Xtralis VESDA VRT-100 Aspirating Smoke Detector

The Xtralis VESDA VRT-100 is a high-performance aspirating smoke detector engineered for early fire detection in critical environments. Its advanced laser-based sensing technology provides rapid and reliable identification of smoke particles.

• Sampling Pipe Length up to 100 meters allows extensive coverage of large or complex areas with minimal installation points.
• Detection Sensitivity Range from 0.005 to 20% Obs/m
• Multi-level Alarm Thresholds enable customizable sensitivity settings to match specific risk environments and reduce false alarms.
• Integrated Airflow Monitoring maintains optimal sampling conditions to guarantee consistent detector performance.
• Network Compatibility with VESDAnet facilitates scalable system integration and centralized monitoring across multiple detectors.

Compared to traditional point smoke detectors and earlier VESDA models, the VRT-100 delivers superior detection capabilities with greater flexibility in pipe network design and enhanced false alarm resistance. This detector sets a new benchmark for early warning systems in commercial, industrial, and high-value asset protection applications.

Optimized Detection Technology and System Efficiency

At the core of the VRT-100 is a laser-based sensing chamber that delivers exceptional sensitivity and stability, enabling detection of smoke particles as small as 0.3 microns. The device’s design supports extensive sampling pipe runs up to 100 meters, making it ideal for monitoring large open spaces or challenging layouts.

Innovative airflow monitoring ensures that sampling rates remain consistent, preventing performance degradation due to blocked or damaged pipes. The configurable alarm thresholds provide tailored responses to various fire risk profiles, reducing nuisance alarms in environments with airborne particulates.

The VRT-100’s integration with VESDAnet allows seamless communication and centralized management, enabling system operators to monitor multiple units from a single interface, improving operational efficiency and response times.