Rugged Panel Computers for Extreme Outdoor and Hazardous Environments
Harsh and hazardous environments, both indoor and outdoor, present numerous challenges, including extreme temperatures—from scorching heat to freezing cold—high levels of dust, water exposure, and even explosive atmospheres. To safely and effectively control and monitor industrial applications in these environments, our new-generation MPC-3000 Series panel PCs offer robust, adaptable, and rugged solutions, specifically optimized for oil and gas, marine, and outdoor applications.
Powered by an Intel Atom® x6000E processor, the MPC-3000 panel computers are organized in six unique series with display sizes ranging from 7 to 15.6 inches, all engineered to excel in extreme conditions to enhance productivity and reliability. The panel PCs also come with an extensive range of industrial certifications, including CID2, IECEx Zone 2, and ATEX Zone 2 as well as for marine standards such as DNV, IEC 60945, and IACS E10.
Engineered for the Extremes
Experience the rugged performance of the MPC-3000 panel computers designed for industrial automation and monitoring in the toughest environments. Watch this video to explore the key features that include exceptional screen readability, enhanced touchscreen responsiveness, and modular design that simplifies maintenance.
The Industrial Internet of Things (IIoT) aims to increase productivity and make users lives easier. However, this can only be achieved when the Industrial IoT environment has reliable network connectivity. An unreliable network presents users with several
challenges including: longer system downtime, cyber security risks, and unstable operations, especially when using a wireless connection. The diagram below uses factory automation as an example to illustrate what kind of concerns our industry partners
face when trying to adopt lndustrial loT applications and benefit from them.
The Industrial Internet of Things (IIoT) aims to increase productivity and make users lives easier. However, this can only be achieved when the Industrial IoT environment has reliable network connectivity. An unreliable network presents users with several
challenges including: longer system downtime, cyber security risks, and unstable operations, especially when using a wireless connection. The diagram below uses factory automation as an example to illustrate what kind of concerns our industry partners
face when trying to adopt lndustrial loT applications and benefit from them.