GE IC698PSA350 High‑Power AC Input Power Supply Module

Technical Specifications Input Voltage: 100‑240V AC, 47‑63Hz Output Power: 350W Backplane Output: 5VDC Maximum Backplane Output Current: 70A Dielectric Isolation Voltage: 1500V RMS Operating Ambient Temperature: 0°C to +60°C Storage Temperature: ‑40°C to +85°C Relative Humidity: 5%‑95%, non‑condensing Certification: CE, UL, cUL

Functional Features 350W high‑power AC‑DC conversion capacity. Wide AC input voltage tolerance range. Complete multi‑layer electrical fault protection: over‑voltage, over‑current, short‑circuit and thermal protection. Front‑panel multi‑LED indicators for power‑good and fault status. Delivers stable high‑current power feed to chassis backplane.

Application Scenarios Heavy‑load RX7i main rack with dense modules Large‑scale industrial control cabinet High‑density I/O RX7i system Key process control equipment

Performance Parameters High‑efficiency high‑power AC‑DC conversion performance. Instant response for multi‑condition fault protection trigger. Shock and Vibration: Complies with IEC 60068 industrial environmental standard

Material Composition Module housing: Heavy‑duty metal‑reinforced flame‑retardant housing PCB substrate: High‑temperature resistant high‑power power‑supply printed‑circuit board Bus contact fingers: Gold‑plated copper alloy Internal components: High‑power switching power conversion circuit assembly

Structural Characteristics RX7i standard heavy‑duty plug‑in power module form‑factor. Front‑panel LED indicators for power‑good and fault status.

Working Principle External AC power feeds into module input terminals. Internal high‑power switching circuit completes AC‑DC isolation and voltage stabilization work. High‑current stabilized 5VDC power supplies RX7i chassis backplane for all plug‑in CPU, I/O and communication modules.

Installation Requirements Install module into dedicated high‑power power slot of RX7i chassis. Complete cabinet protective earthing connection. Adopt sufficient cross‑section AC input power wiring. Verify input AC voltage matches field power supply specification. Sum total power consumption of rack modules. Total load shall not exceed 350W rated power.

Usage Notes Total rack load power must not surpass 350W rating. Select suitable wire gauge for high‑current AC input loop. Observe LED indicator status during routine inspection work.