The 7-inch open-frame PCAP display provides a compact operator interface for equipment with limited front-panel and internal installation space. It is intended for integration inside a customer-designed enclosure rather than use as a standalone desktop monitor.
The smaller display format is suitable for local control tasks such as equipment status display, parameter setting, user authentication, mode selection and maintenance access. It is not intended to replace a large HMI used for complex process diagrams or multi-window monitoring.
The LCD, touch panel and display-control electronics are assembled in an open-frame structure. This allows equipment manufacturers to coordinate the display with their own bezel, cabinet opening, internal supports and cable layout.
Mounting-hole locations, bracket design, active-area position, connector clearance and overall depth should be reviewed against the customer’s mechanical drawing before sample production. VESA, snap-in or flush-mount structures should only be specified when included in the approved configuration.
The projected capacitive touch system provides finger operation and can support multi-touch according to the selected controller, interface and operating system. For equipment requiring gloves, surface moisture or thicker cover glass, the sensor design and controller firmware can be evaluated using representative operating conditions.
Touch stability also depends on grounding, power quality, nearby motors or relays, cable routing and the final enclosure. System-level testing is recommended before the production configuration is approved.
Cover glass can be designed to match the customer’s front panel. Available project options include custom outline dimensions, thickness, openings, edge treatment, black border, color matching and logo printing.
AG treatment can reduce distracting reflections in bright indoor locations. AR treatment can be evaluated where higher optical clarity is required, while AF or anti-fingerprint treatment may reduce visible marks on frequently operated equipment.
LCD resolution, brightness, viewing angle and temperature range are selected according to the equipment environment and product lifecycle requirements. High-brightness configurations should be used only when justified by measured ambient illumination and enclosure thermal conditions.
OCA or OCR optical bonding can be evaluated to reduce internal reflection and improve display-stack stability. The appropriate bonding method depends on the selected LCD, cover-glass structure, production volume and environmental requirements.
Video, touch and power interfaces are selected according to the host controller. Depending on the approved electronics, project options may include HDMI, VGA, LVDS, USB, RS232 or I2C. Only interfaces present in the final control-board and touch-controller configuration should be shown as standard.
Compatibility can be evaluated for Windows, Linux, Android and embedded platforms. The customer should provide the operating-system version, processor platform, target resolution and communication protocol before sample development.
An open-frame display does not automatically provide whole-unit waterproof protection. Front ingress protection depends on the cover glass, front bezel, gasket, cabinet opening, fasteners and installation pressure.
If front IP protection is required, the target rating and test method should be defined during project review. The final result must be validated using the approved enclosure assembly.
The 7-inch display provides a local interface for start/stop control, mode selection, equipment status, alarms and basic parameter adjustment where a larger HMI is unnecessary.
The compact format is suitable for identity input, room control, intercom, lighting, HVAC and building-system interfaces installed inside wall panels or equipment enclosures.
Instrument manufacturers can use the display for measurement settings, test status, result review and maintenance controls while adapting the glass, interfaces and mounting points to the instrument housing.
The display can support authentication, compartment selection, status information and service operations in compact locker controllers and equipment terminals. Public-use projects can be evaluated for strengthened glass and anti-fingerprint treatment.
The small display format may suit portable, battery-supported or space-constrained equipment, but actual suitability depends on verified power consumption, brightness requirements and host-system design.
| Attribute | Base Product Definition | Optional / Project-Based |
|---|---|---|
| Display Size | 7 inches | Alternative compact sizes by project |
| Product Structure | Open-frame embedded display | Custom bracket or mounting points |
| Touch Technology | Projected capacitive touch | Controller and firmware customization |
| Touch Input | Finger operation | Glove, wet-hand or thick-glass mode |
| Brightness | Defined by the selected LCD | High-brightness configuration |
| Bonding | Defined by approved specification | OCA or OCR optical bonding |
| Cover Glass | Project-defined | Custom outline, holes, border and logo |
| Surface Finish | Defined by approved specification | AG, AR, AF or anti-fingerprint |
| Video Input | Defined by selected control board | HDMI, VGA, LVDS or project-specific input |
| Touch Interface | Defined by selected controller | USB, RS232 or I2C |
| Front Protection | Dependent on customer enclosure | Custom glass, gasket and sealing design |
The compact format is suitable for local machine controls, access-control panels, building automation, laboratory instruments, test equipment and smart locker control units. The final selection should consider the interface layout, viewing distance and amount of information shown on screen.
Yes. Mounting holes, brackets, active-area position, cable outlets and connector clearance can be adapted to the customer’s equipment drawing. Available internal space and cabinet-opening dimensions should be provided before sample development.
Resolution and interface availability depend on the selected LCD and control board. HDMI, VGA, LVDS, USB, RS232 and I2C may be evaluated by project. The final product is supplied only with the interfaces defined in the approved specification.
Glove operation can be evaluated through sensor design, touch-controller selection and firmware tuning. Validation must use the actual glove material and thickness together with the final cover glass and equipment enclosure.
The open-frame assembly is not automatically waterproof. Front protection depends on the customized cover glass, bezel, gasket, cabinet opening and installation method. If a target front IP rating is required, the complete approved assembly must be tested.
A high-brightness LCD may be selected for bright indoor, window-facing or semi-outdoor equipment. The required luminance must be confirmed together with ambient light, power consumption, heat dissipation and expected backlight life.
MOQ and lead time are project-based. They depend on LCD availability, custom cover glass, bonding, interfaces, brackets, tooling and validation requirements. Please provide the sample quantity, annual forecast and project schedule for evaluation.
Send your equipment drawing, cabinet opening, host-system information and environmental requirements to Ever Glory. Our engineering team will review the LCD, PCAP controller, cover glass, interfaces, cables and mounting structure before proposing a sample configuration.
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