The 10.1-Inch Resistive Touch Industrial Panel PC is an industrial all-in-one computing platform designed for industrial automation, machine control and HMI applications.
According to the supplied engineering drawing, the product uses a resistive touchscreen and an aluminum front frame, combined with a compact industrial enclosure.
The rear and side structure provides multiple interface openings, including COM/USB ports, Wi-Fi antenna openings, a power switch opening and a 2-pin Phoenix terminal connection
The 10.1-inch format provides a practical operator interface for industrial equipment and control systems.
The product drawing specifically identifies the touch interface as a resistive touchscreen.
Resistive touch technology is commonly used in industrial environments where users may operate interfaces with gloves, tools or styluses.
The engineering drawing identifies an aluminum frame, providing a dedicated industrial front-panel structure.
The interface drawing identifies different groups of COM/USB ports, including:
as shown in the supplied engineering drawing.
The rear/side design provides 2 × Wi-Fi antenna openings.
The drawing identifies a 2-pin Phoenix terminal connection.
The enclosure is designed as an industrial all-in-one unit with integrated display, touchscreen and computing hardware.
The 10.1-inch panel PC combines:
10.1-inch display + resistive touchscreen + aluminum front frame + industrial enclosure + multiple communication interfaces.
The front structure uses a framed display design with rounded corners.
The rear enclosure incorporates ventilation openings and multiple interface areas for industrial system integration.
The reference cutout dimension shown in the engineering drawing is:
269.42 × 187.42 mm
The overall product dimensions are:
277 × 195.64 × 54 mm
Before production installation, customers should verify the final approved drawing and actual mounting tolerances.
| Parameter | Specification |
|---|---|
| Product Type | Industrial All-in-One Panel PC |
| Display Size | 10.1 Inch |
| Touch Technology | Resistive Touchscreen |
| Front Frame | Aluminum Frame |
| Overall Dimensions | 277 × 195.64 × 54 mm |
| Reference Cutout Size | 269.42 × 187.42 mm |
| Display Reference | 216.96 × 135.60 mm |
| Interface | COM / USB |
| COM / USB Configuration | 6 × COM/USB |
| Additional COM / USB | 4 × COM/USB |
| Additional COM / USB | 2 × COM/USB |
| Wi-Fi Antenna Openings | 2 |
| Power Connection | 2-pin Phoenix Terminal |
| Power Switch | Integrated switch opening |
| Housing | Industrial enclosure |
| Unit | mm |
The overall machine dimensions and reference opening dimensions are directly shown in the supplied engineering drawing.
277 × 195.64 × 54 mm
269.42 × 187.42 mm
216.96 × 135.60 mm
These dimensions are based on the supplied mechanical drawing.
The engineering drawing identifies the following interface areas:
| Interface / Opening | Quantity / Reference |
|---|---|
| COM / USB | 6 |
| COM / USB | 4 |
| COM / USB | 2 |
| Wi-Fi Antenna Opening | 2 |
| Phoenix Terminal | 2-pin |
| Power Switch Opening | 1 |
The exact electrical specification of each interface is not provided in the supplied mechanical drawing and should therefore be confirmed against the final electrical specification/BOM.
Suitable for industrial automation equipment requiring a local touchscreen control interface.
Can be integrated into machinery as an operator interface for machine control and monitoring.
Suitable for industrial production equipment and factory-floor control applications.
The multiple communication interfaces can support equipment integration where COM and USB connections are required.
Suitable for monitoring applications that require a larger touchscreen operator interface.
The compact all-in-one structure can be integrated into control cabinets and equipment panels.
Suitable for HMI interfaces used in industrial automation and smart manufacturing equipment.
Operator interface for machine status, parameters and control.
Touchscreen HMI for automated machinery.
Local operator interface for production and process equipment.
Display and control interface for industrial test systems.
Embedded operator interface for industrial control applications.
Human-machine interface for equipment monitoring and operation.
A resistive touchscreen can be useful in industrial applications where operation may involve:
The supplied product drawing confirms that this model uses resistive touch technology.
For equipment manufacturers and system integrators, the panel PC can be evaluated for application-specific requirements.
Potential customization areas include:
Actual available configurations should be confirmed according to the project BOM and engineering requirements.
Before requesting a quotation, customers can provide:
1. Display Size
10.1 inch or required size
2. Touch Technology
Resistive / PCAP / other
3. Resolution
Required display resolution
4. Cutout Size
Required panel opening
5. Overall Thickness
Maximum available installation depth
6. Mounting Method
Embedded / panel mount / bracket mount
7. Interfaces
COM / USB / Ethernet / Wi-Fi / other
8. Computing Platform
Required CPU / RAM / storage / OS
9. Quantity
Prototype / pilot / mass production
10. Application
Machine / automation / control / monitoring / other
It is an industrial all-in-one computer integrating a 10.1-inch display, resistive touchscreen and industrial computing enclosure
The overall dimensions shown in the supplied drawing are 277 × 195.64 × 54 mm
The reference cutout size is 269.42 × 187.42 mm
Yes. The engineering drawing explicitly identifies the touch panel as a resistive touchscreen.
Yes. The interface drawing identifies multiple COM/USB port groups, including 6, 4 and 2 port configurations.
The mechanical drawing provides two Wi-Fi antenna openings. The actual Wi-Fi module specification is not provided in the supplied drawing and should be confirmed separately.
Yes. The drawing identifies a 2-pin Phoenix terminal.
Yes. For an OEM/ODM project, customers can provide their required dimensions, interfaces, display/touch specifications and application requirements for engineering evaluation.
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