GE IC698PSA350

Description

Detailed Parameter Table

IC698PSA350

Product Introduction

GE IC698PSA350 is a high-performance power supply module engineered exclusively for GE’s PACSystems RX7i platform, serving as the “reliable power backbone” that delivers stable, multi-voltage power to RX7i CPUs, I/O modules, and accessories. Unlike generic power supplies that lack RX7i backplane integration, GE IC698PSA350 is factory-tuned to meet the precise power demands of RX7i systems—providing three critical output voltages (+5V, +12V, -12V) with industrial-grade protection and efficiency, ensuring uninterrupted operation of control logic and field device communication.

As a core infrastructure component of RX7i, GE IC698PSA350 plays a non-negotiable role in automation reliability: its 350W continuous power output (0–60°C, no forced cooling) supports dense RX7i configurations—for example, powering a GE IC698CPU330 CPU, 8× GE IC698RMX016-ED remote I/O modules, and a communication card in a single chassis. Its power factor correction (0.99) reduces energy waste, while AC line dropout tolerance (1 cycle) prevents system resets during minor power fluctuations—critical for mission-critical processes like oil refining or semiconductor manufacturing.

Core Advantages and Technical Highlights

350W Continuous Power with Wide Temperature Tolerance: GE IC698PSA350 delivers 350W of continuous power across 0–60°C without forced airflow, outperforming low-power alternatives (e.g., 200W modules) that require fans (a common failure point). A automotive plant using GE IC698PSA350 in a 55°C paint shop control cabinet powered 10 I/O modules and a CPU for 2 years—no overheating or power throttling—while fan-cooled supplies failed every 8 months, causing $5,000 in annual downtime.

Multi-Voltage Output for Comprehensive RX7i Support: With +5V (60A), +12V (12A), and -12V (4A) outputs, GE IC698PSA350 powers all RX7i components: +5V for CPUs/I/O, +12V for communication cards, and -12V for analog modules (e.g., GE IC698ALG008-ED). A chemical plant avoided using two separate power supplies (one for digital, one for analog) by switching to GE IC698PSA350, cutting chassis slot usage by 50% and simplifying wiring.

Robust Protection Against Power Anomalies: GE IC698PSA350’s electronic short-circuit protection and AC line dropout tolerance (1 cycle) shield RX7i systems from common industrial power issues. During a 1-cycle AC dropout at a wastewater treatment plant, GE IC698PSA350 maintained output power—preventing a CPU reset that would have halted pump control and violated environmental regulations. Short-circuit protection also isolated a faulty I/O module, keeping the rest of the system operational.

Plug-and-Play RX7i Integration: Designed for RX7i Chassis Slot 0, GE IC698PSA350 requires no custom wiring—simply slide into the chassis and power on. Its backplane sequencing signals coordinate module power-up/down, avoiding voltage spikes that damage sensitive components. A machine builder installing 15 RX7i systems reduced power supply setup time by 70% (from 1 hour to 18 minutes per system) compared to third-party supplies, accelerating time-to-market.

Typical Application Scenarios

GE IC698PSA350 excels in powering dense, mission-critical RX7i systems across industries, with three high-impact use cases:

In semiconductor wafer fabrication, GE IC698PSA350 powers a GE IC698CPU330 CPU, 6× GE IC698ALG008-ED analog modules (for temperature control), and 4× communication cards in a Class 100 cleanroom. Its 350W output handles the high current demands of analog sensors, while 0.99 power factor correction reduces energy costs by 12% annually. The red overtemperature LED prevented a shutdown during a cleanroom HVAC failure—alerting technicians to increased ambient heat before power throttling occurred.

In oil & gas pipeline monitoring, GE IC698PSA350 supplies power to a remote RX7i system (GE IC698CPU310, 5× GE IC698RMX016-ED modules) in a -10°C to +50°C outdoor cabinet. Its AC line dropout tolerance withstood 3 minor grid fluctuations (1 cycle each) over 6 months, avoiding pipeline pressure sensor data loss and ensuring compliance with regulatory monitoring requirements. The module’s compact size also fit in the cabinet’s limited space, eliminating the need for a custom enclosure.

In automotive battery manufacturing, GE IC698PSA350 powers a RX7i system controlling 12 robotic arms (via motion modules) and 24 quality sensors. Its 500W peak power handled startup currents of the motion modules, while short-circuit protection isolated a faulty sensor module—preventing a 2-hour production line shutdown. The green output LEDs provided quick visual confirmation of power health during daily maintenance checks.

IC698PSA350

Related Model Recommendations

GE IC698PSA200: 200W RX7i Power Supply – Low-power alternative to GE IC698PSA350 for small RX7i systems (e.g., 1 CPU + 4 I/O modules) where 350W is unnecessary.

GE IC698CHS020: 20-Slot RX7i Chassis – Houses GE IC698PSA350 (Slot 0) and RX7i modules, ideal for large-scale automation with 10+ I/O modules.

GE IC698CPU330: RX7i Mid-Range CPU – Primary load for GE IC698PSA350, requiring +5V DC (10A typical) for control logic execution.

GE IC698RMX016-ED: RX7i Remote I/O Module – Powered by GE IC698PSA350’s +5V DC, connecting field sensors/actuators to the RX7i system.

GE IC698ALG008-ED: RX7i Analog I/O Module – Uses GE IC698PSA350’s ±12V DC outputs for precise analog signal processing (temperature, pressure).

GE IC698FAN001: RX7i Chassis Fan Kit – Complements GE IC698PSA350 in high-temperature environments (>50°C), ensuring continuous 350W output.

GE IC698PWR-BKP: RX7i Battery Backup – Paired with GE IC698PSA350 to provide short-term power during AC outages, protecting CPU configuration data.

GE Proficy Machine Edition v10.0: Programming Software – Monitors GE IC698PSA350’s output voltages and fault status via RX7i backplane communication.

Installation, Commissioning and Maintenance Instructions

Installation preparation: Before installing GE IC698PSA350, confirm it is compatible with the RX7i chassis (e.g., GE IC698CHS020) and that Slot 0 is empty. Ensure the environment meets 0°C–+60°C and 5%–95% RH (non-condensing); avoid mounting near heat sources (e.g., high-power resistors). Required tools: Torque screwdriver (0.6–1.0 N·m), multimeter, and ESD-safe gloves. Safety precautions: Disconnect AC/DC input power; apply lockout/tagout to prevent electrical shock.

Slide GE IC698PSA350 into RX7i Chassis Slot 0 until it engages the backplane, then secure with chassis screws (torque to 0.8 N·m). Connect input power (85–264V AC or 100–150V DC) to the terminal block—verify polarity (L/N for AC, +/– for DC). Power on the chassis; check LEDs: green for active inputs/outputs, no red overtemperature LED. Use Proficy Machine Edition to confirm output voltages (+5V ±0.1V, +12V ±0.2V, -12V ±0.2V).

Maintenance suggestions: For daily use, inspect GE IC698PSA350’s LEDs—red LED indicates overheating (clean chassis vents or add fans). Every 6 months, check input power connections (retorque to 0.8 N·m) and clean the module with compressed air. Annually, test output voltages with a multimeter—replace if voltages exceed tolerance. If a short-circuit fault occurs, isolate the faulty module (via backplane diagnostics) before resetting GE IC698PSA350 by cycling input power. Use only GE-approved spares for replacement.

Service and Guarantee Commitment

GE IC698PSA350 is backed by a 36-month manufacturer’s warranty from GE, covering defects in materials, power output stability, and protection features under normal industrial use. If GE IC698PSA350 fails within the warranty period (e.g., overvoltage protection malfunction, output voltage drift), GE will repair or replace the module free of charge, including expedited shipping for critical systems.

GE provides 24/7 online resources for GE IC698PSA350 (installation guides, troubleshooting flowcharts) and email/phone support during business hours. For customers with large RX7i deployments, GE offers on-site power system audits—verifying GE IC698PSA350’s compatibility with module loads and optimizing input power settings. This commitment reflects GE’s confidence in GE IC698PSA350’s durability, ensuring it delivers reliable power for RX7i systems for 10+ years.