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FIBARO - Z-Wave+ RGBW Controller 2
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  • FIBARO - Z-Wave+ RGBW Controller 2

FIBARO - Z-Wave+ RGBW Controller 2

FGRGBW-442
€75.60
€56.70 Save 25%
Tax included

RGBW Controller 2 is a universal RGB / RGBW controller compatible with Z-Wave Plus.

Quantity

  Garanties sécurité

(à modifier dans le module "Réassurance")

  Politique de livraison

(à modifier dans le module "Réassurance")

 

RGBW Controller 2 is a universal RGB / RGBW controller compatible with Z-Wave Plus. The FIBARO RGBW 2 controller uses the PWM output signal, which allows it to control LED, RGB, RGBW, halogen lights and other resistive loads. It can also measure active power and energy consumed by the load.

Controlled devices can be supplied with 12 or 24 V DC. The inputs support momentary switches / switches and 0-10 V analog sensors, such as temperature sensors, humidity sensors, light sensors, etc.

RGBW Controller 2 is an inconspicuous module that allows you to match the colors of lights in your home. It helps to create a climate for work, focus or a moment of relaxation. Just reach for the application on the phone or say a voice command, and the light in the room in a moment will adapt to the situation.

FEATURES :

  • Possibility to control colors in your home with smartphone
  • Lighting scenes with amazing animation
  • Possibility to install in garden, swimming pool, bathroom
  • Serves up to 4 analog (0-10 V) sensors*
  • DC powered
  • Power metering

*Additional Analog sensor not included

TECHNICAL DATAS :

  • Wireless technology: Z-Wave+
  • Voltage: 12V or 24V DC
  • Maximum Output Current:
    • 12A - sum of all output channels
    • 6A - for a single channel
  • Maximum Load: 144W (at 12VDC), 288W (at 24VDC)
  • Load Type: 12/24V LED or Halogen bulbs
  • Inputs: 4x (binary or 0-10V) Outputs 4x PWM
  • Power Consumption: < 0.3W
  • Range: up to 50m (outdoors) and 30m (indoors)
  • Dimensions (LxWxH): 42 x 37 x 17mm

FGRGBW-442
39 Items

Data sheet

Type
Micromodule
Functions
Dimmer
Electric Consumption
Input/output (I/O)
RGBW Controller
Technology
Z-Wave Plus
Power Supply
12/24VDC
Compatibility
Eedomus
Fibaro HC3
Fibaro HC3 Lite
Jeedom
Z-Wave specificity
Security S2
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4.3 /5

Based on 6 customer reviews

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Anonymous customer published the 20/02/2021 following an order made on 08/02/2021

5/5

Matériel FIBARO facile à installer à utiliser avec la box HC3.

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Anonymous customer published the 18/11/2020 following an order made on 31/10/2020

5/5

Bien qu'un peu cher, ce produit me donne entière satisfaction. (Déjà un exemplaire dans mon installation)

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Anonymous customer published the 15/10/2020 following an order made on 27/09/2020

5/5

Super

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Anonymous customer published the 18/06/2020 following an order made on 30/05/2020

5/5

Conforme

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Anonymous customer published the 12/04/2020 following an order made on 01/04/2020

3/5

L'orientation des lamelles n'est pas géré par Jeedom

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Anonymous customer published the 02/03/2020 following an order made on 01/01/2020

3/5

LE produit n'est pas pris en compte par jeedom

Did you find this helpful? Yes 0 No 0

×
La procédure de réinitialisation permet de restaurer le module à ses paramètres d'usine, ce qui signifie que toutes les informations sur le contrôleur Z-Wave et la configuration utilisateur seront supprimées.

La réinitialisation du module n'est pas la méthode recommandée pour retirer l'appareil du réseau Z-Wave. Utilisez la procédure de réinitialisation uniquement si le contrôleur principal est manquant ou inopérant. 

  1. Appuyez sur le bouton de maintenance et maintenez-le enfoncé pour accéder au menu.
  2. Relâchez le bouton lorsque la LED du module devient jaune.
  3. Appuyez rapidement sur le bouton pour confirmer.
  4. Après quelques secondes, le module sera redémarré, ce qui est signalé par une LED de couleur rouge.
 

Pour supprimer le module du réseau Z-Wave:

  1. Mettez le module sous tension.
  2. Mettez le contrôleur principal en mode exclusion (voir le manuel du contrôleur).
  3. Rapidement, appuyez trois fois sur le bouton de maintenance.
  4. La LED commencera à clignoter en jaune, attendez la fin du processus de suppression.
  5. L'exclusion réussie sera confirmée par le message du contrôleur Z-Wave et la couleur de la LED rouge.
 

Pour ajouter le module à votre réseau Z-Wave manuellement :

1. Mettez le module sous tension.
2. Mettez le contrôleur principal en mode inclusion (Mode sécurisé / non-sécurisé) (voir le manuel du contrôleur).
3. Rapidement, appuyez trois fois sur le bouton connecté à S1/S2 ou sur le bouton de maintenance.
4. La LED commencera à clignoter en jaune, attendez la fin du processus d'inclusion.
5. Si vous réalisez une inclusion sécurisée, saisissez la partie soulignée du DSK (étiquette en bas de la boîte).
6. L'inclusion sera confirmé par le message du contrôleur Z-Wave et la LED:
Vert - réussi (non sécurisé, S0, S2 non authentifié),
Magenta - réussi (Security S2 authentifié),
Rouge - pas réussi.

 

Pour ajouter le module au réseau Z-Wave à l'aide de SmartStart:

1. Pour utiliser SmartStart, votre contrôleur doit prendre en charge Security S2 (voir le manuel du contrôleur).
2. Entrez le code DSK complet dans votre contrôleur. Si votre contrôleur est capable de scanner un QR code, scannez le QR code placé sur la boîte ou l'étiquette de l'appareil.
3. Mettez le module sous tension.
4. Attendez que le processus d'inclusion démarre (peut prendre quelques minutes), ce qui est signalé par le clignotement de la LED jaune.
5. L'inclusion sera confirmé par le message du contrôleur Z-Wave et la LED:
Vert - réussi (non sécurisé, S0, S2 non authentifié),
Magenta - réussi (Security S2 authentifié),
Rouge - pas réussi.

Please check its power supply by:

a) comparing the power consumption of the LED strip with the maximum load of your power supply. The power supply must be greater than the power consumption of the LED strip,

b) changing your power supply.

1. The FIBARO RGBW Micromodule has been reset.

After reset, the FIBARO RGBW Micromodule returns to its default settings. To use it, you must again make the inclusion to your Z-Wave controller.

2. The FIBARO RGBW Micromodule is no longer powered.

The FIBARO RGBW Micromodule must be powered. Please check its power supply by:

a) checking the power supply,

b) checking the power supply of the FIBARO RGBW Micromodule.

NOTE: Remember that all electrical work should be done by a qualified electrician.

3. The FIBARO RGBW Micromodule is out of range of the Z-Wave controller.

The FIBARO RGBW Micromodule must be within direct range of the Z-Wave controller or within range of another node on the Z-Wave mesh network.

The FIBARO RGBW Micromodule cannot support more than 5 devices per association group.

Add up to 5 Z-Wave devices to an association group.

1. The FIBARO RGBW Micromodule is not powered.

The FIBARO RGBW Micromodule must be powered. Please check its power supply by:

a) checking the power supply,

b) checking the power supply of the FIBARO RGBW Micromodule.

NOTE: Remember that all electrical work should be done by a qualified electrician.

2. The FIBARO RGBW Micromodule has been reset.

After reset, the FIBARO RGBW Micromodule returns to its default settings. To use it, you must again make the inclusion to your Z-Wave controller.

3. The FIBARO RGBW Micromodule is out of range of the Z-Wave controller.

The FIBARO RGBW Micromodule must be within direct range of the Z-Wave controller or within range of another node on the Z-Wave mesh network.

4. The FIBARO RGBW Micromodule is broken.

Please contact your dealer to initiate the warranty procedure.

5. The LED strip is broken.

Please check your LED strip.

1. The FIBARO RGBW Micromodule is already included with another Z-Wave controller.

The FIBARO RGBW Micromodule needs to be reset.

2. The FIBARO RGBW Micromodule is too far from the Z-Wave controller.

The FIBARO RGBW Micromodule must be close to the Z-Wave controller during the inclusion process.

3. The FIBARO RGBW Micromodule is not powered.

The FIBARO RGBW Micromodule must be powered. Please check its power supply by:

a) checking the power supply,

b) checking the power supply of the FIBARO RGBW Micromodule.

NOTE: Remember that all electrical work should be done by a qualified electrician.

4. The FIBARO RGBW Micromodule has a different frequency (EU, US, or ANZ) than your Z-Wave controller.

The FIBARO RGBW Micromodule must operate on the same Z-Wave frequency (EU, US, or ANZ) as your Z-Wave controller. Please contact your dealer to exchange it.

5. The FIBARO RGBW Micromodule is broken.

Please contact your dealer to initiate the warranty procedure.

Yes, all RGBW channels are independent, so you can connect any light source to each of the channels. The only requirement is that all these luminaires operate with the same voltage, for example 12 V.

No, the RGBW controller only has 0-10V inputs. You cannot use it to control 0-10V lights for example.

No, if you mix red, green and blue lights, you will get white lighting. However, the extra white of RGBW allows you to achieve a fuller color gamut.

No, you must use an external transformer.

Yes, it will be an entry. Make sure that the switch/button is connected to the GND channel and respects the diagram present in the user manual.

No, it operates on 12-24 V DC and requires an external transformer. If you connect it directly to the network, it will not work and will be seriously damaged.

The total limitation of the RGBW controller is 144 W at 12 V DC (or 288 W at 24 V DC). The maximum length depends on the number of watts per meter of the ribbon, please consult the characteristics given by the manufacturer.

The maximum total output power rating is 12 A (sum of all output channels connected) and 6 A for a single channel.

Sensors for temperature, humidity, wind, air quality, pressure, light, etc.

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