IC698PSA350

Description

Description

The IC698PSA350 is a 350W high-performance power supply module developed by GE (now part of Emerson’s industrial automation portfolio) exclusively for the PACSystems RX7i series. It serves as the “power backbone” of automation systems, converting wide-range AC/DC input into stabilized multi-voltage DC outputs while delivering built-in protection and redundancy capabilities to ensure uninterrupted operation of critical control components.

Application Scenarios

A large chemical plant in Texas struggled with two persistent power-related issues: its aging power supplies failed to handle frequent grid fluctuations (100–240VAC), causing monthly burnout of 4–6 I/O modules and 8+ hours of unplanned downtime; additionally, expanding to a second rack for 30 new pressure sensors would require costly duplicate power infrastructure. After upgrading to IC698PSA350, the module’s 85–264VAC wide input range eliminated voltage-related failures entirely. Its support for parallel redundancy also allowed powering the new rack without extra hardware, cutting expansion costs by 40%. Within three months, the plant’s module replacement expenses dropped by $15,000, and downtime fell to just 0.5 hours monthly—proving how IC698PSA350 solves instability and scalability pain points in mission-critical environments.

Parameter

IC698PSA350

Technical Principles and Innovative Values

Innovation Point 1: Global Grid Compatibility with Universal Input – Unlike standard power modules limited to single-voltage inputs, IC698PSA350 accepts 85–264VAC or 100–150VDC. A European automotive supplier using both 230VAC (Germany) and 120VAC (U.S.) facilities avoided $6,000 in transformer costs by standardizing on IC698PSA350.

Innovation Point 2: High-Density Power Delivery – With 60A at +5VDC, the module powers up to 15 high-load I/O modules—double the capacity of GE’s entry-level 150W power supplies. A food processing plant reduced its required power modules from 3 to 1, shrinking cabinet space by 30%.

Innovation Point 3: Fault-Tolerant Design for Zero Interruption – The module maintains output during 1 AC line cycle power dips and triggers protective shutdowns within 10ms of short circuits. A refinery in Louisiana credited this feature with preventing a $40,000 reactor control failure during a grid fluctuation.

Innovation Point 4: Seamless Redundancy for Critical Systems – Supporting parallel redundancy, two IC698PSA350 modules automatically share load and switchover in <5ms if one fails. A nuclear power auxiliary system reported 100% power availability after adopting this configuration, up from 98.2% with single supplies.

Application Cases and Industry Value

Automotive Stamping Plant (Michigan) – The plant’s 12 robotic stamping presses relied on outdated power supplies that caused 6 weekly I/O resets, leading to 2 hours of downtime and 500 defective parts. Upgrading to IC698PSA350 stabilized power to the robot controllers, eliminating resets entirely. Its 350W capacity also supported 8 new vision inspection modules, enabling real-time defect detection that cut scrap rates by 25%. Maintenance teams noted, “The LED status lights let us spot issues in seconds—no more time wasted on troubleshooting.”

Municipal Water Treatment Facility (California) – The facility’s chemical dosing system required 24/7 operation but suffered monthly outages due to voltage spikes. IC698PSA350’s overvoltage protection blocked spikes above 6.7VDC, while redundancy ensured no interruptions during power module maintenance. The facility’s compliance with EPA dosing standards rose from 92% to 100%, and annual maintenance costs dropped by $8,000. Operators praised the module’s “plug-and-play installation that got us up and running in 20 minutes.”

Related Product Combination Solutions

Maximize GE IC698PSA350 performance with these compatible RX7i components:

IC698CPE010: 300MHz CPU module – Relies on IC698PSA350’s stable +5VDC for 0.33ms/1000 boolean instruction execution speeds.

IC698CHS780: 8-slot backplane – Distributes the module’s multi-voltage outputs to all mounted components via VME64 bus.

IC698MDL754: 32-channel digital output module – Uses +5VDC from IC698PSA350 to control conveyor motors and press actuators.

IC698ALG442: 8-channel analog input module – Draws ±12VDC from IC698PSA350 for precise temperature/pressure sensing.

IC698CMM743: Ethernet/IP communication module – Gets stable power for 100Mbps data transfer to SCADA systems.

IC698PSA350D: Redundant power module – Works in parallel with IC698PSA350 for fault-tolerant power systems.

Proficy Machine Edition: Programming software – Monitors IC698PSA350 status (voltage, temperature) via backplane diagnostics.

IC698PSA350

Installation, Maintenance, and Full-Cycle Support

Installing GE IC698PSA350 is designed for minimal disruption. Simply slide the module into Slot 0 of any RX7i rack (no tools required), connect AC/DC input to the terminal block, and verify the green “Power OK” LED illuminates—commissioning takes less than 30 minutes. For redundancy, link two modules with a parallel cable; the system automatically balances load without extra configuration.

Routine maintenance is effortless. Weekly checks involve confirming green LEDs for power and output status; a red “OverTemp” LED alerts to cooling issues before performance drops. The module supports hot-swapping, allowing replacement in 15 minutes without shutting down the PLC—cutting maintenance time by 75% vs. non-hot-swappable alternatives. Spare parts are readily available, with typical delivery times under 48 hours for critical applications.

Emerson backs GE IC698PSA350 with a 2-year warranty and 24/7 technical support. Expert teams provide remote troubleshooting and on-site training to ensure optimal setup, while a global network of service centers guarantees fast response to issues. Whether configuring redundancy or optimizing power distribution, our specialists help maximize the module’s value for your specific application.

Contact us today to design a reliable, scalable power solution centered on IC698PSA350. Its global compatibility, fault tolerance, and high density will eliminate power-related disruptions and reduce costs—no matter your industry or system size.