ABB 216DB61 HESG324063R100-H ABB

DCS/SIS系统集成

作为DCS(分布式控制系统)或SIS(安全仪表系统)的安全模块,提供冗余保护功能,确保系统在关键工业场景中的高可靠性和容错能力。

支持PLC伺服冗余系统,通过双机热备或三重冗余设计,避免因单点故障导致系统停机。

实时数据处理与通信

具备高性能的数据处理能力,可快速采集传感器和执行器数据,实现实时控制与监测。

支持多种通信协议(如Modbus、Profibus、Ethernet),可与第三方设备或系统无缝集成,支持数据交换与远程监控。

模块化与可扩展性

采用模块化设计,支持热插拔,便于安装、更换和维护,降低维护成本。

可扩展性强,支持与其他ABB模块(如控制器、I/O模块)集成,形成完整的自动化解决方案。

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描述

ABB 216DB61 HESG324063R100-H是用于工业自动化场景的模块化控制设备,以下为具体产品详情:

一、核心功能

DCS/SIS系统集成

作为DCS(分布式控制系统)或SIS(安全仪表系统)的安全模块,提供冗余保护功能,确保系统在关键工业场景中的高可靠性和容错能力。

支持PLC伺服冗余系统,通过双机热备或三重冗余设计,避免因单点故障导致系统停机。

实时数据处理与通信

具备高性能的数据处理能力,可快速采集传感器和执行器数据,实现实时控制与监测。

支持多种通信协议(如Modbus、Profibus、Ethernet),可与第三方设备或系统无缝集成,支持数据交换与远程监控。

模块化与可扩展性

采用模块化设计,支持热插拔,便于安装、更换和维护,降低维护成本。

可扩展性强,支持与其他ABB模块(如控制器、I/O模块)集成,形成完整的自动化解决方案。

二、技术特性

电气参数

工作电压:220-380V AC,适应工业标准电源。

功率:230W,满足高负载运行需求。

电流:24A,支持大功率设备驱动。

环境适应性

防护等级:IP65,防尘防水,适用于恶劣工业环境。

表面处理:镀锌,增强抗腐蚀能力。

工作温度:支持宽温范围(具体参数需参考ABB官方文档),适应极端环境。

安全与可靠性

冗余保护:通过双通道设计或冗余电源,确保系统在故障时仍能正常运行。

热电保护:内置过载、短路、过热保护功能,防止设备损坏。

高抗压强度:1254MPa,确保模块在高压环境下稳定运行。

三、应用领域

工业自动化

广泛应用于石油、天然气、石化、电力等行业的自动化控制系统,实现高效、稳定、精确的控制与监测。

支持重工车间的复杂工艺流程,如炼油、化工生产、发电等。

安全关键系统

作为SIS系统的核心模块,用于紧急停车、火灾与气体检测、安全联锁等场景,确保人员和设备安全。

符合IEC 61508、IEC 61511等安全标准,适用于SIL 2/3等级的安全应用。

基础设施与能源

用于水电、风电、核电等能源设施的控制系统,实现发电、输电、配电的自动化管理。

支持智能电网建设,实现能源的优化分配与调度。

ABB 216DB61 HESG324063R100-H is a modular control device for industrial automation scenarios.The following are specific product details:

1.Core functions

DCS/SIS system integration

As a safety module of DCS(distributed control system)or SIS(safety instrument system),it provides redundant protection functions to ensure the high reliability and fault tolerance of the system in key industrial scenarios.

Supports PLC servo redundancy system,and avoids system downtime due to single point failure through dual-machine hot standby or triple redundancy design.

Real-time data processing and communication

With high-performance data processing capabilities,it can quickly collect sensor and actuator data to achieve real-time control and monitoring.

Supports multiple communication protocols(such as Modbus,Profibus,Ethernet),can be seamlessly integrated with third-party devices or systems,and supports data exchange and remote monitoring.

Modularity and scalability

Adopts modular design,supports hot plugging,is easy to install,replace and maintain,and reduces maintenance costs.

Strong scalability,supports integration with other ABB modules(such as controllers,I/O modules)to form a complete automation solution.

2.Technical characteristics

Electrical parameters

Working voltage:220-380V AC,suitable for industrial standard power supply.

Power:230W,meet high-load operation requirements.

Current:24A,support high-power equipment drive.

Environmental adaptability

Protection level:IP65,dustproof and waterproof,suitable for harsh industrial environments.

Surface treatment:galvanized,enhanced corrosion resistance.

Working temperature:supports a wide temperature range(specific parameters need to refer to ABB official documents),adapt to extreme environments.

Safety and reliability

Redundant protection:through dual-channel design or redundant power supply,ensure that the system can still operate normally in the event of a fault.

Thermoelectric protection:built-in overload,short circuit,overheating protection function to prevent equipment damage.

High compressive strength:1254MPa,ensure that the module operates stably under high-voltage environment.

3.Application field

Industrial automation

Widely used in automation control systems in oil,natural gas,petrochemical,power and other industries to achieve efficient,stable and precise control and monitoring.

Supports complex process flows in heavy industry workshops,such as oil refining,chemical production,power generation,etc.

Safety-critical systems

As the core module of the SIS system,it is used in scenarios such as emergency shutdown,fire and gas detection,and safety interlocking to ensure the safety of personnel and equipment.

Complies with safety standards such as IEC 61508 and IEC 61511,and is suitable for safety applications at SIL 2/3 levels.

Infrastructure and energy

Control systems used in energy facilities such as hydropower,wind power,and nuclear power to achieve automated management of power generation,transmission,and distribution.

Supports the construction of smart grids to achieve optimal distribution and scheduling of energy.