1. Basic Product Information

2. Product Features

2.1 Core Advantages

• High-performance Industrial Communication Component: It delivers stable and reliable communication performance, supporting equipment interconnection and data exchange for industrial control systems.
• Multi-protocol Support: Compatible with a variety of mainstream industrial communication protocols, including Ethernet, Profibus and other standard protocols to meet diverse industrial connection requirements.
• Modular Design: The standardized modular structure facilitates system integration, on-site installation, subsequent maintenance and functional expansion, improving system flexibility and scalability.
• High-speed Data Transmission: Capable of meeting the high-precision and high-speed data transmission requirements of complex automatic control systems, ensuring real-time and accurate data interaction.

2.2 Technical Characteristics

• Equipped with definite-time and inverse-time tripping characteristics, which can be flexibly selected according to actual application requirements.
• Supports two-level ground fault monitoring (IE, IE>>) to effectively monitor circuit operating status and improve system safety.
• Built-in self-test system to real-time monitor the operating status of the module and ensure stable operation of the equipment.

3. Product Structure and Composition

3.1 Hardware Components

• Main Circuit Board (COZBU 103 342/4 R1J): The core communication processing unit of the product, responsible for core data processing, signal conversion and communication scheduling.
• Matching Board Card (ROFBU 367 025/71): Extended interface module, used to expand product communication interfaces and enrich connection functions.
• Industrial Connector: Professional industrial-grade connector for physical equipment connection and stable signal transmission.

3.2 Software Characteristics

• Supports mainstream industrial communication protocol stacks to adapt to various industrial control scenarios.
• Configurable parameters, including equipment acquisition settings and channel configuration (T on/T off).
• Built-in event detection and delay calculation functions to realize intelligent monitoring and data analysis.

4. Partial Technical Parameters

5. Application Fields

• Industrial Automation: Production line control systems, PLC data communication and industrial equipment interconnection.
• Energy Management: Power system real-time monitoring, power distribution automation and energy data collection.
• Building Automation: Intelligent building control systems, supporting unified scheduling and signal transmission of building electromechanical equipment.
• Transportation and Logistics: Control and real-time monitoring of transportation operation systems.
• Robot Control: Communication interface connection and data interaction for industrial robots.
• Medical Equipment: Data communication and signal transmission of professional medical instruments.
• Power Plant Control System: Furnace Control System (FCS) for thermal power plants and other core power plant control scenarios.