GE IC695PSA140 multi-purpose power supply module

The IC695PSA140 is a multi-purpose power supply module designed for the RX3i PacSystem family. It provides the required AC or DC backplane power to support a broad range of I/O and processor modules within the RX3i chassis, enabling scalable, multi-module configurations without introducing separate, external power dependencies.

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Description

Real-World Use & Application Scenarios (Open Strong)
In complex manufacturing environments, reliable power distribution is the quiet engine behind smooth automation. The IC695PSA140 powers RX3i PacSystem installations by delivering clean, stable backplane voltage across 120/240 VAC or 125 VDC inputs, enabling consistent operation of I/O, controllers, and peripheral modules. This multi-purpose power supply is a natural fit for machine centers, packaging lines, and process-control cells where uptime matters and space in the control cabinet is at a premium. It supports load-sharing and redundancy strategies common in mid-range automation architectures, helping minimize downtime during swap-outs or maintenance windows. When engineers plan a retrofit or a new RX3i-based control scheme, the IC695PSA140 is often specified to ensure a common, dependable power backbone for the rack, backplane, and linked I/O modules. The full model name IC695PSA140 is a dependable anchor in equipment catalogs and maintenance spreadsheets, reinforcing reliable sourcing and consistent performance across sites. In practice, this power supply is selected for its ability to deliver predictable power with modest heat dissipation, contributing to longer life for the entire RX3i system and simplifying diagnostics during fault scenarios.

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IC695PSA140

Product Introduction & Positioning
The IC695PSA140 is a multi-purpose power supply module designed for the RX3i PacSystem family. It provides the required AC or DC backplane power to support a broad range of I/O and processor modules within the RX3i chassis, enabling scalable, multi-module configurations without introducing separate, external power dependencies. This module fits into the universal backplane architecture of RX3i systems, delivering stable rails and load-capable outputs suitable for shared distribution across neighboring modules. Engineers value its versatility in both new installations and upgrades, as it supports common backplane voltage rails while maintaining compatibility with standard RX3i power management practices. The IC695PSA140 is an integral piece of the RX3i power ecosystem, designed to keep the automation fabric energized and responsive across demanding manufacturing environments.

Key Technical Features & Functional Benefits
The IC695PSA140 centers on dependable power delivery for RX3i systems. It offers a nominal multi-purpose backplane voltage that supports both AC and DC input configurations, enabling flexible installation in facilities with varying electrical standards. The module is sized for rack-friendly installation and designed to share power resources efficiently with adjacent modules, reducing cabinet clutter and wiring complexity. Its robust electrical design emphasizes thermal stability and low ripple, which helps protect sensitive processors and I/O modules from voltage disturbances. In addition, the device supports standard diagnostic features and clear fault signaling, aiding quick isolation of power-related issues during maintenance. Together, these traits translate into improved system reliability and simplified maintenance planning for engineers managing RX3i deployments. The model name IC695PSA140 remains a trusted reference when configuring scalable, power-efficient RX3i architectures.

Detailed Technical Specifications
Parameter Value
Model IC695PSA140
Brand GE Fanuc Emerson
Type Multi-Purpose Power Supply
Nominal Voltage 120/240 VAC or 125 VDC
Input Voltage Range 85–264 VAC or 100–300 VDC
Output Power 40 W (typical; confirm exact rating)
Backplane Support Universal RX3i backplane
Mounting Rack-mount in RX3i chassis
Dimensions Compact module for RX3i power shelf
Weight Lightweight module (exact mass to be confirmed)
Efficiency Typical industrial efficiency (confirm exact figure)
Interfaces Backplane connections; status indicators
Certifications CE, UL, cUL, RoHS (verify as applicable)
Cooling Passive convection or optional forced cooling (as configured)
Environmental Rating Industrial enclosure compatibility (verify IP rating)