Mitsubishi Electric GT1672-VNBA GOT1000 Series Graphic Operation Terminal

Description

Designed for intensive industrial monitoring and control, the GT1672-VNBA human-machine interface belongs to the legacy GOT1000 series of graphic operation terminals by Mitsubishi Electric. This operator terminal features a high-visibility 10.4-inch TFT color LCD display designed to provide operators with clear system status updates, alarm monitoring, and process control interfaces.

The GT1672-VNBA utilizes an analog resistive touch panel to allow flexible control layout configurations. Built to endure harsh industrial environments, the module runs on universal AC power and includes automated backlight saving configurations to extend the operational life of the display. It serves as a centralized hub for plant floor visualization, communicating seamlessly with Mitsubishi PLCs and third-party automation networks.

Features

• Highly responsive analog resistive touch screen supporting custom control configurations.
• Replaceable cold-cathode fluorescent tube backlight with automated backlight OFF detection and screen save configurations.
• Robust power supply tolerance handling standard industrial AC voltage swings.
• Durable physical housing designed for flush panel mounting.

Applications

• Automotive assembly line monitoring and control interfaces.
• Water and wastewater treatment plant control panels.
• Packaging, material handling, and conveyor coordination systems.
• Factory automation and general machine-level visualization.

Technical Specifications

Installation Guidelines

For optimal reliability and system safety, adhere to the following installation standards:

• Ensure the panel cutout dimensions match the specified 28.9 cm x 20.0 cm parameters exactly to maintain the front panel protection rating.
• Ground the terminal using a dedicated ground wire of 2 mm² or thicker, connected directly to a class-D ground terminal.
• Provide a minimum clearance of 100 mm between the terminal rear and surrounding control cabinet elements to allow sufficient natural ventilation.
• Avoid installing the unit in areas with high ambient temperatures, high humidity, or direct exposure to oil mist and conductive dust.