The Smoke Aspiration System 8100E from the Series FAAST has connections for 1 pipe network and has been certified according to EN 54-20 Classes A, B and C. Due to the extremely high sensitivity and the excellent detection characteristics, the system is intended for early fire detection in especially critical areas according to Class A. However, the smoke aspiration system is also very well suited for large systems according to Class B or C. Via the pipe network, air is aspirated from the monitored room and directed to the highly sensitive laser detector module in DualVision technology. By means of modern evaluation algorithms, a fire is already reliably detected at an early stage. At the same time, noise variables are filtered out by the patented particle filter and complex analysis techniques. In addition, the system can be very well adjusted to the environmental conditions by means of the optional AcclimateTM mode. As a result, the smoke aspiration system has a very high immunity to deceptive alarms
The system is connected to the fire detection control panel via the integrated dry relay contacts. Five relays are intended for the conditions alarm, action and alert. There are 3 additional relays for the evaluation of faults
At the front of the device, light emitting diodes indicate the conditions operation, fire, action, alert and different faults. In addition, the air opacity and the relative air flow are indicated by two multi-segment LED displays. By means of a modern ultrasonic technique, a precise and temperature-independent monitoring of the air flow is achieved. The failure of the fan, a blockage of the aspiration holes or a pipe rupture are detected, visually indicated on the device and output as fault message
The integrated event memory contains 18,000 entries and facilitates the evaluation of fire events and fault causes. The integrated Ethernet interface is used for the communication with the graphical PC software PipeIQTM. By means of the software, parameters of the smoke aspiration system, such as the sensitivity, can be configured. For the project planning of the smoke aspiration system, the layout of the piping can be graphically designed and the sensitivities and transport times for the aspiration holes can be determined. In the course of maintenance, the current parameters of the smoke aspiration system, such as smoke density or the absolute air flow, can be queried and presented in the form of a diagram. In addition, operations and test activations of the system can be carried out and the event memory can be read out and indicated. The integrated web server allows the visualisation of the system condition and of all settings even from a distance
Emails with events and system information can be sent automatically to up to 6 email addresses. For maintenance purposes, the installed air filter can be easily removed and cleaned or replaced. The smoke aspiration system comes with the wall bracket, the terminals and a user manual. For the labelling of the display and operating elements, front foils in different languages are available separately
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