Xtralis VESDA VLI-880 Laser Industrial Aspirating Smoke Detector

The VESDA VLI-880 model employs advanced laser technology to detect smoke particles with exceptional sensitivity, ensuring early warning in industrial environments. This state-of-the-art aspirating smoke detector is engineered for reliable performance in challenging conditions.

• Multiple sampling points: Equipped with up to 8 sampling holes, it offers comprehensive coverage for expansive industrial spaces.
• High sensitivity rating: Capable of detecting smoke concentrations as low as 0.001% obscuration per meter, surpassing typical industry detectors.
• Robust laser-based detection: Utilizes laser scintillation technology for precise smoke particle measurement, outperforming traditional optical sensors.
• Advanced airflow monitoring: Integrated airflow sensors maintain optimal sample integrity, reducing false alarms in dusty or turbulent environments.
• Wide operational temperature range: Designed to function reliably between -20°C and 55°C, suitable for varied industrial conditions.

Compared to earlier models and standard smoke detectors, the VESDA VLI-880 delivers superior early detection capabilities with enhanced laser sensitivity and multiple sampling points. Its robust design and airflow compensation provide a significant advantage in industrial settings where environmental factors may impair conventional systems.

Innovations in Detection and System Reliability

This detector’s laser-based sensing technology offers pinpoint accuracy by analyzing reflected light from smoke particles, enabling detection of even the smallest traces of combustion. Its multiple sampling holes ensure that even remote or concealed areas within facilities remain monitored continuously. The integrated system actively compensates for airflow variations, minimizing false alarms caused by dust or drafts prevalent in industrial environments.

Designed for easy integration with existing alarm systems, the VESDA VLI-880 improves overall safety by providing dependable and early alerts, allowing more time for intervention. Its durable construction and wide temperature tolerance make it an ideal choice for harsh industrial applications, maintaining consistent performance where other detectors may fail.