Hima X-SB01 985210207 HIMax Series System Bus Module

Description

• Functional Features
  • Stable and Secure Data Transmission: It is equipped with multiple security – oriented parameter configurations. Its default conservative MAC learning mode locks the ARP cache for at least one aging cycle to avoid ARP spoofing. The default echo response ICMP mode supports ping testing while balancing security and diagnostic needs. These functions effectively ensure the integrity and security of data during transmission.
  • Strong System Compatibility and Expandability: It is fully compatible with other components of Hima’s HIMax series. It can be seamlessly connected with controllers, I/O modules and other equipment of the same series. It supports hot – swappable plug – in option modules and can expand multiple communication interfaces. It can connect up to 8 I/O modules without the need for a base or backplane, which is convenient for system expansion and upgrading.
  • Simplified Configuration and Easy Maintenance: It supports automatic negotiation for rate mode and flow control mode, reducing the difficulty of manual configuration. Its compact and modular design allows for quick installation without extensive modifications to the existing system. In case of failure, maintenance personnel can quickly locate problems through system prompts and replace the module, minimizing system downtime.
  • Reliable Fault Response Mechanism: It is closely linked to the safety mechanism of the entire industrial control system. Once the module itself or the connected components have faults, it can immediately send signals to drive the system to enter a safe state such as emergency shutdown. This prevents the expansion of faults and avoids serious industrial accidents.
• Application Scenarios
  • Petrochemical and Offshore Oil Fields: It is widely used in safety control systems of oil refineries, chemical plants and offshore oil platforms. It connects emergency shutdown systems and fire and gas detection systems. It realizes real – time data transmission between various modules, ensuring that the system can quickly start emergency measures when abnormalities such as gas leakage and fire occur.
  • Power and Metallurgical Industry: It is applied to power plant power distribution systems and metallurgical blast furnace control systems. It is responsible for data communication between turbine control systems and other control modules. It can timely transmit data such as equipment operation temperature and pressure to the upper – level control platform, ensuring the stable operation of power generation and smelting equipment.
  • Automotive and Manufacturing Industry: It is integrated into automotive production lines and mechanical manufacturing workshops. It connects robot control systems, servo systems and other equipment. It realizes the transmission of motion control signals and operation data between modules, ensuring the accuracy and continuity of automated assembly, welding and other processes.
  • Pharmaceutical and Water Treatment Industry: It is used in pharmaceutical production lines that meet GMP standards and sewage treatment plant control systems. It ensures stable data communication between process monitoring modules and execution modules. It helps to strictly control production and treatment parameters, ensuring that pharmaceutical products meet quality standards and sewage discharge meets environmental protection requirements.