IC693PWR330H GE Fanuc Series 90-30 High-Capacity Power Supply

Product Overview

The GE Fanuc IC693PWR330H operates as the primary high-capacity power supply engine for the Series 90-30 PLC chassis framework. This vital hardware module mounts directly onto the leftmost slot of the baseplate to convert incoming utility-grade AC or industrial DC voltages into regulated, clean electrical rails. It supplies 30 Watts of total output power, driving the local CPU card, distributed I/O modules, and advanced communication modules across the backplane bus. Manufacturing plants, municipal water treatment facilities, and process industries deploy this specific module to maintain steady, ripple-free voltage levels and ensure continuous operation of complex PLC configurations.

Technical Specifications

This 100% brand new, original GE Fanuc Series 90-30 hardware component delivers pristine out-of-the-box system regulation. All data points utilize standard ASCII formatting.

• Model Revision Code: IC693PWR330H

• Base Part Infrastructure: IC693PWR330

• Product Series: Series 90-30 PLC

• Product Type: High-Capacity System Power Supply Module

• Nominal Input Ratings: 120 / 240 VAC or 125 VDC

• AC Input Voltage Operational Envelope: 85 to 264 VAC (Auto-sensing, 50 / 60 Hz frequency)

• DC Input Voltage Operational Envelope: 100 to 300 VDC

• Input Power Consumption Thresholds: 90 VA maximum with VAC input / 50 W maximum with VDC input

• Peak Inrush Current Capacity: 4A peak maximum for a duration of 250 milliseconds

• Internal Voltage Rails Provided: +5 VDC logic bus, 24 VDC Relay bus, 24 VDC Isolated field bus

• 5 VDC Output Configuration: 5.0 VDC to 5.2 VDC (5.1 VDC nominal), delivering up to 30 Watts maximum (approx. 6A to 8A)

• 24 VDC Relay Output Configuration: 24 to 28 VDC, delivering up to 15 Watts maximum

• 24 VDC Isolated Output Configuration: 21.5 VDC to 28 VDC, delivering up to 20 Watts maximum

• Minimum Holdup Time Capacity: 20 milliseconds minimum duration during source voltage dip

• Onboard Communication Interface: RS-485 serial infrastructure via power supply port (supports SNP protocol)

• Physical Electrical Terminals: 6 robust compression screw connection terminals

• Built-In Protective Barriers: 5 VDC overvoltage protection, overcurrent limiting, and thermal shutdown tracking

• Ambient Operating Temperature Envelope: 0 to +60 degrees Celsius

• Storage Temperature Envelope: -40 to +85 degrees Celsius

• Relative Humidity Limits: 5% to 95% non-condensing relative humidity

• Net Hardware Weight: 1.25 lbs (0.57 kg)

• Total Box Shipping Weight: 2.0 kg

Engineering Advantages

• Unifies Multi-Source Infrastructures with Auto-Sensing Input Regulators: Industrial installations frequently face varying power grids, alternating between 120VAC utility taps, 240VAC field feeds, or 125VDC heavy-duty battery banks. The IC693PWR330H completely eliminates the need for manual jumper settings or multi-model stocking by integrating an auto-sensing input framework. The internal regulation circuit shifts automatically to handle anywhere from 85 to 264 VAC or 100 to 300 VDC, preventing component burnout from human wiring configuration mistakes.

• Bypasses Voltage Transients via a 20ms Holdup Safeguard: Heavy motor startups, localized short circuits, and utility grid switches create momentary line sags that can cause standard control systems to reset, stopping production lines. The IC693PWR330H incorporates a premium internal capacitor bank that guarantees a minimum 20-millisecond holdup time. This stored energy layout bridges brief source voltage drops, keeping the Series 90-30 CPU processing without dropping its execution loop or dropping communication links.

• Isolates Field Feedback Loops through Dual 24VDC Bus Isolation: Inductive kickback from field relays and line noise from digital output loops can easily bleed back into controller cards, leading to logic corruption or damaged backplane data gates. The IC693PWR330H generates completely independent 24 VDC Relay and 24 VDC Isolated field power rails alongside its main 5 VDC logic bus. This physical electrical separation keeps noisy actuator lines completely isolated from the delicate logic processing circuits.

• Halts Electrical Damage using Overvoltage and Overcurrent Crowbars: External wiring errors, shorted sensor lines, or field component decay can draw excessive current, threatening to cook the entire PLC rack. The IC693PWR330H integrates responsive overvoltage and overcurrent protective clamping barriers. If a field fault occurs, the module activates its internal protective limits instantly to shut down the output rails, confining the failure to the source wire and shielding your expensive I/O modules from destruction.

FAQs

• : Is this IC693PWR330H power supply module completely brand new, and how do you guarantee its authenticity?A: Yes. We supply this power module strictly as a 100% brand new, original, and authentic factory-fresh item enclosed in its original, unopened GE Fanuc manufacturer packaging. Every unit contains pristine terminal contacts, factory-stamped serial numbering, and includes our full 12-month comprehensive warranty to ensure complete operational security.

• : What is the main difference between the standard power supply models and this "H" suffix high-capacity module?A: The "H" suffix (e.g., IC693PWR330H) represents the highest performance evolution of the 30W power supply family, featuring upgraded internal heat dissipation metrics and enhanced electronic component tolerances. It drops directly into any standard Series 90-30 backplane slot, replacing older hardware revisions (like the -AA, -CA, or -LT series) to deliver stable power to dense, high-point discrete and analog configurations.

• : Can I use the built-in RS-485 serial port on the faceplate of this power supply to connect an HMI panel?A: Yes. The 6-pin serial port on the front face of the IC693PWR330H interfaces directly with the internal serial bus of the Series 90-30 backplane. It supports standard SNP and SNPx communication protocols, allowing you to plug in a local operator interface terminal, handheld programmer, or data log computing node without occupying a dedicated communication module slot on the rack.