Entry Barrier | Dynamic SVG | WinCC Unified & V8

Dynamic SVG

About Entry Barrier

The Entry Barrier is a high-performance dynamic SVG component designed for industrial access control and facility management within SCADA and HMI environments. It provides a clear, high-fidelity visual representation of physical security checkpoints, allowing operators to monitor site traffic and gate status in real-time. Simply import the SVG into your WinCC project and bind its properties to your automation tags for instant integration.

Key Features

• Dynamic Motion Control: Real-time positioning of the barrier arm via the ArmAngle property.
• High Visibility: Optimized for industrial displays with clear contrast and optional glare effects.
• Vector-Based Precision: Scalable to any resolution without loss of quality, ensuring a professional look on both mobile panels and large control room displays.

Customization

This control features 12 adjustable properties for comprehensive visual alignment. Use BasicColor, ArmColor, StripeColor, and CapColor to match specific safety standards or corporate branding. Functional visibility can be fine-tuned with ShowPanel, StripeVisibility, and ShowShadow. For technical detail, you can even adjust the MechanismColor, BoltColor, and PanelColor, while GlareVisibility adds a layer of graphical depth for modern HMI designs.

Use Cases

Ideal for logistics hubs, automated parking systems, industrial perimeter security, and weighbridge management. It is perfectly suited for any application requiring a visual confirmation of vehicle access states.

Compatibility

This component is fully compatible with WinCC Unified and WinCC V8. It supports standard property binding, enabling rapid deployment across different hardware platforms without the need for custom scripting.

⚠️ AI-Generated: This dynamic SVG was automatically generated using AI. Please test and validate all property behaviors and visual states before deploying in a live production environment.

⚠️ AI-Generated: This dynamic svg was automatically generated using AI technology. It may contain errors or unexpected behavior. Users are responsible for testing and validating before using in production environments.