Xtralis VESDA VEP-A10-P Aspirating Smoke Detector

The Xtralis VESDA VEP-A10-P is a cutting-edge aspirating smoke detector designed to provide ultra-early warning of fire hazards in critical environments. Equipped with advanced laser-based detection technology, this device samples air continuously to detect smoke particles with exceptional sensitivity and speed.

• Detection Sensitivity: Adjustable from 0.001% to 20% obscuration per meter, enabling precise calibration for various environments.
• Airflow Capacity: Supports a maximum sampling pipe length of 1,000 feet, extending coverage over large or complex areas.
• Response Time: Responds to smoke presence within seconds, significantly faster than conventional detectors.
• Power Supply: Operates efficiently on 24 VDC with low power consumption for reliable, continuous monitoring.
• Communication Protocols: Compatible with multiple interfaces including analog, relay, and networked outputs for flexible integration.

Compared to traditional smoke detectors that rely on ambient air sampling, the VEP-A10-P uses an active aspirating system that draws air through a network of pipes to a central sensing chamber. This approach allows for detection at the earliest stages of combustion, even before visible smoke is present. Its advanced laser technology surpasses many industry standards by offering superior sensitivity and false alarm immunity, making it ideal for sensitive or high-risk environments.

Enhanced Detection and Performance Features

The VESDA VEP-A10-P excels with its patented laser-based detection system, which ensures consistent and accurate smoke particle measurement. Its modular design supports easy maintenance and upgrades, while the sophisticated airflow monitoring guarantees system integrity and performance. The detector’s ability to adapt sensitivity levels allows customization to meet specific fire risk profiles, reducing false alarms without sacrificing safety. Additionally, its compatibility with various control panels and building management systems facilitates seamless integration into existing fire safety infrastructures, enhancing overall protection and response capabilities.