This 27-inch high-brightness PCAP touch monitor is designed for outdoor-facing and high-ambient-light equipment that requires a large 16:9 operator interface. The 1000 cd/m² LCD supports clearer presentation of maps, charging status, payment instructions, product menus and equipment data in semi-outdoor locations, parking facilities, transport stations and bright indoor environments.
Typical projects include EV charging terminals, parking-payment machines, fuel dispensers, vending equipment, car-wash controls and public-service kiosks. Ever Glory supports OEM/ODM customization of the cover glass, optical bonding, AG/AR treatment, touch firmware, front sealing, metal housing, mounting, interfaces, thermal structure and branding. Final outdoor performance must be validated against ambient light, enclosure temperature and installation direction.
This 27-inch PCAP touch monitor combines a 16:9 display format with a 1000 cd/m² high-brightness LCD for equipment installed in strong ambient light. The large active area is suitable for user interfaces that must present maps, product images, payment instructions, charging information or multiple operating steps without reducing text and touch controls to impractical sizes.
The monitor is intended for OEM equipment integration rather than desktop use. Cover glass, touch controller, optical treatment, sealing, housing, interfaces, mounting points and thermal structure can be adapted to the completed terminal.
The 1000 cd/m² backlight improves visibility in semi-outdoor locations, open parking structures, transport stations and indoor sites with strong window light. It is also suitable for outdoor equipment with a canopy, recessed screen or other form of direct-sunlight control.
Brightness alone does not guarantee sunlight readability. Front-glass reflectance, air gaps, optical bonding, display contrast, viewing angle and installation direction also affect the image seen by the user.
The large widescreen format can display navigation, equipment status, transaction steps and visual instructions on one interface. It is useful when operators stand farther from the terminal or when accessibility requirements call for larger text and touch targets.
The UI should still be designed for the expected viewing distance. Large screen dimensions do not compensate for small buttons, low text contrast or excessive information density.
Anti-glare treatment diffuses strong reflections from the sun, overhead lighting and nearby vehicles. Anti-reflection treatment helps reduce the amount of light reflected directly toward the user. The required haze and reflectance level should be selected according to the installation environment.
OCA or OCR optical bonding removes the air gap between the LCD and touch assembly. This reduces internal reflection and improves perceived contrast in bright conditions. It can also strengthen the assembly and reduce the risk of internal contamination, but it does not independently establish an IP rating.
PCAP touch supports direct user input for selection, scrolling, maps and transaction workflows. Touch-point count, glove operation, wet-surface behavior and palm rejection depend on the controller firmware and must be tested with the final cover glass and enclosure.
An IP65 front-side configuration can be developed using cover glass, sealing adhesive, gasket and panel mounting. This protection applies to the operator-facing surface after correct installation. Rear connectors, ventilation openings and cable entries require separate enclosure protection.
A 27-inch 1000-nit LCD produces more heat than a standard indoor display. In a sealed kiosk, solar loading and backlight heat can raise internal temperature and reduce LCD or power-board life.
The equipment design should provide a thermal path from the monitor chassis to the enclosure. Depending on measured internal temperature, the terminal may require heat sinks, natural-convection channels, filtered fans, active ventilation, an air-to-air heat exchanger or controlled backlight dimming.
Panel-mount, open-frame and VESA structures can be reviewed according to the terminal design. Video input, touch interface, power connector, cable direction and service-access space can be customized to simplify equipment assembly and field maintenance.
| Display size | 27 inches |
|---|---|
| Aspect ratio | 16:9 |
| Resolution | 1920 × 1080 Full HD, subject to the approved LCD configuration |
| Typical brightness | 1000 cd/m² |
| Typical contrast ratio | 1500:1, subject to the selected LCD |
| Viewing angle | Up to 178° |
| Touch technology | Projected capacitive touch |
| Touch-point configuration | 1–10 points according to controller and operating system |
| Touch interface | USB or project-defined interface |
| Touch construction | G+G projected capacitive structure |
| Cover glass | Customized tempered glass; 3 mm configuration available |
| Surface treatment | AG and AR; AF treatment optional |
| Optical bonding | Optional OCA or OCR bonding |
| Front protection | IP65 option after correct panel installation |
| Impact protection | IK08 option subject to the final glass and mechanical structure |
| Operating temperature | −20°C to +70°C configuration subject to final LCD, touch controller and power system |
| Display interfaces | HDMI, VGA, DVI, DisplayPort or project-defined combination |
| Mounting | Panel mount, open frame, VESA or customized installation |
| Housing | Metal housing with project-specific thermal structure |
| System compatibility | Windows, Linux and Android subject to controller configuration |
| Customization | Glass, brightness, bonding, touch firmware, sealing, housing, interfaces and branding |
| Commercial model | OEM/ODM project quotation; no fixed retail configuration |
Specification notice: The IP65, IK08 and −20°C to +70°C values apply only when included in the approved configuration. The complete terminal must be validated after the monitor is installed in the final enclosure.
The 27-inch screen can present connector status, charging tariffs, QR codes, payment steps and advertising content on the same interface. A 1000-nit display is appropriate for covered or semi-outdoor charging locations; fully exposed sites require an assessment of solar loading, reflections, UV exposure and enclosure cooling.
The large interface can display vehicle information, parking duration, payment instructions and receipts at a viewing distance greater than that of a countertop kiosk. AG/AR glass helps reduce reflections from open entrances, vehicle headlights and overhead lighting.
The screen can show multiple product categories, large product images, availability and transaction prompts. The enclosure must protect rear electronics from rain and condensation, while the display controller and backlight require sufficient heat dissipation.
The 16:9 display provides space for fuel selection, safety instructions, loyalty information and payment prompts. The monitor itself is not an explosion-proof product; installation in regulated hazardous areas requires a separately certified equipment design.
A front-sealed configuration can support equipment exposed to spray and frequent surface moisture. Touch firmware should be tuned to reject false input from water films, and the final terminal must be tested using the actual cleaning pressure and installation structure.
The 27-inch interface supports maps, route selection, multilingual instructions and accessible touch targets. Viewing height, reach distance, screen angle and wheelchair access should be considered during enclosure design.
Shopping centers, airports and glass-fronted reception areas can experience much higher ambient light than standard offices. The 1000-nit configuration helps maintain readability where a 300–400-nit monitor appears washed out.
It provides substantially better visibility than a standard indoor LCD, but direct-sun readability also depends on glass reflectance, optical bonding, display contrast, viewing angle and installation direction. A sample should be tested at the intended site.
A 27-inch high-brightness backlight produces significant heat. Solar exposure and a sealed cabinet can further increase internal temperature, so the enclosure may require heat spreading, ventilation, controlled fans or automatic backlight reduction.
Not necessarily. In many installations, IP65 applies to the front surface after correct panel mounting. Rear housing, ventilation, connectors and cable entries require separate protection.
Glove and wet-touch modes can be configured through PCAP controller tuning. Final performance must be validated with the actual glove, water condition, cover glass, grounding and enclosure.
Portrait installation can be evaluated, but LCD viewing characteristics, heat distribution, backlight structure, content layout and polarized-sunglasses visibility must be checked before approval.
Yes. Available options include glass dimensions, thickness, printed border, logo, AG/AR/AF treatment, optical bonding, gasket, housing, mounting holes, connector position and cable direction.
This product is primarily a touch monitor connected to an external computer. If an integrated processor and operating system are required, request a panel PC configuration.
Send your enclosure drawing, installation direction, ambient-light conditions, maximum internal temperature, required IP level, glass specification, interfaces and annual quantity. Ever Glory will review the optical, touch, sealing and thermal configuration before sample development.
