ABB FI810F 3BDH000030R1

Description

Key Technical Specifications

• Manufacturer: ABB

• Part Number: 3BDH000030R1

• Product Type: CAN Fieldbus Communication Module

• Compatible Systems: Freelance AC 800F (with PM802F/PM803F controllers)

• Communication Standard: CAN 2.0B

• Channel Configuration: 3 independent CAN channels

• Data Transfer Rate: Up to 1 Mbps

  • 1 Mbps: Maximum cable length 40 meters

  • 500 kbps: Maximum cable length 80 meters

  • 100 kbps: Maximum cable length 400 meters

• Node Capacity: Up to 32 nodes per module

• Power Supply: 5 V DC (from CPU board via backplane)

• Power Consumption: 1.6 – 2.6 W (depending on communication load)

• Channel Power Consumption: 0.15 W when idling, 0.30 W per channel during communication

• Electrical Isolation: 2 kV

• Operating Temperature: -20°C to +70°C

• Storage Temperature: -40°C to +85°C

• Dimensions (H x W x D): 125 mm × 155 mm × 28 mm

• Weight: Approximately 0.145 kg

• Protection Rating: IP20

• Communication Interface: CAN 3, 9-pin female connector

• Bus Termination: On-board bus termination resistors activated by jumpers

• Certifications: CE, UL, CSA

Core Features

• Three-Channel CAN Architecture: The FI810F features three independent CAN channels operating simultaneously, allowing the module to connect multiple groups of field devices concurrently . This tri-channel design significantly enhances system integration flexibility and resource utilization, enabling efficient management of complex fieldbus networks .

• High-Speed Data Transmission: Supporting data rates up to 1 Mbps, the module ensures rapid exchange of real-time control commands and process data . This high-speed capability meets the demanding requirements of time-critical industrial applications where minimal latency is essential for precise control and coordination .

• Robust Electrical Isolation: Built-in 2 kV electrical isolation provides effective protection against ground potential differences and electromagnetic interference that can compromise communication quality in industrial environments . This isolation ensures signal integrity and protects the controller electronics from voltage transients and noise .

• Comprehensive Error Detection and Fault Tolerance: The module incorporates sophisticated error detection and correction mechanisms, including CRC (Cyclic Redundancy Check) and frame retransmission capabilities . These features maintain reliable communication even in environments with significant electrical noise, ensuring data integrity and system stability .

• Seamless AC 800F Integration: Designed as a native component of the Freelance AC 800F system, the FI810F integrates effortlessly with PM802F and PM803F controllers . The module connects directly to the controller’s I/O rack, enabling plug-and-play installation and immediate system recognition .

• Redundancy Support: The FI810F is designed to support redundant system configurations, allowing operation with a second AC 800F controller for enhanced system availability and fault tolerance in critical applications . This redundancy capability ensures continuous operation even if the primary controller fails.

• Clear Status Indication: Front-panel LEDs provide immediate visual feedback on module operational status:

  • Status LED: Indicates module health (Off = no power, Green = normal operation, Orange = module recognized but not yet operational, Red = module fault or not recognized)

  • RxD0-2 / TxD0-2 LEDs: Show data reception and transmission status for each of the three CAN channels, enabling quick on-site diagnostics

• Hot-Swap Capability: The module supports online insertion and removal (hot-swapping), allowing replacement without powering down the control system . A module lock ensures secure contact with the AC 800F backplane when in the “locked” position .

• Industrial-Grade Robustness: Constructed with industrial-grade components, the FI810F operates reliably across a wide temperature range (-20°C to +70°C) and is resistant to vibration, shock, and electrical noise . Its compact form factor (125mm × 155mm × 28mm) and lightweight design (0.145 kg) optimize control cabinet space utilization .