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GE IC5005CAC0000 Industrial Panel PC / HMI Platform

The GE IC5005CAC0000 serves as a panel-mounted industrial PC at the visualization layer of the automation stack, running HMI software to interface with underlying PLCs, drives, or distributed I/O via Ethernet, serial ports, or fieldbus adapters.

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Description

In industrial automation and process control environments, operators and engineers frequently face challenges with limited screen real estate, insufficient processing power for complex visualizations, or the need for a more immersive HMI experience in centralized control rooms or machine-side stations. Legacy flat-panel HMIs often fall short when higher resolution graphics, multi-tasking, or integration with enterprise-level data are required, leading to compromised situational awareness and slower decision-making. This becomes particularly acute in upgrades from smaller operator interfaces or when consolidating multiple displays into a single, robust platform. The GE IC5005CAC0000 tackles these issues head-on as part of GE Intelligent Platforms’ Intelligence Panel PC series—a 15-inch all-in-one industrial computer designed specifically for demanding HMI and thin-client applications. Engineers commonly deploy the GE IC5005CAC0000 in retrofits of older control stations, expansions requiring richer data presentation, or environments where fanless, sealed operation ensures high reliability amid dust, vibration, or temperature fluctuations typical in industrial automation. Its five-wire resistive touchscreen and dedicated system keys support glove-friendly interaction without external peripherals, minimizing downtime from input failures. In setups prioritizing seamless connectivity to GE controllers or third-party systems, the GE IC5005CAC0000 delivers a stable, embedded Windows platform for running Proficy View or custom HMI software, bridging the gap between basic terminals and full SCADA workstations.

The GE IC5005CAC0000 serves as a panel-mounted industrial PC at the visualization layer of the automation stack, running HMI software to interface with underlying PLCs, drives, or distributed I/O via Ethernet, serial ports, or fieldbus adapters. It boots into a hardened OS environment optimized for control applications, hosting screens developed in tools like Proficy Machine Edition that pull real-time tags from GE Series 90, VersaMax, or PACSystems controllers. Positioned on machine consoles or control desks, it handles local data logging, alarm management, and recipe handling while optionally acting as a thin client for remote server-based visualization. The unit’s compact flash or HDD storage supports persistent applications, enabling standalone operation for basic sequences or full integration into networked architectures with redundancy options through dual Ethernet ports. Unlike standard commercial PCs, the GE IC5005CAC0000 incorporates industrial-grade isolation and diagnostics, feeding status back to the control layer for predictive maintenance. It fits smoothly into broader systems alongside QuickPanel HMIs or as an upgrade path, supporting protocols common in process control for coordinated multi-node operation.

IC693CPU374-GU
IC5005CAC0000
Specification Details
Model Number GE IC5005CAC0000
Brand GE Intelligent Platforms
Type Industrial Panel PC / HMI Platform
Input Voltage 24V DC
Operating Temp Range 0°C to +50°C
Mounting Style Panel mount
Dimensions Approx. 15-inch display (typical for series: 400 mm x 320 mm x 100 mm)
Weight Approx. 8-10 kg
Interface/Bus Ethernet, serial (RS-232/422/485), USB
Compliance UL, cUL, CE, Class I Div 2 (typical)
Supported Protocols Ethernet/IP, Modbus TCP, SNP/SNPX, Proficy-compatible
Typical Power Draw 48W

Opting for the GE IC5005CAC0000 provides a platform engineered for long-term performance in harsh plant settings, where the bright TFT display and durable five-wire touchscreen maintain clarity and responsiveness over extended lifecycles, reducing operator errors from faded visuals or erratic inputs common in lesser units. This consistency supports safer oversight during critical operations, while the fanless design eliminates moving parts prone to failure in dusty environments, extending service intervals and lowering total ownership costs. Integration is streamlined through pre-configured drivers for GE ecosystems, cutting engineering overhead for deploying advanced graphics or trending without custom coding.

In practice, the GE IC5005CAC0000 ensures performance consistency across shifts and conditions, allowing complex multi-window applications that enhance process understanding and response times. Its embedded architecture promotes maintenance efficiency via remote updates and diagnostics, keeping systems current with minimal physical access.

The GE IC5005CAC0000 is frequently used in process control environments needing critical system uptime, such as chemical plants displaying batch trends and alarms on large screens amid corrosive atmospheres, or food and beverage lines where washdown-rated panels handle recipe management under high humidity. In discrete manufacturing like automotive or packaging facilities, it supports fast visualization of line status and diagnostics in vibratory settings, ensuring uninterrupted monitoring. These deployments often involve harsh conditions with continuous operation, relying on the GE IC5005CAC0000 for reliable, high-resolution HMI in power generation or water treatment control rooms.

IC5002CAC0000 – 12.1-inch variant for compact installations

IC5008CAC0000 – 18.1-inch larger display for detailed SCADA views

BC5005 – Bundled version with pre-installed Proficy software

IC754CSL06CTD – QuickPanel Control alternative for integrated HMI/PLC

IC754VSL06STD – View-only QuickPanel for similar visualization tasks

IC5005MAC0000 – Related model with enhanced memory options

IC5005PAC0000 – Variant optimized for specific processor configurations

Before installing the GE IC5005CAC0000, check panel cutout dimensions against the bezel and ensure sufficient rear clearance for connectors and airflow in sealed enclosures. Verify power supply matches the 24V DC requirement with adequate current headroom, and confirm network settings align with your Ethernet infrastructure to avoid IP conflicts. Prepare boot media or recovery images if customizing the OS. For maintenance, regularly review system keys and touchscreen calibration through diagnostic utilities, cleaning the display with approved isopropyl solutions to prevent residue buildup. Monitor storage health via built-in tools during planned outages, and test Ethernet links periodically for cable integrity in high-vibration areas. Firmware updates apply via USB or network with straightforward validation steps.