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Notifier ECO1003 A conventional optical smoke detector

Notifier ECO1003 A conventional optical smoke detector


NOT ECO1003 A 9000002722925

Notifier conventional optical smoke detector with the following characteristics:

  • Consists of an optical chamber sensitive to light scattering
  • Alarm display LED
  • Output for alarm repetition
  • Prepared for testing by laser remote control
  • CPR certified according to EN54 part 7 standard
  • Power supply 8-30Vdc (nominal 12/24Vdc)
  • Operating temperature from - 20 to + 60°C
  • Relative humidity up to 95% without condensation
  • Dimensions (without base): 32.5 mm x 102 mm
  • Weight: 75 grams approx.
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Notifier ECO1003 A conventional optical smoke detector

Notifier ECO1003 A conventional optical smoke detector

€29.76
€29.76

Notifier ECO1003 A conventional optical smoke detector

€29.76
Tax included

Notifier ECO1003 A conventional optical smoke detector

€29.76

Buy it within and receive it from Monday, 11 November
Two-year warranty
Easy return within 14 days

The ECO 1000 family has been designed and certified according to the latest European standard EN54 (parts 5 and 7). The series can count on many features that, until now, were present only on the more sophisticated and therefore more expensive analog addressable detectors. For the first time, these features can be found in a conventional detector family, improving protection levels and reducing false alarm rates where the performance of addressable analog systems is not required.

The ECO 1000 series enjoys performance optimization and a state-of-the-art analysis chamber design, specifically designed to reduce the settling effect of dust and thus limit the need for maintenance.

The ECO1003 A detector uses an optical chamber combined with an ASIC integrated circuit, specifically designed for this application, to provide fast and accurate fire detection. The optical chamber design is designed to significantly increase the sensor's tolerance to dust and air pollution that can interfere with detection. The result is a significant reduction in the false alarm rate caused by increased dust and the ability to increase the number of possible applications in locations where environmental conditions are not optimal. The ASIC integrated circuit, through the use of special process algorithms, provides additional immunity against false alarms. The end result is an extremely stable detector capable of extending the period of correct operation and limiting the need for maintenance.

Data sheet

Type:
Detectors