HIMA – HIMatrix F35 0111 HIMA

HIMA HIMatrix F35 0111是一款安全相关的控制器模块,属于HIMA公司的HIMatrix系列。以下是其产品详情:

基本信息

品牌:HIMA

型号:F35 0111

类型:安全相关控制器

产地:德国

尺寸:257mm x 114mm x 97mm(宽x高x深)

重量:约1200g

电源:24VDC,-15%…+20%

工作温度:-20℃…+60℃

性能参数

模拟输入:8个(单极,无电气隔离)

数字输入:24个

数字输出:8个

计数器输入:2个

精度:固有误差±0.1%(25℃),±0.5%(60℃);运行误差2%

分类: 品牌:

描述

HIMA HIMatrix F35 0111是一款安全相关的控制器模块,属于HIMA公司的HIMatrix系列。以下是其产品详情:

基本信息

品牌:HIMA

型号:F35 0111

类型:安全相关控制器

产地:德国

尺寸:257mm x 114mm x 97mm(宽x高x深)

重量:约1200g

电源:24VDC,-15%…+20%

工作温度:-20℃…+60℃

性能参数

模拟输入:8个(单极,无电气隔离)

数字输入:24个

数字输出:8个

计数器输入:2个

精度:固有误差±0.1%(25℃),±0.5%(60℃);运行误差2%

功能特点

高安全性:符合IEC 61508 SIL 3、IEC 61511等国际安全标准,平均无危险失效概率(PFHD)低于10⁻⁹/h,确保在极端工况下仍能触发安全响应。

冗余设计:通常包含冗余处理器和电源供应,如采用冗余双核处理器架构,提高了系统的可靠性和可用性,双核处理器采用“三取二”表决逻辑,当任一核出现故障时,系统仍可安全降级运行。

强大的通信能力:通信接口包含2个千兆以太网口与2个RS485串口,兼容SafeEthernet、PROFIsafe等主流安全协议,还可同时处理ModbusTCP、PROFIBUS DP等非安全协议,简化系统集成复杂度。

可扩展性:支持热插拔扩展模块,可无缝集成模拟量输入、温度传感器、编码器等信号,方便根据实际需求进行扩展。

诊断功能:配备全面的诊断能力,可监测系统性能和健康状况,提供实时状态和故障检测。

应用领域

石油和天然气工业:用于油气生产、输送和加工过程的自动化控制和安全系统。

化工工业:用于控制反应器、蒸汽炉、分离塔等关键设备,实现化工过程的精确控制和安全保护。

发电和能源行业:应用于发电厂、能源输送和分配系统,用于控制涡轮机、锅炉、变电站等设备。

交通运输:应用于铁路信号系统、轨道交通控制系统等,确保交通运输的安全和稳定性。

The HIMA HIMatrix F35 0111 is a safety-related controller module from HIMA’s HIMatrix series.The following are product details:

Basic Information

Brand:HIMA

Model:F35 0111

Type:Safety-Related Controller

Origin:Germany

Dimensions:257mm x 114mm x 97mm(W x H x D)

Weight:Approximately 1200g

Power Supply:24VDC,-15%…+20%

Operating Temperature:-20°C…+60°C

Performance Parameters

Analog Inputs:8(unipolar,non-galvanically isolated)

Digital Inputs:24

Digital Outputs:8

Counter Inputs:2

Accuracy:Intrinsic Error:±0.1%(25°C),±0.5%(60°C);Operating Error:2%

Features

High Safety:Complies with international safety standards such as IEC 61508 SIL 3 and IEC 61511,with an average probability of no dangerous failure(PFHD)of less than 10⁻⁹/h,ensuring safety responses can be triggered even under extreme operating conditions.Redundant Design:Typically includes redundant processors and power supplies.For example,a redundant dual-core processor architecture improves system reliability and availability.The dual-core processor utilizes”two out of three”voting logic,allowing the system to safely degrade to lower levels of operation if any core fails.

Powerful Communication Capabilities:The communication interfaces include two Gigabit Ethernet ports and two RS485 serial ports,compatible with mainstream safety protocols such as SafeEthernet and PROFIsafe.They can also handle non-safety protocols such as ModbusTCP and PROFIBUS DP,simplifying system integration.

Scalability:Support for hot-swappable expansion modules allows for seamless integration of analog inputs,temperature sensors,encoders,and other signals,facilitating expansion based on actual needs.

Diagnostic Capabilities:Equipped with comprehensive diagnostic capabilities,the system monitors system performance and health,providing real-time status and fault detection.

Application Areas:

Oil and Gas Industry:Used in automation control and safety systems for oil and gas production,transportation,and processing.

Chemical Industry:Used to control critical equipment such as reactors,steam boilers,and separation towers,ensuring precise control and safety protection of chemical processes.Power Generation and Energy Industry:Used in power plants,energy transmission and distribution systems,to control turbines,boilers,substations,and other equipment.

Transportation:Used in railway signaling systems and rail transit control systems,ensuring the safety and stability of transportation.

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