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FIBARO Contrôleur RGBW Z-Wave FGRGB-101

Name: FIBARO Contrôleur RGBW Z-Wave FGRGB-101
Brand: Fibaro
SKU: FGRGB-101

REF: FGRGB-101

The FIBARO RGBW Controller is a universal, Z-Wave compatible RGB/RGBW controller.

This product is no longer available for sale

The FIBARO RGBW Controller is a universal, Z-Wave compatible RGB/RGBW controller. With RGBW you can create incredible illumination effect using one of 3 million different colors to match your mood or a special occasion. RGBW has allows you to read values from analog sensors and providing you with most accurate data about environment.

Unleash imagination and express yourself with colour LED strips! With RGBW Controller you can easily adjust the LED lighting in the bathroom to the temperature of the water in the tub or the weather outside. The device can be connected with any 4 analogue sensors, e.g. pressure, humidity or temperature sensor. There are 3 million colours at your disposal!

The car has to be parked in a small garage and you are worried about the scratches every day? Colour changing LED strips, proximity sensor and RGBW Controller will make parking much easier. The colour of lighting will change, depending on the distance between the car and the walls. Pure pleasure!

The intuitive interface will allow you to fully exploit the potential of colour changing LED strips. RGBW Controller, together with your smartphone, is enough to change your living room beyond recognition. The colours can be easily adjusted, depending on the mood or occasion. One tap on the colour palette and the room adjusts to your needs. A romantic dinner, visit of your friends or an evening with a book? You decide!

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

Reference FGRGB-101

Data sheet

Type: Module
Functions: RGBW Controller
Technology: Z-Wave
Compatible Fibaro HC2: Oui
Compatible Fibaro HC Lite: Oui
Compatible ZIPABOX: Oui
Compatible eedomus: Oui
Compatible Zibase: Oui
Compatible ZiBASE Pro: Oui
Compatible Vera: Oui
Compatible RFXCOM: Non
Compatible Myfox v1: Non
Compatible Myfox v2: Non

Download

Datasheet FGRGB-101

Download (2.63MB)

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4.7 /5

Based on 33 customer reviews

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Anonymous customer published the 07/07/2019 following an order made on 20/06/2019

5/5

Classique

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Anonymous customer published the 13/05/2019 following an order made on 27/04/2019

5/5

Très bien

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Anonymous customer published the 06/05/2019 following an order made on 22/04/2019

5/5

Produits de grande qualité

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Anonymous customer published the 10/01/2019 following an order made on 19/12/2018

5/5

Encore un bon produit Fibaro, bon contrôle du RGB et du W, attention, un seul canal W !

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Anonymous customer published the 22/11/2018 following an order made on 01/11/2018

5/5

rien a dire très bon produit (sauf le prix)

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Anonymous customer published the 26/02/2018 following an order made on 04/02/2018

5/5

Fonctionne très bien Rien à dire

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Anonymous customer published the 22/12/2017 following an order made on 27/11/2017

5/5

Parfait

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Anonymous customer published the 07/12/2017 following an order made on 23/11/2017

5/5

Un classique qui fonctionne très bien, facile à configurer, rien à redire

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Anonymous customer published the 10/03/2017 following an order made on 26/02/2017

4/5

Tres bien mais onereux

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Anonymous customer published the 05/11/2016 following an order made on 22/10/2016

5/5

très bon produit

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Reset FIBARO RGBW Controller

Resetting the FIBARO RGBW Controller deletes all of its memory, including Z-Wave network controller information, power consumption data and the 5 color sequences saved by the user.

Resetting the FIBARO RGBW Controller does not mean that it has been erased from the controller's memory of the Z-Wave network. It is best to remove the FIBARO RGBW Controller from the Z-Wave network controller memory before performing the reset procedure.

1. Disconnect the power supply from the device

2. Press and hold button B

3. Connect power to the device while holding button B

4. Release button B

5. Channel B (blue) will engage

6. Disconnect the power supply from the device

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My RGB(W) LED strip flashes at full brightness when it lights up white.

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.

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The FIBARO RGBW Micromodule does not display the energy consumption.

1. The Z-Wave controller does not track power consumption.

To track energy consumption in the GUI of the Z-Wave controller, it must have this feature. Please contact support for your Z-Wave controller.

2. The power consumption tracking function is not enabled in the Z-Wave controller.

To track power consumption in the Z-Wave controller GUI, this feature must be enabled. Please contact support for your Z-Wave controller.

3. Parameters No. 44 and No. 45 have been changed.

Please set advanced parameter No. 44 to 30 and No. 45 to 10.

4. The LED strip is not connected.

Please check the connection of your LED strip.

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The FIBARO RGBW Micromodule does not give the values of the analog inputs.

1. Advanced Parameter #14 has been changed.

Please check advanced settings #14.

2. The analog sensors are not connected to the FIBARO RGBW Micromodule.

Please check the connection between the analog sensors and the FIBARO RGBW Micromodule.

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. Analog sensors are not compatible with FIBARO RGBW Micromodule.

The FIBARO RGBW Micromodule can work with passive analog sensors or with active sensors with low output impedance.

5. Advanced Parameter #43 has been changed.

Set Advanced Parameter #43 to 5 (default value).

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The FIBARO RGBW has stopped communicating with my Z-Wave controller.

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.

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I want to associate more than 5 devices to my FIBARO RGBW, but it's impossible, why?

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

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

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The FIBARO RGBW Micromodule has stopped working.

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.

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I cannot manage to include my FIBARO RGBW Micromodule in my Z-Wave controller.

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.

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Can I connect different light sources to each of the channels?

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.

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Can the RGBW controller be used to control 0-10V devices?

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

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Do I need to buy an RGBW LED strip to get white lighting?

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.

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What is the limit of the 0-10 V analog inputs?

This module has a limit of up to 0.01V, but due to communication protocol constraints with the Z-Wave network the limit is 0.1V.

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Can I control all four RGBW channels, and at the same time use the inputs to monitor the sensors all without direct effect on the RGBW output channels?

No it's impossible. When you configure a module in RGBW, the inputs are automatically configured to control the outputs.

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Does it have a DC power supply?

No, you must use an external transformer.

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Can I connect a light switch/button to the RGBW controller?

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.

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Can an RGBW controller be supplied with 230 V AC?

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.

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What is the maximum length of LED strip I can use?

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.

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What is the rated output power?

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

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