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ICSI16D1-FPR3315101R1032

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ABB ICSI16D1-FPR3315101R1032 is a Procontic CS31 binary input remote unit with 16 non-isolated 24 VDC inputs and ECZ plug-in base connection.
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Technical specifications for ICSI16D1-FPR3315101R1032

  • Manufacturer:
    ABB
  • Part Number:
    ICSI16D1-FPR3315101R1032
  • Product Family:
    ABB Procontic
  • Product Type:
    Binary Input Remote Unit
  • Stock:
    1
  • ABB Type:
    ICSI16D1
  • ABB Order Reference:
    FPR3315101R1032
  • Input Channels:
    16
  • Input Type:
    Non-isolated binary inputs
  • Nominal Input Voltage:
    24 VDC
  • Signal 0 Range:
    -3 to +5 V
  • Signal 1 Range:
    +15 to +30 V
  • Input Current:
    6 mA
  • Input Delay:
    2–32 ms
  • Maximum Unit Current:
    0.2 A
  • Power Dissipation:
    4.5 W
  • Base Type:
    ECZ plug-in base
  • Indicators:
    Input LEDs, test LED and error LED
  • Tariff Code:
    8537101190
  • Country of origin:
    Sweden
  • 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 Input Wiring Local Diagnostics Base Integration Product Applications

Features:

  • Sixteen remote inputs: The unit concentrates discrete 24 VDC field states for the CS31 control system.
  • Channel indication: Individual LEDs support local comparison between field state and controller observation.
  • ECZ base connection: The plug-in arrangement separates the replaceable unit from fixed field wiring.
The complete model combines the ICSI16D1 functional type with its FPR ordering reference for unambiguous stores and maintenance control.

Its system role is remote binary input acquisition, with all channels operating inside the documented non-isolated architecture.

A replacement decision should preserve the ECZ base, signal reference and delay assumptions used by the control project.

Apter Power can assist with sourcing the ABB ICSI16D1-FPR3315101R1032 Binary Input Remote Unit after its ECZ base and 24 VDC field arrangement are reviewed.
ABB ICSI16D1-FPR3315101R1032 Binary Input Remote Unit Manuals,Datasheets,Link
Important Notice: No qualified exact-model English PDF is attached. Use the complete product model in every document request.
  • Shared electrical context: Design and diagnose the channels as non-isolated 24 VDC inputs.
  • State thresholds: Keep field signals outside the undefined region between documented 0 and 1 ranges.
  • Current planning: Include input current and complete unit demand in the remote station power assessment.
  • Channel trace: Label each ECZ base circuit before the plug-in unit is removed.
  • Input LEDs: Compare channel indication with the physical field device and controller image.
  • Test indication: Use the documented test state to separate unit operation from process behavior.
  • Error indication: Treat the error LED as a diagnostic entry rather than immediate proof of a failed channel.
  • One-signal method: Restore and prove channels individually after an exchange.
  • ECZ connection: Use the matching plug-in base and preserve its fixed field wiring.
  • De-energized exchange: Follow the remote-station isolation procedure before releasing the unit.
  • Contact inspection: Reject contamination or damage that can compromise base engagement.
  • Project acceptance: Confirm the controller sees the expected state changes before process restart.
  • Remote status collection: Brings discrete 24 VDC machine states into a Procontic CS31 system.
  • Limit and interlock inputs: Supports field contacts used by documented control logic.
  • Maintenance diagnostics: Provides local channel indication at the remote I/O location.
  • Installed-base replacement: Restores an ECZ-based ICSI16D1 remote unit under complete order identity.
Description
Remote collection of sixteen discrete field states is the working purpose of ICSI16D1-FPR3315101R1032 in an ABB Procontic CS31 control installation.

Each input on ICSI16D1-FPR3315101R1032 shares the documented non-isolated 24 VDC architecture, so field commoning and fault investigation must respect the unit-level electrical arrangement.

The ECZ plug-in base allows ICSI16D1-FPR3315101R1032 to be exchanged within its remote-unit installation, while channel LEDs plus test and error indication support a controlled signal-by-signal return to service.
Alternative Names
ICSI16D1 ICSI 16 D1 FPR3315101R1032 ICSI16D1FPR3315101R1032
Technical notes
The sixteen 24 VDC inputs on ICSI16D1-FPR3315101R1032 are non-isolated. Treating channels as individually isolated can create unintended common paths during troubleshooting or retrofit work. Confirm the ECZ base wiring and shared reference arrangement with power removed before connecting field circuits or substituting another remote unit.
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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.
One channel LED is on at ICSI16D1-FPR3315101R1032 but the controller reads off. Where should diagnosis begin?
Compare the field voltage, ECZ base contact and project input address for that channel before replacing the unit. The LED proves local sensing, not the complete controller path.
Can an isolated input module replace ICSI16D1-FPR3315101R1032 without wiring changes?
No automatic substitution is justified. Its sixteen inputs are non-isolated, so reference wiring and diagnostic behavior must be reviewed as part of a redesign.
A field signal sits between the documented 0 and 1 ranges on ICSI16D1-FPR3315101R1032. May it be accepted as stable?
No. Treat that voltage as an undefined condition and correct the field circuit before relying on the controller state.
ICSI16D1-FPR3315101R1032 shows an error indication after a base exchange. What is the next safe decision?
Keep the process stopped and inspect ECZ seating, supply and controller communication before moving to individual field-channel tests.
Can ICSI16D1-FPR3315101R1032 be removed while the remote station remains energized?
Follow the ABB service isolation procedure and do not assume hot removal from the plug-in form alone. Protect both the base contacts and active field circuits.
What proves ICSI16D1-FPR3315101R1032 is ready after replacement?
Demonstrate the expected state transition for each used channel at the field device, local LED and controller image before process authority returns.