ICS Triplex T9110 | SIL 3 Certified Processor | Asset

Description

Unboxing & Physical Snapshot

• Model & Brand: ICS Triplex T9110, AADvance processor module. Rockwell Automation documentation identifies T9110 specifically as the Processor Module.
• Physical Dimensions: 166 × 42 × 118 mm (H × W × D), approximately 6.5 × 1.63 × 4.63 in.
• Estimated Shipping Weight: Module weight is approximately 430 g (15 oz.). Allow roughly 0.7–1.0 kg packed for freight planning, subject to actual packaging.
• What’s in the Box: T9110 processor module and OEM packaging/documentation where supplied. The T9100 processor base unit is separate and should not be assumed to be included.
• Receiving inspection: Record the processor’s hardware revision, firmware build, serial number, and label data before installation. Rockwell documentation specifically notes that the side labels become inaccessible after installation.

Product Introduction

The T9110 is the processor element of the ICS Triplex AADvance safety-controller architecture. It mounts into the T9100 processor base unit, which provides the electrical connections between processor modules and the remainder of the controller. Up to three processor modules can form a redundant processor group, supporting simplex, dual, or triple-redundant safety architectures.

This is not a generic 24 VDC CPU spare. Processor hardware revision and firmware compatibility are controlled parameters. Rockwell’s compatibility documentation, for example, identifies T9110 hardware revisions A–G as incompatible with a later firmware configuration, while revisions H–K are identified as functionally identical for the specified release. When replacing one processor in a redundant controller, match the firmware build across the installed processor set.

Core Technical Specifications

ICS Triplex T9110

The published AADvance specification gives 8 W module power dissipation, which is the figure that should be entered into cabinet heat-load calculations rather than an assumed nominal value.

Memory is divided among boot flash, SRAM, bulk flash, and SDRAM. Do not substitute third-party descriptions claiming substantially different processor memory architecture without reconciling them against the applicable Rockwell/ICS Triplex hardware revision and manual.

Global Compliance & Industry Certifications

• IEC 61508 / SIL: The supports safety architectures up to SIL 3 when deployed in the appropriate redundant AADvance configuration. A single processor does not by itself establish a SIL 3 system claim.
• TÜV certification: Rockwell’s current safety certificate identifies the Processor Module and specific hardware/software revisions under the AADvance V2.011 certification. Listed revisions include H18, H19, I18, I19, J20, and K21, with later revisions documented separately.
• CE Mark: Verify the applicable AADvance declaration for the exact hardware and system configuration.
• UL/cUL: Verify the exact product certificate and installation configuration before making a UL/cUL claim.
• ATEX/IECEx: Do not assume hazardous-area certification from the SIL rating. Hazardous-area installation requires the applicable certified system, enclosure, segregation, and associated equipment.
• Marine approvals: DNV, ABS, LR, or equivalent marine certification must be confirmed against the exact system configuration when required.

The distinction between component certification and system certification is critical. A hardware revision appearing in a functional-safety certificate does not automatically certify every software build, controller architecture, enclosure, power supply, or field device.

Verify specific lot certifications with OEM.

Long-Term Storage & Asset Preservation Guide

1. Maintain ESD and moisture protection. Keep the inside its original ESD shielding packaging when stored. The module contains processor electronics and flash/volatile memory; avoid uncontrolled humidity and condensation.
2. Preserve firmware traceability. Record the hardware revision and firmware build before shelving the unit. This is particularly important for AADvance because Rockwell’s compatibility matrix differentiates hardware revisions and supported firmware.
3. Protect the connector interface. Keep the rear mating connectors protected from dust, oxidation, and mechanical impact. Do not stack heavy components directly on the module’s connector housing or plastic enclosure.

For long-term safety-system spares, retain the certificate revision, firmware information, serial number, and hardware revision with the asset record. Those details can determine whether the spare is actually deployable years later.

ICS Triplex T9110

Physical Installation Prerequisites

• Base unit: The installs into the T9100 processor base unit. It is not a standalone DIN-rail processor. The base unit can be mounted on standard DIN rail or directly to a panel/wall.
• Redundant power: The AADvance controller uses redundant 24 VDC nominal supplies, with an 18–32 VDC specified range. Use the required SELV/PELV power architecture for the application.
• Clearance: Preserve sufficient space around the module and base assembly for insertion, removal, connector access, and cabinet heat dissipation. Use the OEM installation drawing for final clearance dimensions.
• Grounding: The controller installation requires both protective/safety grounding and the appropriate functional grounding arrangement. The T9100 base-unit grounding provisions and exposed metalwork must be bonded according to the installation documentation.
• Thermal design: Budget in the enclosure heat calculation at the documented worst-case design condition.
• Redundancy: When used in 1oo2D or 2oo3D architecture, confirm that all installed processor modules meet the approved hardware and firmware compatibility requirements.
• Commissioning: Capture the side-label information before insertion, verify firmware compatibility, confirm power redundancy, and perform the site’s approved safety-function validation before returning the controller to service.

Buyer’s FAQ

Q: What HS tariff code should be used for the ?
A: Do not treat a supplier-provided HS code as automatically authoritative. The is a processor module for an industrial safety controller, and the final HS/national tariff classification should be confirmed from the product’s technical function and the importing country’s tariff schedule. Obtain a broker classification before issuing the commercial invoice.

Q: What Country of Origin should be declared?
A: Use the actual manufacturing COO supported by the product marking or supplier/manufacturer documentation. Public reseller listings are inconsistent on origin, so do not copy a marketplace or distributor statement into the customs record without supporting evidence.

Q: Is shipping insurance worthwhile for a ?
A: Yes, particularly for international shipment of a safety-system spare. The module itself weighs only about 430 g, but its operational replacement value can be much higher than its physical weight suggests. Photograph the serial number, hardware revision, packaging, and connector condition before dispatch.

Q: Does a replacement contain the latest firmware?
A: Not necessarily. Firmware must be checked against the processor’s hardware revision and the controller’s approved AADvance software baseline. Rockwell’s compatibility documentation explicitly distinguishes hardware revisions and supported firmware versions.

Asset-control note: For a safety-system spare, hardware revision + firmware build + serial number should be mandatory warehouse fields. A bare “” description is inadequate for controlled replacement because processor compatibility can vary by revision. Rockwell’s safety certificate also identifies specific hardware/software revisions within the certified AADvance configuration.