TRICONEX 3504E

信号转换:将采集到的模拟信号转换为数字信号,供Triconex系统处理。

模块化设计:采用模块化设计,方便安装和维护。

产品特点

高密度:相比其他型号,3504E具有更高的输入点数,能够连接更多的数字设备。

高可靠性:采用冗余设计和工业级组件,确保系统的可靠性。

高安全性:符合IEC 61508功能安全标准,满足严苛的安全要求。

模块化设计:方便扩展和升级。

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Description

Triconex 3504E产品详情

产品概述

Triconex 3504E是Honeywell Triconex安全仪表系统(SIS)中的一款高密度数字输入模块。它主要用于采集大量的数字信号,并将其转换为Triconex系统可以处理的数字信号。相比于3501E和3503E,3504E具有更高的输入点数,能够一次性接入更多的数字设备。

主要功能

高密度数字信号采集:能够同时采集大量的数字信号,如开关量、继电器状态等。

信号隔离:提供输入信号与系统之间的隔离,提高系统的安全性。

信号转换:将采集到的模拟信号转换为数字信号,供Triconex系统处理。

模块化设计:采用模块化设计,方便安装和维护。

产品特点

高密度:相比其他型号,3504E具有更高的输入点数,能够连接更多的数字设备。

高可靠性:采用冗余设计和工业级组件,确保系统的可靠性。

高安全性:符合IEC 61508功能安全标准,满足严苛的安全要求。

模块化设计:方便扩展和升级。

灵活配置:可以根据不同的应用需求进行灵活配置。

Triconex 3504E Product Details

Product Overview

Triconex 3504E is a high-density digital input module in Honeywell Triconex Safety Instrumented System(SIS).It is mainly used to collect a large number of digital signals and convert them into digital signals that can be processed by the Triconex system.Compared with 3501E and 3503E,3504E has a higher number of input points and can connect more digital devices at one time.

Main functions

High-density digital signal acquisition:Able to collect a large number of digital signals at the same time,such as switch quantity,relay status,etc.

Signal isolation:Provides isolation between input signals and systems to improve system safety.

Signal conversion:Converts the collected analog signals into digital signals for processing by the Triconex system.

Modular design:Modular design is adopted for easy installation and maintenance.

Product features

High density:Compared with other models,3504E has a higher number of input points and can connect more digital devices.

High reliability:Redundant design and industrial-grade components are used to ensure system reliability.

High safety:Complies with IEC 61508 functional safety standards and meets stringent safety requirements.

Modular design:Convenient for expansion and upgrade.

Flexible configuration:Can be flexibly configured according to different application requirements.