Brand: ABB Description: Processor Board Condition: Brand New Certificate: COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 6 Payment Term: T/T Shipping Port: Shenzhen ABB PFBK165 3BSE000470R1 is widely applied for data processing, communication and logic control of industrial control systems. Targeted at energy management, tendency control, process control or building automation and high-speed industrial.
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Manufacture |
ABB |
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Model Number |
PFBK165 |
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Ordering Number |
3BSE000470R1 |
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Catalog |
- |
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Country Of Origin |
Switzerland |
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HS CODE |
8538900000 |
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Dimension |
12*10*4cm |
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Weight |
0.4kg |
Product Features
ABB PFBK165 3BSE000470R1 is equipped with a dedicated processor that supports complex algorithms and real-time data processing, ensuring fast system response times.
ABB PFBK165 3BSE000470R1 supports multiple communication interfaces, including Ethernet, RS-232/422/485, PROFIBUS, Modbus, and CAN, enabling seamless connectivity with PLCs, sensors, actuators, and other devices.
ABB PFBK165 3BSE000470R1 supports functional module expansion, such as I/O modules and communication modules, offering high flexibility.
ABB PFBK165 3BSE000470R1 features an industrial-grade design with an operating temperature range of -20°C to +70°C and strong interference resistance.
ABB PFBK165 3BSE000470R1 includes built-in self-diagnostic functions to quickly identify faults and reduce maintenance costs.
Product Using Principle
ABB PFBK165 3BSE000470R1 main processor executes control algorithms, receives sensor data through communication interfaces, and outputs commands to actuators.
It uses a protocol conversion module to enable data interaction between different devices, such as converting Modbus signals to PROFIBUS protocol.
It has a built-in power supply module that provides stable power and supports redundant configurations to improve reliability.
It connects to expansion modules through a backplane bus to enable customized functionality.
Product Application
ABB PFBK165 3BSE000470R1 can be used in industrial automation for production line control and robot collaboration.
It can be used in energy management for smart grid monitoring and distributed energy system coordination.
It can be used in process control for temperature or pressure regulation in the chemical and oil and gas industries.
It can be used in building automation for HVAC system optimization and security monitoring integration.
It can be used in CNC machinery for motion control and status monitoring of CNC machine tools.
