Domestia DML-004-002 User manual

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USERS MANUAL
DML-004-002 |EXTENSION MODULE
4 DIMMABLE OUTPUTS COMPATIBLE
ON DIP
2,6W ta -10°c to +45°c
L
OUT1 OUT2 OUT3 OUT4
ABG
N
D
RS485
N
150W 150W 150W T1 T2 T3 T4
RS1
charge
setting
1 2 3 4
ON DIP
RS2
IN1 IN2 IN3 IN4 ALL OFF
ALL ON
Standalone Inputs
(Remove JP1)
JP1
Disclaimer: Domestia assumes no responsibility and shall
accept no liability for damage that may eect your
product arising out of a change in outputs that are not
compliant with the use of the product. Please refer to
manual instructions for more information or go to
www.domestia.be
DML-004-002
150W

2
1. DESCRIPTION 1
The module DML-004-002 allows you to dim the luminosity of the following charges :
• 230V dimmable LED lamps: 3W to 150W *
• 230V incandescent and halogen lamps: 5W to 250W *
• Non-dimmable lamps are not compatible with this product.
• Incandescent bulb
• Halogen LV (230V)
• Halogen low voltage (12V or 24V) by means of electronic or electromagnetic
transformer.
Always ensure that the maximum authorized power is respected according to the
type of variable load. (see TECHNICAL CHARACTERISTICS in 9.)

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2. CONNECTIONS 1
The extension module 4 dimmable outputs DML-004-002 can function in “stand-alone”
mode or in slave mode behind the :
• DMC/DKS-012-002 module with relay outputs.
• DME-LAN-002 command module
• An 8 DMC / DKS-008-001 relay output card
For the connection to the DMC(DKS)-012-002, refer to the schematic drawing of figure A.
For the connection and the programming with the command module DME-LAN-002, refer
to the user’s manual of the DME-LAN-002.
Bus for
Identication
modules
ON DIP
2,6W ta -10°c to +45°c
L
OUT1 OUT2 OUT3 OUT4
ABG
N
D
RS485
N
150W 150W 150W T1 T2 T3 T4
RS1
charge
setting
1 2 3 4
ON DIP
RS2
IN1 IN2 IN3
IN4 ALL OFF ALL ON
Standalone Inputs
(Remove JP1)
JP1
Disclaimer: Domestia assumes no responsibility and shall
accept no liability for damage that may eect your
product arising out of a change in outputs that are not
compliant with the use of the product. Please refer to
manual instructions for more information or go to
www.domestia.be
DML-004-002
150W
DMCV-006-002
A
B
C
D
E
*(1)
1 2 3 4 5 6 7 8 9 10 11 12
8 A
8 A 8 A
8 A
8A 8A 8A 8A 8A 8A 8
A 8 A
A B
GND
OUT2
OUT3
OUT4
LN
OUT1
N
L
10A 10A 2A 2A
UP
DOWN
LEFT RIGHT
CENTER
BP NO
100 – 240 Vac
!
ATTENTION
Only in stand-alone
mode
(see point 6)
The basic module DMC-012-002 (programmed as master – see instruction 3.2) occupies
the addresses 1 to 12 and the DML-004-002 will occupy 4 addresses between 13 and 48
(see 3.1).
FIGURE A

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3. ADDRESSING 1
3.1 CONFIGURATION OF THE MODULE DML004002
I. Shut o the power supply to the extension module.
II. Using a small screwdriver, turn the addressing dials integrated in the module and
visible through the slots at the top of the cover to the position of the extension
module (see table).
NOTE : in the mode “stand alone” leave the addressing dials on (0) and
remove JP1.
Commutateurs d’adresse
DML-004-002 Plage de sortie
RS2 RS1
0 1 De 13 à 16
0 2 De 17 à 20
0 3 De 21 à 24
0 4 De 25 à 28
0 5 De 29 à 32
0 6 De 33 à 36
0 7 De 37 à 40
0 8 De 41 à 44
0 9 De 45 à 48
III. Adaptation to dierent types of lighting.
The module DML-004-002 is designed to function with many dierent types of
“VARIABLE” lighting elements. The configuration must be adapted accommodate
each dierent type of element.
DOMESTIA DOES NOT GUARANTY THAT ALL “LED” MODELS WILL FUCTION
CORRECTLY.
For more information, contact your LED lamp dealer.
1 2 3 4
ON DIP The DIP SWITCH allows you to adapt the mode of each output individually. The
“dip switch” will be placed in its original position (OFF), or position (ON).

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CONFIGURATION TABLE FOR THE “DIP SWITCH” IN RELATION TO THE TYPE OF
LIGHTING ELEMENT USED :
DIP SWITCH in OFF
position
• LED dimmable with phase control
• Halogen with transformer electromagnetic
• Halogen with a transformer electronic
compatible « Leading Edge Dimmer »
DIP SWITCH in ON
position
• LED dimmable with inverse phase controle
• Incandescence light 100-240VAC
• Halogène 100-240VAC
• Halogen with electronic transformer and
compatible « Trailing Edge Dimmer »
IV. Turn back on the power supply of the extension module.
3.2 PROGRAMMING THE MASTER MODULE DMC012002
I. Shut o the power supply to the master
module.
II. Hold the right directional button down and turn
the power back on. The indicator lights A, B,
AND E should be lit; If this is not the case, use
the UP and DOWN buttons to light the A, B,
and E - LEDs.
CODE LED Output
numbers
1,2 Max 24
1,2,3 Max 36
1,2,3,4 Max 48
III. Using the LEFT and RIGHT buttons and the indicator lights for circuits 1 to 4, select
the number of outputs the installation possesses
IV. Push the center button to confirm.
3.3 CONFIGURATION OF THE DMC008001 MASTER CARD
I. Menu 7.2 of the DMC-008-001 card is used to select the master mode
II. Press UP or DOWN to change the mode.
III. Then confirm with ENTER.
Reminder: There can only be one master card on an installation.
GU10
LED

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4. PROGRAMMING 1
The module DML-004-002 must be programmed in relay mode, that is indicators C and E
lit (see figure B) or user’s manual for the DMC-012-002).
Having selected the Relay mode, use the LEFT & RIGHT buttons to select the dimmable
outlets. The selected output LED is now blinking.
IV. Confirm by pushing the center button. The LED indicator for the output stops
blinking and the power is sent to that output.
V. Press the PB switches to associate them to this output. When pushing the PB The
power is briefly interrupted signaling that the addressing is registered.
VI. Repeat this operation for each PB switch that you wish to associate to this same
output.
VII.To leave the Relay mode, push the CENTER button to confirm your programming.
Then push the UP PB as many times as necessary to return to mode function (LEDS A
and E lit).
DMC-012-002
A
B
C
D
E
*(1)
1 2 3 4 5 6 7 8 9 10 11 12
8 A
8 A 8 A
8 A
8A 8A 8A 8A 8A 8A 8
A 8 A
A
B
C
D
E
UP
DOWN
LEFT RIGHTENTER
UP
DOWN
LEFT RIGHT
CENTER

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5. OPERATING in “ Slave” mode 1
• As long as a push on a push button (BP) is in progress, the associated output will be
variable.
• Briefly pressing the PB when the output is “on” will turn it o.
• A short press on the PB when the output is “o” will “turn on” the output at the last
brightness applied to that output.
6. OPERATING in “Stand alone” mode 1
• Briefly pressing the PB when the output is “on” will turn it o. A short press on the BP
when the output is “o” will “turn on” the output at the last brightness applied to
that output. Continuous press allows the output to be dimmed.
• The ALL OFF input turns o all outputs. The ALL ON input turns on all outputs at the
last applied brightness.
• Warning: the LPs (NO 230 Vac) must be connected between the phase (terminal
22-23) and the inputs (terminals 8-9-10-11-12-13)
Reminder: in stand-alone mode, you must not use an identification module.
(DMI-006-001)
7. Regulating minimum intensity 1
To start the operation, please not the initial address on the ADDRESSING DIALS RS2 et RS1
so that you use the same output numbers (see ADRESSING In 3.1)
Set the ADDRESSING DIAL RS2 at the following addresses :
• 6 for output 1
• 7 for output 2
• 8 for output 3
• 9 for output 4
Now set the ADDRESSING DIAL RS1to the minimum intensity by selecting dierent
intensities from 0 to 9. Turning clockwise you increase, counter-clockwise you decrease.
Do not select a minimum intensity that’s too weak, (If you do the light may not light up at
all).
To exit the programming, reset the ADDRESSING DIALS RS2 and RS1 back to their initial
settings which correspond to the address of your extension module. Starting with the
DIAL RS2 and then RS1 so as not to modify the minimum intensity that you have set.
If you use the extension module in “STAND ALONE”, you will have to place the “JUMPER”

8
(JP1) that will allow you to make this setting. Then remove the (JP1) again as soon as the
setting is completed.
8. ERROR CODES 1
Functioning normally:
The LED associated to the output (channel) is lit continually when activated, and o when
it is inactive.
In case of malfunction, the table below gives a series of error codes.
STATUS PROBLEM POSSIBLE CAUSES
The LEDs 1 to 4 light
up in sequence.
Impossible to control
the lights.
Verify the connections to the bus RS485
(connection between the DML-004-002
and the master module)
LED 1, 2, 3 and 4 blink
simultaneously every
second.
Overheating of
channels 1, 2, 3 and 4 :
The thermal protection
was activated.
• The connected element is too
powerful.
• The surrounding temperature is too
high.
LEDs 1 or 2 or 3 or 4
blink rapidly (2 times/
second).
Short-circuit or
overload.
• The output is in short-circuit.
• The connected element is much too
powerful
• The connected element is not
connected correctly. (see the
configuration table of the « DIP
SWITCH »)
The LEDs function
normally
The lights will not turn
on.
• Verify the connections of the lights.
• The outputs are not programmed in
mode relay (C+E).
9. TECHNICAL CHARACTERISTICS 1
FUNCTIONAL CHARACTERISTICS
• LED dimmable 230V : 3W to 150W
• Incandescent and Halogen 230V : 5W to 250W. 110V max. 150W

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• Halogen very low voltage via electromagnetic transformer : 20VA to 250VA; 110V
max. 150VA.
• The transformer should not be used at less than 75% of its capacity.
• Halogen very low voltage via transformer electronic : 25VA to 250VA; 110V max.
150VA.
• We have to take into account the performance of the transformers to
calculate the maximum number of lights.
ELECTRICAL CHARACTERISTICS
• Power supply : 100-240VAC/50-60Hz
• Consumption free of polarity : 2.6W
TEMPERATURE RANGE
• Stocking : -30°C to +65°C
• Functioning : -10°C to +45°C
10. WARRANTIES 1
The basic duration of the warranty is 2 years starting the date of reception of your order.
Whatever the problem with your article make sure you keep your sales receipt with the
serial number of the product because this receipt is your sole warranty.
The warranty is not valid under the following conditions :
• Damages caused by incorrect use, visible damages, poor maintenance, or non
respect of correct use of the material cited by the manufacturer in the user’s
manual. Attempts to repair or tampering by the customer or an unauthorized
third party. Damages caused by accident, natural disasters, or other events that
Domestia cannot be held responsible.
• Default that does not hinder the correct functioning or correct use of the material.
11. STANDARDS (see UL) 1
11.1 EMISSIONS
• Emission EN 55022 class B
• Emission radiating 30-1000MHz
• Emission conducting on the power supply 230VAC 150k-30MHz

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• Emission current disturbance on the bus 150k-30MHz(current pinching)
• EN 61000-3-2 Harmonic Emission to 2kHz
• EN 61000-3-3 Flicker Emission
11.2 IMMUNITY
11.2.1 ENVELOPE
• EN 61000-4-2 electrostatic discharge 8kV/air (insulated portion=box)criteria B
• EN 61000-4-3 Immunity to field RF 80MHz-2GHz 10V/m in criteria B
11.2.2 LINES AC 230V
• EN 61000-4-4 burst 2kV in criteria B
• EN 61000-4-5 chock wave 2kV between phase and ground, 1kV between phases,
all in criteria B
• EN 61000-4-6 inducted signals due to RF field 150kHz-80MHz 3Vin criteria A, or 10V in
criteria B
• EN 61000-4-11 dips and cutos in tension 70%U during 3 x 0.3s, then 0% during
3 x 0.1s in criteria B
11.2.3 TESTS SECTOR
• EN 50090-2-2 from 1996 + A1 from 2002
• Circuit insulation EN 60664 – 1