IC693BEM341 Product datasheet 

IC693BEM341 Functional Description   

The FIP Bus Controller IC693BEM341 General Electric is a critical communication component within the Series 90-30 PLC system, serving as a high-performance FIP Bus Controller. This module represents a significant upgrade with its enhanced 2.5 MHz data transmission rate, facilitating robust industrial network communications. The design of the General Electric IC693BEM341 in stock incorporates three key communication interfaces: two 9-pin D-shell FIP Bus connectors and one RS485 port for firmware updates, providing versatile connectivity options for complex automation environments.

Installation and operational requirements are specific to the IC693BEM341 controller module General Electric, which must be mounted in slot 1 of the CPU baseplate and requires a Series 90-30 CPU with version 8.10 or higher. The module features multiple LED status indicators including Module OK, RUN, and channel-specific Carrier Detection and Transmit Enable lights for real-time monitoring. Proper configuration of it necessitates using a Hand-Held Programmer, Windows programming software IC641CTLxxx Release 2.0 or later, or the FBCLOAD configuration utility to ensure optimal performance.

The functional capabilities of the Power supply input module IC693BEM341 are extensive, supporting Configuration Mode 30 which enables advanced features including redundancy management of slave devices such as I/O nests and drives. It provides comprehensive monitoring of connected devices including PLCs and control stations, while also offering sophisticated services like time stamping of Boolean values, messaging services, MPS synchronous exchanges, and reception of external configurations through the FIP network. These advanced features make the module particularly valuable for complex industrial automation systems requiring reliable data exchange and device management.

Despite its advanced capabilities, it is important to note that the IC693BEM341 FIP Bus Controller General Electric has reached discontinued product lifecycle status, though it remains operational in many existing installations. The module's design ensures reliable operation within industrial temperature ranges from 0°C to +55°C while consuming a maximum of 1.2A at 5VDC from the backplane. Its robust construction and comprehensive feature set established it as a reliable communication solution during its operational lifespan in industrial automation environments.