Mitsubishi Electric GT2712-STBD GOT2000 Series Graphic Operation Terminal

Description

Engineered for demanding industrial visualization tasks, the GT2712-STBD serves as a high-performance human-machine interface (HMI) within the Mitsubishi Electric GOT2000 Series. This hardware platform features a 12.1-inch SVGA TFT color display, providing operators with clear graphical representation of complex machine states and process variables. Designed to integrate seamlessly with MELSEC PLCs and various third-party automation controllers, this terminal supports advanced data logging, multi-touch gestures, and extensive communication options to optimize factory floor operations.

The unit features an analog resistive film touch panel, allowing precise control inputs even when operators are wearing industrial gloves. Housed in a robust black frame, the GT2712-STBD is built to withstand harsh industrial environments, operating reliably on a standard 24 V DC power source.

Features

• High-resolution 12.1-inch SVGA TFT color LCD display with 800 x 600 dots for crisp graphic rendering.
• Analog resistive film touch panel supporting flexible and precise operator control.
• Wide input voltage tolerance of 24 V DC (+25%, -20%) to accommodate power fluctuations.
• Sleek black panel bezel designed for seamless integration into standard control cabinet doors.
• Generous display area of 246 mm x 184.5 mm for comprehensive process overview screens.

Applications

• Automotive assembly lines and robotic work cell monitoring.
• Water and wastewater treatment facility control panels.
• Packaging, material handling, and conveyor system management.
• Food and beverage processing and batch monitoring systems.
• Power generation, distribution, and utilities monitoring.

Technical Specifications

Installation Guidelines

When installing the GT2712-STBD, ensure the panel cutout matches the specified dimensions of 302 mm x 228 mm. Mount the unit into a clean, flat surface of a control cabinet door to maintain the integrity of the environmental seal. Tighten the mounting brackets evenly to the recommended torque specifications to prevent distortion of the front bezel. Ensure adequate ventilation clearance is maintained around the rear of the HMI, and route all DC power and communication cabling away from high-voltage AC lines to minimize electromagnetic interference.