Digital guide
You are here:
Detailed content
Memory: The module features an on-board shared memory of 256 KB , minimizing the use of base unit memory.
Interface: It has an RS485 physical interface for communication.
Power Consumption: In operation, the power consumption ranges from 2.4W to 2.8W, depending on the communication scan cycle.
Electrical Parameters:
Output Current: Maximum 20mA
Output Voltage: 5V ±5%
Overvoltage Protection: +7.5V/-5V
Weight: Approximately 0.15 kg
Connector: The front panel connector is a Profibus 9-pin interface (DIN 41652).
Functional Features
Profibus Master: The FI830F serves as a master on the Profibus line, enabling it to connect up to 126 Profibus slaves.
Redundancy: It supports redundancy through the use of external devices such as RLM001, which can drive two parallel Profibus lines. When paired with a second AC 800F, the module can operate in a redundant master mode without compromising other functions.
Configuration: Configuration and parameter settings are fully manageable through Control Builder F software, eliminating the need for additional external configuration tools.
Status Indicators: The module has status indicators that display its operational status, including whether it is powered on, running, recognized by the controller, or encountering errors.
Modularity: The module can be inserted or removed during operation, ensuring high flexibility and maintenance convenience.
Application Scenarios
Industrial Automation: The ABB FI830F is designed for use in industrial automation systems, where it facilitates seamless communication and control between sensors, actuators, and controllers.
Manufacturing: It is widely applicable in manufacturing environments, enabling efficient data transmission and information exchange between various field devices.
DCS Systems: In distributed control systems (DCS), the FI830F can enhance communication efficiency and system reliability by serving as a key interface between the central control computer and field devices.
Robotics and Aerospace: Given its high performance and reliability, the FI830F is also suitable for use in robotics and aerospace applications, where precision and robustness are paramount.
