GT1575-STBA | Mitsubishi Electric | Interface Homme-Machine à Écran Tactile

Description

Operating as a high-resolution visualization interface within automated industrial networks, the Mitsubishi Electric GT1575-STBA provides robust operator control capabilities through its high-performance display architecture. Built as part of the established GOT1000 platform, this 10.4-inch SVGA human-machine interface displays technical parameters and machine graphics with high clarity using a 65,536-color TFT liquid crystal panel. The unit features built-in flash memory for safe operating system and project data preservation, paired with wide input-voltage tolerance suitable for global electrical standards.

Features

• High-Resolution Display: 800 x 600 pixel SVGA matrix optimized for detailed plant mimic diagrams.
• Flexible Color depth: Selectable 256 or 65,536 color rendering to optimize memory utilization and graphic presentation.
• Adjustable Backlight: 8-level software and manual contrast/luminance tuning up to 350 cd/m2.
• Robust Solid-State Storage: 9 Megabytes of internal C-drive flash memory ensures project files remain intact during sustained power failures.
• Universal AC Power Input: Built-in power supply accommodating 100 to 240 V AC direct connection.

Applications

• Automotive manufacturing and robot-cell monitoring stations.
• Water treatment plant municipal telemetry and control.
• Food processing and high-speed packaging equipment.
• Boiler and steam generator thermal monitoring systems.

Technical Specifications

Connections and Interfaces

Empirical Engineering Insights

Alternative Models & Compatibility

The GT1575-STBA belongs to the legacy GOT1000 family. When planning system upgrades, the GT2710-STBA from the GOT2000 series serves as the primary physical alternative. Project configuration files (.g2w format) can be scaled and converted within GT Works3 software. Be aware that communication option cards used on the rear of the GT15 platform are not compatible with GT27 slots, requiring direct Ethernet or equivalent upgrade modules.

Application Pitfalls & Engineering Notes

Backlight longevity is rated at 50,000 operational hours under a nominal 25 degC ambient climate. Operating inside poorly ventilated enclosures where internal temperatures exceed 40 degC will cause accelerated luminance decay and shift the color spectrum. For continuous processes, implement the automatic backlight shutoff utility triggered by a screen-saver timer to extend active component lifespans.

Commissioning & Wiring Tips

Industrial high-frequency noise can cause capacitive grid interference, leading to inaccurate touch coordinate detection. To mitigate this risk, isolate the Frame Ground (FG) terminal of the display power connector and ground it using a dedicated class-D ground point (resistance below 100 ohms). Keep power routing separate from motor-drive cables and high-voltage circuit runs.

Installation Guidelines