The new detetors offer highly effective fire detection for EN54-20 Class C applications where standard methods of detection are not the optimum solution. The launch follows the European introduction of FAAST, Fire Alarm Aspiration Sensing Technology which offers ultra sensitive aspiration detection for mission critical Class A applications.

FAAST LT is designed for use in environments where access or maintenance is restricted, aesthetics are important, or in harsh environments where extremes in temperature, humidity and airflow may cause detector failure or false alarms. Examples include cold storage facilities, warehouses, factories and large public spaces such as airports, churches and museums. As a Class A device, FAAST LT provides high sensitivity detection in small mission critical applications such as small data server rooms.

The new devices combine field-proven laser smoke detection technology with ultrasonic flow sensors and advanced design features for ease of installation and reliable operation in the toughest environments.

The FAAST LT is a loop based device offering connectivity to the regular fire system using the Series 200 Advanced protocol and independent channels include dedicated sensors, fans and ultrasonic airflow monitors. These stand alone devices can provide an ideal solution for remote applications and multiple device configurations are available with a single channel and dual channel option.

The Pipe-IQ LT software provides intuitive system design, configuration and monitoring facility, and an intuitive multilingual interface is incorporated for rapid problem identification and solving. The product also includes design features to protect critical components from human and environmental factors.

Stuart Ball, Marketing Manager for System Sensor in Europe, said, “FAAST LT is the latest addition to our rapidly expanding portfolio of high performance aspiration detectors. We can now offer market-leading protection across the entire spectrum of EN54-20 Class A, B and C requirements, focused on the installer as much as the end user. Installers benefit from devices that are easier and faster to install. End users benefit from devices that are integrated with the rest of their fire system and that can swiftly detect fires in areas that may not have had fire protection before.”