Description
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3BSE01816R1 Other names:
Analog module 3BSE01816R1
3BSE01816R1 Input and output module
Communication module 3BSE01816R1
Redundant controller is a commonly used device in the field of industrial automation. It realizes system redundancy by configuring multiple controllers. When the main controller fails, the backup controller can immediately take over the control task, thereby ensuring the continuity and stability of the system. This design is particularly important in systems that require high reliability and high availability.
3BSE01816R1 redundant controller features
High reliability: As a redundant controller, 3BSE01816R1 has a high reliability design, including high-quality hardware components, strict production processes and comprehensive quality testing.
High performance: To meet the needs of industrial automation systems, this redundant controller has powerful processing capabilities, fast response speed and rich interface options.
Easy to configure and maintain: To simplify user operations, 3BSE01816R1 provides intuitive configuration tools and a friendly user interface, while supporting remote monitoring and fault diagnosis functions.
Support multiple communication protocols: To ensure compatibility with different devices, this redundant controller supports multiple communication protocols, such as Ethernet, serial communication, etc.
Redundant switching function: When the main controller fails, the backup controller can automatically or manually take over the control task, thereby ensuring the continuous operation of the system.
Redundant design: The controller adopts a redundant configuration, that is, it includes a main controller and a backup controller to ensure that it can automatically or manually switch to the backup controller when the main controller fails.
Fault detection and switching mechanism: The controller has a built-in fault detection and switching mechanism that can monitor the operating status of the main controller in real time and automatically trigger the switching operation when a fault is detected.
Network communication: The redundant controller supports a variety of network communication protocols and interfaces to exchange data and remotely monitor with other devices or systems.
Summary
To sum up, the 3BSE01816R1 redundant controller is a highly reliable and high-performance industrial automation device with the characteristics of easy configuration and maintenance, support for multiple communication protocols, and redundant switching functions. However, in order to obtain more accurate information, it is recommended to directly refer to the official documentation of the model controller or contact the manufacturer for consultation.
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Ann –
https://www.weikunfadacai1.com/product/3bse01816r1-redundant-controller-abb-3bse01816r1/
Easy to configure and maintain: To simplify user operations, 3BSE01816R1 provides intuitive configuration tools and a friendly user interface, while supporting remote monitoring and fault diagnosis functions.
Support multiple communication protocols: To ensure compatibility with different devices, this redundant controller supports multiple communication protocols, such as Ethernet, serial communication, etc.
Redundant switching function: When the main controller fails, the backup controller can automatically or manually take over the control task, thereby ensuring the continuous operation of the system.
Redundant design: The controller adopts a redundant configuration, that is, it includes a main controller and a backup controller to ensure that it can automatically or manually switch to the backup controller when the main controller fails.
Ann –
3BSE01816R1 is a redundant controller of ABB PM864AK01 model, belonging to the AC 800M controller series. It features high-performance processing, redundant design, strong scalability, and high stability, and is suitable for industrial automation, process control, and power systems.
Core functions
High performance processing: Adopting advanced processor architecture (such as 1.2 GHz industrial grade CPU), supporting complex logical operations and real-time control, ensuring fast response and stable operation of the system.
Redundancy design: Supports redundancy of CPU, CEX bus, communication interfaces, and I/O modules to ensure reliable system operation. When the main CPU fails, the backup CPU can automatically take over, achieving seamless switching.
Powerful scalability: Compatible with multiple communication protocols (such as Ethernet/IP, Profibus DP, Modbus TCP, CANopen, Fieldbus, etc.), supports Ethernet and serial communication, facilitating system integration.
High stability: Industrial grade design with high anti-interference ability, suitable for harsh environments. The working temperature range is wide (-40 ° C to 70 ° C), and it can operate stably in various industrial sites.
Ann –
Technical Parameter
Model: PM864AK01
Part number: 3BSE01816R1
Processor: 1.2 GHz industrial grade CPU (some materials mention PowerPC 604e or Motorola PowerPC 604, with a clock frequency of 400 MHz, which may vary depending on the version)
Memory: 512 MB RAM, 1 GB Flash (some materials mention 512 MB SDRAM and 256 MB Flash storage space, which may vary depending on the version)
Communication interface:
Ethernet: Multiple RJ45 ports (CN1, CN2)
Serial port: RS-232C (COM3, COM4)
I/O Capacity: Supports up to 8000 I/O points
Power requirement: 24V DC ± 10%
Size: Approximately 160mm x 100mm x 30mm (L x W x H) (Some sources mention approximately 200mm x 120mm x 45mm or 220mm x 110mm x 50mm, which may vary due to product versions or manufacturer updates)
Weight: Approximately 1.5 kilograms
Protection level: IP65
Installation method: DIN rail installation
Safety certification: UL 508, CSA C22.2 No. 14, ATEX
Application scenarios
Industrial automation: used for PLC control, data acquisition, and remote monitoring, such as production lines, packaging machinery, printing machinery, etc.
Process control: Suitable for fine control systems in petroleum, chemical, pharmaceutical and other fields, supporting complex logical operations and real-time control.
Power system: supports substation automation, grid scheduling, and energy management to ensure the stable operation of the power system.
Redundant configuration and operation
Redundant configuration: PM864AK01 supports hot standby dual configuration redundancy, with two CPU modules running in parallel, one as the main module and the other as the backup module. When the main module fails, the backup module automatically takes over to ensure the continuous operation of the system.
Operation method: Redundant configuration can be set and managed through ABB’s Control Builder M software. This software provides an intuitive user interface that facilitates redundant configuration, monitoring, and fault diagnosis for users.
Advantages and Value
Improving system reliability: Redundant design eliminates single point of failure, ensuring stable operation of the system in extreme situations.
Reduce maintenance costs: Hot swappable functionality allows for module replacement without interrupting operation, improving system maintainability.
Enhance system scalability: Modular design facilitates system expansion and customization, supporting the addition of different types of I/O modules, expansion cards, and other devices.
Optimize system performance: High performance processors and powerful data processing capabilities are suitable for large-scale data operations and multitasking management, ensuring real-time response and precise control of the system.