T8830 40 channel analog input field terminal assembly
The ROCKWELL T8830 is a trusted 40-channel analog Input Field terminal Assembly (FTA). This product is primarily used as the primary interface between field devices that generate analog signals and the trusted TMR analog input module T8431.
The ROCKWELL T8830 features include:
Each FTA has 40 analog input channels and can connect up to 40 input channels from various types of field devices.
It provides industry standard field device connectivity, including 2-wire connectivity.
Supports standard DIN rail compatibility for easy installation and configuration.
Simple installation and connection functions are provided, as well as onboard leds to indicate loop power integrity.
The T8830 can link its graphical user interface (GUI) with components through a defined software interface to provide a familiar user experience for engineering applications such as PLC programming tools, distributed control systems, etc.
Overall, the ROCKWELL T8830 is a product widely used in industrial automation and process control systems, which ensures reliable transmission and processing of analog signals.
The ROCKWELL T8830 is mainly used in industrial automation and process control.
Specifically, it is a trusted 40-channel analog input FTA designed to serve as the primary interface between field devices that generate analog signals and the trusted TMR analog input module T8431. This FTA provides terminations for up to 40 input channels from various types of field devices that generate analog inputs.
In addition, the ROCKWELL T8830 can also link its graphical user interface (GUI) with components through a defined software interface to provide a familiar user experience for engineering applications such as programmable logic controller (PLC) programming tools, distributed control systems (DCS), etc.
Therefore, the ROCKWELL T8830 has a wide range of applications in industrial automation and process control, such as power, petrochemical, manufacturing and transportation, to improve production efficiency and ensure system stability and safety. 
