Introduction to the Composition of HIMA Safety System

1、 Overview of System Architecture

The HIMA safety system, as a critical safety barrier in the field of industrial automation, adopts a highly integrated and flexible system architecture design aimed at ensuring the safe and reliable operation of factory production processes. This system typically adopts a layered or modular architecture, including hardware layer, software layer, and application layer. The hardware layer consists of high-performance security controllers, input/output modules, communication interfaces, etc; The software layer integrates real-time operating systems, secure applications, and fault diagnosis mechanisms; The application layer is customized according to specific industrial scenarios to achieve programming and execution of security logic.

2、 CPU and Redundancy Design

The CPU of HIMA security system adopts high-performance security processors with fast response and powerful computing capabilities to meet the requirements of complex security control strategies. To further improve the reliability and availability of the system, redundancy design is often adopted, including CPU redundancy, power redundancy, etc. CPU redundancy means that the system is equipped with two sets of primary and backup CPUs. In the event of a primary CPU failure, the backup CPU can seamlessly take over control tasks, ensuring the continuous operation of the system.

3、 Input/output module

The input/output module is the bridge connecting the on-site equipment and controller of the HIMA safety system, responsible for signal acquisition and execution. These modules have the characteristics of high reliability and low latency, and can accurately transmit safety related signals without errors. The input module receives signals from sensors, switches, and other devices, and converts them into system recognizable digital signals; The output module controls the actions of actuators, relays, and other devices based on system logic to achieve safe control of the production process.

4、 Communication and Interface Module

The HIMA safety system is equipped with advanced communication and interface modules that support multiple industrial communication protocols (such as Profibus, Profinet, Modbus, etc.), making it easy to seamlessly integrate with other automation systems (such as DCS, PLC). These modules not only improve the interoperability of the system, but also enable real-time data sharing and remote monitoring, providing strong support for the digital and intelligent transformation of factories.

5、 Power supply and monitoring module

The power module is the foundation for the stable operation of the HIMA safety system, and its redundant design ensures that the system can still function normally in the event of any single power failure. The monitoring module is responsible for real-time monitoring of key parameters such as power status, environmental temperature, and hardware failures of the system. Once abnormalities are detected, an alarm mechanism is immediately triggered, and alarm information can be sent to management personnel through remote communication interfaces for timely response measures.

6、 Safety group removal function

In order to meet the operational requirements under special working conditions, the HIMA safety system has specially designed a safety group cutoff function. This function allows for the temporary release of some or all safety control logic under specific conditions for maintenance, debugging, or emergency operations. However, the activation of this feature must strictly comply with security regulations and be carried out by personnel with corresponding permissions to ensure that the overall security of the system is not affected.

7、 Programming and configuration tools

The HIMA safety system is equipped with intuitive and easy-to-use programming and configuration tools, supporting graphical programming, drag and drop operations, and other functions, reducing users' learning costs and maintenance difficulties. Through these tools, users can easily program, debug, and deploy security logic, while also remotely monitoring and maintaining the system, improving work efficiency and system flexibility.

8、 Certification and Standard Compliance

The HIMA safety system strictly follows international and industry safety standards and specifications (such as SIL, IEC 61508, etc.), and has been certified by relevant authoritative organizations. These standards and certifications not only ensure the safety and reliability of the system, but also provide customers with confidence assurance in the selection and use process. At the same time, HIMA continues to monitor industry trends and technological developments, constantly upgrading and improving system performance to meet the increasing demand for safety control.

Stock in stock model:
F8620/11
F8650E
F3DIO20/802 982200442
F2DO1601
F7126

F7131

F6217

F3236

F7553

F7133

F3330

F3322

X-DO2401 985210203

X-A13201 985210213

X-D13201 985210201

F7130A 984713060

F3330 984333002

F8652X 984865265

F6217 984621702

F3236 984323602

F3DIO20/802

F3DIO20/802

F8652X 984865265

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