GE IC200BEM002 PROFIBUS-DP Network Slave Module

Technical Specifications

• Manufacturer: GE Fanuc / Emerson (formerly GE Intelligent Platforms)

• Product Type: Network Slave Module (Communications Module)

• Series: VersaMax

• Network Protocol: PROFIBUS-DP

• I/O Data Capacity: 384 bytes total, 244 bytes input max, 244 bytes output max

• Network Stations Supported: Up to 32 without repeater, up to 125 with repeater

• Network Data Rate: 9.6 Kbaud to 12 Mbaud, auto-detected

• Network Address Range: 1 to 125, software-configurable

• Connector Type: 9-pin D-sub female connector

• Power Consumption: 460 mA from 5V DC bus ; 350 mA cited in some documentation

• Firmware Version: Ver 1.00

• Memory Type: Upgradeable FLASH memory via serial download

• Carrier Requirement: Requires IC200CHS006 communications carrier

• Mounting: DIN rail with conductive, unpainted finish for grounding

Functional Features

• PROFIBUS-DP Slave Functionality: Operates as a slave on PROFIBUS-DP networks, allowing a VersaMax PLC CPU to read and write reference table data as if it were native I/O .

• Auto-Detection of Network Speed: Automatically detects the PROFIBUS network baud rate from 9.6 Kbaud up to 12 Mbaud, simplifying network setup .

• Field-Upgradeable Firmware: Firmware resides in FLASH memory and can be upgraded by connecting a PC to the serial port of the headend device and performing a serial download .

• Diagnostic LED Indicators: Equipped with status LEDs including an OK LED for module health and a Com LED for network communications status monitoring .

• Flexible Network Expansion: Supports linear bus topology with stub connections; network capacity scales from 32 stations without repeaters up to 125 stations when repeaters are used .

Application Scenarios
This module is integrated into industrial automation systems requiring reliable PROFIBUS-DP communication:

• Factory Automation: Connects VersaMax PLCs to PROFIBUS-DP networks for data acquisition, production line monitoring, and machine control in discrete manufacturing environments.

• Process Control: Enables real-time data exchange between PLCs and supervisory control systems in industries such as chemical processing, water treatment, and food and beverage production .

• Material Handling Systems: Facilitates communication between distributed I/O stations and central controllers in conveyor systems, warehouse automation, and robotic work cells.

• Power Systems: Supports data monitoring and equipment control in power generation and distribution applications requiring PROFIBUS fieldbus integration .

• Building Automation: Used in commercial building management systems for HVAC control, lighting management, and energy monitoring where PROFIBUS communication is deployed .