ABB PM802F 3BDH000002R1 Controller

ABB PM802F 3BDH000002R1 Controller

Product Overview

The ABB PM802F 3BDH0000002R1 controller is a high-performance core controller designed specifically for industrial automation control systems. It integrates advanced hardware architecture and intelligent control algorithms, with powerful data processing, logical operations, and precise control capabilities. This controller is capable of real-time monitoring and regulation of various parameters in industrial production processes, ensuring stable and efficient operation of the production process. With its flexible configuration, reliable performance, and good compatibility, it can be widely used in multiple industries such as power, chemical, manufacturing, and energy. It is suitable for various automation control scenarios ranging from simple to complex, and is a key equipment for achieving industrial automation and intelligent upgrading.

Product positioning and core features

positioning

ABB AC800F is a modular field controller, released in 2000, designed specifically for process automation. It supports multiple fieldbus protocols and is suitable for small and medium-sized control systems, especially for engineering companies to use with third-party human-machine monitoring software.

core features

Redundancy design: Supports fully redundant configurations such as controllers, system buses, power supplies, I/O modules, and fieldbuses to improve system safety and availability, and avoid production downtime.

Multi protocol compatibility: integrates multiple communication protocols such as PROFIBUS, FOUNDATION Fieldbus, MODBUS, HART, CAN Bus, etc., and can support multiple bus types simultaneously.

Modular architecture: The CPU motherboard can expand power modules, Ethernet modules, fieldbus modules, etc., and a single controller can support up to about 1000 I/O points.

Engineering tool integration: Use the Unified Toolkit (CBF) to complete design, debugging, maintenance, and diagnosis, supporting FDT/DTM technology and built-in web servers for remote diagnosis.

Technical Parameter

Processor: 32-bit RISC processor, supporting high-speed bit processing.

Memory: 4 MB SRAM or 16 MB DRAM (with battery backup), 4 MB Flash EPROM.

Working environment: Temperature: 0-60 ° C; Protection level: IP20.

Size: 239 × 202 × 164 mm (width × height × depth), supporting DIN rail installation.

Power input: 120/230 V AC or 24 V DC (redundant power module supports dual input); Power consumption: Maximum 30 VA.

Certification: CSA-UL, CE, NAMUR certification.

module configuration

Power module

SA801F/SA811F: 115-230 V AC input, output 3.3 V/5 V DC, supports overcurrent protection and power fault signal monitoring.

SD802F/SD812F: 24 V DC redundant input, supports automatic switching and 20ms power-off hold.

communication module

Ethernet modules: EI801F (10Base2), EI802F (AUI), EI803F (10/100BaseTP).

Fieldbus modules: FI810F (CAN), FI820F (serial port, supporting MODBUS and other protocols), FI830F (PROFIBUS DP V1, supporting 12 Mbps rate).

Battery module: AM801F/AM811F, used for memory backup.

Other modules

Serial interface module: EL820F, supports RS485/422/232, MODBUS master/slave mode.

Attachments: Communication cables (such as TK821F, TK831F), diagnostic cables (TK890F/TK891F), terminal blocks (TB870F), etc.

Features and advantages

High security

By adopting a fully redundant design (controller, bus, power supply, etc.), the system reliability is improved and downtime is reduced, making it suitable for industrial scenarios that require high continuity.

Flexibility and Scalability

Support hybrid bus configuration (running PROFIBUS and FOUNDATION Fieldbus simultaneously as the same controller).

Modular design allows for on-site or control room installation, adapting to distributed control systems (DCS) and remote monitoring requirements.

Efficient Engineering Tools

Complete full lifecycle management using a single toolkit (CBF), supporting device parameter configuration and asset optimization.

Built in web server, supporting remote diagnosis and status monitoring.