Brand: ABB Description: MC interface circuit board Condition: Brand New Certificate: COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 3 Payment Term: T/T Shipping Port: Xiamen ABB UFC921A101 is a dedicated, highly integrated INT-2 type MC interface circuit board component designed and manufactured by ABB for the industrial drive and automation product line. 3BHE024855R0101 is not an independent module that can be directly connected to the field wiring, but rather serves as a core functional subsystem, deeply integrated within ABB's more complex drive or control devices.
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Manufacture |
ABB |
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Model Number |
UFC921A101 |
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Ordering Number |
3BHE024855R0101 |
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Catalog |
/ |
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Country Of Origin |
Sweden |
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HS CODE |
8473309000 |
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Dimension |
25*10*3CM |
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Packing Dimension |
27*12*5CM |
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Weight |
1.5KG |
Product Overview
ABB UFC921A101 is a dedicated, highly integrated INT-2 type MC interface circuit board component designed and manufactured by ABB for the industrial drive and automation product line. 3BHE024855R0101 is not an independent module that can be directly connected to the field wiring, but rather serves as a core functional subsystem, deeply integrated within ABB's more complex drive or control devices. The core mission is to act as the Main Controller, providing high-speed and reliable data exchange, command passing and status synchronization. The onboard Firmware is where the intelligence lies, ensuring seamless communication with the host system and efficient collaborative operation.
Applicable Scenarios
Upgrade of the main drive system for the hot rolling production line of large-scale steel mills
The hot rolling production line of a large steel plant uses ABB's medium-voltage AC-DC-AC frequency converter to drive the main motor of the rolling mill. This production line has extremely high requirements for speed control accuracy and dynamic response. Any minor communication delay or jitter could lead to uneven thickness of the rolled products, causing huge economic losses.
During a system upgrade, engineers needed to replace the original control unit with a new model. Although the old and new control units have similar appearances, the communication protocol between the main controller and the power unit in the new ones has been updated. At this point, a matching 3BHE024855R0101 MC interface board for the new power unit needs to be equipped, and the board must be ordered with the correct version of the ACS firmware.
After installation, the UFC921A101 interface board perfectly takes on the responsibility of high-speed and deterministic communication between the new main controller and the underlying power electronic devices. The production line was successfully put into operation, and the rolling accuracy reached an unprecedented level. The dedicated interface board plays a behind-the-scenes heroic role in ensuring the core performance of high-end industrial equipment.
Comparison of advantages and disadvantages
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Advantages |
Disadvantages |
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Ultra-high performance Optimized for specific communication tasks, providing the lowest latency and the highest reliability |
Non-independent product Cannot be used alone for new project development, only as spare parts or system components |
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Factory quality guarantee 100% compatible with the host device, ensuring overall system stability |
High cost As a factory-exclusive spare part, the price is usually higher than general solutions |
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Simplified integration Shields the underlying communication complexity from the main controller |
Limited flexibility Functions and firmware are fixed, unable to adapt to non-ABB systems |
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Easy maintenance Can be replaced by changing the functional board cards, with high maintenance efficiency |
Dependence on ABB ecosystem Must be used in conjunction with specific ABB equipment, and attention should be paid to firmware version matching |
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Official technical support Can obtain complete technical support and warranty from ABB |
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Product Function Features
As a MC interface board component with firmware, the core functions and characteristics originate from its role as a bridge in the system architecture
Specialized communication hub
The core function of this board is to implement the main controller. 3BHE024855R0101 uses a high-speed serial bus or parallel bus for communication, ensuring low latency and high throughput data transmission, which is crucial for real-time driving control.
Onboard intelligent firmware
W/FIRMWARE (ACS) is the key identifier. The onboard specialized firmware is responsible for handling the underlying communication protocols, data packaging/unpackaging, error checking, and handshake logic with the main controller. This enables the main controller to focus on advanced control algorithms without needing to concern itself with the underlying communication details.
High reliability and stability
As an ABB industrial-grade product, UFC921A101 is necessarily designed for 7x24-hour continuous operation, with excellent anti-electromagnetic interference capability and a wide temperature operating range to ensure stable communication near power electronic equipment.
Simplified system architecture and maintenance
Integrating complex interface logic onto a dedicated board card simplifies the overall design of the host device. In the event of a communication failure, the entire interface unit can be replaced quickly and accurately without having to troubleshoot complex discrete components, significantly reducing downtime and maintenance time.
Version management
Through different firmware versions, the same hardware platform can be adapted to different models or different generations of host devices, improving the hardware's versatility and flexibility in lifecycle management.
Product Function Features
As a MC interface board component with firmware, the core functions and characteristics originate from its role as a bridge in the system architecture
Specialized communication hub
The core function of this board is to implement the main controller. 3BHE024855R0101 uses a high-speed serial bus or parallel bus for communication, ensuring low latency and high throughput data transmission, which is crucial for real-time driving control.
Onboard intelligent firmware
W/FIRMWARE (ACS) is the key identifier. The onboard specialized firmware is responsible for handling the underlying communication protocols, data packaging/unpackaging, error checking, and handshake logic with the main controller. This enables the main controller to focus on advanced control algorithms without needing to concern itself with the underlying communication details.
High reliability and stability
As an ABB industrial-grade product, UFC921A101 is necessarily designed for 7x24-hour continuous operation, with excellent anti-electromagnetic interference capability and a wide temperature operating range to ensure stable communication near power electronic equipment.
Simplified system architecture and maintenance
Integrating complex interface logic onto a dedicated board card simplifies the overall design of the host device. In the event of a communication failure, the entire interface unit can be replaced quickly and accurately without having to troubleshoot complex discrete components, significantly reducing downtime and maintenance time.
Version management
Through different firmware versions, the same hardware platform can be adapted to different models or different generations of host devices, improving the hardware's versatility and flexibility in lifecycle management.