QUBINO ZMNHWD1 User Manual

RGBW Dimmer
ORDERING CODE
Z-WAVE FREQUENCY
ZMNHW D1 868,4 MHz
ZMNHW D2 921,4 MHz
ZMNHW D3 908,4 MHz
ZMNHW D4 869,0 MHz
ZMNHW D5 916,0 MHz
ZMNHW D8 865,2 MHz

Introduction

Qubino RGBW module is used to control
RGB/RGBW strips and LED strips or bulbs to
create countless colour options and has 5 special
scene effects. It can also control halogen lights and
fans. It's extremely small size allows for easy
installation behind wall sockets and switches.
Controlled devices may be powered by 12 or 24
VDC.
Supported control types
•
Momentary (mono stable switch)
• Toggle (bi stable switch)

Installation

1. Before the installation disconnect power supply
(12 - 24VDC)
2. Connect the device exactly according to the
diagram.
3. Pull out the antenna and keep it at 90 degree to
enhance the RF signals.
4. Place the antenna as far as possible from metal
elements as they may cause signal interference.
5. Do not shorten the antenna.
Danger of electrocution!
Installation of this device requires a great degree of
skill and may be performed only by a licensed and
qualified electrician. Please keep in mind that even
when the device is turned off, voltage may still be
present in the device's terminals.
Warning!
Rapid light changes may potentially trigger
seizures for people with photosensitive epilepsy.
Note!
Do not connect the device to loads exceeding the
recommended values. Connect the device exactly
as shown in the provided diagrams. Improper
wiring may be dangerous and result in equipment
damage. Device must be powered by a dedicated
regulated power adapter.

Package Contents

1 X RGBW Dimmer
1 X User Manual

Product Overview

Electrical Diagram

Notes for diagram:
Notes for diagram in default configuration:
IN1 – Push button Brightness control
IN2 – Push button Rainbow mode
IN3 – Push button Scene mode
IN4 – Push button Normal mode
Module Inclusion (Adding to Z-Wave
Network)
AUTO-INCLUSION
1. Enable inclusion mode on your Z-Wave
gateway (hub)
2. Connect the device to the power supply
3. If the device is properly connected, the RGBW
strip will blink once.
4. Auto-inclusion will be initiated within 5 seconds
of connection to the power supply and the device
will automatically enroll in your network. If the
device is properly included, the green LED inside
the device will stay on.
Auto-inclusion times out after 2 minutes (the LED
red and green LED inside the device will blink
alternately).
MANUAL INCLUSION
1. Connect the device to the power supply
2. Enable inclusion mode on your Z-Wave gateway
(hub)
3. Press and release the S (Service) button 3
times within 2 seconds
4. If the device is properly included, the green LED
inside the device will stay on.
Z-WAVE EXCLUSION
1. Connect the device to the power supply
2. Make sure the device is within direct range of
your Z-Wave gateway (hub) or use a hand-held Z-
Wave remote to perform exclusion
3. Press and release the S (Service) button 3
times within 2 seconds
4. If the device is properly excluded, the green
LED inside the device will blink for 2 minutes (auto
inclusion time)
NOTE: The device will be excluded from your
network, but any custom configuration parameters
will not be erased.
NOTE: Auto-inclusion times out after 2 minutes
(the LED red and green LED inside the device will
blink alternately).
FACTORY RESET
1. Connect the device to the power supply
2. Press and hold the S (Service) button for at
least 10 seconds3. If the device is properly reset
the green LED inside the device will stay on, the
RGBW strip will blink once and the green LED
inside the device will blink for 2 minutes (auto
inclusion time)
NOTE: By resetting the device, all custom
parameters previously set on the device will return
to their default values, and owner ID will be deleted.
Use this reset procedure only when the main
gateway (hub) is missing or otherwise inoperable.
WARNING
1. RGBW Dimmer is suggested to operate within
low voltage circuits (12VDC or 24VDC).
Connecting loads powered by higher voltage to
the device may damage the RGBW Dimmer.
Please refer to the following table when wiring the
device.
RGBW Strip
Stranded
Current
Wire
High current 18 AWG
Low Current 22 AWG
2. RGBW Dimmer must be powered by the same
voltages as the connected light source. I.e. when
controlling a 12V LED strip, the device must be
connected to a matching 12V power supply.
Similarly, when controlling a 24V RGBW strip, the
RGBW Dimmer must be powered by a 24V power
supply.
3. The device's output is controlled by PWM at
488Hz.
4. When controlling long RGBW/RGB/LED strips,
voltage drops may occur, resulting in lower light
brightness farther away from the R/G/B/W outputs.
To minimize this issue, it's recommended to
connect several shorter strips in parallel instead of
one long strip connected in sequence. The
maximum recommended RGBW/RGB/LED strip
length is 33 feet (10 m). Please follow manufacturer
recommendations regarding connection wire size
for each load you connect to the device.
5. If your primary Z-Wave gateway (hub) is
damaged or lost, but you have connected the
device to an external switch, the RGBW Dimmer
can operate normally with local control. Otherwise,
please replace your Z-Wave gateway (hub) to
exclude the device from your previous network and
re-include it to restore wireless control (follow
inclusion / exclusion instructions above for the
process).
LED Indication
Status
LED Signal
Not included Red & Green
to Z-Wave network blinking
interchangeably
Included Solid Green
to Z-Wave network
Inclusion Blinking Green
(Interval: 1 sec)
Exclusion Blinking Green
(Interval: 1 sec)
Auto-inclusion Blinking Green
(Interval: 1 sec)
Input Type
Note
Momentary Mono-stable or push
button switch
Toggle Bi-stable switch
Toggle ON: Active for closing
w/Memory terminals
OFF: Active for opening
terminals

Configuration Parameters

Parameter no. 1 – Input IN1 configuration
Available config. parameters (data type is 1 Byte
DEC):
• Default value: = 4 (BRIGHTNESS mode –
momentary switch type)
•
1 – NORMAL mode – momentary switch
type
• 2 – NORMAL mode – toggle switch type
•
3 – NORMAL mode – toggle with memory
switch type
•
4 – BRIGHTNESS mode – momentary
switch type
•
5 – BRIGHTNESS mode – toggle switch
type
• 6 – BRIGHTNESS mode – toggle with
memory switch type
•
7 - RAINBOW mode – momentary switch
type
•
8 – SCENE mode – momentary switch type
• 9 – SCENE mode – toggle switch type
• 10 – SCENE mode – toggle with memory
switch type
Parameter no. 2 – Input IN2 configuration
See parameter no. 1
Available configuration parameters (data type is 1
Byte DEC)
•
Default value: = 7 (RAINBOW mode –
momentary switch type)
Parameter no. 3 – Input IN3 configuration
See parameter no. 1
Available configuration parameters (data type is 1
Byte DEC)
•
Default value: = 8 (SCENE mode –
momentary switch type)
Parameter no. 4 – Auto scene duration
See parameter no. 1
Available configuration parameters (data type is 1
Byte DEC)
•
Default value: = 1 (NORMAL mode –
momentary switch type)
Parameter no. 5 – Auto Scene Mode Set
Available configuration parameters (data type is 1
Byte DEC)
•
Default value 1
•
1 – Ocean (soft flowing between shades of
blue colour)
• 2 – Lightning (fast flashing of white colour)
•
3 – Rainbow (flowing between colours of
rainbow)
•
4 – Snow (flowing between shades of white
and cyan colour)
• 5 – Romantic (soft flowing of the red colour)
• 6 – Party scene (random flashing between
colours)
Parameter no. 6 – Auto Scene Mode – Duration
between Colour change
This parameter is used to adjust time between 2
Colours in the Scene
Available configuration parameters (data type is 2
Byte DEC)
•
Default value 3
•
1-127 – delay duration is 1 sec to 127 sec
•
1001-1127 – delay duration is from 1 min to
127 min. This parameter has no effect on
Lighting and Party Scene.
Parameter no. 7 – Memorize device status at
power cut
Device will be set to status memorized before
power cut.
Available configuration parameters (data type is 1
Byte DEC)
•
Default value 0
•
0 – device does not memorize its status at
power cut. Load is disconnected
•
1 – device memorizes its status at the power
cut. Load will be set to the status from before
power cut
Parameter no. 8 – Automatic turning off output
after set time