Product Overview

The IC695PSA040K serves as a high-efficiency 40-watt power supply module within the Emerson (formerly GE Fanuc) PACSystems RX3i platform. This module converts universal voltage inputs into the regulated DC power required by the backplane and mounted I/O modules. It occupies two slots on the RX3i Universal Backplane and provides critical system stability for complex industrial automation architectures. We supply this unit as 100% Brand New in original factory packaging to ensure maximum field longevity.

Technical Specifications

Engineering Advantages

Universal Input Versatility
This module accepts a wide range of AC and DC voltages. This flexibility eliminates the need for separate power variants across global facilities.

Advanced Internal Diagnostics
The IC695PSA040K monitors internal health and backplane status. It reports fault conditions directly to the RX3i CPU, which accelerates troubleshooting and reduces downtime.

High-Density Form Factor
The compact 2-slot design maximizes backplane real estate. It allows engineers to integrate more I/O and communication modules into a smaller physical footprint.

Hot-Swappable Capability
The RX3i architecture supports hot-swapping for specific configurations. This feature enables maintenance personnel to replace power components without halting critical processes.

FAQs

Does the IC695PSA040K support redundant power configurations?
The RX3i Universal Backplane allows for the installation of multiple power supplies. When you install two IC695PSA040K modules, the system shares the load or provides redundancy, ensuring the controller continues to operate even if one supply fails.

What is the difference between the "K" version and previous versions?
The "K" suffix indicates a revision that typically involves updated internal components or manufacturing standards. This version remains fully backward compatible with existing RX3i systems while offering the latest hardware reliability.

How does the module handle temporary voltage sags?
The integrated holdup circuitry provides a 20 ms ride-through period. This allows the PACSystem to maintain logic execution during brief power fluctuations or dips common in heavy industrial environments.