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Preparing a house party? or a romantic dinner? Do you want to colour your home in shades appropriate for the occasion? With the QUBINO Z-Wave RGBW Dimmer you can pick between 16 million shades of colour, allin the palm of your hand. Using your smartphone, you can setyour RGB/RGBW Lights to the colours you want.
QUBINOmodules are “install-and-forget” products. QUBINO are made to last, so we only select and usetop-quality electronic components. These modules are also the most tested Z-Wave microcontrollers on the market.
Compatible with all Z-Wave Plus certified Controllers.
- TheQUBINOZ-Wave RGBW Dimmer occupies a smaller volume than comparable modules of any other brand and will fit easily in any flush mounting box.
- Supports both RGB and RGBW Loads.
- Works with Both 12V DC and 24V DC Power Supplies.
- Supports Auto Inclusion for quick set up.
- Customizable ramp rate - regulate the speed in which the dimmer adjusts its brightness.
- Unlimited controlling capability through gateway.
- Z-Wave Plus certification.
- 14 additional parameters for expert users .
RF Protocol | Z-Wave Plus™ |
RF Frequency | 921.42Mhz - AU/NZ approved RF for Z-wave |
Application | Indoor use only |
Power | 12-24 VDC power supply (not incuded) |
Operation Range | Up to 30m indoors with no obstacles |
Enclosure | |
Operating Temp. | 0C - 40C |
Max. control voltage raitings | 12V DC - 156W combined 24V DC - 312W combined |
Dimensions | 40.5 mm x 32 mm x 14.5 mm |
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Z-Wave devices often have several configurable parameterswhich you can change using your Vera’s user interface.These parameters can include things such as the length of time a Z-Wave siren remains active for or the type of manualswitch connected to a Z-Wave light controller.
Every available configurable parameter is listed in your device’s user manual. In most cases your device’s default parameters will be suitable to your needs however sometimes it may be necessary to adjust them to optimally use your device. A guide to configuring Z-Wave devices with Vera UI7 is available in theManualssection.
Please note:If you are installing the entire Z-Wave? system for the first time, please refer totheinstallation guide of your Z-Wave gateway before installing this device.
How many meters of single colour LED strip can be connected to each channel?
The power per meter is different from LED strip to LED strip. Some of the led densitywith W per meterlisted below:
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RGBW dimmer may have max 3,25A on each channel if multiple channels are connected.
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60 LEDs per metre, 8mm wide = 4.8w p/m -> on 12V = 0,4A on 24V = 0,2A -> on 12V you can add about8mon 24V16mper channel
120 LEDs per metre, 8mm wide = 9.6w p/m ->on 12V = 0,8A on 24V = 0,4A->on 12V you can add about4mon 24V8mper channel
240 LEDs per metre, 10mm/12mm wide = 19.2w p/m ->on 12V = 1,6A on 24V = 0,8A ->on 12V you can add about2mon 24V4mper channel
60 LEDs per metre, 10mm/12mm wide = 14.4w p/m->on 12V = 1,2A on 24V = 0,6A->on 12V you can add about2,5mon 24V5mper channel
120 LEDs per metre, 10mm/12mm wide = 24w p/m ->on 12V = 2A on 24V = 1A ->on 12V you can add about1,5mon 24V3mper channel
As you see the length of LED strip depends on few factors that is the W (density of LED per m) and V of the led strip and maximum A on the RGBW Dimmer (this is constant and is 3,25A per channel), knowing this three factors you can calculate the meters that you will be able to add on every channel according to this (note for safety leave 10% headroom).
Maximum W per channel / W of led strip = total m of LED strip per channel (we will use the 4,8W LED strip per meter in the next example).
on 12V = 39W / 4,8W = 8,125m(with 10% headroom7,3m)
on 24V = 78W/ 4,8W =16,25m(with 10% headroom14,6m)
The five examples mentioned above you may find other density per meter of the led which will result in different power, which will result in different maximum meters.
2. What are the recommended characteristics for the power supply if we want to put max length LED strips?
The first and the most important characteristic of the power supply is the V in case you willhave 24V led strips youMUSThave the power supply well stabilised and do not have to go over 25,5V in case you will have a poor stabilised power supply and the voltage will go over the mentioned value you will burn the security element in the RGBW and the device will beunusable.
The W as you may see from all mentioned above depends on the meters of led strips connected but if you're looking fora maximum you can calculate from the data you already have so on 12V 39W per channel mean 156W in total and on 24V is 312W also here youMUSTadd some extra W to be safe and don't let the power supply always run on maximum. This will result on the 12V a 170W power supply andor the 24V at least 340W.
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