To modify these, navigate to the tab, locate the Thresholds section, enter the required obscuration values (% obs/m), and click Apply . 3. Airflow and Pipe Normalization
Monitor the condition of the filters and reset them after replacement.
for diagnostic and compliance purposes.
Xtralis VSC serves as the central nervous system link between a computer and Xtralis VESDA devices (such as the VESDA-E, VESDA VLP, VLS, VLC, and VLF product lines). It provides a highly intuitive graphical interface that replaces the old-school, cumbersome process of programming detectors via localized push-button displays. With VSC, fire safety technicians and engineers can:
Xtralis VSC natively supports the entire generation of VESDA detectors, including: VESDA VLC, VLF, VLC, and VFT. Flagship Series: VESDA VEP, VEU, VEA, and VES. Industrial Series: VESDA VLI. Connection Methods xtralis vsc software
VSC serves as the digital interface between the user and the detection hardware. It transforms the complex analog data collected by aspirating detectors into intuitive, visual representations, allowing facility managers and safety officers to monitor smoke levels in real-time, configure device parameters, and manage alarms from a single workstation.
Technicians can tailor the workspace to focus on the most relevant information. To modify these, navigate to the tab, locate
VSC enables users to configure every aspect of the detector, including alarm levels, flow, and fan speed settings. It ensures that the installed system matches the design specifications, which is crucial for reliability.
The software acts as a centralized command center for aspirating smoke detection (ASD) networks. It replaces manual hardware adjustments with a streamlined digital interface. for diagnostic and compliance purposes
Xtralis periodically releases firmware updates to fix bugs, optimize aspirator fan algorithms, and improve security. VSC allows you to push these firmware upgrades directly to the detectors. Always review the release notes before updating firmware on a live system.