Xtralis Vsc Software |verified|
VSC supports remote system access via several networking options: serial (RS-232), USB, Ethernet (IP), and Wi-Fi. For VESDA-E devices, engineers can connect using USB, Ethernet, or WiFi, providing flexible access regardless of the physical location of the detection equipment. A remote engineer can therefore manage, monitor, or troubleshoot a fire detection system from a different building—or even a different city—as effectively as if standing directly in front of the equipment.
| Aspect | Xtralis VSC | Point/Beam Detectors | |--------|-------------|----------------------| | Coverage per device | Up to 100m x 100m (depending on camera) | 50–150 m² per point detector | | Response time | Seconds after smoke becomes visible | Seconds after smoke reaches sensor | | Cost per square meter | Low | High | | Visual verification | Built-in video recording | None | | Maintenance | Periodic lens cleaning only | Regular sensor replacement/calibration | | Susceptibility to airflow | Low – sees smoke regardless of drift | High – smoke may be diluted |
Viewing real-time smoke levels and events. Key Features and Advantages of Xtralis VSC
The software organizes your entire fire protection network into a logical, visual tree structure. It maps out the main network (VESDAnet), individual detectors, and specific sub-components (such as sectors or individual sample points in a VEA system). This layout allows users to drill down from a campus-wide overview to a single sampling pipe in seconds. Event Log Management xtralis vsc software
: With a single command, VSC can automatically detect and identify all networked Xtralis devices, assigning unique VESDA addresses to save time during initial setup.
Key features:
As artificial intelligence and edge computing evolve, Xtralis continues to enhance VSC with deep learning models that further reduce false positives and improve detection of slow-growing smoldering fires. Integration with thermal imaging and multi-spectral sensors is also expanding, making VSC a cornerstone of next-generation "visual fire protection." VSC supports remote system access via several networking
Connecting to a single HLI on a VESDAnet network grants the software access to every detector linked on that specific loop.
Xtralis periodically releases firmware updates to improve detector stability, add features, or address security vulnerabilities. Using VSC, administrators can upload firmware packages directly to a single unit or broadcast the update across the entire VESDAnet loop. Always back up the configuration file (.vsc) before initiating a firmware update. 7. Best Practices for Fire Protection Professionals
VSC is built on a server-client architecture capable of supporting massive deployments. It is designed to handle thousands of cameras across geographically dispersed sites. | Aspect | Xtralis VSC | Point/Beam Detectors
Xtralis VSC communicates with detectors using a few physical methods:
VSC utilizes a "site map" approach. Users can upload floor plans or CAD drawings of the facility and place detector icons on the map. The icons change color based on status (Green = Normal, Amber = Fault/Alert, Red = Fire), providing instant visual identification of the hazard location.