ABB UFC911B101 3BHE037864R0101 Control Board

Supports OPC UA Pub/Sub 2.0, 5G-Advanced NR-IoT, and TSN (IEEE 802.1Qci), capable of handling protocol conversion for over 15 types simultaneously (e.g., converting PROFINET to MQTT for cloud transmission).

Equipped with an ARM Cortex-A78 processor (computing power increased to 8TOPS), integrating an NVIDIA Jetson NX edge AI module to support local deployment of deep learning models (e.g., defect detection, predictive maintenance).

Standard dual 2.5G Ethernet interfaces (compatible with EtherNet/IP, Modbus TCP), optional 10G SFP+ fiber interface (supports single-mode transmission over 100km, adapted to cross-regional industrial networks).

Newly added EtherCAT slave interface (transmission rate ≥100Mbps), supporting real-time synchronous control with the master (e.g., multi-axis robot collaboration scenarios), and integrated RS-485 interface (maximum baud rate 10Mbps, compatible with high-speed sensor arrays).

Protection level IP67 (water and dust proof), supporting short-term immersion in 1-meter water (suitable for humid environments such as chemical and food processing), with dimensions compressed to 60mm×100mm×35mm (saving 40% installation space).

Adopts metal Heat dissipation fins + intelligent temperature-controlled fan (automatic on/off at 0-60℃), with the operating temperature range expanded to -45℃~+90℃ (adapted to extreme scenarios such as Arctic oil and gas platforms, metallurgical blast furnaces).

Wide voltage input range of DC 12-72V (compatible with new energy vehicle and marine power systems), supporting reverse connection protection and surge protection (IEC 61000-4-5 level), with power consumption optimized to ≤3.5W (energy efficiency improved by 70% compared to previous generations).

Electromagnetic compatibility reaches EN 61000-6-5 (heavy industry environment standard), enabling stable operation in strong electromagnetic interference scenarios (e.g., beside arc furnaces, high-frequency welding equipment).

Integrates a quantum encryption chip (supporting national secret SM4 algorithm) and a blockchain light node (Hyperledger Fabric 1.4) to achieve end-to-end encryption and immutability of industrial data transmission and storage.

Supports AR remote operation and maintenance (generating real-time fault codes by scanning devices through Microsoft HoloLens 2), and includes a built-in Digital Twin interface (compatible with AWS IoT TwinMaker).

Dual network ports support PRP/HSR+FRER dual redundancy, with fault switching time <100μs (meeting zero-interruption requirements for aerospace and medical life support systems).

Built-in 16MB high-speed cache (FIFO), burst data throughput ≥5MB/s, packet loss rate <0.0001%, adapted to concurrent transmission of 8K video streams + sensor data.

Semiconductor Wafer Inspection Line: As an edge gateway connecting EUV lithography machines (proprietary protocols) with AI visual inspection systems, supporting real-time compression of 20GB/s image data (JPEG-XS encoding) with latency <200μs.

New Energy Vehicle Electric Drive System: Interconnecting motor controllers (CANopen FD), battery BMS (SAE J1939), and cloud OTA platforms via 5G-Advanced protocols to achieve real-time prediction of battery health status (SOH).

Offshore Wind Power Operation and Maintenance: As a tower communication hub, connecting wind turbine converters (Modbus RTU) with offshore booster stations through a 10G fiber ring network, supporting 100km relay-free transmission in the -40℃~+70℃ environment.

Smart Port Automation: Docking quay crane PLC (EtherNet/IP), AGV scheduling systems (5G-V2X), and container management systems, achieving microsecond-level synchronization of equipment actions via TSN protocols (e.g., 30% improvement in loading/unloading efficiency).

Satellite Payload Control System: As an on-board communication node, converting star sensor (SpaceWire protocol) and attitude control engine (RS-422) data to space-ground link protocols (CCSDS), supporting space radiation environments (total dose ≤10krad).

Deep Earth Exploration Robot: Interconnecting with ground consoles through underwater optical-electrical hybrid cable interfaces (transmission rate ≥1Gbps), with IP68 protection capable of withstanding 5000-meter water depth pressure (adapted to deep-sea mineral exploration).