ABB UFC762AE101 3BHE006412R0101 Inverter Circuit Board

Natively supports OPC UA, EtherCAT, Modbus PLUS, TSN (Time-Sensitive Networking), and 5G industrial gateway functions, capable of handling protocol conversion for 8+ types simultaneously (5+ types supported by the previous generation). It meets the interconnection needs of multi-device heterogeneous networks.

Integrates edge computing node functions, supporting local data preprocessing (e.g., filtering, compression) to reduce cloud transmission load.

Equipped with 2×RJ45 Gigabit Ethernet interfaces (10/100/1000Mbps auto-adaptive), supporting mainstream industrial protocols such as EtherNet/IP, Profinet, and Modbus TCP. It is compatible with high-speed data transmission (e.g., real-time video monitoring or high-density sensor data).

Newly added fiber optic interface (multi-mode/single-mode auto-adaptive) with a transmission distance of up to 40km (100% increase from the previous generation), suitable for long-distance anti-interference scenarios (e.g., cross-plant industrial networks).

Serial interfaces (RS-485/232) support a maximum baud rate of 2Mbps and integrate EtherCAT slave interfaces, adapting to high-precision synchronous control (e.g., robot production lines).

Adopts DIN rail mounting (dimensions approx. 90mm×140mm×45mm), with protection level upgraded to IP23, supporting splash and dust resistance.

Built-in dual temperature sensors automatically activate fan cooling when the core component temperature exceeds 60°C. The operating temperature range is extended to -30°C~+70°C (previous generation: -20°C~+60°C), adapting to extreme industrial environments.

Wide voltage input range of DC 10-50V adapts to fluctuating power environments (e.g., vehicle-mounted or field devices), with power consumption reduced to ≤8W (≤15W for the previous generation), achieving a 46% energy efficiency improvement.

Electromagnetic compatibility reaches EN 61000-6-5 (the highest industrial standard), enabling stable operation in strong electromagnetic interference scenarios such as metallurgical furnaces and mining machinery.

Supports remote configuration via Web GUI, MQTT, and REST API, compatible with cloud platforms such as AWS IoT and Azure IoT (previous generation relied on local software).

The real-time monitoring interface integrates a dynamic topology map, displaying 20+ parameters including interface delay, bit error rate, and power consumption, and supports three-level alarms via WeChat/SMS/email (e.g., automatic notifications for interface failures).

Dual Ethernet ports support PRP/HSR seamless redundancy protocols, with fault switching time <500μs (previous generation: <1ms), suitable for critical scenarios like nuclear power and petrochemicals where network interruption is not allowed.

Data cache capacity is increased to a 4096-byte FIFO queue, enhancing burst data processing capability with a packet loss rate <0.01% (previous generation: <0.1%).