Description

Foxboro H90 H90C9AA0117S | Genuine Foxboro Industrial Control Workstation Hardware

Product Core Brief

Model: H90 H90C9AA0117S
Brand: Foxboro (Schneider Electric)
Series: I/A Series DCS Platform
Core Function: Rack-mounted industrial workstation server to run DCS control software, HMI and historical data service
Type: 2U Rackmount Industrial Workstation Server
Key Specs: Redundant hot-swap PSU | RAID storage support | Multi-Gigabit Ethernet | Multi-monitor output
Condition: New Surplus, non-refurbished

⚠️ This hardware is officially discontinued by the manufacturer; available stock is limited.

Key Technical Specifications

Parameter	Specification
Full Part Number	H90 H90C9AA0117S
Form Factor	2U Rack Mount Chassis
Power Supply	Dual hot-swappable redundant AC power supply, 100–240 VAC
Storage Support	SAS/SATA hard drives, RAID1 / RAID5 configurable, hot-swap drive bays
Network Interfaces	Multiple integrated Gigabit Ethernet ports for DCS mesh network & corporate LAN
Video Output	Supports up to 4 industrial monitors, optional remote graphics extension
External Ports	USB 2.0, Serial RS232, Audio interface
Supported OS	Windows Server 2008 R2 / Windows Server 2016 (I/A Series certified)
Operating Temperature	10 °C ~ 35 °C (control room environment)
Cooling System	Redundant hot-swappable cooling fans
Main Application	Host Control Core Services, HMI operator stations, data historian servers
Compatible System	Foxboro I/A Series & Foxboro Evo DCS

Foxboro H90 H90C9AA0117S

Product Introduction

Foxboro H90 H90C9AA0117S is a 2U rackmount industrial workstation server designed for the Foxboro I/A Series distributed control system. This certified hardware platform executes DCS control applications, operator graphical interfaces, alarm management and process historical data recording inside plant control rooms.

Built for continuous 24/7 industrial operation, the server adopts redundant power, redundant cooling and configurable disk RAID architecture to reduce single-point failure risks. It serves as a critical computing node to connect field control processors and upper-level enterprise management systems. For sites running legacy I/A Series systems, this model is a direct hardware replacement for aging existing servers during maintenance turnaround.

Application Scenarios & Pain Points

Continuous process plants rely on stable DCS servers to maintain process visibility. Once the workstation hardware fails, operators lose real-time process displays, alarm notifications and historical trending. Many old I/A Series sites face hardware obsolescence; original factory lead times stretch for months, and unplanned server faults trigger major operational risks.

Typical Application Scenarios:

Oil & Gas Refineries – Main Control Room DCS Servers

Run operator HMI stations and plant-wide alarm servers for distillation, cracking and blending units.
Chemical & Petrochemical Plants – Process Monitoring Nodes

Support continuous chemical reaction process trending, batch recipe management and safety system interface.
Power Generation – Thermal Power Plant DCS Workstations

Host boiler, turbine and auxiliary system monitoring graphics for central control rooms.
Water Treatment & Pulp & Paper – Distributed SCADA Nodes

Execute remote data collection, sequence control monitoring and report generation tasks.

Case Reference:

A coastal chemical plant operated I/A Series system with original H90 servers deployed over 12 years. One workstation suffered motherboard failure during peak production. The Schneider official supply channel required 8-week delivery. Without spare hardware, the site would lose critical process monitoring functions.

After sourcing H90 H90C9AA0117S spare unit, full hardware inspection and preloading compatible system image were completed. The unit was installed during planned shutdown, and the DCS network resumed normal operation within hours. This experience pushed the site to establish dedicated spare server inventory for critical control room nodes.

Foxboro H90 H90C9AA0117S

Compatibility & Replacement Matrix

H90 H90C9AA0117S → H90QHQE013N0 : Partial compatible; Verify CPU, memory and system OS version; Requires OS re-install and license migration, not plug-and-play

H90 H90C9AA0117S → Generic commercial IT server : Not directly compatible; Only Foxboro certified H90 hardware passes I/A Series driver validation

H90 H90C9AA0117S → H90 older hardware revisions : Confirm BIOS version and firmware; outdated BIOS may cause network communication instability

Critical Replacement Notes

Export complete system configuration, license files and historical data backup before server replacement. DCS software licenses are hardware-bound on many legacy I/A Series versions.
Match original operating system version; mismatched Windows Server releases will cause I/A Series software startup failure.
Verify network adapter configuration; dual Ethernet ports must follow plant DCS mesh network IP planning.
Hardware RAID configuration must be duplicated; incorrect RAID setup leads to disk data loss.

Quality Control Testing Process

Incoming Inspection

Serial number verification, full visual inspection for chassis deformation, damaged connectors, scratch or component repair traces.
Power-on Continuous Live Test

Boot into certified Windows Server environment, check hardware self-test, PSU and fan status. Run 24-hour continuous burn-in test, monitor CPU temperature and storage stability.
Hardware Interface Test

Test all Ethernet ports, USB, serial communication and multi-monitor video output function. Verify RAID controller identification.
System Record

Record hardware configuration, BIOS version; save hardware test log.
Final Packaging

Anti-static protection, shock-resistant bubble packaging. Test photos and inspection reports can be provided upon customer request.

Field Installation Pitfall Guide

Operating System & License Mismatch

I met a site case where engineers installed the latest Windows Server on replacement H90 hardware. The legacy I/A Series software cannot run on newer OS, leading to 3 days of delay. Always use the same OS version as the original workstation.
Ignoring Dedicated Control Network Isolation

Two Ethernet ports must be separated: one for DCS control mesh network, another for office network. Improper routing setup creates network broadcast storms and disrupts field controllers.
RAID Configuration Loss

Many technicians skip recording original RAID array parameters. After hardware swap, rebuilding RAID without matching settings results in inaccessible hard disk data. Take screenshots of RAID setup before shutdown.
Insufficient Cooling Inside Control Cabinets

H90 servers require proper cabinet ventilation. If installed without airflow planning, long-term high ambient temperature accelerates hard disk failure.
ESD Protection During Hardware Maintenance

Internal memory, RAID controller and network cards are sensitive to static discharge. Always use anti-static wristbands when opening the chassis for component replacement.