QUBINO

QUBINO Flush RGBW Dimmer - for home automation

~~$127.00~~ $121.96

Description

Table of Contents

QUBINO Flush RGBW Dimmer

Quick Overview

QUBINO Flush RGBW Dimmer

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 all in the palm of your hand. Using your smartphone you can set your RGB/RGBW Lights to the colours you want.

QUBINO modules are “install-and-forget” products. QUBINO is made to last so we only select and use top-quality electronic components. These modules are also the most tested Z-Wave microcontrollers on the market.

Compatible with all Z-Wave Plus certified Controllers.

Product Details

The QUBINO Z-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 setup.
Customizable ramp rate – regulate the speed at which the dimmer adjusts its brightness.
Unlimited controlling capability through the gateway.
Z-Wave Plus certification.
14 additional parameters for expert users.

Product Support

Configuring Z-Wave Devices:

Z-Wave devices often have several configurable parameters which 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 manual switch 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 the Manuals section.

Please note: If you are installing the entire Z-Wave™ system for the first time please refer to the installation 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 density with W per meter listed below:

RGBW dimmer may have max 3 25A on each channel if multiple channels are connected.

60 LEDs per metre 8mm wide = 4.8w p/m -> on 12V = 0 4A on 24V = 0 2A -> on 12V you can add about 8m on 24V 16m per channel
120 LEDs per metre 8mm wide = 9.6w p/m -> on 12V = 0 8A on 24V = 0 4A -> on 12V you can add about 4m on 24V 8m per 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 about 2m on 24V 4m per 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 about 2 5m on 24V 5m per channel
120 LEDs per metre 10mm/12mm wide = 24w p/m -> on 12V = 2A on 24V = 1A -> on 12V you can add about 1 5m on 24V 3m per channel

As you see the length of the LED strip depends on a few factors that as 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% headroom 7 3m)
on 24V = 78W / 4 8W = 16 25m (with 10% headroom 14 6m)

The five examples mentioned above you may find other densities 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 will have 24V led strips you MUST have the power supply well stabilized and do not have to go over 25 5V in case you will have a poor stabilized power supply and the voltage will go over the mentioned value you will burn the security element in the RGBW and the device will be unusable.

The W as you may see from all mentioned above depends on the meters of led strips connected but if you’re looking for a 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 you MUST add 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 and or the 24V at least 340W.

Manuals:

QUBINO Z-Wave Dimmer RGBW Manual

Guide to Configuring Z-Wave Devices with Vera UI7 (Size: 435 kB)

Videos / YouTube:

QUBINO RGBW Dimmer

Technical Specifications

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	Plastic
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

@10/29

QUBINO Temperature Sensor - for home automation

~~$70.00~~ $64.96

QUBINO Z-Wave Dimmer - for home automation

~~$112.00~~ $106.96

Description

Table of Contents

Quick Overview

The QUBINO Dimmer (by GOAP) is the first MOSFET-switching light Z-Wave dimmer module that also supports control of low-voltage halogen lamps with an electronic transformer dimmable compact fluorescent lights and dimmable LED bulbs. It also measures the power consumption of electrical devices and supports the connection of a digital temperature sensor.

QUBINO modules are “install-and-forget” products. Our products are made to last so we only select and use top-quality electronic components. These modules are also the most tested Z-Wave microcontrollers on the market. The Slovenian Institute of Quality and Metrology (SIQ) an independent testing body tests safety parameters including temperature rise construction insulation resistance power consumption and overload following the EN 60669-2-1 standard.

Product Details

All QUBINO modules are manufactured in Europe by GOAP.

The QUBINO Z-Wave Dimmer module occupies a smaller volume than comparable modules of any other brand and will fit easily in any flush mounting box.
The QUBINO Z-Wave Dimmer can measure the power consumption of the connected electrical device and itself has an extremely low power consumption of just 0.7 W.
The QUBINO Z-Wave Dimmer can operate across a wide temperature range from a chilly -10˚C to a scorching 40˚C (14˚–104˚F). It supports the connection of a digital temperature sensor which is also useful for creating complex scenarios. Every module also acts as a repeater in order to improve the range and stability of the Z-Wave network.
Unlimited controlling capability through gateway
Setting mono-stable (push button) or bi-stable switch type
Z-Wave Plus compliant
23 additional parameters for expert users

Product Support

Please note: If you are installing the entire Z-Wave™ system for the first time please refer to the installation guide of your Z-Wave gateway before installing this device.

The QUBINO Flush Dimmer uses a unique MOSFET ‘trailing edge’ dimmer to enable it to work with a huge range of bulb types:

Halogen and Incandescent (230V) – up to 140W
Dimmable LEDs (230V) – up to 30W
Dimmable CFL and Fluorescent (230V) – up to 30W
Low Voltage Halogen (24V)
Low Voltage LED (24V)

The QUBINO Dimmer can be used in the 230V mains lighting system where it uses a ‘Trailing Edge’ style dimmer to control the lights. It can also be used in a 24V low-voltage system where it uses PWM style control of the bulbs.

Configuring Z-Wave Devices:

Z-Wave devices often have several configurable parameters which 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 manual switch 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 the Manuals section.

Please note:
These devices require a 3-wire system (including neutral) please check your installation before purchasing. If you have 2-wire system (without neutral) we recommend you use a FIBARO Z-Wave Dimmer 2

PLEASE NOTE FOR THE INSTALLATIONS IN THE AREAS WHERE ELECTRICITY SUPPLIERS USING OFF-PEAK RIPPLE CONTROL SIGNALS:

Electricity suppliers in particular areas of Australia such as NSW QLD and some others places are injecting an off-peak ripple control signal using Zellweger equipment or similar onto their distribution networks in order to remotely control devices such as off-peak hot water systems and street lighting although other areas within Australia also use this technology. Not all properties are affected by ripple control so just because you might live in one of these areas does not mean that you will have these problems.

Ripple injection control systems work by superimposing coded control signal commonly 750Hz or 1050Hz on the 50 Hz mains supply.

Some electrical appliances such as fans dimmers toasters and LED lighting can be sensitive to this ripple control signal. The results could be audible buzzing noises from fans or flickering lights whenever the ripple control signals are present.

Electricity suppliers are advising users to install appropriate ripple signal filters in such areas.

The ripple signal filter is a tuned passive inline filter which completely eliminates the superimposed ripple injection control signal from the normal mains supply to produce a noise free filtered mains supply which can then be connected to the electrical appliances or light control systems. The ripple signal filter is specifically tuned to eliminate the ripple control signal frequency of 750Hz or 1050Hz.

However we can’t guarantee the ripple signal filter always will help you if you experiencing such issues. Please contact your local energy provider to get more information and proposed solutions for your electrical installation.

If you are getting similar problems with your dimmers and fans and it’s not Ripple Control Signal and you are hearing the tones at random times of the day your electrical supply may be affected by harmonics; a power fluctuation that is not part of the normal electricity supply or ripple control signal output.
Harmonics are caused by an interference created by other equipment on the network such as inverter type air conditioners and switch mode power supplies for computers.

The offending appliances may be in your home or other premises on the local power grid. If you are being affected by network harmonics it may be of benefit to transfer the electricity supply to your premises to a different phase in the street. This is something you will need to discuss with your electrical company.

We are strongly recommending for the areas we have mentioned above to run test with only few dimmers before committing for high volumes. If results are not fully OK you may use relays only instead of dimmers.

Please note that our warranty for the faulty devices is not covering above mentioned conditions with your local electric grids.

Please see affected with Ripple Signalling areas here:

QUEENSLAND

Only Southern Queensland (Energex) has Ripple Signalling.
The Frequency is 1050Hz.
The rest of Queensland (Ergon) does not have Ripple Signalling.

NSW

Energy Australia Full Supply Area
Energy Australia Sydney &Hunter Supply Area

Manuals:

⇒ QUBINO Z-Wave Dimmer InWall Installation Manual

⇒ QUBINO Dimmer Two-Way Bell Press Switch Wiring Diagram (191KB)

⇒ QUBINO Dimmer Two-Way Toggle Switch Wiring Diagram (191KB)

⇒ Guide to Configuring Z-Wave Devices with Vera UI7 (Size: 435 kB)

Videos / YouTube:

⇒ The smallest Z-Wave module

⇒ QUBINO Dimmer dimming a 24V DC LED Strip Lights

Technical Specifications

RF Protocol	Z-Wave Plus™ SDK version: 6.51.03
RF Frequency	921.42Mhz ‐ AU/NZ approved RF for Z‐wave
Application Max output circuit power of AC/DC for resistive load only Max output circuit power of AC/DC for LED bulb and low voltage halogen bulbs with electronic transformer	Indoor use only 140W (240VAC) – 21W (24VDC) – Resistive load 30W (240VAC) / 15W (110VAC) – LED load
Power	0.6 A / 230 VAC 0.85 A / 30 VDC
Operation Range	Up to 30m indoors with no obstacles
Enclosure	Plastic
Comliance	EN 60669-2-1
Operating Temp.	-10C ~ +40C
Dimensions	41.8mm x 36.8mm x 15.4mm

@9/28

QUBINO Z-Wave Dimmer 0-10V - for home automation

~~$115.00~~ $109.96

Description

Table of Contents

Quick Overview

The absolute best selling QUBINO Z-Wave Dimmer 0-10V (by GOAP) is unique. This Z-Wave product was developed to cater for the needs of Smart Home users looking for a Z-Wave solution that controls devices such as lights fans and similar products with 0-10V signal. The QUBINO Flush Dimmer 0-10V is ideal for remotely dimming LED lights with low voltage ballast.

QUBINO modules are “install-and-forget” products. QUBINO are made to last so we only select and use top-quality electronic components. These modules are also the most tested Z-Wave microcontrollers on the market. The Slovenian Institute of Quality and Metrology (SIQ) an independent testing body tests safety parameters including temperature rise construction insulation resistance power consumption and overload in accordance with the EN 60669-2-1 standard.
QUBINO Ltd. is a European company with 26-years experience in the automation field. With their expertise and passion for innovation in automation they have developed a unique ready to sell certified and reliable portfolio of 14 Z-Wave wireless Smart Home products under difirent brands and OEM around the world.

Product Details

All QUBINO modules are manufactured in Italy.

The QUBINO Z-Wave Dimmer 0-10V occupies a smaller volume than comparable modules of any other brand and will fit easily in any flush mounting box
Standard 0-10V output
Multi-function input in connection with: push button / switch / potentiometer / input 0-10V (any sensor with 0-10V output)
Perfect for dimming lights with balast 0-10V
Controlling fan speed (for motors or frequency inverters with 0-10V speed control input)
Controlling heating / cooling valves (with 0-10V input)
Unlimited controlling capability through gateway
Z-Wave Plus compliant
23 additional parameters for expert users

Product Support

Configuring Z-Wave Devices:

Z-Wave devices often have several configurable parameters which 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 manual switch 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 the Manuals section.

Please note: If you are installing the entire Z-Wave™ system for the first time please refer to the installation guide of your Z-Wave gateway before installing this device.

The GOAP Flush Dimmer uses a unique MOSFET ‘trailing edge’ dimmer to enable it to work with a huge range of bulb types:

Halogen and Incandescent (230V)
Dimmable LEDs (230V)
Dimmable CFL and Fluorescent (230V)
Low Voltage Halogen (24V)
Low Voltage LED (24V)

The QUBINO Z-Wave Dimmer can be used in the 230V mains lighting system where it uses a ‘Trailing Edge’ style dimmer to control the lights. It can also be used in a 24V low-voltage system where it it uses PWM style control of the bulbs.

Please note:These devices require a 3-wire system (including neutral) please check your installation before purchasing. If you have 2-wire system (without neutural) we recommend you use a FIBARO Z-Wave Dimmer 2.

Manuals:

⇒ QUBINO Z-Wave Dimmer 0-10V Installation Manual

⇒ Guide to Configuring Z-Wave Devices with Vera UI7 (Size: 435 kB)

Videos / YouTube:

⇒The smallest Z-Wave module

⇒GOAP Flush Dimmer 0-10V

Technical Specifications

RF Protocol	Z-Wave Plus™ SDK version: 6.51.03
RF Frequency	921.42Mhz ‐ AU/NZ approved RF for Z‐wave
Application	Indoor use only
Power	12-24 VDC
Operation Range	Up to 50m indoors with no obstacles
Enclosure	Plastic
Comliance	EN 60669-2-1
Operating Temp.	-10C ~ +50C
Max. control voltage raitings	-20/+20VDC
Control signal range	0-11VDC
Max. sinking current	2 mA
Max. sourcing current	10 mA
Dimensions	41.8 mm x 36.8 mm x 15.4 mm

@9/28

QUBINO Z-Wave Flush 2 Relay DC – Brilliant - for home automation

~~$126.00~~ $120.96

Description

Table of Contents

QUBINO Z-Wave Flush 2 Relay DC

Quick Overview

QUBINO Z-Wave Flush 2 Relay DC is a Z-Wave module for switching on/off one or two electrical devices (e.g. light fan etc …). The module can be controlled either through Z-wave network or through the wall switch manually.

This module is designed to be mounted behind a traditional wall switch. The module measures power consumption of load and supports connection of digital temperature sensor. It is designed to act as a repeater in order to improve the range and stability of the Z-Wave network.

Supported switches

Module supports mono-stable switches (push button) and bi-stable switches. The module is factory set to operate with bi-stable switches.

Product Details

• Compatible with any Z-Wave Controller.

• Dimensions (W x H x D) 41 8 x 36 8 x 15 4mm

• Power monitoring accuracy P=5-50W +/-3W; P˃50W +/-3%;

• Digital temperature sensor range (sensor must be ordered separately) -50 ~ 125°C

• Support for the connection of digital temperature sensor (optional part)

• 2 binary inputs offer the option to connect additional devices such as sensors switches/push buttons etc …

Product Support

Configuring Z-Wave Devices:

Z-Wave devices often have several configurable parameters which 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 manual switch 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 the Manuals section.

Strengthens Z-Wave Connectivity

The smart relay module has been designed to work as a Z-Wave repeater thereby providing you the flexibility to extend the range of your Z-Wave network.

The QUBINO double switch is Z-Wave Plus Certified. Z-Wave Plus (5th Generation Z-Wave) offers a lot of new features including increased range extended battery life and Over The Air upgrading (OTA). Take a look at our “What is Z-Wave Plus” guide for more information.

Note!

Do not connect the module to loads exceeding recommended values. Connect the module only in accordance to the manual and diagrams below. Use only quilified electrician!

Manuals:

⇒ QUBINO Z-Wave Double Switch Installation Manual

⇒ Z-Wave Fan Control Solution(250KB)

⇒ Guide to Configuring Z-Wave Devices with Vera UI7 (Size: 435 kB)

Videos / YouTube:

⇒ The smallest Z-Wave module

Technical Specifications

Product Name	Z-Wave Dbl Switch
Powered by	24V DC or 30V DC
Operation Range	30m
Max Load	2300W (24VDC)
Radio frequency	921.42 MHz (AU/NZ Z-Wave)
Power Consumption	0 4W
Operation temperature	-10 -+40 C*
Measured temperature range	0 5^o C (within 0^o C – 40^o C range) (optional sensor)
Temperature measuring accuracy	0 5 C
Housing	ABS
Dimensions (W x H x D)	41.8 x 36.8 x 15.4 mm

@10/29

QUBINO Z-Wave Shutter - for home automation

~~$112.00~~ $106.96

QUBINO z-Wave Temperature Sensor

$34.95

QUBINO Z-Wave Thermostat 2 - for home automation

~~$112.00~~ $106.96

Description

Quick Overview

The QUBINO On/Off Thermostat 2 (made by Goap Europe) is your wireless heating and hot water controller that also measures power consumption. This amazingly tiny module is ideal for wireless control of electric or water-based underfloor heating systems electric water heaters hot water pumps and electric radiators.

Z-Wave Plus certified Security S2 SmartStart ready
Includes digital temperature sensor
Can measure the power consumption of the connected device (within 3% accuracy)
Extremely low energy consumption (less than 0.4W)
Frost-free mode: Specifies a minimum temperature for the heating system connected to the module to prevent your pipes from freezing

Product Details

The QUBINO Z-Wave ON/OFF Thermostat 2 can be used to directly control electric or water-based underfloor heating systems electric water heaters hot water pumps electric radiators and similar. You can control it either remotely through the Z-Wave network or wall switches.

The QUBINO Z-Wave ON/OFF Thermostat 2 also measures power consumption and supports the connection of a digital temperature sensor.

This product integrates with Australian-certified (921.42 MHz) Z-Wave Controllers including Fibaro Home Center 2/Lite Fibaro Home Center 3/Lite and YUBII controllers

Please check the compatibility with major Z-Wave controllers in this Matrix provided by the manufacturer.

Configuring Z-Wave Devices:

Z-Wave devices often have several configurable parameters which 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 manual switch 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 a Z-Wave gateway is available in the Manuals section.

Product Support

Manuals:

⇒ QUBINO Z-Wave ON/OFF Thermostat 2 Technical Specification

⇒ QUBINO Z-Wave ON/OFF Thermostat Extended User Manual

Videos / YouTube:

⇒ QUBINO Z-Wave ON/OFF Thermostat 2 VIDEO

Technical Specifications

RF Protocol	Z‐Wave Plus (500 series chip) Security S2 SmartStart ready Z-Wave Repeater
RF Frequency	921.42Mhz ‐ AU/NZ approved RF for Z‐wave
Z‐Wave device type	Z-Wave binary switch routing slave
Power Supply	230V AC ± 10% OR 24-30V DC
Rated Load Current of AC Output (resistive load)	1 x 10A / 230V AC
Rated Load Current of DC Output (resistive load)	1 x 10 A / 30V DC
Output circuit power of AC output (resistive load)	2300W (230V AC)
Output circuit power of DC output (resistive load)	240W (24V DC)
Operation Range	Up to 40m indoors (with no obstacles)
Application	Indoor use only
Operation temperature	-10 ~ 40 °C
Digital Temperature Sensor cable length	1000 mm
Weight	48g
Dimensions	41.8mm x 36.8mm x 16.9mm

@9/28

Product Name	Temperature sensor
Temperature range	-50°C – 125°C range)
Temperature accuracy	0.5°C
Dimensions (W x H x D)	1 m

QUBINO

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