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GE IC752WBB203 GE Industrial HMI Display Station Module

Product Model: GE IC752WBB203
Product Brand: GE (General Electric) / GE Fanuc
Product Series: Display Station 2000 Series
Product Features:

  • 12-inch operator interface display station with resistive touchscreen and keypad for intuitive control.
  • Self-contained industrial workstation running PC-compatible architecture for HMI and SCADA visualization.
  • Rugged metal enclosure built to withstand harsh industrial environments.
  • Designed to integrate with GE Fanuc control systems, offering enduring legacy system compatibility.
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Description

Product Model: GE IC752WBB203
Product Brand: GE (General Electric) / GE Fanuc
Product Series: Display Station 2000 Series
Product Features:

  • 12-inch operator interface display station with resistive touchscreen and keypad for intuitive control.
  • Self-contained industrial workstation running PC-compatible architecture for HMI and SCADA visualization.
  • Rugged metal enclosure built to withstand harsh industrial environments.
  • Designed to integrate with GE Fanuc control systems, offering enduring legacy system compatibility.
IC752SPL013-BA EX2100
IC752WBB203
IC752SPL013-BA EX2100
IC752WBB203

Technical Specifications Table

Specification Detail
Model GE IC752WBB203
Category Operator Interface / HMI Display Station
Series Display Station 2000 Series
Display Size 12 inches
Input Interfaces Touchscreen (resistive), Keypad
Integration GE Fanuc automation systems
Architecture PC-compatible internal workstation
Power Requirements 85–265 VAC, 47–63 Hz
Operating System Typically Windows NT / legacy HMI software (varies by installation)
Weight Approx. 35 lbs
Mounting Panel-mounted
Environmental Industrial environments
OEM Status Discontinued (legacy part)
Warranty Distributor/third-party dependent

Technical Features & Benefits

The GE IC752WBB203 distinguishes itself through a blend of industrial-grade features that emphasize usability, durability, and integration capability. Its 12-inch display provides a generous visual area relative to contemporaries of its generation, enabling detailed graphical interfaces that communicate complex data such as trends, alarm states, and operator prompts without clutter. This larger format supports higher information density, reducing the need for multiple screens and enabling operators to see more at a glance.

One of the defining attributes of this module is its PC-compatible internal architecture. Equipped with processing capabilities akin to a workstation, the panel can run established HMI and SCADA software platforms—many of which were originally developed for desktop environments. This flexibility allows system integrators to reuse existing graphical projects or tailor bespoke operator interfaces for specific tasks without extensive hardware conversion.

The combined resistive touchscreen and physical keypad interface ensures that operators have reliable input methods regardless of operational conditions. In manufacturing and processing environments where operators often wear gloves or operate in dusty or high-moisture conditions, the resistive touchscreen provides dependable touch recognition, while the keypad can offer shortcuts, menu navigation, and control redundancy.

Another benefit of the GE IC752WBB203 lies in its rugged construction. Designed for continuous operation within industrial panels, its housing and internal components withstand typical vibrations, electrical noise, and environmental stressors found on the plant floor. This robust design contributes to a longer useful life, reducing unplanned maintenance and lowering total cost of ownership when compared with consumer-grade displays adapted for industrial use.

From a systems perspective, the panel’s ability to host operator applications locally facilitates faster reaction to machine states and alarms. Rather than relying solely on remote server visualization, operators can interact directly with the system logic through this local interface—this direct feedback loop often results in faster diagnosis, alarm response, and corrective actions during critical events.