AP-AW1G | 10.1″ Fanless IP65 Industrial HMI Panel PC (5-Wire Resistive Touch)
An x86-based industrial HMI panel PC with resistive touchscreen, designed for reliable operation in harsh and glove-based environments
- Operator-facing HMI terminal for industrial equipment
- Designed for environments requiring resistive touch operation
- Provides stable x86 compatibility for Windows-based HMI software
5-Wire Resistive Panel PC for Glove-Operated and Wet HMIs
The AP-AW1G built as a stable x86 industrial HMI platform specifically designed for environments where capacitive touchscreens are impractical. The 5-wire resistive touchscreen provides reliable input when operators wear thick gloves, in wet or dusty conditions, and in applications where touch accuracy under pressure is essential.
Designed for factory floors, machinery panels, and control stations, the AP-AW1G features an IP65-rated front bezel that provides complete protection against dust ingress and low-pressure water jets. The fanless aluminum unibody construction ensures maintenance-free operation in demanding industrial environments.
As an alternative to capacitive-touch models, the AW1G emphasizes reliability, compatibility with Windows-based HMI software, and long lifecycle deployment. It is purpose-built for industrial applications where resistive touch technology provides tangible operational advantages.
AP-AW1G Series Ordering Codes & Modular Screen Profiles (10.1″ to 21.5″)
Select a display size to view mechanical and display specifications. All sizes share the same x86 hardware platform with resistive touchscreen.
| Display Size | 10.1″ |
| Resolution | 1280 × 800 |
| Brightness | 400 nits |
| Aspect Ratio | 16:10 |
| Touch Type | 5-wire resistive touch |
| Panel Cutout | 243 × 170 mm |
| Mechanical Size | 268 × 195 × 55 mm |
| Ordering Code | AP-AW1G |
BITECH Three-Less System Architecture & Industrial Hardware Core
5-Wire Resistive Screen (Supports Heavy Industrial Gloves & Wet Inputs)
≥1,000,000 touch lifetime, Linearity Error: ≤ 1.5%, works with all glove types and in wet or dusty environments.
IP65-Rated Front Panel
Complete dust protection and resistance to low-pressure water jets for industrial floors.
Scalable Intel® Embedded Platforms (6th to 13th Gen Lifecycle Support)
Flexible CPU options from 6th to 13th Gen for Windows-based HMI software compatibility.
Wide-Aspect Industrial Backlight LCD (30,000 to 50,000 Hours MTBF)
1024×768 resolution, 300–400 nits brightness, MTBF: 50,000 hours
Fanless Unibody Design
Fanless, cable-less, jumper-less aluminum construction for maintenance-free operation.
Wide Industrial Voltage Input
DC 9–36V input with Phoenix terminal and remote power on/off for industrial power systems.
Display and Touch Technology
The AP-AW1G features a 10.1-inch industrial-grade LCD with 1280×800 resolution (16:10 aspect ratio) and 300–400 nits brightness for clear visibility in factory lighting conditions. The display is optimized for HMI applications requiring reliable readability throughout the workday.
Why 5-Wire Resistive Technology Excels in Harsh Factory Environments
- Glove compatibility: Works with all glove types including thick industrial, rubber, and insulated gloves
- Wet environment operation: Reliable input in wet, oily, or moisture-prone conditions
- Dust and debris tolerance: Functions correctly even with surface contamination
- High durability: ≥1,000,000 touch lifetime for extended industrial use
- Pressure-based input: Provides stable, predictable touch response
Resistive vs. Capacitive Touch: Selecting the Right HMI for Your Deployment
Resistive touch is preferred over capacitive when operators regularly wear thick gloves, when the environment is frequently wet or dusty, when stylus-based input is needed, or when input stability is more important than multi-touch gestures. For bare-finger multi-touch operation, consider the AP-AW1G with capacitive touchscreen.
AP-AW1G Complete Technical Blueprint & Field I/O Interfaces
This overview supports early-stage system validation. For full electrical, mechanical, and environmental details, please refer to the datasheet.
| CPU Platform | Intel® Core™ i3 / i5 / i7 (6th–13th Gen, project-dependent) |
| BIOS | AMI BIOS |
| Memory | On-board 8GB DDR4 2600MHz |
| Storage | 1× 2.5″ SATA HDD/SSD or Half-slim SSD; 1× M.2 M-Key 2280 (PCIe x4) |
| Display | 10.1″ HD (1280×800), 16:10, 300–400 nits |
| Touchscreen | 5-wire resistive touch |
| Ethernet | 2× Gigabit LAN (10/100/1000) |
| Serial | 2× RS232 / RS485 |
| USB | 4× USB 2.0 (Type-A) |
| Display Output | HDMI 2.1 (4K@60Hz), VGA |
| Wireless | M.2 E-Key (Wi-Fi), M.2 B-Key (4G/5G), Slim slot |
| Power Input | DC 9–36V, Phoenix terminal, Remote Power On/Off |
Structural Ruggedness Standards & Harsh Environment Compliances
The AP-AW1G is engineered to operate reliably in demanding industrial environments where temperature fluctuations, humidity, and mechanical stress are common operational conditions.
Operating Temperature
-10°C to +60°C for reliable operation across seasonal and process-related temperature variations
Humidity Tolerance
Up to 95% RH (non-condensing) for high-humidity manufacturing environments
Shock & Vibration
Industrial-grade resistance for machine-mounted and factory floor installations
EMC/EMI Compliance
Certified for industrial electromagnetic compatibility requirements
Flexible Mounting and Industrial Design
The compact form factor and multiple mounting options allow integration into various industrial installations, from machine panels to control room enclosures.
- Dimensions: 269.5 × 216.7 × 46.4 mm (compact footprint)
- Weight: Approximately 2.6 kg
- Panel mount: Front bezel flush mounting for control panels
- VESA mount: 75×75mm / 100×100mm for wall and arm mounting
- Open-frame: Available for custom enclosure integration
The fanless, sealed front design eliminates moving parts and reduces maintenance requirements, while the aluminum unibody construction provides effective passive cooling and structural durability.
OEM & Customization Support
BITECH provides comprehensive OEM support for the AP-AW1G, enabling customization of hardware configuration, software integration, and mechanical design to meet specific project requirements.
- CPU and memory configuration per project requirements
- OS support: Windows 7 / 8 / 10 / 11 and Ubuntu with validated drivers
- Long lifecycle supply (5–7 years) for OEM HMI projects
- BOM freeze and controlled revision management after validation
- Branding, I/O, and mechanical customization available
- Pre-integrated wireless configurations for OEM deployment
Ordering Options by Display Size
Use the ordering codes below to specify your preferred display size. All variants share the same x86 platform with 5-wire resistive touchscreen.
| Ordering Code | Display Size | Typical Application |
|---|---|---|
| AP-AW2G | 12.1″ | Compact machine panels |
| AP-AW3G | 15″ | Compact machine panels |
| AP-AW4G | 15.6″ | Standard operator HMI |
| AP-AW5G | 17″ | Large interface panels |
| AP-AW6G | 17.3″ | Large interface panels |
| AP-AW7G | 19″ | Large interface panels |
| AP-AW8G | 21.5″ | Information-dense dashboards |
Note: Display size suffix defines mechanical dimensions only. Core x86 hardware platform and I/O remain unchanged across all variants.
Related Industrial Panel PCs
AP-AW1G Technical FAQ
Engineering insights for industrial resistive touch deployment.
Why choose 5-Wire Resistive Touch over P-CAP for industrial HMIs?
Resistive touch is the optimal choice when operators must wear thick industrial gloves, or when working in wet, oily, or dusty environments where capacitive sensors might experience ghost touches or signal interference. It provides stable, pressure-based input that is not affected by moisture or surface contaminants.
What is the expected lifespan of the 5-wire resistive panel?
The AP-AW1G's 5-wire resistive touchscreen is rated for ≥1,000,000 touches. The 5-wire configuration is significantly more durable than 4-wire alternatives, offering better linearity and resilience against localized surface damage over time.
How does the AP-AW1G handle thermal management without a fan?
The AP-AW1G utilizes a high-efficiency aluminum unibody enclosure that acts as a massive heat sink. By optimizing the thermal conduction path from the CPU directly to the chassis, the system dissipates heat passively, allowing for sustained operation at 100% load in ambient temperatures up to 60°C.
Can I upgrade the CPU for my specific OEM project?
Yes. The platform is designed to be scalable. While standard models ship with specific Intel Core configurations, we support OEM/ODM customization requests ranging from 6th Gen to 13th Gen Intel Core processors to meet your specific computational throughput and software requirements.
Are the I/O ports protected against industrial electrical noise?
Yes. The AP-AW1G is designed for industrial EMC compliance. All serial and network ports feature ESD protection, and the system is engineered to suppress electromagnetic interference common in environments with heavy motors, variable frequency drives (VFDs), and relay switching.
What are the mounting options for the AP-AW1G?
The unit supports flush panel mounting with an IP65-rated front bezel gasket for airtight enclosure integration. Additionally, it includes standard VESA (75x75mm/100x100mm) mounting points on the rear for articulated arms or wall-mount stands.
How does the remote power switch work?
The device includes a 2-pin terminal block labeled "Remote Power." By connecting an external SPST (Single Pole Single Throw) switch to this terminal, you can trigger the power-on signal remotely, which is critical when the panel PC is mounted inside a sealed control cabinet.
Which Windows or Linux versions are officially supported?
The AP-AW1G supports Windows 10/11 IoT Enterprise and modern Linux distributions (e.g., Ubuntu LTS). We provide a validated driver package for all internal controllers, including the resistive touch driver, to ensure seamless integration.
Is the AP-AW1G a modular product line?
Yes. The display size is the only major mechanical variable. The internal x86 mainboard platform, I/O pinouts, and software drivers are standardized across the entire AW-G series (10.1" through 21.5"), enabling you to switch display sizes without changing your software stack.
Does BITECH provide long-term supply guarantees (PCN/EOL)?
Absolutely. We guarantee a 5–7 year lifecycle for all industrial models. We operate under strict revision control, providing formal Product Change Notifications (PCN) and End-of-Life (EOL) notices with ample lead time to ensure your project's continuity.
Ready to Evaluate for Your Project?
Contact our engineering team to discuss touch technology requirements, mounting integration, and OEM customization options for your HMI application.