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IC610MDL115

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General Electric IC610MDL115 is a Fast Response I/O Module that gives Series One and Series One Plus controllers scan-independent reaction to short input events.
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Technical specifications for IC610MDL115

  • Manufacturer:
    General Electric
  • Part Number:
    IC610MDL115
  • Product Family:
    GE Intelligent Platforms
  • Product Type:
    Fast Response I/O Module
  • Stock:
    1
  • Controller Compatibility:
    Series One and Series One Plus
  • Input Circuits:
    4
  • Relay Output Circuits:
    2
  • I/O References Used:
    8
  • Maximum Input Voltage:
    36 VDC, open circuit
  • Input Current:
    16 mA maximum
  • Input ON Level:
    18 to 36 VDC
  • Input OFF Level:
    0 to 3 VDC
  • Input OFF-to-ON Response:
    0.3 to 1 ms
  • Input ON-to-OFF Response:
    50 to 150 ms
  • Maximum Input OFF Current:
    3 mA
  • Minimum Input ON Current:
    7 mA
  • Minimum Input Pulse Width:
    1 ms
  • Relay Operating Voltage:
    5 to 265 VAC/VDC
  • AC Frequency Range:
    47 to 63 Hz
  • Maximum Relay Current:
    4 A resistive; 0.5 A inductive
  • Maximum Leakage Current:
    1 mA
  • Smallest Recommended Load:
    10 mA
  • Relay OFF-to-ON Response:
    5 ms maximum
  • Relay ON-to-OFF Response:
    5 to 10 ms
  • Output Common Fuse:
    3 A
  • Condition:
    New Original ready stock
  • 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 System Fit Control Protection Wiring

Features:

  • Detects input pulses as short as one millisecond.
  • Provides fast relay action outside the normal CPU scan.
  • Lets each relay channel use manual or fast response operation.
The four DC input circuits use separate ON and OFF response characteristics, allowing rapid event pickup while maintaining a defined return interval.

Two independent mode-select references make it possible to commission one relay under ladder control and the other for direct field-event response.

The relay load table separates resistive, lamp, and solenoid duties across AC and DC operating voltages so contact current can be matched to expected service life.

Apter Power can provide quotation and official-document support for the General Electric IC610MDL115 Fast Response I/O Module used in Series One and Series One Plus control systems.
General Electric IC610MDL115 Fast Response I/O Module Manuals, Datasheets, Links 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 module in a Series One controller

  • Supported hosts: Use with a Series One or Series One Plus programmable controller.
  • Reference footprint: Reserve eight consecutive I/O references for each installed module.
  • System scale: A controller system can include as many as fourteen Fast Response I/O modules.
  • Expanded count: The maximum arrangement provides twenty-eight fast-response outputs and fifty-six inputs in total.

Following the paired channel logic

  • First channel: Inputs 0 and 1 form the enable/disable pair associated with output X4.
  • Second channel: Inputs 2 and 3 form the enable/disable pair associated with output X6.
  • Mode selection: S5 selects the operating mode for X4, while S7 performs the same role for X6.
  • Fast-mode decision: The enable input, disable input, and user logic are evaluated together by the published truth table.

Reading field status and protecting the relay common

  • Input indication: Each DC input circuit provides a field-side status indicator.
  • Output indication: Relay circuit indication is also located on the field side.
  • Common protection: A 3 A fuse is installed in the output common line.
  • Contact duty: Keep inrush and minimum-load limits within the specified relay operating envelope.

Translating the wiring drawing to field terminals

  • Input points: Land the four monitored field circuits on terminals 0 through 3 with the shared 24 VDC arrangement shown.
  • First relay: Use output terminal 4 with common C4 for its external load circuit.
  • Second relay: Use output terminal 6 with common C6 for the second external load circuit.
  • Supply routing: Wire the AC or DC load source through the relay pair exactly as illustrated in Figure 6-56.
Description
The General Electric IC610MDL115 is a Fast Response I/O Module for Series One and Series One Plus PLC systems, combining four DC sensing circuits with two relay switching channels for time-critical field events.

Each relay path on IC610MDL115 can operate in manual or fast response mode. Manual operation follows user logic like a conventional discrete output, while fast response operation lets its associated input pair act independently of the normal CPU scan.

A single IC610MDL115 occupies eight I/O references, and a controller system can accommodate multiple modules when additional fast-response points are required. Its fixed reference pattern keeps the two input pairs, output commands, and mode selections grouped together.

Because IC610MDL115 uses non-solid-state relays, contact duty must be chosen from the manufacturer's load table rather than from one current figure alone. Resistive, lamp, and solenoid loads have different allowable currents and expected operating life.
Alternative Names
IC610 MDL115 IC610-MDL115 IC610MDL-115 IC-610-MDL-115 GE IC610MDL115 GE Fanuc IC610MDL115 1C610MDL115 IC610MDL11S
Technical notes
Field devices connected to the IC610MDL115 inputs switch the module-supplied voltage instead of providing a separate external input source.
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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 might IC610MDL115 ignore a very brief field pulse?
IC610MDL115 requires a pulse at least 1 ms wide and an input that crosses the specified ON level; shorter or lower signals may not register reliably.
Can the two IC610MDL115 relay outputs use different operating modes?
Yes. IC610MDL115 assigns separate mode-select references S5 and S7, so one relay channel can remain manual while the other uses fast response.
Why can an IC610MDL115 output stay off even when its user-logic command is true?
In fast response mode, IC610MDL115 also evaluates the associated disable input; an asserted disable path forces that channel off under the published truth table.
Do the fast-response inputs affect IC610MDL115 while a channel is in manual mode?
No. For an IC610MDL115 channel selected for manual mode, the corresponding output follows user logic and its associated fast-response inputs do not control it.
Why must the load type be checked before rating an IC610MDL115 relay output?
IC610MDL115 uses electromechanical contacts, and the permitted current and expected operations differ for resistive, lamp, and solenoid duties at each voltage.
What should be recorded when mapping IC610MDL115 into an existing program?
Record all eight IC610MDL115 references, including inputs 0-3, outputs X4 and X6, and mode selections S5 and S7, before changing the ladder map.
How should IC610MDL115 input and output indicators be interpreted during checkout?
The IC610MDL115 indicators are on the field side, so compare them with terminal conditions and the programmed reference state when isolating a wiring or logic mismatch.

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