Industrial HMI Toolkit – Reliable Edge Solutions for Automation Engineers

Key Challenges in Using HMIs for Industrial Automation

Automation engineers must overcome key challenges when deploying HMIs in rugged environments, where reliability and flexibility are essential. Key challenges include:

• Ensuring stable operation in dusty, wet, and high-vibration conditions
• Minimizing downtime in continuous, high-demand production lines
• Supporting modular upgrades without full system replacement
• Integrating with PLCs, SCADA, and IIoT systems
• Expanding connectivity without adding complexity

Checklist for Selecting HMIs in Industrial Automation

When choosing HMIs for rugged environments, automation engineers must evaluate solutions that balance durability, performance, and flexibility. This checklist provides key criteria to guide your decision:

1. Modular Design

Can the PC and display be upgraded separately? Look for modular systems that support future scalability.

2. Ruggedization

Is it built for tough environments? Choose IP65-rated, fanless designs that resist dust, moisture, and vibration.

3. Processing Power

Does it handle real-time workloads? Evaluate CPU, memory, and storage for efficient edge performance.

4. Connectivity & Expansion

Can it connect to your systems easily? Ensure support for COM ports, DIO, LAN, M.2, CAN bus, and power ignition.

5. Touchscreen Quality

Is it easy to use in industrial settings? Consider PCAP or resistive touch, high brightness, and optical bonding.

6. Certifications

Does it meet industry standards? Look for CE, FCC, and UL certifications for safety and compliance.

Download the full toolkit to explore these factors in detail and choose the right HMI for industrial automation!