GE IC752DPA262B GE Fanuc DataPanel 1062IR Industrial HMI

Description

Product Model: GE IC752DPA262B
Product Brand: General Electric / GE Fanuc
Product Series: DataPanel 1062IR HMI Series

Product Features:
Large 10.4-inch active matrix color display with VGA resolution
Infrared touch interface for intuitive operator control
Designed for industrial human-machine interaction and configuration
Legacy panel with robust build suited to harsh environments

Technical Specifications

Technical Features & Benefits

The GE IC752DPA262B is engineered around a 10.4-inch VGA color display using an active matrix liquid crystal technology. Such displays were regarded as high-performance at the time of release, offering improved viewing angles and contrast over earlier passive panels. The infrared touch interface adds resilience: there is no physical overlay to wear out, meaning it tolerates heavy use over extended service periods.

Supporting standard Windows CFG functionality, this panel lends itself to flexible configuration. You aren’t limited to fixed screens and hardcoded menus; engineers can tailor operator interfaces, embed navigation elements, alarm summaries, trending graphs, and control buttons suitable for specific plant processes. This adaptability made the GE IC752DPA262B a preferred choice for mid-size automation projects and complex sequential systems where operator decision support mattered.

Field reliability is another hallmark of this module. Industrial automation environments introduce dust, vibration, electromagnetic interference, and fluctuating power conditions. The panel’s robust bezel, hardened connectors, and industrial specification build help it withstand these stresses. While many modern HMIs prioritize slim form factors, this GE unit’s robust design remains a testament to dedicated industrial engineering.

Despite its discontinued status, units in circulation often exceed expectations. Investment recovery teams and maintenance managers routinely remark that the quality of these older HMIs frequently outlives the systems they control. For plants with long equipment lifecycles, that longevity means fewer surprises and a more predictable spares strategy.