Enabling Reliable Warehouse Operations with IP65 Industrial Touchscreen Computer

Overview 

In the fast-moving world of industrial ventilation manufacturing, warehouse operations demand technology rugged enough to survive heavy dust and constant workflows. A leading manufacturer sought to upgrade its warehouse workstations after experiencing gaps in service and limited support from a previous supplier. By integrating Premio’s VIO-200 Series IP65-rated industrial touchscreen computer, the team gained a dependable, service-backed solution engineered for harsh industrial environments. 

Challenges 

  • Need for more dependable and accessible technical support
  • Insufficient durability for dusty warehouse conditions
  • Requirement for multiple USB 3.0 ports to support warehouse peripherals
  • Wide-range power input needed for variable electrical conditions
  • Long-lifecycle embedded hardware required for standardized deployments 

 

Solution 

  • Premio’s VIO-217-PC100-KBL-U IP65 Industrial Touchscreen Computer
  • Intel 7th Gen Core i5-7300U embedded processor
  • 4x USB 3.0 and 2x LAN per product specifications  
  • 9–50VDC wide-range power input
  • Rugged IP65 front panel with aluminum die-cast construction 

 

Benefits

  • Reliable performance in harsh warehouse environments 
  • Expanded connectivity for essential peripherals
  • Direct engineering support for sustained operational continuity 

 

Company Overview 

A major manufacturer of air movement and control systems supports commercial and industrial buildings worldwide. Its operations rely on precision assembly, well-coordinated logistics, and efficient warehouse management. Continued modernization across its facilities ensures greater reliability, product consistency, and faster fulfillment. 

The Challenges 

 

Limited Access to Technical Support 

The manufacturer required more consistent and readily available technical assistance to maintain warehouse operations. Interruptions caused by delayed troubleshooting hindered productivity and prolonged system downtime. A more responsive engineering partnership was needed to ensure reliable operational continuity. 

Insufficient Industrial Durability 

Heavy airborne dust from daily warehouse activity caused repeated failures in non-industrial computing equipment. Touch interfaces degraded and enclosures lacked the robustness required for long-term exposure. A durable, IP-rated solution was necessary to withstand these conditions. 

Inadequate Peripheral Connectivity 

Warehouse processes depended on scanners, label printers, and diagnostic devices requiring high-speed USB connections. Existing hardware did not offer enough USB 3.0 ports to support all devices simultaneously. A more capable connectivity configuration was essential for uninterrupted workflows. 

Unstable Power Conditions 

Electrical variations across warehouse zones created instability and unexpected shutdowns in older systems. The equipment lacked the tolerance needed to operate consistently under fluctuating voltage levels. A wide-range power input was required to ensure reliable and stable operation. 

Requirement for Long-Lifecycle Hardware 

Standardizing workstation platforms across the warehouse required hardware with predictable availability and long-term stability. Previous devices introduced variability due to irregular lifecycle support. Embedded-grade hardware was needed to maintain consistency over future deployments. 

 

The Solution 


Premio’s VIO-217-PC100-KBL-U IP65 Industrial Touchscreen Computer

The industrial-grade panel PC served as the core workstation device across the warehouse. Its 17-inch 4:3 display provided greater vertical workspace for application interfaces, while the IP65 front panel protected against dust intrusion. The unit’s aluminum die-cast design ensured durability in environments with forklifts, packaging debris, and continuous airborne particulates. 

Embedded Intel Processing 

The Intel Core i5-7300U embedded processor delivered consistent performance with lifecycle stability. This ensured dependable operation across multi-shift environments. Standardization on this platform simplified maintenance and future expansion. 

Integrated USB and LAN Connectivity 

With four USB 3.0 ports and two LAN ports, the device supported all necessary warehouse peripherals without reliance on external hubs. High-speed connectivity improved scanning accuracy and device responsiveness. Native network interfaces ensured reliable communication with warehouse systems. 

Wide-Range Power Support 

The 9–50VDC power input enabled the system to operate reliably despite fluctuating electrical conditions throughout the facility. This capability allowed deployment in diverse locations without electrical modification. The result was stable, uninterrupted workstation performance. 

Responsive Engineering Support 

Direct access to Premio’s engineering team provided the prompt assistance required for mission-critical warehouse operations. Deployment guidance and ongoing technical support addressed previous challenges with maintaining consistent reliability. This partnership strengthened long-term operational stability. 

 

The Benefits 

Stable operation with rugged industrial reliability 

The IP65 touchscreen and industrial design ensured consistent functionality in dust-heavy warehouse environments. 

Increased productivity from expanded connectivity 

Native USB and LAN options enabled seamless integration of essential warehouse tools and peripherals. 

Strong engineering support for long-term system success 

Direct service from Premio’s Los Angeles-based team ensured fast response times and long-term operational stability. 

 

Conclusion 

By adopting Premio’s VIO-217-PC100-KBL-U industrial touchscreen computer, the manufacturer gained a rugged, service-backed platform designed to perform reliably in dusty warehouse environments. Enhanced connectivity, wide-range power support, and responsive engineering assistance enabled stable, long-term operational performance. With a standardized, long-lifecycle solution, the warehouse is now positioned for sustained efficiency and future scalability