Transformeer je huis met de nieuwste multi-elektronica oplossingen, van intelligente verlichting tot spraakgestuurde apparaten, allemaal ontworpen om het leven gemakkelijker, veiliger en meer verbonden te maken.
SKU:IC693PWR331
GE Fanuc IC693PWR331 30W PLC Logic Power Supply
Manufacturer: General Electric
Product No.: IC693PWR331
Product Type: Power Supply
Product Origin: USA
Payment:T/T, Western Union
Weight: 600g
Shipping port: Xiamen
Warranty: 12 months
Delen
- Snelle levering
- 24/7 Ondersteuning
- Kwaliteitsborging
Beschrijving
Product Overview
The GE Fanuc IC693PWR331 is a high-capacity power supply module specifically engineered to support advanced CPU modules and dense I/O configurations within the Series 90-30 programmable logic controller (PLC) platform. Operating from a nominal 12 VDC input voltage source, this robust module delivers highly regulated 5 VDC logic power alongside dual isolated and relay 24 VDC outputs. Weighing 0.6 kg (1.32 lbs), its compact and efficient design ensures stable, low-noise power distribution required for sensitive industrial automation and control environments.
Core Technical Advantages
- High-Capacity Logic Delivery: Supplies up to a full 3 Amps at 5 VDC directly to the backplane, ensuring stable processing for power-intensive CPUs and multi-channel communication modules.
- Dual-Track 24 VDC Isolation: Features separate 24 VDC relay (0.62 A) and isolated (0.83 A) outputs, providing essential electrical separation to shield internal backplane logic from external field instrumentation noise.
- Certified Industrial Compliance: Built to rigorous global standards, the module carries full UL and CE certifications, guaranteeing high operational reliability and safety under full-load industrial configurations.
Technical Specifications
| Parameter | Specification Details |
|---|---|
| Brand / Manufacturer | GE Fanuc (Series 90-30 PLC System) |
| Model Part Number | IC693PWR331 |
| Gross Weight | 0.6 kg (1.32 lbs) |
| Nominal Input Power | 12 Volts DC |
| 5 VDC Logic Output | 3.0 Amps (30 Watts maximum capacity) |
| 24 VDC Relay Output | 0.62 Amps (15 Watts maximum capacity) |
| 24 VDC Isolated Output | 0.83 Amps (20 Watts maximum capacity) |
| Total Rated Output Power | 30 Watts Maximum combined load |
| Full Load Power Rating | 50 Watts (Total internal consumption and output) |
| Wiring Interfaces | 3 robust terminal screws for reliable power input connections |
| Regulatory Standards | UL and CE certified for commercial and industrial use |
Installation & Engineering Guide
- Backplane Placement: Prior to mounting, verify that the 12 VDC input supply line is completely de-energized. Slide the 0.6 kg module firmly into the leftmost slot of the Series 90-30 baseplate until the rear connectors click into position, ensuring optimal interface connection with the backplane bus.
- Terminal Block Wiring: Secure the 12 VDC input lines using the 3 robust front-panel terminal screws. Ensure tight terminal connections and clear routing of wires away from neighboring communication lines to prevent electromagnetic cross-talk.
- System Power Budgeting: While the individual output tracks can supply significant localized power (30W for 5V CPU, 15W for Relay, and 20W for Isolated), the combined simultaneous load distributed across all three voltage paths must not exceed the absolute 30 Watts total output threshold.
Technical FAQs
Q1: What is the primary difference between the 24 VDC Isolated and 24 VDC Relay outputs?
A1: The isolated output provides a clean, independent 24 VDC source to power external input modules and field sensors safely, whereas the relay output track is dedicated strictly to supplying circuit power for external output relay coils.
Q2: Why does the unit list both a 30W total output power and a 50W full load power rating?
A2: The 30 Watts represents the maximum total power available for downstream modules via the backplane, while the 50 Watts specification includes internal power conversion dissipation and heat overhead when running at maximum capacity.
Q3: Can this module operate directly on standard 24 VDC battery banks or power grids?
A3: No. The IC693PWR331 is designed strictly for a nominal 12 VDC input source. Connecting this unit directly to a 24 VDC supply line will cause irreversible overvoltage damage to the internal power conversion circuitry.
Aanvullende specificaties
Scalar (V/f)
Vector
Op netstroom
Koopgids
- Bevestig het exacte model, onderdeelnummer en specificaties voordat u bestelt.
- Zorg voor compatibiliteit met uw huidige machines of besturingssystemen.
- Neem contact op via sale@etowonauto.com of +8617859788089 voor technische ondersteuning.
- Bekijk de leveringsopties, doorlooptijden en verzendvereisten.
- Volg de instructies van de fabrikant en de beste praktijken tijdens de installatie.
Verzending en Retourneren
Voorraadartikelen worden doorgaans dezelfde werkdag verzonden. Voor producten die momenteel niet op voorraad zijn, kunnen de verzendtijden variëren afhankelijk van de beschikbaarheid. Internationale verzending is mogelijk, en de verzendkosten worden berekend op basis van bestemming, gewicht en gekozen vervoerder.
Retourzendingen worden geaccepteerd binnen 30 dagen na ontvangst, mits de artikelen ongebruikt en in originele staat zijn. De kosten voor retourzending zijn voor rekening van de klant. Neem alstublieft contact met ons op voordat u een artikel retourneert om een retourautorisatie te ontvangen.
Voor meer details kunt u onze Verzend- en Retourbeleid raadplegen.

3500/61-05-CN Temperature Monitor Module | Bently Nevada
3500/22-01-02-CN TDI Module Bently Nevada
Bently Nevada 3500/42-04-00 | Seismic Monitor
-
Snelle verzending
Originele onderdelen voor industriële automatisering beschikbaar voor snelle verzending wereldwijd.
-
Eenvoudige Retourzendingen
30 dagen retourrecht met 12 maanden garantie voor betrouwbare nazorgbescherming.
-
24/7 ondersteuning
Responsieve professionele ondersteuning om stabiele en efficiënte bedrijfsvoering te behouden.
-
Echt & Origineel
100% authentiek, rechtstreeks afkomstig van vertrouwde fabrikanten van industriële automatisering.
Technische & Koopgids
-
Can VersaMax PLC Expansion Fix Auto I/O Bottlenecks?
This article examines GE Fanuc VersaMax PLC expansion for automotive assembly I/O constraints. A 12-station SUV plant...
-
Is Your Legacy DCS Costing You 35% More Downtime Each Year?
This technical article presents a data-driven strategy for migrating end-of-life Emerson DCS to ABB 800F systems with...
-
What Is the Real Hourly Cost of Automation Downtime?
Industrial automation downtime creates severe financial losses, with PLC and DCS hardware failures causing 62% of unp...
-
Does Bently Nevada & PLC Integration Cut Refinery Downtime?
This article details a field-validated Bently Nevada 3500 and Allen-Bradley ControlLogix integration for oil and gas ...
-
Is Your Plant Ready for ABB-GE Fanuc Hybrid Control?
This article examines a hybrid ABB DCS and GE Fanuc PLC architecture for aging metallurgical lines, delivering 99.8% ...
-
Can Bently Nevada Integrate with Emerson DCS?
This article explores how Bently Nevada 3500 TSI and Emerson DeltaV DCS integration delivers measurable predictive ma...
