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    Apter Power can quote and source IC630PWR314 as a high-capacity 24 VDC power supply for a local Series Three CPU base.

IC630PWR314

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General Electric IC630PWR314 is the high-capacity 24 VDC power supply assigned to a Series Three CPU base.
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Technical specifications for IC630PWR314

  • Manufacturer:
    General Electric
  • Part Number:
    IC630PWR314
  • Product Family:
    GE Intelligent Platforms
  • Product Type:
    High-Capacity 24 VDC CPU Base Power Supply
  • Stock:
    1
  • Power-source assignment:
    Local CPU base
  • Controller family:
    GE Series Three
  • Input source:
    24 VDC
  • Capacity class:
    High-capacity
  • +5 V load allocation:
    300 load units
  • +12 V load allocation:
    200 load units
  • Load-unit basis:
    10 mA per load unit
  • Applicable base sizes:
    4, 6, or 8 module positions
  • Compatible base units:
    IC630CHS304, IC630CHS306, or IC630CHS308
  • Mounting position:
    Dedicated left-side supply position
  • Base requirement:
    One power supply per base unit
  • Source wiring:
    Correct positive and negative DC connections
  • Status indication:
    RUN and FAULT operating states
  • Relay monitoring:
    Separate RUN and FAULT contacts
  • Load calculation scope:
    Processor, communications, and installed I/O modules
  • Tariff Code:
    8504409999
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen, Fujian, China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Local DC Rail Capacity DC Wiring Base Fit

Features:

  • Accepts a 24 VDC plant source for a Series Three base containing the processor.
  • Uses the dedicated supply location while the numbered base positions remain available to system modules.
  • Maintains separate +5 V and +12 V backplane load allowances.
IC630PWR314 is the local-base DC supply; the 24 VDC catalog item intended for a remote I/O station is IC630PWR324.

Because the incoming source is direct current, conductor polarity is part of the base-power connection rather than an AC voltage-selection setting.

Each Series Three base has its own supply, so adding another base also adds a separate power-source assignment.

Apter Power can respond to sourcing enquiries for the General Electric IC630PWR314 24 VDC CPU base power supply while it remains assigned to the active OEM lifecycle stage.
General Electric IC630PWR314 High-Capacity CPU Base Power Supply Manuals,Datasheets,Link Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

Placing the DC supply in the processor base

  • Catalog role: IC630PWR314 belongs with the base that houses the Series Three CPU.
  • Input form: The unit is fed from 24 VDC rather than from a selectable 115/230 VAC line.
  • Reserved location: Its supply position is separate from the numbered positions used by the processor and I/O modules.
  • Remote alternative: The 24 VDC supply assigned to a remote I/O base carries catalog number IC630PWR324.

Relating module demand to the two rails

  • +5 V users: Logic circuits and other modules assigned to the +5 V rail contribute to one running total.
  • +12 V users: Hardware that calls for +12 V is accumulated independently from the +5 V demand.
  • Conversion basis: The published load-unit figures translate at 10 mA for each unit.
  • Decision point: Both totals must remain inside the IC630PWR314 allocation for the chosen rack population.

Connecting the 24 VDC source

  • Polarity: Positive and return conductors must follow the designated DC input arrangement.
  • Source match: The incoming feeder is a 24 VDC circuit and does not use the AC model terminal selection.
  • Power isolation: De-energizing the feeder removes base power before the supply is handled.
  • Base connection: Once seated in its supply position, the unit feeds the Series Three backplane rather than field-load wiring.

Coordinating the supply with the installed base

  • Base range: Four-, six-, and eight-position Series Three bases use a separate compatible supply.
  • One per base: A multi-base controller arrangement does not share one IC630PWR314 across every chassis.
  • Population effect: Processor, communication and I/O choices determine the load presented by the local base.
  • Expansion boundary: Additional remote or expansion stations are evaluated with the supply fitted to each respective base.
Description
Designed for a Series Three processor base supplied from plant DC, the General Electric IC630PWR314 is the high-capacity 24 VDC power unit for the local rack.

The direct-current input makes this catalog choice distinct from the selectable AC supplies in the same family. Its incoming conductors must preserve the specified polarity so the base receives the intended source condition.

A dedicated supply location sits beside the numbered module positions, allowing the processor and I/O hardware to use the base without consuming that power position. Each installed base receives its own compatible supply.

Backplane demand remains divided between the +5 V and +12 V rails. The actual processor, communication and I/O population determines the two totals, and spare allowance on one rail does not supplement the other.
Revisions

Revision Part #

Also known as

IC630PWR314A
IC630PWR314-A, Series A, Rev A
Alternative Names
IC630 PWR314 IC630-PWR314 IC-630-PWR-314 GE IC630PWR314 General Electric IC630PWR314 Series Three PWR314 IC630PWR3I4 IC63OPWR314
Technical notes
IC630PWR314 uses a 24 VDC input, so source polarity must match the designated DC terminals.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Why can reversed polarity keep IC630PWR314 from starting?
IC630PWR314 uses polarity-sensitive 24 VDC input terminals, so the positive and negative conductors must match the marked connections before power is applied.
Can spare +12 V capacity increase the +5 V allowance of IC630PWR314?
No. IC630PWR314 maintains separate 300-unit +5 V and 200-unit +12 V limits; unused capacity on one rail cannot be reassigned to the other.
Which Series Three bases accept IC630PWR314 without changing the supply type?
IC630PWR314 is listed for IC630CHS304, IC630CHS306, and IC630CHS308 CPU bases, providing four, six, or eight module positions.
How is IC630PWR314 distinguished from IC630PWR324 during selection?
IC630PWR314 powers the local CPU base, whereas IC630PWR324 is the 24 VDC supply assigned to a remote I/O base.
Where does a communications module load enter an IC630PWR314 calculation?
The IC630PWR314 assessment adds the communications module to the processor and installed I/O demand on the corresponding rail.
Why can a partly populated eight-slot base remain within IC630PWR314 capacity?
IC630PWR314 capacity depends on actual module demand rather than slot count, so an eight-position base may draw less than a fuller smaller base.
What does one load unit mean when calculating IC630PWR314 capacity?
For IC630PWR314, one load unit equals 10 mA; its 300-unit and 200-unit ratings therefore correspond to 3.0 A and 2.0 A.

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