FireProtect

Drahtloser Brandmelder mit Temperatursensor, der die Sicherheit im Raum 24 Stunden am Tag überwacht und sofort auf Rauch und starke Temperatursprünge aufmerksam macht.
  • Authentifizierung, um Fälschung zu verhindern
  • Signalstörungserkennung und Verschlüsselung der Kommunikationskanäle
  • Manipulationsalarm
  • Zertifizierung
Er registriert Rauch und starke Temperatursprünge im Raum
Er kann unabhängig vom Ajax Hub betrieben werden und meldet Bedrohungen mithilfe einer eingebauten Sirene
Das Gerät testet die Rauchkammer selbständig und informiert den Benutzer umgehend, wenn Abstaubbedarf besteht

Funktionsprinzip

Das Gerät erkennt Rauch über eine Kamera mit Lichtschranke. Wenn kein Rauch abgegeben wird, registriert der zusätzliche Melder den Temperaturanstieg im Raum.

Eigenschaften

Das Gerät kann unabhängig vom Hub betrieben werden und über eine eingebaute Sirene einen Feueralarm auslösen. Mehrere Melder zeigen gleichzeitig einen Alarm an.

Installation und Einrichtung

Sofort einsatzbereit: Die Batterie ist bereits installiert, daher muss der Melder nicht auseinandergenommen werden. Mit einem Klick kann er in der mobilen Anwendung mit dem Hub verbunden werden. Er kann in wenigen Minuten an der SmartBracket Halterung angebracht werden.

Funktionsprinzip

Das Gerät erkennt Rauch über eine Kamera mit Lichtschranke. Wenn kein Rauch abgegeben wird, registriert der zusätzliche Melder den Temperaturanstieg im Raum.

Eigenschaften

Das Gerät kann unabhängig vom Hub betrieben werden und über eine eingebaute Sirene einen Feueralarm auslösen. Mehrere Melder zeigen gleichzeitig einen Alarm an.

Installation und Einrichtung

Sofort einsatzbereit: Die Batterie ist bereits installiert, daher muss der Melder nicht auseinandergenommen werden. Mit einem Klick kann er in der mobilen Anwendung mit dem Hub verbunden werden. Er kann in wenigen Minuten an der SmartBracket Halterung angebracht werden.

Technische Daten

Einstufung
Funkkanal-Rauchmelder mit Temperatursensor und integrierter Sirene
Art des Melders
Kabellos
Installationsmethode
In Innenräumen
Kompatibilität
Funktioniert unabhängig oder mit Ajax hubs, Funk-Repeater, ocBridge Plus, uartBridge
Sensorelement
Lichtschranken und Temperatursensoren
Aktivierungsschwelle
+59°С ±2°С
Art der Benachrichtigung
Ton/Licht
Lautstärke der eingebauten Sirene
85 dB
Alarmsignal-Übermittlungszeit
0,15 Sek.
Fehlalarmfilter
+
Miteinander vernetzte Alarme
+
Netzteil
Batterie: Zwei CR2-Batterien, 3 V
Notfallbatterie: CR2032
Batterielaufzeit
Bis zu 4 Jahre

Mehr erfahren
Jeweller Funktechnik
Reichweite für die Kommunikation mit der Zentraleinheit – bis zu 1300 m in offenen Umgebungen
Wechselseitige Kommunikation zwischen Geräten
Betriebsfrequenzen – 868,0 - 868,6 MHz
Selbsteinstellende HF-Ausgangsleistung – bis zu 20 mW
Blockverschlüsselung basierend auf dem AES-Algorithmus
Abfragezeit des Melders – 12–300 Sek.

Mehr über Jeweller erfahren >
Zusätzlicher Temperatursensor
Verfügbar
Betriebstemperaturbereich
0°С bis +65°С
Zulässige Luftfeuchtigkeit
Bis zu 80%
Sabotageschutz
Schutz vor Sabotage
Signalstörungserkennung
Manipulationssicher
Ferneinstellung und -tests
+
Maße
132 × 132 × 31 mm
Gewicht
220 g
Garantie
Austausch und Reparatur innerhalb von 24 Monaten nach Kaufdatum. Batterien fallen nicht unter die Garantie.
Lebensdauer
10 Jahre
Komplett-Set
Brandmelder FireProtect
Montageplatte SmartBracket
2 x CR2-Batterien (vorinstalliert)
1 x CR2032-Notfallbatterie (vorinstalliert)
Installations-Set
Bedienungsanleitung

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What is a wireless fire sensor

Wireless smoke detector is an element of the fire safety system that detects the signs of a fire and sends danger signals to a burglar alarm or to other security system users.

The installation of a fire alarm sensor makes it possible to prevent the spread of fire in time.

Types of fire sensors

Depending on the principle of operation and purpose, the following types of fire sensors are distinguished:

  1. fire detectors;
  2. thermal detectors;
  3. smoke detectors.

Fire detectors

For the initial stage of fire detection, there is a sensor that detects fire. The wireless fire detector responds initially until the heat level rises. Such a fire sensor can be installed in open areas and areas with high heat transfer. Fire sensors of this type detect ignition by fire or light radiation from decay.

Thermal fire sensors

Sensors that detect a fire by temperature are called thermal fire sensors — they are used in cases where there is no smoke from a fire.

Types of thermal sensors of the fire alarm system:

  • Differential — a reaction to the rate of the temperature rise.
  • Thresholds — the definition of the increase in heat exceeding the previously established temperature threshold.

Fire smoke sensor

Devices that respond to smoke are called smoke detectors. With their help, you can stop the fire in the initial stages as the smoke from the beginning of the fire is immediately fixed. The smoke sensor responds to smoke even in small quantities, after which an alarm is triggered. Such a smoke sensor can also serve as protection against carbon monoxide poisoning.

There are corresponding smoke sensors for smoke with different chemical compositions:

  • Optoelectronic reacts to smoke, which varies depending on the products of combustion, which affects the environment’s optical reactions.
  • Ionization — high sensitivity and energy saving. The change in ion current affected by the smoke is recorded.

Ajax FireProtect wireless fire detection sensor

A wireless fire detector will provide round-the-clock fire safety monitoring in the room. The Ajax FireProtect instantly reports smoke and sudden temperature jumps.

How the Ajax FireProtect works

The Ajax FireProtect fire sensor detects fires using an infrared emitter and photodetector in a protected room. These elements are embedded in the smoke chamber. When smoke particles enter the section, the photodetector detects the distortion of the infrared beam. If the amount of smoke increases, the distortion of the beam becomes strong, and the fire sensor sends fire alarms to the smart control panel Ajax Hub, after which the siren sounds.

The Ajax FireProtect wireless fire sensor can detect smoke in living spaces, shops, educational centres, offices, etc.

Features of the Ajax FireProtect wireless fire sensor

The wireless sensor detects smoke and rising temperatures in a room without the smoke. The device can work autonomously using Ajax ocBridge Plus and Ajax uartBridge receivers and a smart Hub control panel, which is maintained at a distance of up to 2000 meters, providing direct visibility. The detector consumes less energy, adapting power to the distance to the Hub smart control panel, and is also subject to remote testing of communication quality and detection area.

Two pre-installed CR2 batteries power the fire sensor for up to 3 years. The operability of the fire extinguisher is checked every 5 minutes.

The case of the fire alarm system sensor is protected from opening and dismantling by a tamper — the miniature button on a device board. It is squeezed when opening the case, removing the mount or trying to tear the fire sensor from the surface, after which, the hub sends all users of the security system push notification and SMS (if this type of notification is enabled) and transmits the event to the security control panel.

Installation and control of the Ajax FireProtect fire sensor

Ready to work out of the box: the battery is already installed, so the sensor does not need to be disassembled. The fire sensor is connected to the hub via a mobile application in one click. There is also a fire detector control. The wireless fire sensor mounts in no time on the SmartBracket.

The smoke detector is controlled using the Ajax mobile application.

Wireless fire detector testing

Before installing FireProtect, you need to check the smoke sensor. To do this, turn on the device and press the touch button in the centre of the logo for a few seconds — a wireless fire sensor tests the smoke chamber by electronically simulating the presence of the smoke and then turns on the siren for 6 seconds.

In the application, the user will receive a notification about the test results and the status of the fire sensor.

FAQ about wireless fire sensors

How a wireless fire sensor works

The appearance of the first signs of fire can be assessed by the appearance of smoke, rapid heating of the environment or an intense flash of light.

In the industrial and residential sectors, there are three types of sensors that work on different principles:

  1. Smoke detectors — detection of the beginning of the spread of smoke.
  2. Thermal sensors — the appearance of sudden heating indoors.
  3. Flame sensors — emission of electromagnetic waves of the optical range of the visible, ultraviolet or infrared spectrum.

Wireless fire alarm sensors control the status of the monitored parameter or respond to its change by sending a signal to an external system.

Where to install a wireless fire sensor

The maximum distance required to install fire sensors is 9 meters from each other. About two or three sensors are usually installed in one room. 

The distance from the wall should be no more than 4.5 meters. If the sensor is mounted on a wall, not a ceiling, the minimum length has to be about 2 meters.

Installation must be performed, taking into account the sensitivity of a particular device. Ideally, fire sensors should be installed so that the sensor can cover the entire space or only one part that is at greater risk.

Why does the fire sensor beep

There are several reasons why wireless audible warning sensors may be activated (other than a safe situation):

  1. Voltage fluctuations in the mains or low current for a long time. In this case, the operation does not occur at the moment of temperature increase or the appearance of smoke, but constantly.
  2. Activation may indicate a low battery if the sensor runs on stand-alone power.
  3. Dust or remnants of building materials on the body of the device.

How to check a wireless fire alarm sensor

The most common methods of testing fire sensors are functional and quantitative tolerance control.

Functional control

A method of checking the operability of the detector, which is the impact of a physical factor on a sensitive sensor. For example, you need to trigger a smoke detector. The alarm can be checked on the alarm control unit and central security.

This method is popular because of its simplicity. However, excessive exposure often leads to sensor failure, mainly if performed by an inexperienced user. In addition, the instrument’s sensitivity cannot be determined by this method. And there is no guarantee that it will work at an early stage of fire detection.

Quantitative tolerance control

The main application of this method is made in the process of adjusting the sensitivity of the fire detector sensors. To test the response of the sensors, they are affected by a physical factor in two stages. Both times the magnitude of the impact must be normalized.

The first action is performed with an intensity below the threshold value of the sensor. At the same time, the alarm signal should not be given.

Most detectors can adjust the sensitivity threshold, so the control value must be taken from the process map or designing an alarm system.

The second effect of the physical factor is applied with the maximum allowable intensity for this sensor. Information about this value is included in the technical operating conditions of the device. At such influence, the signal of detection of the ignition centre should appear.

How to disconnect a wireless sensor from a fire alarm

Depending on the wireless smoke detector type and manufacturer, there are several ways to disconnect the sensor from the fire alarm. For example, you can disable the Ajax FireProtect siren in 3 ways:

  1. Holding the Ajax logo on the sensor for 3 seconds (touch button under the logo).
  2. Through the Ajax application. When fire sensors are alarmed in Ajax applications, an alarm message pops up asking you to turn off the built-in sirens.
  3. Using the KeyPad / KeyPad Plus keyboard (if a synchronous fire alarm is enabled in the Hub settings). To turn off the built-in sirens in the event of a fire alarm, press the „*“ button on the keypad.

For the function to work, you need to select Mute synchronous fire alarm in advance in the KeyPad / KeyPad Plus settings in the Function button field.

If the smoke level and/or temperature does not return to normal, FireProtect will turn the siren back in 10 minutes.

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