Xtralis VSC is compatible with a wide range of hardware, provided they are connected via supported interfaces such as a High Level Interface (HLI) for VESDAnet or direct USB/Serial connections. Fire Alarm Systems - Orient
View current obscuration rates and airflow percentages relative to calibrated baselines.
VSC supports the full range of Xtralis detection products. Whether managing a standalone VESDA smoke detector or an entire networked fire detection system spanning multiple detectors, displays, and remote modules, VSC provides a unified interface for all configuration tasks. The software handles:
Use the VSC device tree to re-map the network and reassign unique IDs. Firmware Updates xtralis vsc software
The heartbeat of the system appeared on his screen as a . Alex watched the real-time smoke levels from multiple detectors plotted on a single graph.
Understanding environmental patterns is key to avoiding nuisance alarms and verifying system health. VSC generates real-time trend charts, allowing users to graph smoke levels and airflow parameters across multiple detectors on a single chart. This powerful feature provides a clear visual representation of data, making it easier to analyze events, correlate smoke activity across different zones, and report findings to facility managers.
Adjust sensitivity levels automatically to account for fluctuations in ambient dust and human activity during working hours versus off-hours. Xtralis VSC is compatible with a wide range
Xtralis VSC (VESDA System Configurator) is a specialized software tool used for the configuration, commissioning, and maintenance
VSC automatically detects all networked devices, assigning unique addresses and eliminating the manual effort of locating each detector. Trend Analysis & Graphing:
The software includes a comprehensive online help system that is context-sensitive: pressing F1 while a fault is selected displays the cause and troubleshooting information specifically for that fault code. The troubleshooting section covers fault codes from 0 to 89 (VESDAnet faults) and codes above 750 (VESDA-E faults), providing recommended corrective actions for each scenario. Whether managing a standalone VESDA smoke detector or
For applications involving VESDAnet interface cards (VN Cards), VSC is the strongly recommended tool, as it fully supports the configuration screens that match the VLF detector’s relays, GPI settings, and status intervals—features that legacy tools do not handle correctly.
To maximize efficiency and maintain regulatory compliance while using Xtralis VSC, implement the following best practices:
: VSC can generate smoke trend charts, allowing operators to compare smoke or gas levels across multiple detectors simultaneously on a single graph.
After configuration, a mandatory is performed to validate the physical pipe network. This test involves introducing a smoke sample at the farthest sampling point on a pipe run and using a timer to measure the transport time to the detector. This verifies pipe integrity, ensures the system is operational, and establishes a baseline for future flow comparisons. A recorded transport time that is 20% or greater than expected indicates a potential pipe break or blockage. VSC can be used to record these test results and log them within the device's event history.