作温度：-20°C 至 60°C。
• 湿度：5% 至 95% RH（无冷凝）。
• 工作高度：可用于高海拔环境，支持海拔最高 2000 米。

7. 尺寸

• 标准机架设计，支持 DIN 导轨安装。

英文资料：

The ICS Triplex T9110 processor module is part of the safety instrumented and control system of ICS Triplex (now Schneider Electric), designed specifically for critical tasks and high safety applications. This module is commonly used in high-risk industries such as petroleum, natural gas, electricity, and chemical, supporting the handling of complex control tasks and providing strong security guarantees.

main features 

High reliability and safety

Designed for safety control, meeting SIL 3 (Safety Integrity Level 3) requirements to ensure high system reliability.

With redundant design, it can continue to operate in the event of a single point of failure, ensuring uninterrupted service of the system.

High performance computing capability

Powerful processing capability, supporting fast response and efficient execution of control logic.

Equipped with multiple processing cores and high-speed data buses to meet high-throughput data processing requirements.

Redundant and fault-tolerant design

Support CPU redundancy, enable primary backup switching, and ensure high availability of the control system.

Support hot plugging of system modules to reduce system downtime and increase system maintenance flexibility.

Multiple input/output options

Supports expansion of multiple I/O modules and can configure different types of input/output devices according to actual needs.

Supports various signal inputs such as analog, digital, thermocouple, RTD, etc.

Flexible network and communication capabilities

Provide multiple communication interfaces, including Ethernet, Modbus, Profibus, etc.

Support high availability and data transmission reliability through redundant networks and communication interfaces.

Integrated security features

Built in multiple self diagnostic and fault detection functions, real-time monitoring of the system's health status.

It can be integrated with external devices such as leak detectors, fire alarm systems, etc. to enhance overall security.

Modular design

Supports compatibility with other Triplex control and monitoring modules (such as T9150 and T9170 series) for easy system expansion.

Easy to integrate with existing systems, supporting different industrial protocols and standards.

technical parameter

processor

High performance RISC processor with multi-core design and high frequency, supporting real-time data processing.

Memory

RAM: Used for real-time data caching and processing.

Storage: Built in flash memory for storing programs and log files.

Power requirements

Working voltage: 24V DC (powered by redundant power supply).

communication interface

Ethernet (used for communication with other modules and systems).

RS-485 or Modbus communication interface, supporting integration of field devices and external systems.

Supports multiple industrial protocols, such as HART, Profibus, etc.

Redundant design

Supports primary/backup CPU redundancy, and hot backup switching does not affect system operation.

Support redundant power supply design to ensure continuous operation of equipment in case of power failure.

environment condition

Working temperature: -20 ° C to 60 ° C.

Humidity: 5% to 95% RH (non condensing).

Working altitude: Suitable for high-altitude environments, supporting altitudes up to 2000 meters.

size

Standard rack design, supporting DIN rail installation.

2.产      品      展      示      

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