Artistic Licence DMXtoDALI quad User manual

DMXtoDALI quad User Guide
Artistic Licence
DMXtoDALI quad
User Guide
Version 1-0

Page 2
DMXtoDALI quad User Guide
Please read these instructions before using the product.
This product has been designed & manufactured for professional use only.
It should only be installed by a suitably qualied technician and in accordance with
electrical regulations in the country of use.
Unless directed in the instructions there are no user serviceable parts inside the
outer case of this product.
Always disconnect from the power supply when not in use.
Any specic IP rating, where appropriate, is given in the instructions. Unless
otherwise stated this product is designed for indoor use only. If used outdoors it
MUST be installed in an appropriate IP rated cabinet. Do not allow this product to be
exposed to rain or moisture.
Please recycle all packaging.
Copyright © Artistic Licence Engineering Ltd. All rights reserved.
Download the user guide by scanning the following QR code:

Page 3
DMXtoDALI quad User Guide
Reference Type Description
1LED DMX received
2LED Power/RDM Locate
3Connection Power input 9-24 VDC
4Connection DALI circuit
5LED DALI bus power & data
6DIP Switch See table below
7Connection DMX Loop & Termination**
8Connection DMX input
Switch Function Operation
1Curve O󰀨 DALI dimmer curve
On Linear dimmer curve
2Bu󰀨ering O󰀨 A sixteen deep bu󰀨er is used per circuit
On Bu󰀨ering disabled
3Continuous Query O󰀨 Two queries run at startup
On Queries run continuously every 2 minutes
4Query Disable O󰀨 Query operation is dened by switch 3
On Query operation is disabled
5Activate O󰀨 All DT8 commands end with an ACTIVATE
On ACTIVATE is not sent
6n/a O󰀨 n/a
On n/a
Mounting Diagram
DIP Switch Table (see also page 10)
Connections
** A passive loop-through connection allows
onward connection to other DMX512 devices. If
this feature is not required then the signal must
be terminated. The product contains an internal
termination resistor. This is enabled by tting a
wire link between Ter m and DATA+.

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DMXtoDALI quad User Guide
Overview
DMXtoDALI quad (hereafter abbreviated to
DMXtoDALI) converts DMX values into DALI
commands to allow integration between a
DMX512 controller and DALI devices. Up
to four DALI circuits can be controlled via
DMX512 allowing up to 256 devices to be
connected.
DMXtoDALI provides simultaneous control via
all four addressing modes (Broadcast, Group,
Device and Scene) and supports both DT0
(intensity) and DT8 (colour).
Product configuration requires selection of
the DMX512 start address and personality,
the latter defining the map between the
DMX512 channels and DALI addresses. Once
configured, a DMX512 channel level change
triggers transmission of a DALI command.
Fig.1 opposite shows DMXtoDALI quad being
used to its full potential. In this example, a
Rail-PSU-D4 is used to provide the DALI bus
power supply.
Quick Start
If you are new to DALI, please read the
DALI primer on page 5. You can also
download our DALI guide.
1. Connect the DC power supply to the power
input.
2. Connect the DMX512 signal from the
controller to the DMX input. If the loop
connection is not required, connect a wire
between TERM and DATA+ to enable the
internal DMX512 termination.
3. Connect the two DALI terminals of circuit 1
to the DALI devices and the DALI Bus Power
supply of circuit 1. Repeat for the other
circuits. Never interconnect the DALI circuits.
4. Power on the DMXtoDALI, the DALI Bus
PSU and the DALI devices.
5. Fade channel 1 of the DMX512 controller
up & down; the DALI devices should be
controlled. If not, go to the troubleshooting
section (page 12).
DMX
Termination
Ballast 64
Ballast ...
Ballast 2
Ballast 1
Ballast ...
Ballast 2
Ballast 1
Circuit 4
Circuit 2 Circuit 3
Ballast 64
Ballast ...
Ballast 2
Ballast 1
Ballast 64
DMX Controller
DMXtoDALI quad
Rail-PSU-D4
(DALI BUS PSU)
PSU
Circuit 1
Ballast 1
Ballast 2
Ballast ...
Ballast 64
Figure 1 - Electrical wiring diagram
To use the product in its factory conguration,
(see box opposite) follow these steps:
In the product’s out-of-box conguration,
Channel 1 of the DMX signal controls all
DALI devices on all four circuits. This
corresponds to the following settings:
yPersonality 1 (broadcast DT0)
yStart address: All circuits set to 1
To set the other congurations, you will need
an RDM tool and a DALI commissioning tool.
Throughout this user guide we will reference
DMX-Workshop as the RDM tool and Dali-
Scope as the commissioning tool.
Device
Device
Device
Device
Device
Device
Device
Device
Device
Device
Device
Device
Device
Device
Device
Device

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DMXtoDALI quad User Guide
DALI Primer
Commissioning DALI devices
DALI bus power
Glossary
The DALI data packet comprises three parts:
On any given circuit, DALI device intensity or
colour can be controlled in four ways:
DALI requires that a current limited voltage
be applied to every circuit, called the DALI
bus power. Without this, the DALI devices will
enter fault mode and not respond.
Artistic Licence o󰀨ers Rail-PSU-D4, a four-
bus PSU device designed to work alongside
DMXtoDALI, DALItoDMX, daliGate quad and
other DALI controllers.
Unlike DMX xtures, DALI devices do not
have a default start address. This is because
they need unique addresses (called a short-
address) so that only one device replies to the
controller at once.
DMX runs at a much higher speed than DALI
and so it easily out-runs DALI. If this is not
managed, a time lag appears and incoming
data will start to be ignored, resulting in a step
or ‘bump’ on the dimming curve.
Best results are therefore achieved by sending
the lowest number of commands. E󰀩ciency
decreases as one moves down the above
list, so individual channel control is the most
bandwidth-hungry.
Controlling individual channels can cause
problems if a large number of s are present
due to the high number of commands that
need to be sent. If this method is to be used,
careful consideration should be given to the
bandwidth management.
yAddress - device(s) being controlled.
yCommand - type of message being sent.
yData - the value associated with the
command.
yDALI device – one of the 64 DALI luminaires.
yDALI short address – a number in the range 0 – 63
which uniquely identies a DALI device on a given
circuit.
yDALI circuit – a two wire interface of maximum
distance 300m that contains up to 64 DALI devices.
yDALI Bus power – a current limited DC supply which
must be provided in order for DALI to operate.
yDALI Device Type – Denes the capabilities of a
DALI device.
yDALI DT0 – Device Type 0 was originally dened
as uorescent but is now used to mean intensity
control.
yDALI DT8 – Device Type 8 is used for colour
control. There are four possible operating modes
of DT8.
yDALI RGBWAF – An operating mode of DT8
where Red, Green, Blue, White, Amber, Free (user
dened) and intensity are controlled.
yDALI Colour Temperature – An operating mode of
DT8 where colour temperature and intensity are
controlled.
yRDM – Remote Device Management. The
interface used for bidirectional communication
over DMX512.
yFootprint – the number of channels or slots used
by a DMX512 interface.
yRoot-device – The main entity of an RDM enabled
product. There is only one per RDM product.
ySub- device – Subsidiar y entities of an RDM device.
1. Scene - replay scenes stored in the
DALI devices.
2. Broadcast - all devices receive the same
command.
3. Group - each DALI device can be
assigned to any of 16 groups.
4. Device – each of the 64 possible devices
is controlled individually.
When new DALI devices are used they
must be commissioned. This requires a
DALI commissioning tool such as an Artistic
Licence Dali-Scope.

Page 6
DMXtoDALI quad User Guide
DMXtoDALI is implemented as an RDM device with 4 sub-devices. Each RDM sub-device
represents a DALI circuit. Any RDM programming tool can be used to congure DMXtoDALI.
RDM commands sent to the root-device will a󰀨ect all the sub-devices (DALI circuits).
The screen-shot below shows how this is represented in DMX-Workshop.
LED Indicators
RDM Implementation
DMXtoDALI quad features and operation
DALI 1 – 4:
Illuminates when DALI Bus
Power is present. Flashes to
o󰀨 when DALI message is sent
or received.
DMX512:
Illuminates green when DMX512
is received.
Power/RDM Locate:
Illuminates green during normal
operation. Flashes when an
RDM locate command is sent
to the root or the sub-devices
(see page 9 for more details).

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DMXtoDALI quad User Guide
Personality Name Circuit Footprint Total Footprint Map**
1DT0 Broadcast 14Table 1
2 DT0 Group 16 64 Table 2
3 DT0 Devices 64 256 Table 3
4DT0 Multimode 82 328 Table 4
5 DTx Scene select 1 4Table 5
6 DT8 Colour Temperature Broadcast 2 8 Table 6
7 DT8 Colour Temperature Group 32 128 Table 7
8DT8 RGBWAF Broadcast 728 Table 8
9 DT8 RGBWAF Group 112 448 Table 9
The screen-shot opposite shows the
personality selection dialogue in DMX-
Workshop (right-click and select personality).
The table below shows the footprint for each
of the personalities.
The Circuit Footprint is the number of DMX512
channels that are used per DALI circuit.
The Total Footprint is the number of DMX512
channels that are used if all DALI circuits are
patched contiguously.
The mapping relationship between received DMX512 and transmitted DALI is dened by selecting
one of nine personalities. Personalities are selected using RDM. Changing the personality of
the root-device will a󰀨ect all DALI circuits. Changing the personality of a sub-device will a󰀨ect
only one DALI circuit.
Personalities
Only DALI broadcast ARC commands are transmitted to each circuit. This is the simplest mode
of operation and the factory default. The DALI devices do not need to be commissioned to
operate in this mode. DALI Mask values are not transmitted.
DALI ARC commands are transmitted to the 16 group addresses of each circuit. This is the
most e󰀩cient use of DALI bandwidth and this mode should be used for most intensity control
applications. The DALI devices must be commissioned and group addresses allocated in order
to use this mode. DALI Mask values are not transmitted.
DALI ARC commands are transmitted to the 64 device addresses of each circuit. This mode
provides the most exible control but uses the most DALI bandwidth. The DALI devices must
be commissioned in order to use this mode. DALI Mask values are not transmitted.
1 DT0 Broadcast
2 DT0 Group
3 DT0 Devices
** Tables 1-9 are in the Appendix (page 13).

ARC intensity commands and Colour Temperature commands are sent to the 16 group addresses
of each circuit. The DALI devices must be commissioned and group addresses allocated in
order to use this mode. Additionally, the DALI devices must be set to use “DT8 type Colour
Temperature”. DALI Mask values are not transmitted.
ARC intensity commands and Colour Temperature commands are sent to the broadcast address
of each circuit.
DALI colour temperature commands use a unit called Mirek (Mirek = 1,000,000 / Kelvin). The
unit does not map well to DMX512 as it ine󰀩ciently uses a 16-bit number.
DMXtoDALI uses a unit called Cinc to simplify translation. (Cinc = Mirek – 143). Table 11 shows
how this translates. Essentially this allows one DMX512 channel to control all the useful colour
temperatures.
The DALI devices do not need to be commissioned to operate in this mode. However, the
DALI devices must be set to use “DT8 type Colour Temperature”. DALI Mask values are not
transmitted.
ARC intensity commands and RGBWAF (Red, Green, Blue, White, Amber, Free) colour
commands are sent to the broadcast address of each circuit. DALI encodes the RGB section and
the WAF section in di󰀨erent commands. For this reason, only changing the DMX512 channels
that a󰀨ect RGB or WAF will result in better DALI bandwidth management.
The DALI devices do not need to be commissioned to operate in this mode. However, the DALI
devices must be set to use “DT8 type RGBWAF”. DALI Mask values are transmitted for colour
values but not intensity.
All four (broadcast, group, device and scene) addressing modes are available in this mode.
This allows the DMX512 controller to manage DALI bandwidth by prioritising use of broadcast
and group addressing with occasional use of device addressing. The DALI devices must be
commissioned in order to use this mode. DALI Mask values are not transmitted.
4 DT0 Mulitmode
The value of the DMX512 channel is used to dene the DALI scene number that will be selected
(played). Table 10 shows the translation. The value of zero does not trigger a scene select. This
mode can be used to recall colour scenes if they have been programmed. The DALI devices
do not need to be commissioned to operate in this mode.
5 DTx Scene Select
6 DT8 Colour Temperature Broadcast
7 DT8 Colour Temperature Group
8 DT8 RGBWAF Broadcast
9 DT8 RGBWAF Group
ARC intensity commands and RGBWAF colour commands are sent to the 16 available group
addresses of each circuit. The DALI devices do not need to be commissioned to operate in
this mode. Additionally, the DALI devices must be set to use “DT8 type RGBWAF”. DALI Mask
values are transmitted for colour values but not intensity.
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DMXtoDALI quad User Guide

Page 9
DMXtoDALI quad User Guide
The RDM locate function can be used to visually locate or identify the DALI devices on each
circuit. Selecting locate for the root-device will broadcast an alternating sequence of full-on
then full-o󰀨 ARC commands to all circuits. Selecting locate for a sub-device will broadcast an
alternating sequence of full-on then full-o󰀨 ARC commands to the DALI circuit controlled by
that sub-device.
During locate mode the front panel locate indicator will ash and DMX512 to DALI translation
is inhibited.
Four RDM sensors are used to indicate the quantity of commissioned DALI devices that have
been discovered on each circuit. (See the DIP Switch Conguration section on page 10 for
information regarding the function of Switches 3 and 4).
The DMXtoDALI start address is set via RDM. Changing the start address of the root-device will
re-patch the sub-devices (DALI circuits) to contiguous addresses based on their footprints. In
the example below, all sub-devices are set to personality 2 which has a footprint of 16. Setting
the root address to 10 cases a contiguous re-patch with the sub-devices at 10, 26, 42, 58.
The start address of the sub-devices can be set individually if required. Overlapping addresses
are allowed.
RDM Locate
RDM Sensors
DMX512 Start Addresses

DIP Switch Conguration
Page 10
DMXtoDALI quad User Guide
A bank of DIP switches is located under the top right cover. Normal operation is achieved by
setting all switches to the o󰀨 position.
Switch Function Operation
1Curve O󰀨 DALI dimmer curve
On Linear dimmer curve
2Bu󰀨ering O󰀨 A sixteen deep bu󰀨er is used per circuit
On Bu󰀨ering disabled
3Continuous Query O󰀨 Two queries run at startup
On Queries run continuously every 2 minutes
4Query Disable O󰀨 Query operation is dened by switch 3
On Query operation is disabled
5Activate O󰀨 All DT8 commands end with an ACTIVATE
On ACTIVATE is not sent
6n/a O󰀨 n/a
On n/a
The majority of DMX devices operate using a
linear dimming curve with the level selected
by a decimal value between 0 and 255. DALI
works with a non-linear (exponential) curve.
As the graph shows, each method produces
a di󰀨erent output.
In its default mode of operation (Switch 1
= O󰀨), DMXtoDALI employs a one-to-one
mapping between the DMX and DALI values,
resulting in the native (exponential) dimming
curve of the DALI xture.
However, DMXtoDALI can also produce a
linear dimming curve (Switch 1 = On). It should
be noted that in this mode of operation, the
DMX value corresponds to the percentage
power level of the xture. Therefore, any
command value above 100 will simply result
in 100% power level.
Curve (Switch 1)
0
DMX
DALI
0255
100%
Device Power
Control Value
Device Power (%)
100
0100 255
DMX Value
0
Please refer to Table 12 for the dimming curve.
Switch 1 = O󰀨
Switch 1 = On

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DMXtoDALI quad User Guide
Continuous Query (Switch 3)
Query Disable (Switch 4)
Activate (Switch 5)
When querying is enabled (i.e. the default mode corresponding to Switch 4 = O󰀨, see below),
its mode of operation can be modied by this switch.
In its default mode of operation (Switch 3 = O󰀨), DMXtoDALI will send two consecutive queries
at startup. The delay between each is approximately two minutes. This allows the DALI devices
time to boot. DMXtoDALI maps all the device responses and disables any further unicast to
devices that did not respond.
The default mode of operation means that DMXtoDALI would require a reboot to detect new DALI
devices or short address changes. While this is normally not a problem, it can be inconvenient
during installation.
DMXtoDALI can be set to query continuously every two minutes (Switch 3 = On). The query
process takes lower priority to level and colour data.
When DMXtoDALI is using a personality that unicasts directly to DALI devices, large amounts of
DALI bandwidth can be consumed by small changes on the DMX512 input. In order to manage
DALI bandwidth, DMXtoDALI will only unicast to a device that is actually connected.
DMXtoDALI achieves this by a process of querying all DALI devices.
In some instances, particularly in multi-master systems or if unicast is not being used, querying
may not be desired or needed and can be disabled (Switch 4 = On). Note that when querying
is disabled, DMXtoDALI will not be able to report back the number of DALI devices detected
using the RDM sensors.
In its default mode of operation (Switch 5 = O󰀨), DMXtoDALI will send a DALI Activate command
after all DT8 colour data. This ensures that colour changes are immediately activated.
DALI devices can be congured to activate colour change in di󰀨erent ways - for example, linked
to the next level change. In this scenario the Activate command is not required (Switch 5 = On).
Bu󰀨ering (Switch 2)
There is a vast di󰀨erence between the speed at which DMX512 and DALI operate. This means
that when DMX512 levels change rapidly, not all the data can be converted to DALI. There are
two possible approaches to solving this problem.
In its default mode of operation (Switch 2 = O󰀨), DMXtoDALI has a 16-deep bu󰀨er for each
DALI circuit. The bu󰀨er allows the di󰀨ering speeds to be matched and smooths the conversion.
However, in some scenarios (with fast moving e󰀨ects) a better visual result will be achieved by
dropping DMX512 frames. This is achieved by disabling bu󰀨ering (Switch 2 = On).

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DMXtoDALI quad User Guide
Troubleshooting
1Power indicator not illuminated Check that the DC PSU is of the correct voltage
and connected with the correct polarity.
2Data indicator not illuminated Check that DMX512 cable is connected
correctly. The DMX512 screen should connect
to the ‘COM’ terminal on the product top left.
Check that the loop connection is terminated if
not in use.
Use a DMX512 tester to check that your DMX512
controller is transmitting.
3DALI indicators 1 – 4 not illuminated These indicators illuminate when DALI Bus
Power is present. Check that a DALI Bus PSU
is connected.
4DALI devices cannot be controlled
at all
Use personality mode 1 and transmit DMX512
with all channels set to 50%. This will broadcast
to all DALI devices. They should respond even
if not commissioned. If they do respond, the
problem is likely to be that some DALI devices
are not commissioned. Use a commissioning
tool to solve this.
Also check the value of the RDM sensors – this
tells you the number of commissioned DALI
devices that have been found.
5 Some DALI devices cannot be
controlled
If you are using device addressing, check that all
DALI devices are commissioned.
If you are using group addressing, check that
all DALI devices are both commissioned and
allocated to groups.
6 Cannot control colour Is the DALI device capable of DT8 colour control?
Check which modes it supports and select the
correct one in the DALI device.
Select the correct personality in DMXtoDALI.
7Not responding to RGBWAF colour
control
Set the DALI device to DT8 – RGBWAF mode
as its default.
8 Not responding to colour
temperature control
Set the DALI device to DT8 – Colour Temperature
as its default.
9DALI device only supports XY colour DMXtoDALI does not support this.
10 DALI device only supports Primary-N
colour
DMXtoDALI does not support this.

Page 13
DMXtoDALI quad User Guide
Appendix
Table 1 - Personality 1 (DT0 Broadcast)
Table 2 - Personality 2 (DT0 Groups)
DMX
Address
DALI
Circuit
DALI Function
1 1 Intensity Broadcast
2 2 Intensity Broadcast
3 3 Intensity Broadcast
4 4 Intensity Broadcast
DMX
Address
DALI
Circuit
DALI Function
1 1 Intensity Group 0
2 1 Intensity Group 1
3 1 Intensity Group 2
41 Intensity Group 3
5 1 Intensity Group 4
6 1 Intensity Group 5
7 1 Intensity Group 6
8 1 Intensity Group 7
91 Intensity Group 8
10 1Intensity Group 9
11 1 Intensity Group 10
12 1 Intensity Group 11
13 1 Intensity Group 12
14 1 Intensity Group 13
15 1Intensity Group 14
16 1 Intensity Group 15
17 2 Intensity Group 0
18 2 Intensity Group 1
19 2 Intensity Group 2
20 2 Intensity Group 3
21 2Intensity Group 4
22 2 Intensity Group 5
23 2 Intensity Group 6
24 2 Intensity Group 7
25 2 Intensity Group 8
26 2 Intensity Group 9
27 2 Intensity Group 10
28 2 Intensity Group 11
29 2 Intensity Group 12
30 2 Intensity Group 13
31 2Intensity Group 14
32 2 Intensity Group 15
DMX
Address
DALI
Circuit
DALI Function
33 2 Intensity Group 0
34 3 Intensity Group 1
35 3 Intensity Group 2
36 3 Intensity Group 3
37 3Intensity Group 4
38 3 Intensity Group 5
39 3 Intensity Group 6
40 3 Intensity Group 7
41 3 Intensity Group 8
42 3Intensity Group 9
43 3 Intensity Group 10
44 3 Intensity Group 11
45 3 Intensity Group 12
46 3 Intensity Group 13
47 3Intensity Group 14
48 3 Intensity Group 15
49 4 Intensity Group 0
50 4Intensity Group 1
51 4Intensity Group 2
52 4Intensity Group 3
53 4 Intensity Group 4
54 4Intensity Group 5
55 4Intensity Group 6
56 4Intensity Group 7
57 4Intensity Group 8
58 4 Intensity Group 9
59 4Intensity Group 10
60 4Intensity Group 11
61 4Intensity Group 12
62 4Intensity Group 13
63 4 Intensity Group 14
64 4Intensity Group 15

Page 14
DMXtoDALI quad User Guide
Table 3 - Personality 3 (DT0 Devices)
DMX
Address
DALI
Circuit
DALI Function
1 1 Intensity Device 0
2 1 Intensity Device 1
3 1 Intensity Device 2
41 Intensity Device 3
5 1 Intensity Device 4
6 1 Intensity Device 5
7 1 Intensity Device 6
8 1 Intensity Device 7
91 Intensity Device 8
10 1Intensity Device 9
11 1 Intensity Device 10
12 1 Intensity Device 11
13 1 Intensity Device 12
14 1 Intensity Device 13
15 1Intensity Device 14
16 1 Intensity Device 15
17 1 Intensity Device 16
18 1 Intensity Device 17
19 1 Intensity Device 18
20 1Intensity Device 19
21 1 Intensity Device 20
22 1 Intensity Device 21
23 1 Intensity Device 22
24 1 Intensity Device 23
25 1Intensity Device 24
26 1 Intensity Device 25
27 1 Intensity Device 26
28 1 Intensity Device 27
29 1 Intensity Device 28
30 1Intensity Device 29
31 1 Intensity Device 30
32 1 Intensity Device 31
33 1 Intensity Device 32
34 1 Intensity Device 33
35 1Intensity Device 34
36 1 Intensity Device 35
37 1 Intensity Device 36
38 1 Intensity Device 37
39 1 Intensity Device 38
40 1Intensity Device 39
41 1Intensity Device 40
42 1Intensity Device 41
DMX
Address
DALI
Circuit
DALI Function
43 1Intensity Device 42
44 1Intensity Device 43
45 1Intensity Device 44
46 1Intensity Device 45
47 1Intensity Device 46
48 1Intensity Device 47
49 1Intensity Device 48
50 1Intensity Device 49
51 1 Intensity Device 50
52 1 Intensity Device 51
53 1 Intensity Device 52
54 1 Intensity Device 53
55 1Intensity Device 54
56 1 Intensity Device 55
57 1 Intensity Device 56
58 1 Intensity Device 57
59 1 Intensity Device 58
60 1Intensity Device 59
61 1 Intensity Device 60
62 1 Intensity Device 61
63 1Intensity Device 62
64 1 Intensity Device 63
65 2 Intensity Device 0
66 2 Intensity Device 1
67 2 Intensity Device 2
68 2 Intensity Device 3
69 2Intensity Device 4
70 2 Intensity Device 5
71 2 Intensity Device 6
72 2 Intensity Device 7
73 2 Intensity Device 8
74 2Intensity Device 9
75 2 Intensity Device 10
76 2 Intensity Device 11
77 2 Intensity Device 12
78 2 Intensity Device 13
79 2Intensity Device 14
80 2 Intensity Device 15
81 2 Intensity Device 16
82 2 Intensity Device 17
83 2 Intensity Device 18
84 2Intensity Device 19

Page 15
DMXtoDALI quad User Guide
DMX
Address
DALI
Circuit
DALI Function
85 2 Intensity Device 20
86 2 Intensity Device 21
87 2 Intensity Device 22
88 2 Intensity Device 23
89 2Intensity Device 24
90 2 Intensity Device 25
91 2 Intensity Device 26
92 2 Intensity Device 27
93 2 Intensity Device 28
94 2Intensity Device 29
95 2 Intensity Device 30
96 2 Intensity Device 31
97 2 Intensity Device 32
98 2 Intensity Device 33
99 2Intensity Device 34
100 2 Intensity Device 35
101 2 Intensity Device 36
102 2 Intensity Device 37
103 2 Intensity Device 38
104 2Intensity Device 39
105 2Intensity Device 40
106 2Intensity Device 41
107 2Intensity Device 42
108 2Intensity Device 43
109 2Intensity Device 44
110 2Intensity Device 45
111 2Intensity Device 46
112 2Intensity Device 47
113 2Intensity Device 48
114 2Intensity Device 49
115 2 Intensity Device 50
116 2 Intensity Device 51
117 2 Intensity Device 52
118 2 Intensity Device 53
119 2Intensity Device 54
120 2 Intensity Device 55
121 2 Intensity Device 56
122 2 Intensity Device 57
123 2 Intensity Device 58
124 2Intensity Device 59
125 2 Intensity Device 60
126 2 Intensity Device 61
DMX
Address
DALI
Circuit
DALI Function
127 2Intensity Device 62
128 2 Intensity Device 63
129 3 Intensity Device 0
130 3 Intensity Device 1
131 3 Intensity Device 2
132 3 Intensity Device 3
133 3Intensity Device 4
134 3 Intensity Device 5
135 3 Intensity Device 6
136 3 Intensity Device 7
137 3 Intensity Device 8
138 3Intensity Device 9
139 3 Intensity Device 10
140 3 Intensity Device 11
141 3 Intensity Device 12
142 3 Intensity Device 13
143 3Intensity Device 14
144 3 Intensity Device 15
145 3 Intensity Device 16
146 3 Intensity Device 17
147 3 Intensity Device 18
148 3Intensity Device 19
149 3 Intensity Device 20
150 3 Intensity Device 21
151 3 Intensity Device 22
152 3 Intensity Device 23
153 3Intensity Device 24
154 3 Intensity Device 25
155 3 Intensity Device 26
156 3 Intensity Device 27
157 3 Intensity Device 28
158 3Intensity Device 29
159 3 Intensity Device 30
160 3 Intensity Device 31
161 3 Intensity Device 32
162 3 Intensity Device 33
163 3Intensity Device 34
164 3 Intensity Device 35
165 3 Intensity Device 36
166 3 Intensity Device 37
167 3 Intensity Device 38
168 3Intensity Device 39
Table 3 - Personality 3 (DT0 Devices) continued

Page 16
DMXtoDALI quad User Guide
DMX
Address
DALI
Circuit
DALI Function
169 3Intensity Device 40
170 3Intensity Device 41
171 3Intensity Device 42
172 3Intensity Device 43
173 3Intensity Device 44
174 3Intensity Device 45
175 3Intensity Device 46
176 3Intensity Device 47
177 3Intensity Device 48
178 3Intensity Device 49
179 3 Intensity Device 50
180 3 Intensity Device 51
181 3 Intensity Device 52
182 3 Intensity Device 53
183 3Intensity Device 54
184 3 Intensity Device 55
185 3 Intensity Device 56
186 3 Intensity Device 57
187 3 Intensity Device 58
188 3Intensity Device 59
189 3 Intensity Device 60
190 3 Intensity Device 61
191 3Intensity Device 62
192 3 Intensity Device 63
193 4Intensity Device 0
194 4Intensity Device 1
195 4Intensity Device 2
196 4Intensity Device 3
197 4 Intensity Device 4
198 4Intensity Device 5
199 4Intensity Device 6
200 4Intensity Device 7
201 4Intensity Device 8
202 4 Intensity Device 9
203 4Intensity Device 10
204 4Intensity Device 11
205 4Intensity Device 12
206 4Intensity Device 13
207 4 Intensity Device 14
208 4Intensity Device 15
209 4Intensity Device 16
210 4Intensity Device 17
211 4Intensity Device 18
212 4 Intensity Device 19
DMX
Address
DALI
Circuit
DALI Function
213 4Intensity Device 20
214 4Intensity Device 21
215 4Intensity Device 22
216 4Intensity Device 23
217 4 Intensity Device 24
218 4Intensity Device 25
219 4Intensity Device 26
220 4Intensity Device 27
221 4Intensity Device 28
222 4 Intensity Device 29
223 4Intensity Device 30
224 4Intensity Device 31
225 4Intensity Device 32
226 4Intensity Device 33
227 4 Intensity Device 34
228 4Intensity Device 35
229 4Intensity Device 36
230 4Intensity Device 37
231 4Intensity Device 38
232 4 Intensity Device 39
233 4 Intensity Device 40
234 4 Intensity Device 41
235 4 Intensity Device 42
236 4 Intensity Device 43
237 4 Intensity Device 44
238 4 Intensity Device 45
239 4 Intensity Device 46
240 4 Intensity Device 47
241 4 Intensity Device 48
242 4 Intensity Device 49
243 4Intensity Device 50
244 4Intensity Device 51
245 4Intensity Device 52
246 4Intensity Device 53
247 4 Intensity Device 54
248 4Intensity Device 55
249 4Intensity Device 56
250 4Intensity Device 57
251 4Intensity Device 58
252 4 Intensity Device 59
253 4Intensity Device 60
254 4Intensity Device 61
255 4Intensity Device 62
256 4Intensity Device 63
Table 3 - Personality 3 (DT0 Devices) continued

Page 17
DMXtoDALI quad User Guide
Table 4 - Personality 4 (DT0 Broadcast, Groups, Devices, Scenes)
DMX
Address
DALI
Circuit
DALI Function
1 1 Intensity Broadcast
2 1 Intensity Group 0
3 1 Intensity Group 1
41 Intensity Group 2
5 1 Intensity Group 3
6 1 Intensity Group 4
7 1 Intensity Group 5
8 1 Intensity Group 6
91 Intensity Group 7
10 1 Intensity Group 8
11 1Intensity Group 9
12 1 Intensity Group 10
13 1 Intensity Group 11
14 1 Intensity Group 12
15 1 Intensity Group 13
16 1Intensity Group 14
17 1 Intensity Group 15
18 1 Intensity Device 0
19 1 Intensity Device 1
20 1 Intensity Device 2
21 1 Intensity Device 3
22 1Intensity Device 4
23 1 Intensity Device 5
24 1 Intensity Device 6
25 1 Intensity Device 7
26 1 Intensity Device 8
27 1Intensity Device 9
28 1 Intensity Device 10
29 1 Intensity Device 11
30 1 Intensity Device 12
31 1 Intensity Device 13
32 1Intensity Device 14
33 1 Intensity Device 15
34 1 Intensity Device 16
35 1 Intensity Device 17
36 1 Intensity Device 18
37 1Intensity Device 19
38 1 Intensity Device 20
39 1 Intensity Device 21
40 1 Intensity Device 22
41 1 Intensity Device 23
42 1Intensity Device 24
DMX
Address
DALI
Circuit
DALI Function
43 1 Intensity Device 25
44 1 Intensity Device 26
45 1 Intensity Device 27
46 1 Intensity Device 28
47 1Intensity Device 29
48 1 Intensity Device 30
49 1 Intensity Device 31
50 1 Intensity Device 32
51 1 Intensity Device 33
52 1Intensity Device 34
53 1 Intensity Device 35
54 1 Intensity Device 36
55 1 Intensity Device 37
56 1 Intensity Device 38
57 1Intensity Device 39
58 1Intensity Device 40
59 1Intensity Device 41
60 1Intensity Device 42
61 1Intensity Device 43
62 1Intensity Device 44
63 1Intensity Device 45
64 1Intensity Device 46
65 1Intensity Device 47
66 1Intensity Device 48
67 1Intensity Device 49
68 1 Intensity Device 50
69 1 Intensity Device 51
70 1 Intensity Device 52
71 1 Intensity Device 53
72 1Intensity Device 54
73 1 Intensity Device 55
74 1 Intensity Device 56
75 1 Intensity Device 57
76 1 Intensity Device 58
77 1Intensity Device 59
78 1 Intensity Device 60
79 1 Intensity Device 61
80 1Intensity Device 62
81 1 Intensity Device 63
82 1Scene select
83 2Intensity Broadcast
84 2 Intensity Group 0

Page 18
DMXtoDALI quad User Guide
Table 4 - Personality 4 (DT0 Broadcast, Groups, Devices, Scenes) continued
DMX
Address
DALI
Circuit
DALI Function
85 2 Intensity Group 1
86 2 Intensity Group 2
87 2 Intensity Group 3
88 2Intensity Group 4
89 2 Intensity Group 5
90 2 Intensity Group 6
91 2 Intensity Group 7
92 2 Intensity Group 8
93 2Intensity Group 9
94 2 Intensity Group 10
95 2 Intensity Group 11
96 2 Intensity Group 12
97 2 Intensity Group 13
98 2Intensity Group 14
99 2 Intensity Group 15
100 2 Intensity Device 0
101 2 Intensity Device 1
102 2 Intensity Device 2
103 2 Intensity Device 3
104 2Intensity Device 4
105 2 Intensity Device 5
106 2 Intensity Device 6
107 2 Intensity Device 7
108 2 Intensity Device 8
109 2Intensity Device 9
110 2 Intensity Device 10
111 2 Intensity Device 11
112 2 Intensity Device 12
113 2 Intensity Device 13
114 2Intensity Device 14
115 2 Intensity Device 15
116 2 Intensity Device 16
117 2 Intensity Device 17
118 2 Intensity Device 18
119 2Intensity Device 19
120 2 Intensity Device 20
121 2 Intensity Device 21
122 2 Intensity Device 22
123 2 Intensity Device 23
124 2Intensity Device 24
125 2 Intensity Device 25
126 2 Intensity Device 26
DMX
Address
DALI
Circuit
DALI Function
127 2 Intensity Device 27
128 2 Intensity Device 28
129 2Intensity Device 29
130 2 Intensity Device 30
131 2 Intensity Device 31
132 2 Intensity Device 32
133 2 Intensity Device 33
134 2Intensity Device 34
135 2 Intensity Device 35
136 2 Intensity Device 36
137 2 Intensity Device 37
138 2 Intensity Device 38
139 2Intensity Device 39
140 2Intensity Device 40
141 2Intensity Device 41
142 2Intensity Device 42
143 2Intensity Device 43
144 2Intensity Device 44
145 2Intensity Device 45
146 2Intensity Device 46
147 2Intensity Device 47
148 2Intensity Device 48
149 2Intensity Device 49
150 2 Intensity Device 50
151 2 Intensity Device 51
152 2 Intensity Device 52
153 2 Intensity Device 53
154 2Intensity Device 54
155 2 Intensity Device 55
156 2 Intensity Device 56
157 2 Intensity Device 57
158 2 Intensity Device 58
159 2Intensity Device 59
160 2 Intensity Device 60
161 2 Intensity Device 61
162 2Intensity Device 62
163 2 Intensity Device 63
164 2Scene select
165 3Intensity Broadcast
166 3 Intensity Group 0
167 3 Intensity Group 1
168 3 Intensity Group 2

DMX
Address
DALI
Circuit
DALI Function
169 3 Intensity Group 3
170 3Intensity Group 4
171 3 Intensity Group 5
172 3 Intensity Group 6
173 3 Intensity Group 7
174 3 Intensity Group 8
175 3Intensity Group 9
176 3 Intensity Group 10
177 3 Intensity Group 11
178 3 Intensity Group 12
179 3 Intensity Group 13
180 3Intensity Group 14
181 3 Intensity Group 15
182 3 Intensity Device 0
183 3 Intensity Device 1
184 3 Intensity Device 2
185 3 Intensity Device 3
186 3Intensity Device 4
187 3 Intensity Device 5
188 3 Intensity Device 6
189 3 Intensity Device 7
190 3 Intensity Device 8
191 3Intensity Device 9
192 3 Intensity Device 10
193 3 Intensity Device 11
194 3 Intensity Device 12
195 3 Intensity Device 13
196 3Intensity Device 14
197 3 Intensity Device 15
198 3 Intensity Device 16
199 3 Intensity Device 17
200 3 Intensity Device 18
201 3Intensity Device 19
202 3 Intensity Device 20
203 3 Intensity Device 21
204 3 Intensity Device 22
205 3 Intensity Device 23
206 3Intensity Device 24
207 3 Intensity Device 25
208 3 Intensity Device 26
209 3 Intensity Device 27
210 3 Intensity Device 28
211 3Intensity Device 29
212 3 Intensity Device 30
DMX
Address
DALI
Circuit
DALI Function
213 3 Intensity Device 31
214 3 Intensity Device 32
215 3 Intensity Device 33
216 3Intensity Device 34
217 3 Intensity Device 35
218 3 Intensity Device 36
219 3 Intensity Device 37
220 3 Intensity Device 38
221 3Intensity Device 39
222 3Intensity Device 40
223 3Intensity Device 41
224 3Intensity Device 42
225 3Intensity Device 43
226 3 Intensity Device 44
227 3Intensity Device 45
228 3Intensity Device 46
229 3Intensity Device 47
230 3Intensity Device 48
231 3Intensity Device 49
232 3 Intensity Device 50
233 3 Intensity Device 51
234 3 Intensity Device 52
235 3 Intensity Device 53
236 3Intensity Device 54
237 3 Intensity Device 55
238 3 Intensity Device 56
239 3 Intensity Device 57
240 3 Intensity Device 58
241 3Intensity Device 59
242 3 Intensity Device 60
243 3 Intensity Device 61
244 3Intensity Device 62
245 3 Intensity Device 63
246 3Scene select
247 4Intensity Broadcast
248 4Intensity Group 0
249 4Intensity Group 1
250 4Intensity Group 2
251 4Intensity Group 3
252 4 Intensity Group 4
253 4Intensity Group 5
254 4Intensity Group 6
255 4Intensity Group 7
256 4Intensity Group 8
Table 4 - Personality 4 (DT0 Broadcast, Groups, Devices, Scenes) continued
Page 19
DMXtoDALI quad User Guide

Table 4 - Personality 4 (DT0 Broadcast, Groups, Devices, Scenes) continued
DMX
Address
DALI
Circuit
DALI Function
257 4 Intensity Group 9
258 4Intensity Group 10
259 4Intensity Group 11
260 4Intensity Group 12
261 4Intensity Group 13
262 4 Intensity Group 14
263 4Intensity Group 15
264 4 Intensity Device 0
265 4Intensity Device 1
266 4Intensity Device 2
267 4Intensity Device 3
268 4 Intensity Device 4
269 4 Intensity Device 5
270 4Intensity Device 6
271 4Intensity Device 7
272 4Intensity Device 8
273 4 Intensity Device 9
274 4Intensity Device 10
275 4Intensity Device 11
276 4Intensity Device 12
277 4Intensity Device 13
278 4 Intensity Device 14
279 4Intensity Device 15
280 4Intensity Device 16
281 4Intensity Device 17
282 4Intensity Device 18
283 4 Intensity Device 19
284 4Intensity Device 20
285 4Intensity Device 21
286 4Intensity Device 22
287 4Intensity Device 23
288 4 Intensity Device 24
289 4Intensity Device 25
290 4Intensity Device 26
291 4Intensity Device 27
292 4Intensity Device 28
293 4 Intensity Device 29
294 4Intensity Device 30
295 4Intensity Device 31
296 4Intensity Device 32
297 4Intensity Device 33
298 4 Intensity Device 34
299 4Intensity Device 35
300 4Intensity Device 36
DMX
Address
DALI
Circuit
DALI Function
301 4Intensity Device 37
302 4Intensity Device 38
303 4 Intensity Device 39
304 4 Intensity Device 40
305 4 Intensity Device 41
306 4 Intensity Device 42
307 4 Intensity Device 43
308 4 Intensity Device 44
309 4 Intensity Device 45
310 4 Intensity Device 46
311 4 Intensity Device 47
312 4 Intensity Device 48
313 4 Intensity Device 49
314 4Intensity Device 50
315 4Intensity Device 51
316 4Intensity Device 52
317 4Intensity Device 53
318 4 Intensity Device 54
319 4Intensity Device 55
320 4Intensity Device 56
321 4Intensity Device 57
322 4Intensity Device 58
323 4 Intensity Device 59
324 4Intensity Device 60
325 4Intensity Device 61
326 4Intensity Device 62
327 4Intensity Device 63
328 4Scene select
Page 20
DMXtoDALI quad User Guide