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ABB AI910N | S900 Redundancy Module | Factory New OEM

Original price was: $1,566.00.Current price is: $1,500.00.

Parameter Value
Module Type Redundancy Module (ABB S900 I/O Series)
Factory Part Number AI910N / 3KDE175513L9100
Operating Power Supply Powered directly via S900 backplane bus rail
Power Consumption Low-power industrial profile (< 5 W nominal)
Mounting Format DIN-rail or dedicated S900 base mounting rack
Category: SKU: AI910N Tag:

Description

 

1. Unboxing & Physical Snapshot

  • Model & Brand: ABB S900 Remote I/O Redundancy Module — Part Number: AI910N (3KDE175513L9100)
  • Physical Dimensions: Approximately 105 mm × 104 mm × 65 mm (Standard S900 modular enclosure profile)
  • Estimated Shipping Weight: 0.55 kg (Packaged in industrial corrugated containment casing with anti-static protective bubble wrap)
  • What’s in the Box: ABB AI910N redundancy module, pluggable terminal blocks, safety compliance insert, and manufacturer traceability slip.

 

2. Product Introduction

Structure B (Architecture hook): This specialized redundancy module mounts directly onto standard S900 remote I/O base units, sliding securely into dedicated card slots where high-availability bus communication links field instrumentation to the central control system. Within distributed plant architectures, the hardware guarantees continuous process uptime by managing automatic signal switchover during primary channel faults.

Housed in a ruggedized industrial polymer casing, the internal circuitry resists corrosive atmospheres and persistent plant floor vibrations. Its modular plug-and-play layout allows maintenance engineers to execute hot-swap replacements without de-energizing active production loops (—which is vital for maintaining zero downtime in continuous chemical refining units).

 

3. Core Technical Specifications

Parameter Value
Module Type Redundancy Module (ABB S900 I/O Series)
Factory Part Number AI910N / 3KDE175513L9100
Operating Power Supply Powered directly via S900 backplane bus rail
Power Consumption Low-power industrial profile (< 5 W nominal)
Mounting Format DIN-rail or dedicated S900 base mounting rack
Enclosure Protection IP20 open-style industrial electronic module housing
Operating Temperature Range -20°C to +70°C continuous ambient threshold
Relative Humidity Up to 95% non-condensing operating limit
Physical Weight Approximately 0.45 kg

 

4. Global Compliance & Industry Certifications

Auditors reviewing high-availability safety and control systems require strict documentation packages to verify environmental and electrical resilience.

  • Expected Certifications: CE Mark (EMC and Low Voltage Directives), ATEX / IECEx for hazardous area deployment (Zone 1 and Zone 2 options), and UL/cUL Listed Industrial Control Equipment.
  • Safety Relevance: The ATEX hazardous area classification guarantees that the module’s internal electrical energy levels will not ignite volatile gas or dust mixtures present in remote processing zones.
  • Audit Note: Cross-reference the module part number and lot serial code with your S900 system installation drawings prior to physical commissioning.

 

5. Long-Term Storage & Asset Preservation Guide

Veteran Maintenance Note: Storing high-density remote I/O electronic modules requires strict climate discipline to prevent oxidation along the backplane connector pins.

  • ESD Protection: Keep the module sealed inside its original anti-static moisture-barrier bag to shield sensitive internal CMOS logic gates from electrostatic discharge.
  • Humidity Management: Maintain warehouse storage relative humidity strictly below 50% non-condensing to prevent atmospheric tarnishing of the gold-plated edge contacts.
  • Periodic Audit: Inspect the rear connector pins annually during inventory counts to ensure zero signs of surface corrosion before field deployment.

 

6. Physical Installation Prerequisites

  • Ensure a clean clearance envelope around the S900 base rack chassis to allow proper thermal convection airflow across adjacent modules.
  • Align the module carefully with the backplane guide rails, applying steady, even pressure until the rear connector pins seat fully into the bus.
  • Fasten any integrated mechanical locking mechanisms completely to prevent vibration-induced decoupling in high-motion industrial environments.

 

7. Buyer’s FAQ (Logistics & Compliance Focus)