Engineered for demanding environments, Moxa’s industrial-grade panel PCs are ideal for HMI applications. No matter the environment, these panel PCs deliver durability and efficiency.
Panel PCs for Rugged Outdoor Environments
Engineered for the most demanding environments, Moxa’s industrial-grade panel PCs are the perfect solution for HMI applications. Whether you're dealing with extreme temperatures, high humidity, or exposure to corrosive elements, these panel PCs are built to withstand it all. Their robust construction ensures long-term durability and reliable performance, making them an essential component for mission-critical operations. With advanced features like wide temperature operating ranges, sunlight-readable LED backlights, and IP66-rated front panels, Moxa’s panel PCs deliver exceptional efficiency and seamless integration with your systems. Experience unparalleled reliability with our lineup of industrial PCs.
MPC-3000 Series
Ideal applications: Marine engine room, oil & gas applications, industrial-grade applications, outdoor applications
Display sizes range from 7” to 15.6”
Intel Atom® x6211E dual-core or x6425E quad-core processor
Wide-panel models with higher aspect ratios
400-nit or 1000-nit brightness
Cableless design on the front and rear panels
IP66-rated front panel
Display sizes range from 7” to 15.6”
Intel Atom® x6211E dual-core or x6425E quad-core processor
Wide-panel models with higher aspect ratios
400-nit or 1000-nit brightness
Cableless design on the front and rear panels
IP66-rated front panel
MPC-2000 Series
Ideal application: Rail-onboard
10” (4:3); 12” (4:3)
Intel Atom® E3845
A wide temperature operating range from -40 to 70°C
500-nit or sunlight-readable 1000-nit LED backlight
Expansion for CAN, MVB, LTE, and Wifi
M12 I/O port for vibration environment
IP66
10” (4:3); 12” (4:3)
Intel Atom® E3845
A wide temperature operating range from -40 to 70°C
500-nit or sunlight-readable 1000-nit LED backlight
Expansion for CAN, MVB, LTE, and Wifi
M12 I/O port for vibration environment
IP66
EXPC-F2000W Series
Ideal applications: Hazardous environments, oil & gas applications, industrial-grade applications, outdoor applications
12.1” (16:10); 15.6” (16:9)
High-performance Tiger Lake Intel® Celeron® or Intel® Core™ i3/i5/i7 processor
An operating temperature range of -40 to 70°C
Sunlight-readable 1200-nit LED backlight
Option for 5G/LTE and WiFi6
Front bezel IP66, rear IP42
12.1” (16:10); 15.6” (16:9)
High-performance Tiger Lake Intel® Celeron® or Intel® Core™ i3/i5/i7 processor
An operating temperature range of -40 to 70°C
Sunlight-readable 1200-nit LED backlight
Option for 5G/LTE and WiFi6
Front bezel IP66, rear IP42
Certified Reliability
Engineered to meet international industry standards, Moxa's panel PCs ensure dependable performance in harsh environments.
Robust Design
Built for extreme conditions, Moxa’s panel PCs ensure long-term reliability against temperature fluctuations, dust, and moisture.
Applications
- Battery Energy Storage Systems
- Drilling Rig Control System
- Frac Blenders
- Rail on-board
- Maritime
Enabling Efficient Operation of Battery Energy Storage Systems
Battery Energy Storage Systems (BESS) are pivotal in transforming global energy networks, enabling the efficient integration of renewable energy sources. In this context, panel PCs are essential for ensuring the seamless operation of BESS containers. These devices provide centralized monitoring and control capabilities, enabling real-time data visualization. By leveraging advanced panel PCs and industrial-grade solutions, operators can ensure the long-term reliability of BESS containers, driving the transition to sustainable energy networks.
System Requirements
- Higher CPU performance to drive web-based systems
- Sunlight-readable LCD for outdoor environments
- A wide operating temperature range to handle extreme conditions outside the container
Why Moxa
- Intel Atom® x6211E dual-core or x6425E quad-core processor
- High-brightness panel with 1000 nits
- Fanless design with a -30 to 60 °C operating temperature rage for outdoor environments
Enhancing Reliability and Performance in Drilling Control Systems
Drilling control systems are at the heart of modern oil-and-gas operations, providing real-time visualization and management of critical drilling processes. These systems enable operators to monitor and control field activities with precision, even in the most challenging environments. To ensure reliability, these systems require rugged computing solutions that meet stringent industry standards and perform consistently in harsh drilling conditions.
System Requirements
- Zone 2 certification for hazardous locations to guarantee operational safety
- Sufficient computing power to display all information, such as drilling speed, drilling torque, and IP surveillance video on the drilling console
- Withstands extreme temperatures during operation
Why Moxa
- Fanless design with highly efficient heat dissipation, even at 70°C
- High-performance Tiger Lake Intel® Celeron® or Intel® Core™ i3 processor
- CID2, ATEX Zone 2, and IECEx certified
Supporting Hydraulic Fracturing With Rugged Solutions
During hydraulic fracturing, frac blenders, and data vans are crucial for operational efficiency and accuracy. These critical operations require robust and reliable computing and networking solutions to withstand harsh environments. Moxa’s panel PCs and networking devices provide reliable performance and seamless connectivity for frac blender operations and data van networks in demanding environments.
System Requirements
- Rugged design to reliably weather harsh environmental challenges
- High-brightness display for visibility in direct sunlight
- Industrial-grade certifications
Why Moxa
- Lower TCO via modular design that enables easier maintenance
- Sunlight-readable 1000 nits LCD
- Compliant with CID2 and ATEX Zone 2 certifications for oil extraction environments
Train Operator Display Panel PCs for Modern Rail Systems
Secure and reliable onboard surveillance is essential for modern train operations, ensuring the safety of passengers and the integrity of critical data. Comprehensive systems that integrate IP cameras, versatile computers, and high-speed wired or wireless networking solutions play a pivotal role in enabling live viewing and recording for CCTV and passenger information systems (PIS). A vital component of such systems is the Train Operator Display (TOD) panel PC. This device serves as a shared display for PIS and CCTV, optimizing space in the driver’s cab while providing real-time monitoring and control.
System Requirements
- Fanless enclosure to withstand constant vibration and harsh environmental conditions
- Supports HMI software
- Compliance with railway standards
Why Moxa
- Fanless enclosure and a wide operating temperature range to endure onboard environments
- Compatibility with diverse HMI software platforms for seamless integration with CCTV and PIS systems
- Compliance with EN 50155 ensures safety, reliability, and electromagnetic compatibility in railway environments
Ensuring Compliance and Reliability for Ballast Water Treatment Systems
To comply with ballast water treatment regulations, specific system requirements must be met. A panel PC plays a crucial role in ensuring seamless integration by offering a centralized interface for monitoring and control. These systems must also withstand harsh marine environments, maintaining consistent performance and regulatory compliance. A panel PC’s rugged design, combined with its ability to handle critical data and display operational insights, makes it an essential component for successful ballast water treatment system implementation.
System Requirements
- Resistance to harsh marine environments, including wide temperature ranges, high humidity, and exposure to corrosive elements
- Compliance with maritime standards to ensure safe and reliable operation
Why Moxa
- A wide operating temperature range and fanless, IP66-rated enclosure to withstand harsh marine conditions
- Certified for marine environments, meeting DNV, IEC 60945, and IACS E10 standards for safety and reliability
- Robust and glove-friendly multi-touch screen made from G+G screen structure
