Smoke detector manufactured by AGUILERA ELECTRONICA, according to the UNE norm. EN 54-7, with a CE Compliance Certificate and an AENOR quality mark.

Addressable algorithmic unit that manages an optical smoke sensor .Its function is totake measures of light from the scattered smoke particles, to assess their density andpercentage increase in time and send to the central unit all already analysed data, sothat it can take the alarm decision, on the condition that the programmed benchmarksare reached for each case.

Equipped with:

• Shared technology with the central unit.
• Design for natural ventilation, which facilitates the slow uptake of smoke.
• Automatic sensitivity adjustment.
• Auto-isolation for the device incorporated.
• Output for remote alarm.
• Connection to 2 wires.
• Power: between 18 and 27 V CC. Power consumption: 2 mA on idle and 5 mA in alarm.

The features that make it distinct from the rest of the optical detectors are its designand dimensions. The AE/ SA-OPI has a lower profile, only 43 mm in height, allowingit to be more attached to the ceiling.

• Certificate of Conformity CE, according to EN 54-7 norm.

Multi-sensor detector with double technology, for both smoke and heat,manufactured by AGUILERA ELECTRONICA according to the UNE EN 54-7 and UNE EN 54-5 norm, with a CE quality certificate and an AENOR quality mark.

Addressable algorithmic unit that manages an optical sensor for smoke and anothe rfor heat.
The optical sensor takes measurements of the light scattered by smoke particles andtheir increase, while at the same time the heat sensor measures the thermal variations.

Both measurements are analysed and sent to the central unit, so that this last one can take the alarm decision, on the condition that the parameters set for each casehave been reached.It has the same endowment and characteristics as the AE/SA-OP detector.

Heat detector manufactured by AGUILERA ELECTRONICA according to the UNEEN 54-5 norm, with CE quality certificate and an AENOR quality mark.

Addressable algorithmic unit that manages two temperature parameters:

• Differential: Take in time any measurements of the temperature increase.
• Thermal: It monitors the room temperature detected at every moment.

Both measurements are analysed and sent to the central unit, so that this last one cantake the alarm decision, according to the program made for each case.”