Freya Yang
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27 Inch Industrial Sunlight Viewable Touch Monitor for Fuel Dispensers
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huisoar
HS270FHB-GD20
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Designed For
27 Inch Industrial Sunlight Viewable Touch Monitor for Fuel Dispensers
This 27-inch Industrial Sunlight Viewable Touch Monitor combines Full HD imaging, 2500 cd/m² typical luminance, projected-capacitive interaction, and front IP65 sealing for fuel-dispenser and outdoor self-service integration. The open-frame format includes commercial video inputs and a separate USB touch path, giving equipment manufacturers a controller-ready display rather than a bare LCD module.
A 2500 cd/m² screen still needs qualification in the finished equipment. Cover-glass reflection, installation angle, direct sunlight, enclosure temperature, and the optical stack all influence real outdoor contrast.
Product Summary
The 27-inch format provides a Full HD 1920 × 1080 workspace for fueling instructions, loyalty functions, service prompts, promotional graphics, charger status, and other public-interface content. IPS TFT-LCD construction and wide-viewing positioning support installations where users approach the screen from varying standing positions.
The monitor is specified for −20°C to +70°C operation and −30°C to +80°C storage. Its front structure is identified as IP65 sealed, while the final dispenser enclosure, rear connectors, cable entries, and service doors remain separate equipment-level protection considerations.
Key Specifications
| Parameter | Confirmed configuration |
|---|---|
| Screen size | 27 inches |
| Resolution | 1920 × 1080 pixels, Full HD |
| Panel | IPS TFT-LCD |
| Luminance | 2500 cd/m² typical |
| Contrast | 3000:1 |
| Viewing | 89/89/89/89° minimum at CR ≥ 10 |
| Colors | 16.7M, 72% NTSC |
| Response | 7/5 ms typical, Tr/Td |
| Touch | 10-point PCAP |
| Touch interface | USB |
| Front protection | IP65 front sealing |
| Video inputs | HDMI ×1, DVI ×1, VGA ×1 |
| Other I/O | Audio In ×1, Earphone Out ×1, USB Touch ×1 |
| Power configuration | AC 200–240 V |
| Power reference | 80 W |
| Mounting | 100 × 100 mm, M4 |
| Operating temperature | −20°C to +70°C |
| Storage temperature | −30°C to +80°C |
These values are supported by the current model-specific table, except disputed mechanical and lifetime values, which are intentionally excluded here.
2500 cd/m² for Fuel-Dispenser Visibility
Brightness, Reflection, and Cover Glass
Fuel forecourts can combine direct sunlight, reflected sky brightness, canopy lighting, and reflections from vehicles or surrounding structures. The Industrial Sunlight Viewable Touch Monitor should therefore be tested after the completed front stack is assembled rather than approved from luminance alone. Industry guidance for outdoor touch monitors likewise treats reflection control, cover glass, optical bonding, heat, and installation angle as part of sunlight-readability engineering.
A 3 mm tempered-glass configuration is identified for this monitor. Optical bonding and AG/AR treatment should be defined in the ordered optical stack rather than assumed automatically.
Thermal Planning in a Pump Cabinet
The monitor uses automatic heat dissipation, but the dispenser still needs a practical path for heat from the LCD, control electronics, and power system. Front sealing can reduce natural airflow, making enclosure clearance and heat rejection important during high-luminance operation.
Industrial Sunlight Viewable Touch Monitor Integration
Video and Touch Are Separate Paths
HDMI, DVI, and VGA provide familiar video-input options, while PCAP touch uses USB. A compatible video output therefore does not by itself confirm the touch path. The configuration also includes audio input and earphone output.
For an existing dispenser controller, validate native 1920 × 1080 output, cable lengths, connector access, USB enumeration, startup behavior, and the installed cable route before production harnesses are released.
Power and OSD Controls
The selected electrical configuration uses AC 200–240 V and carries an 80 W power-consumption reference. OSD functions include Auto, Menu, Left, Right, Exit/Select, and Power. The final electrical revision should be frozen before wiring and protection hardware are released.
PCAP Touch for Public Fueling Interfaces
Glove and Wet-Hand Operation
The 10-point PCAP system is specified for glove and wet-hand interaction, which is useful around fuel nozzles, work gloves, rainwater, and routine cleaning.
Final acceptance should still test the actual cover glass, grounding, enclosure, glove type, water film, and touch-controller configuration. Outdoor-touch engineering guidance identifies grounding, cover thickness, enclosure structure, and water rejection as factors that can change PCAP behavior after integration.
Front IP65 Is a Defined Protection Boundary
Front IP65 protects the user-facing structure against ingress at the monitor front. It should not be interpreted as an automatic IP rating for the complete fuel dispenser. Rear connectors, cable glands, ventilation points, doors, and cabinet seams must be qualified as part of the complete equipment.
Mechanical Integration
Open-Frame Mounting
The monitor is intended for open-frame equipment integration and identifies a 100 × 100 mm mounting pattern using M4 screws. This gives dispenser designers a defined support route while allowing the external cabinet to control styling, front sealing, and service access.
Use a Production Drawing for Cabinet Release
Nominal 27-inch size does not define the cabinet cutout, complete monitor envelope, connector clearance, or glass stack. Release enclosure tooling only from an approved production drawing that fixes the viewing opening, mounting points, depth, cable access, and front-stack construction.
Applications
Fuel Dispensers and Energy-Retail Interfaces
For fuel dispensers, the Industrial Sunlight Viewable Touch Monitor can support user guidance, loyalty workflows, service instructions, promotional content, and other interactive functions. The combination of Full HD graphics, 2500 cd/m² output, PCAP interaction, and front sealing directly matches the product's fuel-retail positioning.
EV Charging and Outdoor Self-Service Equipment
The same configuration can be evaluated for EV charging terminals, outdoor kiosks, parking or ticketing equipment, car-wash interfaces, and other unattended public terminals where high ambient light, touch interaction, and wide temperature are important.
Customization and Qualification Options
Alternative brightness targets, optical bonding, AG or AR treatments, cover-glass changes, housing adaptation, interface layout, mounting, and environmental sealing can be reviewed for project-specific versions. Broader industrial options should be treated as ordered configurations rather than automatic standard inclusions.
Custom configurations are generally reviewed from 500 pieces, subject to tooling requirements, material availability, and the requested specification. Sample and standard-monitor quantities are confirmed separately.
Procurement Checklist
Before sample or production release, confirm:
- native 1920 × 1080 output and selected video interface;
- fixed 2500 cd/m² target, tolerance, and optical test condition;
- USB touch enumeration and 10-point behavior;
- glove and wet-hand acceptance criteria;
- front IP65 boundary and complete enclosure-sealing target;
- exact 3 mm cover-glass and bonding construction;
- production input-power architecture and 80 W reference condition;
- approved mechanical drawing and 100 × 100 mm M4 mounting;
- rear connector clearance and service access;
- −20°C to +70°C operation and −30°C to +80°C storage;
- approved backlight-life requirement;
- sample criteria, quantity, and annual demand.
FAQ
About 27 Inch Industrial Sunlight Viewable Touch Monitor
What should be checked before approving 2500 cd/m² for a fuel dispenser?
How should front IP65 be interpreted in the complete dispenser?
What must be validated for glove and wet-hand PCAP operation?
Which connections must be fixed before controller wiring is released?
What mechanical information is required before enclosure tooling?
Freya Yang
+86 18318948097
