ABB FI810F CAN bus communication module

ABB FI810F is a CAN bus communication module for ABB automation system. Here is its detailed introduction:

Overview

FI810F is a fieldbus module for Freelance rack-based I/O system. It provides CAN interface for rack-based I/O and is used to connect CAN bus-based devices (such as sensors, actuators and other controllers) to AC800F control system to realize data communication and information transmission between devices.

Technical specifications

Bus type: CAN 2.0B.

Number of channels: 3 channels, each channel can be configured and used independently, and can support single channel or three channels working simultaneously.

Baud rate: 10Kbps to 1Mbps, which can be flexibly configured according to actual application requirements.

Data format: supports 11-bit and 29-bit data formats.

Connector type: D-sub 9-pin, using standard D-type 9-pin connector, easy to connect with other devices.

Power supply: The supply voltage is 24VDC and the power consumption is 1.5W.

Physical dimensions: 125mm×155mm×28mm.

Weight: 0.145kg.

Operating temperature: -25℃ to +70℃.

Storage temperature: -40℃ to +85℃.

Product features

High reliability: All interfaces are electrically isolated, with strong anti-interference ability, able to operate stably in complex industrial electromagnetic environments, ensuring the accuracy and reliability of data transmission. Supports redundant operation with a second AC800F to improve the availability and fault tolerance of the system.

Flexible configuration: The module can be removed or inserted during operation, which facilitates system maintenance and upgrades. Each AC800F can only connect one FI810F module, and its slot is preset to F1.

Wide compatibility: Complies with CAN 2.0 specifications, supports multiple industrial standards such as IEC 61158-2 and IEC 61158-6, etc., and can seamlessly connect and communicate with various devices and systems that follow the CAN bus standard.

Application fields

Process control: In process industries such as chemical, petroleum, and electricity, it is used to connect various sensors, actuators, and controllers on site to achieve precise control and monitoring of the production process.

Manufacturing automation: Applicable to manufacturing fields such as automobile manufacturing and mechanical processing, it can connect various equipment on the production line into an organic whole to achieve automated production and monitoring.

Building automation: Used for communication and control between lighting systems, air conditioning systems, security systems and other equipment in smart buildings to achieve intelligent management and energy-saving operation of building equipment.

Energy management: In energy fields such as power generation and distribution, various power equipment, smart meters, etc. can be connected to realize the collection, transmission and analysis of energy data, and improve the efficiency and reliability of energy management.

Transportation: For example, in rail transportation, electric vehicle charging facilities and other fields, it is used for communication and control between equipment to ensure the safety and efficient operation of transportation systems.