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ABB 3BSE048845R1 CI868K01 IEC 61850 Interface

From: | Author:Wang | Time :2025-06-24 | 374 visit: | 🔊 Click to read aloud ❚❚ | Share:

ABB 3BSE048845R1 CI868K01 IEC 61850 Interface

Belonging series and purpose

ABB 3BSE048845R1 CI868K01 belongs to the ABB AC 800M controller series. As a high-performance communication interface module, it is designed specifically for complex fieldbus and industrial Ethernet communication in industrial automation systems. It can support multi protocol integration and high-speed data exchange, playing a key role in the efficient operation of industrial automation systems.


Core functions

(1) Multi protocol communication capability

Support multiple mainstream industrial protocols

Profinet: Suitable for real-time communication with high requirements for automation scenarios, it can achieve microsecond level synchronization and meet the stringent requirements for real-time data transmission in motion control scenarios such as servo systems.

Ethernet/IP: an industrial protocol based on Ethernet, with good compatibility with Rockwell systems, making it convenient for devices of different brands to work together in the same industrial network.

Modbus TCP: The Ethernet version of the Modbus protocol, which can be used for device networking and is widely used for interconnection of various industrial devices, facilitating data sharing and interaction between devices.

Partial models support OPC UA: As an industrial IoT standard, OPC UA enables secure data exchange and facilitates device integration with industrial cloud platforms, such as ABB Ability ™, Realize remote device monitoring and data analysis, promote the integration of industrial Internet of Things (IIoT) data collection and cloud platforms, and facilitate the digital transformation of factories.

Flexible master-slave mode: This interface can serve as both a master and slave station, connecting various devices such as PLC, DCS systems, intelligent instruments, and robots, greatly expanding the networking flexibility of industrial automation systems.

(2) High speed data exchange

High performance processor ensures real-time transmission: Equipped with a high-performance processor, it supports real-time data transmission with data transmission latency as low as microseconds, suitable for control systems that require extremely high response speed, such as motion control, process automation, and other fields, ensuring that the system can quickly and accurately respond to various signals.

Data mapping and protocol conversion: It can achieve data mapping and protocol conversion functions, convert and map data formats of different protocol devices, enable seamless communication between devices using different protocols, eliminate communication barriers caused by protocol differences between devices, and improve the compatibility and collaborative work ability of the entire industrial automation system.

(3) System Integration and Configuration

Convenient software configuration method: ABB Control Builder M software can be used to configure, diagnose, and upgrade its parameters and firmware. The software has a user-friendly interface, and engineers can easily and quickly set up various modules, reducing the difficulty of system integration and maintenance.

Redundant configuration enhances reliability: Supports redundant configuration, for example, dual Ethernet interfaces can adopt hot standby mode. When one interface fails, the other interface can immediately take over communication tasks, ensuring the continuity of system communication, effectively improving system reliability, and reducing the risk of system downtime caused by single point failures. At the same time, some models support Profinet ring topology (with switches), further enhancing the reliability and fault tolerance of the network.

3BSE048845R1 | ABB | CI868K01 IEC61850-Ed1 (Edition 1) Communication ...

Technical parameters

(1) Communication Protocol

Supports Profinet IO, Ethernet/IP, Modbus TCP, and optional OPC UA protocol for some models to meet diverse communication needs in different industrial scenarios.

(2) Interface type

Physical interface: equipped with 2 RJ45 Ethernet interfaces, supporting redundant configuration, ensuring stable communication while facilitating device connection and networking.

Electrical interface: Complies with IEEE 802.3 standard, supports adaptive transmission rates of 10/100/1000 Mbps, and can automatically adjust transmission speed according to network environment to ensure optimal communication performance.

(3) Data transmission rate

The Ethernet transmission rate is adaptive to 10/100/1000 Mbps, which can flexibly adapt to different network bandwidth requirements. Whether it is a conventional monitoring scenario with low data transmission rate requirements, or a high-definition video surveillance scenario with high demand for large data transmission, robot trajectory data transmission, etc., it can provide stable and reliable transmission services.

(4) Power supply

Powered by a DC 24V (± 10%) power supply, with a power consumption of approximately 8-12 watts, it has good power adaptability and can operate stably within a certain range of voltage fluctuations.

(5) Working temperature

The working temperature range is -40 ° C to+70 ° C, with an industrial wide temperature design that can adapt to various harsh industrial environments such as steel smelting and mining.

(6) Protection level

The protection level is IP20, suitable for installation in control cabinets, and can provide basic dust protection for modules, ensuring normal operation in a relatively stable environment inside the control cabinet.

(7) Certification standards

Through CE, UL, CSA, Profinet conformity certification, and OPC UA compliance certification, the product quality and performance meet international standards, providing strong guarantees for its widespread application worldwide.

(8) Redundant support

Supporting dual Ethernet interface redundancy and Profinet ring topology (requiring switch cooperation), effectively improving the reliability and fault tolerance of the system. In terms of configuration tools, ABB Control Builder M software can be used for configuration and supports GSDML files (for Profinet slave configuration), making it convenient for users to set parameters and integrate the system.


Product features and advantages

(1) High performance and real-time performance

Gigabit Ethernet support: Supports Gigabit Ethernet, which can meet the needs of large data transmission, such as in high-definition video surveillance, robot trajectory data and other large data transmission scenarios, ensuring fast and stable data transmission, avoiding data lag or loss.

Hard real-time communication: Through protocols such as Profinet, microsecond level synchronization can be achieved, which is particularly suitable for motion control fields that require extremely high time synchronization accuracy, such as precision machining equipment with multi axis linkage. It can ensure precise coordination of each axis motion, improve machining accuracy and product quality.

(2) High reliability design

Hardware redundancy: Dual network ports support link aggregation or redundancy switching functions. When one of the links fails, the system can automatically switch to the backup link to avoid communication interruption caused by a single point of failure, ensuring the continuous and stable operation of industrial automation systems.

Electrical isolation: Built in isolation module, isolation voltage ≥ 2500 VRMS, with strong anti electromagnetic interference (EMI) capability, can effectively resist the impact of complex electromagnetic interference on communication signals in industrial environments, ensuring the accuracy and stability of data transmission.

Watchdog mechanism: Equipped with a watchdog mechanism, it can monitor the real-time running status of software. When the software encounters abnormalities or crashes, it can automatically reset and restore the communication link, reducing the system failure time caused by software failures and improving the reliability and stability of the system.

(3) Flexibility and ease of use

Plug and play: Supports automatic topology recognition (Profinet), which can automatically recognize the network topology structure when devices are connected to the network, reduce manual configuration time, improve system deployment efficiency, and reduce project implementation difficulty.

Visual diagnosis: The module is equipped with status indicator lights (PWR, LINK, ACT, ERR), which can display real-time power, link, data transmission, and fault status. Engineers can quickly determine the working status of modules through indicator lights, identify and solve problems in a timely manner, and reduce maintenance difficulty and costs.

Online upgrade: Supports firmware online upgrade, which can complete firmware updates without downtime, reducing production interruption time caused by system maintenance, lowering maintenance costs, and facilitating users to obtain the latest features and performance optimizations in a timely manner.

(4) Industrial Internet of Things Integration

Native OPC UA protocol support: Native support for OPC UA protocol, which can be directly integrated with industrial cloud platforms such as ABB Ability ™) Docking to achieve remote monitoring and data analysis of equipment. By real-time collection and analysis of equipment operation data, potential faults and hidden dangers can be discovered in a timely manner, maintenance can be carried out in advance, equipment utilization can be improved, and equipment operation and maintenance costs can be reduced.

IT/OT Fusion Architecture Support: Supporting IT/OT Fusion Architecture helps promote digital transformation of factories, break down barriers between information technology (IT) and operational technology (OT), achieve comprehensive integration and sharing of enterprise production and operation data, and provide data support for intelligent decision-making of enterprises.


Model Supplement

ABB PM864AK01-eA

ABB 3BHB003154R0101

ABB 3BHB004027R0101

ABB 3BHE039203R0101

ABB TK802F

ABB DSRF197K01

ABB TK457V050

ABB 81EU01E-E

ABB DSPC454

ABB DSDX453

ABB PDD205A1121

ABB PDD205A0121

ABB UCD224A103

ABB GDD471A001

ABB PFEA113-20


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