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IC630MDL316

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General Electric IC630MDL316 is a Series Three two-channel DC analog input module that accepts 1–5 VDC or 1–10 VDC signals for controller processing.
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Technical specifications for IC630MDL316

  • Manufacturer:
    General Electric
  • Part Number:
    IC630MDL316
  • Product Family:
    GE Intelligent Platforms
  • Product Type:
    2-Channel DC Analog Input Module
  • Stock:
    1
  • Input channels:
    2
  • Supported range 1:
    1–5 VDC
  • Supported range 2:
    1–10 VDC
  • +5 V load:
    30 units
  • +5 V current:
    300 mA
  • +12 V load:
    Not used
  • Load calculation basis:
    Worst case with all inputs and outputs on
  • Tariff Code:
    8538900000
  • 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 Signal Ranges Channel Use Scaling Check Rack Demand

Features:

  • Provides two continuous DC analog input channels for Series Three control.
  • Supports 1-5 VDC and 1-10 VDC signal ranges.
  • Uses 300 mA from the +5 V rack supply with no assigned +12 V load.
IC630MDL316 converts two changing voltage measurements into values that a Series Three program can process.

Each channel's transmitter output, selected range, zero point, full-scale value, and controller scaling must describe the same measurement.

IC630MDL316B represents thirty +5 V load units, so its 300 mA demand belongs in every rack-capacity calculation.

The General Electric IC630MDL316 2-Channel DC Analog Input Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
General Electric IC630MDL316 2-Channel DC Analog Input Module 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.

Choosing the electrical span for each measurement

  • Available spans: IC630MDL316B accepts 1–5 VDC and 1–10 VDC analog inputs.
  • Interpretation: One measured voltage represents a different percentage of scale in the two ranges.
  • Field match: The transmitter output must agree with the range expected by the Series Three program.
  • Recordkeeping: The selected span should remain attached to the individual channel record.

Keeping the two measurements independent

  • Channel count: IC630MDL316 provides two DC analog input paths.
  • Identification: Each path should retain its own field-device name, terminal record, and controller reference.
  • Comparison: A raw voltage reading can be checked against the displayed engineering value without disturbing the other channel.
  • Fault isolation: A shared module or +5 V problem can affect both paths, while a field-source fault may remain local to one.

Aligning voltage range with program scaling

  • Zero point: The lower endpoint used by the program must match the chosen electrical range.
  • Full scale: The upper endpoint must represent 5 V or 10 V as appropriate.
  • Plausible errors: A mismatched range can produce a stable but incorrect process value.
  • Commissioning check: Compare the applied voltage, raw channel reading, and converted engineering value together.

Reserving enough +5 V capacity

  • Load units: IC630MDL316B uses thirty Series Three +5 V units.
  • Current: Thirty units at 10 mA each equal a 300 mA +5 V allocation.
  • Other rail: The module uses no +12 V allocation.
  • Capacity check: Confirm at least 300 mA remains on +5 V before installing or moving IC630MDL316.
Description
Two changing field voltages can be brought into a GE Fanuc Series Three controller through IC630MDL316. Its two analog channels convert continuous process signals into values the program can scale, compare, and use in control logic.

Each channel supports a 1–5 VDC or 1–10 VDC input range. The transmitter output, zero point, full-scale value, and controller conversion must use the same span or a healthy signal may produce the wrong engineering value.

IC630MDL316B requires thirty +5 V load units, equal to 300 mA, and the Series Three table assigns no +12 V load. Its power demand must fit the remaining rack capacity.

If both channels stop responding, shared conditions such as seating and +5 V availability should be checked first. A fault affecting only one measurement can then be isolated through that channel’s source, range, terminal path, and scaling.
Revisions

Revision Part #

Also known as

IC630MDL316B
IC630MDL316-B, Series B, Rev B
Alternative Names
IC630MDL316B IC630MDL316-B IC630-MDL316 IC630 MDL 316 GE IC630MDL316 GE Fanuc IC630MDL316 Series Three IC630MDL316 IC630MDL316 2-Channel Analog Input
Technical notes
IC630MDL316 accepts two analog channels for 1–5 VDC or 1–10 VDC signals and uses 30 +5 V load units, equal to 300 mA, with no assigned +12 V load.
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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 IC630MDL316 show a plausible but incorrect process value?
For IC630MDL316, confirm that the field signal and controller scaling use the same 1–5 VDC or 1–10 VDC range.
What should be recorded before replacing IC630MDL316?
Before replacing IC630MDL316B, record each channel’s range, signal source, controller scaling, terminal identity, raw reading, and installed rack position.
How much rack capacity is required for IC630MDL316B?
Reserve 30 +5 V load units, equal to 300 mA, for IC630MDL316B; the Series Three table assigns no +12 V load.
What should be checked when both IC630MDL316 channels stop responding?
With IC630MDL316, check module seating and the shared +5 V rail first, then test each field source and selected range separately.
Can IC630MDL316 accept a 4–20 mA loop directly?
IC630MDL316B accepts 1–5 VDC or 1–10 VDC; a 4–20 mA loop needs the correct external conversion into a supported voltage range.
What can make one IC630MDL316 channel disagree with the other?
For IC630MDL316, compare each channel’s field source, selected range, terminal path, and controller scaling to isolate a single-channel disagreement.

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