Equipment for installing fire detectors in ventilation ducts.

The equipment consists of a box, pipes, socket for fire detector and fasteners (screws, nuts, etc.). The fire detector is not included. The socket is compatible with both conventional and analog detector, so the equipment can be used with both systems. It is generally recommended to install pure smoke detectors (without thermal elements) in this equipment, since heat detectors or thermal elements of optical-thermal detectors can be activated by sudden changes in air temperature in ventilation ducts.

The Linear Heat Detector is a proprietary cable that detects heat at any point along its length.

The sensor cable consists of two steel conductors individually insulated with a temperature-sensitive polymer. The insulated conductors are twisted together to create a spring pressure, then wrapped with an outer sheath suitable for the environment in which the detector is to be installed.

At the calibrated temperature, the heat-sensitive insulating polymer yields against the pressure generated by the heat radiation, allowing the inner conductors to contact each other and trigger an alarm signal. This action occurs at any heated point within the length of the detector cable. No specific length is required to be heated to activate the alarm, nor is the system required to be calibrated to compensate for changes in the ambient temperature where it is installed.

The Linear Heat Detector provides the advantages of line coverage with specific point sensitivity.

Range of aspiration smoke detectors.

They detect smoke by analyzing the air aspirated through the holes of tubes distributed throughout the enclosure to be monitored and led to this detector.

This aspiration detector uses the latest technology in detection, avoiding false alarms, particle recognition, greater stability, sensitivity and longevity.

Typical applications of this range of detectors are: Data storage rooms, air conditioning units, computer rooms, equipment grilles, prison cells, air ducts, machine rooms, etc.

Flame detector to protect areas with open fires.

The detector is designed to respond to the flicker frequency and wavelength characteristics of flames.

There are three types of detectors depending on the sensors used to focus on specific wavelengths typical of flames and generate algorithms to discriminate such flames from other light sources.