Technische Informationen
| Artikelzustand |
Neu |
| Herstellername |
High sensitive smoke detector, 72051EI |
| Marke |
Schneider Electric
|
| Kategorien |
Rauchmelder
|
| ETIM |
EC001763
|
| Befestigungsart |
Sonstige |
| Farbe |
Weiß |
| Primäre Stromversorgung |
Netzteil |
Verpackungsdetails
| Verpackungsstufe 1 |
6430043859022 |
Weitere technische Daten
| Selbstklebend |
Nein |
| Kabeleinführung |
Sonstige |
| Art der Versorgungsspannung |
DC |
| Funktionsprinzip |
Kombiniert |
| Standalone |
Nein |
| Rauchschalter |
Ja |
| Vernetzung per Funk (Standard) möglich |
Nein |
| Kabelgebundene Vernetzung möglich |
Nein |
| Mit Spannungsanzeige |
Nein |
| Mit Pufferbatterie |
Nein |
| Pufferbatterie im Lieferumfang |
Sonstige |
| Art der Test-/Stummschalttaste |
Kombiniert |
| Vernetzung per Funk (optional) möglich |
Nein |
| Mit Orientierungsbeleuchtung |
Nein |
| Mit Q-Label |
Nein |
| IFTTT-Unterstützung verfügbar |
Nein |
| Kompatibel mit Apple HomeKit |
Nein |
| Kompatibel mit Google Assistant |
Nein |
| Kompatibel mit Amazon Alexa |
Nein |
| Separate Steckdose erforderlich |
Nein |
| Für Luftkanalmontage geeignet |
Nein |
| VdS-anerkannt |
Nein |
Downloads
Beschreibung
The 72051EI high sensitivity, high gain amplifier based intelligent smoke sensor provides extremely high sensitivity to fire conditions, by detecting the earliest particles of combustion. This is achieved by combining a patented optical chamber with advanced high power output IR LED diode and precision optics technology, which is matched with a unique superior high gain IR receiver amplifier. The chamber is supported by sophisticated processing circuitry and microprocessors that feature smoothing-filter algorithms to help eliminate transient environmental noise conditions and reduce nuisance alarms. It has a very sensitive but stable sensor that can achieve 0.06 to 6.41% /m obscuration sensitivity, providing up to 100 times more sensitivity than a standard photoelectric smoke sensor. This sensor is ideally suited to environmental applications where there is a substantial cost for downtime or a significant investment in installed equipment has been made (e.g. electronics manufacturer clean rooms, computer rooms). The sensor has three stages of drift compensation, ‘low-level alert’, ‘high-level alert’ and ‘maintenance urgent’.