The DBT070AVN60R035A is a 7-inch 800×480 RGB 60PIN 350nits TFT LCD module designed for industrial HMI, automation equipment, instrumentation, embedded control systems, and other professional display applications. It combines a 7-inch WVGA resolution, digital RGB/TTL interface, Normally Black display mode, anti-glare surface treatment, and a compact 165 × 104.09 × 5.3 mm module size. With an operating temperature range of -20°C to +70°C, this industrial LCD provides a practical balance between display visibility, integration flexibility, mechanical size, and reliable operation.
For equipment manufacturers and engineers searching for a 7 inch 800×480 industrial LCD module, the DBT070AVN60R035A is suitable when the system requires a conventional landscape-format display with a parallel RGB interface rather than MIPI or LVDS. The module is particularly well suited to control panels, factory automation equipment, testing instruments, industrial controllers, building management systems, and embedded terminals.
7.0-inch TFT LCD module
800 × 480 WVGA resolution
RGB 60PIN digital TTL interface
350 cd/m² brightness
Normally Black display mode
Anti-glare surface
Active Area: 152.4 × 91.44 mm
Module Size: 165 × 104.09 × 5.3 mm
Viewing Direction: 80/80/80/80
Operating Temperature: -20°C to +70°C
Storage Temperature: -30°C to +80°C
Designed for industrial HMI, automation and instrumentation applications
For engineers selecting an industrial TFT display, mechanical dimensions and interface information are just as important as screen size and resolution. The following table summarizes the key specifications of the DBT070AVN60R035A based on Aptus Display's current product information.
| Parameter | Specification |
|---|---|
| Product Model | DBT070AVN60R035A |
| Display Size | 7.0 inches |
| LCD Type | a-Si TFT Active Matrix |
| Resolution | 800 × 480 dots |
| Resolution Class | WVGA |
| Display Mode | Normally Black |
| Color Arrangement | RGB Vertical Stripe |
| Interface | Digital RGB / TTL |
| Interface Connector | 60-Pin |
| Brightness | 350 cd/m² |
| Active Area | 152.4 × 91.44 mm |
| Module Dimensions | 165 × 104.09 × 5.3 mm |
| Viewing Direction | 80/80/80/80 |
| Surface Treatment | Anti-glare |
| Backlight | LED |
| Operating Temperature | -20°C to +70°C |
| Storage Temperature | -30°C to +80°C |
| Typical Applications | Industrial HMI, automation, instrumentation, embedded equipment |
Engineering note: Before mass production, customers should confirm the latest datasheet, mechanical drawing, pin assignment, electrical timing, backlight requirements, and system compatibility with Aptus Display. Product specifications may be subject to engineering updates or project-specific customization.
A display used in industrial equipment needs to do more than simply show an image. Engineers typically need to consider available panel space, controller compatibility, brightness, viewing conditions, operating temperature, mechanical thickness, interface architecture, and long-term supply.
The DBT070AVN60R035A is designed around these practical integration requirements.
A 7-inch display provides a useful balance between screen area and equipment size. It is large enough to display operating parameters, menus, status information, alarm messages, charts, and control buttons while remaining compact enough for panel-mounted equipment.
For an HMI designer, the 800×480 resolution provides a familiar landscape interface that can accommodate multiple functional areas on one screen.
For example, an industrial control interface can divide the display into:
Machine Status → Process Data → Alarm Information → Parameter Settings → Control Buttons
This makes the display suitable for applications where operators need to monitor equipment and perform basic control operations from a compact panel.
The 800×480 resolution is a practical choice for industrial and embedded applications that do not require the higher processing and memory requirements associated with Full HD or higher-resolution displays.
For industrial control systems, resolution should be selected according to the information density and viewing distance of the application.
An 800×480 panel can provide sufficient space for:
Numerical measurements
Equipment status indicators
Control buttons
Process diagrams
Warning messages
System menus
Basic graphs
Machine parameters
This makes the DBT070AVN60R035A particularly suitable for embedded systems where usability and integration efficiency are more important than ultra-high resolution.
The DBT070AVN60R035A uses a 60-pin RGB interface, also described by Aptus Display as a digital TTL interface.
Parallel RGB/TTL interfaces are commonly used in embedded display architectures and can be appropriate for industrial controllers, embedded processors, display control boards, and other systems that provide the required RGB timing signals.
When selecting an RGB LCD, engineers should not evaluate the connector count alone. The complete interface design should be checked, including:
RGB data format
Pixel clock
Horizontal synchronization
Vertical synchronization
Data enable
Timing parameters
Connector pin assignment
Power supply
Backlight control
Controller compatibility
Aptus Display can provide technical documentation and engineering support to help customers determine whether the 60-pin RGB interface matches their existing controller architecture.
The DBT070AVN60R035A has a specified brightness of 350 cd/m².
This brightness level is appropriate for many indoor industrial environments, including factories, control rooms, workshops, laboratories, equipment cabinets, testing areas, and commercial embedded systems.
For an indoor industrial HMI, extremely high brightness is not always necessary. Excessive brightness can increase power consumption and may create unnecessary visual strain in darker environments.
A 350-nit display can therefore provide a practical middle ground for systems that operate primarily indoors under controlled or moderate ambient lighting.
For direct outdoor sunlight applications, however, engineers should consider a higher-brightness display and additional optical solutions such as anti-reflective treatment, optical bonding, cover-glass design, and improved thermal management.
The module uses a Normally Black display mode, which is intended to provide strong contrast and darker black levels compared with conventional Normally White configurations. The product page also specifies an anti-glare surface treatment.
These characteristics are valuable for industrial equipment because operators frequently work under artificial lighting, ceiling lights, machine lighting, or other reflective conditions.
The anti-glare treatment helps reduce distracting reflections from ambient light sources. This can improve the practical readability of operating data and interface elements.
However, anti-glare treatment should not be interpreted as eliminating all reflections. For applications exposed to strong sunlight or harsh lighting, the optical performance of the complete display assembly should be evaluated.
The module measures approximately 165 × 104.09 × 5.3 mm, with an active display area of 152.4 × 91.44 mm.
The relatively compact 5.3 mm module thickness gives equipment designers flexibility when integrating the display into an enclosure.
Potential installation methods include:
Panel-mounted HMIs
Embedded control panels
Industrial instrument housings
Machine interfaces
Compact automation controllers
Measurement equipment
Building control panels
Before mechanical integration, engineers should verify the mounting structure, bezel dimensions, FPC routing, connector clearance, screw positions, cable bending radius, and enclosure tolerances using the latest mechanical drawing.
The DBT070AVN60R035A is specified for an operating temperature range of -20°C to +70°C, with a storage temperature range of -30°C to +80°C.
This range covers many typical indoor industrial environments.
It can be considered for applications such as:
Factory automation
Industrial control cabinets
Workshop equipment
Measurement instruments
Building management systems
Commercial embedded terminals
Panel-mounted controllers
For equipment installed in environments with extreme heat, freezing temperatures, direct solar exposure, or significant temperature cycling, the complete system should be thermally evaluated rather than relying on the LCD specification alone.
Human-machine interfaces are one of the most natural applications for a 7-inch 800×480 LCD.
The display can present machine status, operating parameters, alarm information, production data, and control functions through a graphical user interface.
The 7-inch form factor is particularly useful when the equipment requires a dedicated operator panel but does not have enough space for a larger 10.1-inch or 12.1-inch display.
Automation systems often require a display for configuring machines, monitoring production processes, displaying alarms, and adjusting operating parameters.
The DBT070AVN60R035A can be integrated into:
PLC control systems
Automation machines
Production equipment
Conveyor systems
Packaging machinery
Assembly equipment
Process-control equipment
The 800×480 resolution provides sufficient space for common machine-control interfaces while maintaining a relatively simple display architecture.
Industrial testing equipment often requires a clear graphical interface for displaying measured values, graphs, test status, and system configuration.
A 7-inch display can provide more visual space than a small 3.5-inch or 4.3-inch panel while maintaining a compact equipment footprint.
Potential examples include:
Electronic test equipment
Laboratory instruments
Measurement systems
Inspection equipment
Portable industrial instruments
Equipment diagnostic terminals
Building automation and management systems can also benefit from a compact industrial display.
The screen can be used to display:
HVAC status
Temperature information
Equipment alarms
Energy data
Access status
System configuration
Building automation menus
Its 7-inch format provides enough space for a straightforward graphical control interface without requiring a large commercial monitor.
Beyond traditional industrial automation, the module can be considered for commercial embedded terminals that require a dedicated display rather than a consumer monitor.
The product page specifically identifies commercial embedded terminals among its potential applications.
Industrial equipment manufacturers often need more than a standard LCD module. Mechanical dimensions, interface orientation, touch functionality, cover glass, brightness, and cable configuration can vary from one project to another.
Aptus Display provides customization options for specialized display projects. According to its product information, customization can include backlight brightness adjustment, FPC layout and connector orientation, resistive or projected-capacitive touch panel integration, customized cover lenses, interface adjustments, and optical bonding.
For OEM and ODM projects, possible customization directions include:
A resistive or projected-capacitive touch panel can be considered when the industrial equipment requires operator input directly through the display.
The FPC layout or connector orientation can be adapted to better fit the customer's PCB and enclosure architecture.
Customized cover lenses can be designed according to the front-panel structure, including shape and surface-treatment requirements.
Optical bonding can be evaluated when improved optical clarity, reduced air-gap reflections, or increased mechanical robustness is required.
Brightness can be evaluated according to the actual operating environment rather than simply selecting the highest available luminance.
These options can help reduce the need for customers to redesign their entire equipment architecture around a standard display.
For a successful first prototype, engineers should prepare the display and controller architecture before ordering samples.
A recommended integration workflow is:
1. Confirm the mechanical envelope
Check the 165 × 104.09 × 5.3 mm module dimensions and ensure sufficient clearance inside the enclosure.
2. Confirm the display interface
Verify that the controller supports the required RGB/TTL configuration and 60-pin connection.
3. Check timing parameters
Confirm pixel clock, horizontal timing, vertical timing, sync signals, and RGB data configuration.
4. Validate power requirements
Review LCD power, backlight power, sequencing, and brightness-control requirements.
5. Evaluate the viewing environment
Determine whether 350 cd/m² is sufficient for the actual installation environment.
6. Validate thermal performance
Check the temperature inside the enclosure during continuous operation.
7. Test the complete assembly
Evaluate the LCD, controller, cover, touch panel, enclosure, cable and software together before mass production.
This engineering-first approach can help identify compatibility issues early and reduce redesign costs.
Aptus Display is a professional LCD display supplier focused on TFT LCD modules, touch panels, customized LCD/LCM products, and integrated display solutions. The company states that it has been active in the LCD industry since 2014 and provides R&D, manufacturing, marketing, and customization services for domestic and international customers.
Its product portfolio covers TFT LCD modules, touch panel displays, wide-temperature LCDs, bar-type LCDs, flight-simulator display solutions, automotive displays, LCD accessories, and other specialized display products.
For OEM customers, Aptus Display's value is not limited to supplying a panel. Its professional R&D team works on LCD/LCM development and customization, while the company also provides display integration options such as touch panels, controller boards, FPCs, cover lenses, and optical bonding.
Aptus also states that its LCD/LCM manufacturing workshop has ISO 9001 certification and that it has developed customized display solutions for multiple application fields.
For a project requiring a 7-inch 800×480 RGB industrial LCD, customers can therefore evaluate both the standard DBT070AVN60R035A and potential customized configurations according to their application requirements.
The DBT070AVN60R035A uses an 800 × 480 pixel WVGA resolution, making it suitable for industrial HMIs, embedded control panels, automation systems, and instrumentation.
The module uses a 60-pin RGB interface, with the product page describing it as a digital TTL interface.
The specified brightness is 350 cd/m². This is suitable for many indoor industrial and embedded applications. For direct outdoor sunlight, a higher-brightness display should generally be considered.
The module dimensions are approximately 165 × 104.09 × 5.3 mm, while the active area is 152.4 × 91.44 mm.
The specified operating temperature is -20°C to +70°C, while the storage temperature range is -30°C to +80°C.
Yes. Aptus Display specifically positions the DBT070AVN60R035A for industrial control systems, HMI panels, automation equipment, instrumentation displays, and embedded industrial devices.
The standard DBT070AVN60R035A listed on this product page is a display module without an integrated touch panel. However, Aptus Display states that resistive and projected-capacitive touch integration can be customized for suitable projects.
Yes. Depending on project requirements, Aptus Display can discuss customization involving the backlight, FPC, connector orientation, touch panel, cover lens, interface, and optical bonding.
A 350-nit LCD is primarily appropriate for indoor and controlled-light environments. Outdoor readability depends on ambient light, reflections, cover-glass transmission, viewing angle, optical bonding, and enclosure design. For direct sunlight applications, Aptus Display offers other high-brightness LCD options that may be more appropriate. Its TFT LCD catalog includes 7-inch 800×480 products at higher brightness levels, including 1000-nit options.
If your company is developing an industrial HMI, automation machine, testing instrument, embedded controller, building management panel, or other professional equipment, the DBT070AVN60R035A can be evaluated as a practical 7-inch 800×480 RGB LCD solution.
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