5 Inch TN TFT LCD Display for Industrial HMI & Embedded Control Equipment

The FUT0500WV23Q-LCM-A0 is a 5.0-inch TN TFT LCD module developed for industrial control equipment, embedded monitoring systems and electronic devices requiring a compact landscape display.

Featuring 800 × 480 WVGA resolution, 450 cd/m² typical brightness, a 24-bit RGB interface and a 500:1 typical contrast ratio, this module provides a practical display solution for presenting operating parameters, machine status, graphical menus and monitoring information.

Its slim structure and established RGB interface make it suitable for OEM projects requiring straightforward display integration into compact equipment.

Key Product Advantages

1. WVGA Resolution for Industrial Control Interfaces

Industrial equipment often needs to display operating parameters, status information and menu controls within limited panel space.

The 800 × 480 WVGA resolution provides a landscape workspace for structured graphical interfaces, numerical measurements and equipment monitoring dashboards.

It allows engineers to arrange several information panels within a compact screen.

2. 450 cd/m² Brightness for Indoor Applications

Industrial displays may be installed in workshops, equipment cabinets and control rooms with different indoor lighting conditions.

With 450 cd/m² typical brightness, this module supports clear graphical presentation in suitable indoor environments.

The backlight uses 18 white LEDs to provide the specified illumination.

Actual readability should be verified under the finished equipment’s intended lighting conditions.

3. 24-Bit RGB Interface for Embedded Integration

Interface compatibility is an important consideration when selecting LCD modules for embedded systems.

This module features a 24-bit RGB interface with ILI6122 and ILI5960 driver ICs.

Its 40-pin FPC connection includes RGB data signals, clock, synchronization, display enable and power connections.

These interface specifications provide a reference for integration with compatible embedded processors.

4. Slim Mechanical Structure

Equipment manufacturers often have strict installation space requirements.

The module measures 120.70 × 75.80 × 2.80 mm, with a 108.00 × 64.80 mm active display area.

Its compact structure supports evaluation in small industrial enclosures and embedded control panels.

5. Defined Optical Characteristics

The module uses TN TFT LCD technology with a Normally White display mode.

It provides a 500:1 typical contrast ratio and a specified 6 o’clock viewing direction.

The typical viewing angles are 70° horizontally in each direction, with different vertical viewing-angle limits.

These specifications help engineers evaluate installation orientation and operator viewing requirements.

Technical Specifications

Common Customer Requirements

Clear Equipment Information Within Limited Space

Compact machines still need to display measurements, operating conditions, alarms and control menus.

Solution: The 800 × 480 resolution provides space for organized equipment dashboards and graphical interfaces.

Compatibility with Existing Control Boards

Selecting an incompatible display interface can increase hardware debugging time and development costs.

Solution: The documented 24-bit RGB interface and 40-pin FPC connection provide technical information for engineers evaluating processor compatibility.

Mechanical Installation Limitations

Equipment manufacturers often need to fit displays into predefined control-panel dimensions.

Solution: The 2.80 mm module thickness and compact outline dimensions support integration into space-constrained equipment.

Reliability During Equipment Operation

Temperature changes, humidity and transportation vibration can affect LCD module performance.

Solution: The specification includes environmental and mechanical reliability testing requirements for engineering evaluation.

Project Customization & Development Efficiency

OEM projects may require mechanical adjustments, FPC modifications or additional front-panel components.

Solution: Future Electronics supports interface matching, FPC customization discussions, display selection and sample evaluation according to project requirements.

Reliability Testing

The product specification includes:

• High-temperature operation: 70°C / 120 hours
• Low-temperature operation: -20°C / 120 hours
• High-temperature storage: 80°C / 120 hours
• Low-temperature storage: -30°C / 120 hours
• Humidity: 60°C / 90% ±5% RH / 120 hours
• Thermal shock: -20°C to +70°C, 10 cycles
• Packaged vibration: 10–55 Hz, X/Y/Z directions
• Packaged drop test: 75 cm
• ESD: Contact ±4 kV / Air ±8 kV, Class B

These test conditions provide reference information for module reliability qualification