In heavy manufacturing environments where energy systems and large-scale industrial structures dominate operations, maintaining reliability under extreme conditions is critical. A global engineering company specializing in heat transfer and energy efficiency solutions required a robust HMI platform capable of withstanding heat, dust, and vibration while supporting modernization initiatives. Premio’s IP65-rated industrial touchscreen computer provided a durable, scalable solution that enabled seamless integration into demanding manufacturing workflows.
Challenges
- Limited processing capability for handling modern industrial applications and edge workloads
- Exposure to high heat, dust, and vibration in boiler and flue gas environments
- Requirement for advanced expansion including M.2 support for AI and connectivity modules
- Need for flexible mounting within large industrial structures and control panels
- Compliance requirements for safety and industrial certification standards
Solution
- Premio’s VIO-200-PC100-EHL Series 15-inch industrial touchscreen computer
- Intel Celeron J6413 processor for reliable industrial computing performance
- M.2 expansion support for AI acceleration, 5G connectivity, and storage
- Fanless IP65 rated aluminum front panel for durability in harsh environments
- Wide range power input and industrial I/O for seamless system integration
Benefits
- Improved system uptime in extreme environments
- Scalable platform for future AI and IoT expansion
- Reliable performance with reduced maintenance needs
Company Overview
A global engineering leader focuses on advancing energy efficiency and large-scale manufacturing solutions across industrial sectors. With decades of expertise in heat transfer technologies and environmental systems, the company delivers high-performance infrastructure for critical operations. Continued innovation drives expansion into advanced structural manufacturing and smart industrial solutions.
The Challenges
Processing Limitations for Modern Workloads
As manufacturing systems evolve, traditional computing platforms struggled to keep up with increased data processing demands. The company required a solution capable of supporting modern applications, including potential AI and machine learning workloads. Without sufficient processing capability, system performance and operational efficiency would be compromised.
Operating in Harsh Industrial Conditions
Equipment deployed near boilers and flue gas ducts faced constant exposure to extreme heat, airborne particles, and mechanical vibration. Standard commercial-grade PCs failed quickly under these conditions, leading to frequent downtime. A ruggedized solution was essential to ensure continuous operation in these environments.
Demand for Advanced Expansion Capabilities
With the growing need for AI-driven insights and connected systems, the company required flexible expansion options. Integration of AI modules, high-speed connectivity like 5G, and additional storage was critical for future scalability. A lack of expansion capability would limit innovation and system adaptability.
Integration Within Complex Industrial Structures
Large manufacturing facilities required systems that could be easily mounted within control panels or embedded into machinery. Space constraints and structural variability made flexibility in mounting a necessity. Without adaptable mounting options, deployment would be inefficient and inconsistent.
Meeting Safety and Compliance Standards
Operating in industrial environments required adherence to strict safety and certification standards. Systems needed to meet regulatory requirements to ensure safe and reliable deployment. Non-compliant equipment would introduce operational risks and potential delays.
The Solution
Premio’s 15 Inch Industrial Touchscreen Computer VIO-200-PC100-EHL Series
The deployment of Premio’s industrial touchscreen computer provided a centralized HMI solution tailored for demanding environments. Installed directly into control panels near heat-intensive systems, it enabled operators to monitor and manage processes in real time. Its industrial-grade design ensured consistent performance even under extreme conditions.
Reliable Processing with Intel Celeron J6413
Powered by the Intel Celeron J6413 processor, the system delivered stable and efficient computing performance for industrial applications. It supported data visualization, control interfaces, and system monitoring without latency issues. This ensured smooth operation across critical manufacturing workflows.
Flexible M.2 Expansion for Future Growth
The inclusion of M.2 slots enabled the integration of AI modules such as Hailo accelerators, as well as 5G communication and SSD storage. This allowed the company to future-proof its infrastructure and expand into edge AI and connected systems. The flexibility ensured the platform could evolve alongside operational needs.
Rugged Fanless and IP65 Rated Design
Designed with an aluminum die-cast front frame and IP65-rated protection, the system resisted dust ingress and exposure to harsh environmental conditions. Its fanless architecture minimized failure points and reduced maintenance requirements. This rugged design significantly improved system longevity in challenging environments .
Industrial Connectivity and Power Flexibility
With extensive I/O including multiple serial ports, USB, LAN, and isolated digital inputs and outputs, the system seamlessly integrated with existing machinery and control systems. The wide 9 to 36VDC power input allowed stable operation across varied industrial power conditions. This ensured compatibility and simplified deployment across different manufacturing setups .
The Benefits
Increased Reliability in Extreme Conditions
The rugged system design ensured continuous operation in high heat and high vibration environments, reducing unexpected downtime
Scalable Platform for Innovation
Support for AI modules and 5G enabled future expansion into smart manufacturing and connected systems
Reduced Maintenance and Operational Costs
Fanless architecture and industrial-grade components minimized failures and maintenance requirements
Conclusion
By deploying a rugged industrial touchscreen solution, the company successfully modernized its manufacturing operations without compromising reliability. The system provided the durability and flexibility needed for harsh environments while enabling future technological advancements. This transformation positioned the company to scale efficiently in an evolving industrial landscape.