ICSI16E1
Binary Input Module · 16 Channels · 24 VDC
Lifecycle note: Confirm the complete order number, 24 VDC field supply, ECZ base wiring and CS31 configuration before replacement.
ItemNO:
FPR3316101R1032Product Condition
Original New with One Year WarrantyParts Available
In Stock and Same Day ShippingDelivery Mode
Shipping via DHL Fedex or UPS etcBinary Input Module · Procontic CS31
ABB ICSI16E1 is a Binary Input Module for Procontic CS31 applications. The selected 24 VDC order number is FPR3316101R1032, and the complete model and order identity must remain traceable to the installed configuration.
Key technical identifiers for engineering review include Input channels: 16; Nominal input: 24 VDC; Input isolation: 1500 VAC opto-isolated; Input current: 6 mA; Input delay: 2–32 ms. Check these values against field wiring, the ECZ base, CS31 addressing, project drawings and the current asset record before replacement.
For commissioning and maintenance, follow the approved isolation, inspection and test procedure. Record point checks, configuration, wiring condition and observed system response. For MRO procurement, provide a clear nameplate photo, required quantity, destination, urgency and revision restrictions, and distinguish new, surplus and refurbished condition.
| Manufacturer | ABB |
|---|---|
| Model | ICSI16E1 |
| Module type | Binary Input Module |
| Input channels | 16 |
| Nominal input | 24 VDC |
| Input isolation | 1500 VAC opto-isolated |
| Input current | 6 mA |
| Input delay | 2–32 ms |
| 0 / 1 thresholds | -3 to +5 V / +15 to +30 V |
| Maximum consumption | 0.2 A |
| Maximum dissipation | 4.5 W |
| Mounting | ECZ plug-in base |
| 24 VDC order number | FPR3316101R1032 |
| Other order numbers | 230 VAC FPR3316101R0036; 120 VAC FPR3316101R0034 |
Procontic CS31 is a legacy ABB automation platform. Confirm the complete installed configuration before replacement or migration.
Use the published thresholds: -3 to +5 V for state 0 and +15 to +30 V for state 1. Values in the undefined region require field-circuit investigation before commissioning.
Adjust the 2–32 ms delay only after reviewing contact bounce, pulse duration and process response. Record the approved value for every affected input group.
It defines the separation expected between field inputs and internal electronics. Inspect the ECZ base and insulation condition; perform only site-approved dielectric or insulation tests.
Reuse is acceptable only after terminal numbering, common conductors, polarity and conductor condition match the approved drawings and the replacement nameplate.
Allow for the documented maximum consumption of 0.2 A and maximum dissipation of 4.5 W, then include the module in the cabinet power and thermal calculation.
Typical causes include marginal field voltage, loose terminals, contact bounce, induced noise or an incorrect delay. Measure the signal at the ECZ terminal before replacing hardware.
Check FPR3316101R1032, connector and housing condition, terminal cleanliness, label traceability and channel response using a controlled 24 VDC test source.
Purchase against the full FPR number. FPR3316101R1032 is the 24 VDC selection; FPR3316101R0036 and FPR3316101R0034 identify different supply variants.
Send the model, complete part number, quantity, destination and nameplate photo. We will verify identification details before confirming availability and lead time.
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