Description
ABB 3BHE021887R0101 UBCC717BE101 Communication Card
ABB 3BHE021887R0101 UBCC717BE101 Communication Card
ABB UBC717BE101 (part number 3BHE021887R0101) is a controller module motherboard in the ABB UBC series, which is also used as a core board for high-voltage frequency converters. It is a key component of the ABB 800xA distributed control system (DCS) and ACS800 frequency converter platform.
In terms of core parameters, the module adopts a dual core processing architecture, with real-time control task processing capability, and supports collaborative work with ABB controllers such as PM864AK01. Multiple digital and analog input/output interfaces are provided for I/O, with communication interface coverage Profibus DP/PA、Modbus TCP、EtherCAT、Foundation Fieldbus、 Multiple protocols such as Ethernet support redundant configuration. The working temperature range covers industrial grade -20 ° C to+60 ° C, with overvoltage, overcurrent, overheating protection and complete fault diagnosis and alarm functions.
In terms of functionality, this module can process various control tasks in real time, has programmability to adapt to different control logic requirements, supports full layer communication from I/O to IT, and can seamlessly integrate with upper computer, HMI, SCADA system. Built in security features ensure reliable system operation, while supporting online debugging, parameter self-tuning, and remote monitoring.
Typical applications cover industries such as electricity (power plants, substations), petrochemicals (petroleum refining, chemical production), metallurgy (smelting furnaces, rolling mills), mining, water treatment, etc. It is mainly used for high-voltage variable frequency drive control, precise motor speed regulation, industrial process control, and data acquisition.
In summary, UBC717BE101 is a high-performance controller motherboard in ABB 800xA DCS and high-voltage inverter platforms. With real-time control capability, multi protocol communication, and rich I/O as its core, it is a key module for achieving precise driving and process control in industrial automation sites.
