Cooledge CTR-SCT-DMX-58V User manual

EXT-0087-R00-01082020 (LTR) 1/17
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F [phone]
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W cooledgelighting.com
Cooledge Lighting Inc.
110-13551 Commerce Parkway
Richmond, BC V6V 2L1 Canada
Cooledge Lighting reserves the right to change
materials or modify the design of its product
without notification as part of the company’s
continuing product improvement program.
For detailed instructions,
please refer to: EXT-0071
COOLEDGE CONTROL MODULE
USER GUIDE
Avaliable at
cooledgelighting.com
Control Module is suitable for use in dry locations only (IP20). Damage to CONTROL MODULE and/or light sheets may occur if wired incorrectly.
All devices should always be disconneced from mains power
supply and verify its absence prior to installation/maintenance.
FCC STATEMENT:
This device complies with part 15 of the FCC rules. Operation is subject to the
following two conditions:
(1) This device may not cause harmful interference.
(2) This device must accept any interference received, including interference that
may cause undesired operation.
CONTROL MODULE must be installed by a qualified electrician.
90W 90W 90W 90W
58V*
AC
POWER
SUPPLY (PSU)
CONTROL
MODULE
DMX
* For use with 58VDC power supplies ONLY.
COOLEDGE POWER & CONTROL - USER GUIDE
DMX CONTROL
Compatible Part No’s Mode
CTR-SCT-DMX-58V Static Color Temperature SCT (Page 4)
CTR-TNW-DMX-58V Tunable White TNW (Page 5)
CTR-DTW-DMX-58V Dim-To-Warm DTW (Page 6)
5 Year Limited Warranty:
Parts and workmanship
E354088 E354088
E354088
E354088
58VDC
E354088
LISTED
Tc
5
5
Y
E
A
R
W
A
R
R
A
N
T
Y
5
Y
E
A
R
W
A
R
R
A
N
T
Y
™
™

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cUL Listed 58V Control Module 100W PSU* 200W PSU 400 PSU
Dimensions (in) 8.7 x 2.6 x 1.4 11 x 4 x 3 9.6 x 2.8 x 1.5 16.0 x 4.9 x 1.7
CE Compliant 58V Control Module 100W PSU 200W PSU 400 PSU
Dimensions (mm) 220 x 66 x 36 199 x 63 x 35 244 x 71 x 38 407 x 124 x 43
INPUT POWER - 58VDC: 100W / 200W / 400W - SELV
1) Fasten module in position by using the two mounting
slots. (Fasteners not supplied)
2) Terminal covers support 1/2” strain relief of conduit.
Conduit or armoured cable must be used on power
input cable.
3) Thread cables through conduit/strain reliefs and
covers; then make connections as required.
4) Snap covers in position and secure with provided
fasteners.
* The 100W PSU (58V) cUL version is not compatible with Cooledge Control Modules.
MOUNTING COOLEDGE CONTROL MODULE
Please refer to EXT-0071 Cooledge Control Module User Guide
for more information regarding the status LED indicator.
(+) 58VDC
(-) GND
PSU 58V
100/200/400W
Status LED
PSU 58V
400W
+
-
+
-
CH 1+
CH 1-
CH 2+
CH 2-
CH 3+
CH 4+
CH 3-
CH 4-
+VIN
GND
CH 2-
CH 3+
CH 4+
CH 3-
CH 4-
+VIN
GND
CH 1+
CH 1-
CH 2+
CH 2-
CH 3+
CH 4+
CH 3-
CH 4-
+VIN
GND
CH 1+
CH 1-
CH 2+
CH 2-
CH 3+
CH 4+
CH 3-
CH 4-
+VIN
GND
Optional wiring methods for TNW and DTW
installations using the 400W 58V PSU.

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INTRODUCTION TO COOLEDGE CONTROL MODULE
The Cooledge Control Module receives a single DC power input from a constant voltage power supply 58V and converts it into up
to 4 controlled output channels of max. 90W each. Input signals from 3rd party controllers are used to control dimming and CCT
tuning (if applicable). The control protocol required to interface with the controller determines which Control Module product model
is required: DALI (0/1-10V), DMX, or Wireless (Casambi).
CH 1+
CH 1-
CH 2+
CH 2-
CH 3+
CH 4+
CH 3-
CH 4-
+VIN
GND
Output Channel
and Power Input Cover
DIP Switch
Cover
Controls Input
Cover
Output
Channels
Status LED
Power
Input
Mode and Addressing DIP Switch
DMX
Inputs
DMX
To access the DIP switches for selecting the operational mod, unfasten the cover screw and rotate cover out of the way.
Positions 1-3 are used to identify the controller mode. Settings for each mode are explained in each section.
- Switches 1 - 3: Control Module MODE

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STATIC COLOR TEMPERATURE (SCT)
16 bit standard. Fully Compliant with USITT DMX512-A (E1.11-2008(R2013)).
Static color temperature is a mode in the Control Module used for controlling the dimming features of the following Cooledge
products, having a fixed color temperature:
TILE Interior, TILE Exterior, and LINE. There are 4 output channels, each channel can handle up to a 90W load.
For SCT Mode each Output Channel uses 2 x DMX Channels:
1 for DIM Coarse
1 for DIM Fine
In total, each controller occupies 8 x DMX channels, assigned as below:
DMX CH1 – DIM Coarse Output CH1
DMX CH2 – DIM Fine Output CH1
DMX CH3 – DIM Coarse Output CH2
DMX CH4 – DIM Fine Output CH2
DMX CH5 – DIM Coarse Output CH3
DMX CH6 – DIM Fine Output CH3
DMX CH7 – DIM Coarse Output CH4
DMX CH8 – DIM Fine Output CH4
Example of addressing units for SCT LIN Mode on DMX bus:
1. Unit 1 takes DMX Address = 1 and unit occupies DMX Channels # 1-8
2. Unit 2 takes DMX Address = 9 and unit occupies DMX Channels # 9-16
3. Unit 3 takes DMX Address = 17 and unit occupies DMX Channels # 17-24
For the above the DIP SETTINGS are:
1. 000 000000001 Controller set for SCT LIN Mode, unit occupies DMX Channels 1-8
2. 000 000001001 Controller set for SCT LIN Mode, unit occupies DMX Channels 9-16
3. 000 000010001 Controller set for SCT LIN Mode, unit occupies DMX Channels 17-24
*Factory set.
DIP switch setting can be adjusted if another dimming curve is required. See APPENDIX A.
Warning! Changing DIP Switch Setting must be performed only after unit is powered down
DMX Cooledge Controller accepts only 16- bit DMX control
Dimming Protocol Mode Switches 1-3 (Log)* Mode Switches 1-3 (Linear)
DMX SCT 0-0-0 0-0-1
- Switches 1 - 3: Control Module MODE
DMX OUTPUT
GND
D-
D+
DMX INPUT
GND
D-
D+
DMX
LOG MODE LIN MODE

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CONTROL INPUTS: DMX
DMX OUTPUT
GND
D-
D+
DMX INPUT
GND
D-
D+
When installing the final controller (termination
point) in a DMX network use the provided jumper
on the indicated header.
- To access the dip switch for selecting addresses for DMX controls, unfasten the cover screw and rotate cover out of the way.
DMX Controllers are factory set to address 1
- Each of the 9 switches (4-12) represents a bit in binary representation for the address. For example, when switch 12 is ‘ON’ only
address 1 is selected, if switch 12 & 11 are ‘ON’ then address 3 is selected. The address is selected by the sum of the values of
each ‘ON’ switch. Addresses 1 through 511 are possible
Switch: 4 5 6 7 8 9 10 11 12
Address: 256 128 64 32 16 8 4 2 1
SELECTING DMX ADDRESSES
SELECTING DMX ADDRESSES
- Switches 1 - 3: Factory set, refer to EXT-0071 for details.
- Switches 4 - 12: Addressing switches.
1 = On , 0 = O
DMX
DMX

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OUTPUT CONNECTIONS: STATIC COLOR TEMPERATURE (SCT)
PSU 58V:
100/200/400W
CH4
CH3
CH2
CH1 +
-
+
-
+
-
+
-
CH4: 90W CH3: 90W
CH2: 90W CH1: 90W
RED OR WHITE
BLACK
RED OR WHITE
BLACK
RED OR WHITE
BLACK
RED OR WHITE
BLACK
CH 1+
CH 1-
CH 2+
CH 2-
CH 3+
CH 4+
CH 3-
CH 4-
+VIN
GND
CH 1+
CH 1-
CH 2+
CH 2-
CH 3+
CH 4+
CH 3-
CH 4-
+VIN
GND
PSU 58V:
100/200/400W
CH3: 90W
BLACK
Relevant Part No’s:
CTR-SCT-DMX-58V

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For TNW Mode each TNW Output Channel uses 4 x DMX Channels:
1 for DIM Coarse
1 for DIM Fine
1 for CCT Coarse
1 for CCT Fine
In total, each controller occupies 8 x DMX channels, assigned as below:
DMX CH1 – DIM Coarse TNW Output CH1
DMX CH2 – DIM Fine TNW Output CH1
DMX CH3 – CCT Coarse TNW Output CH1
DMX CH4 – CCT Fine TNW Output CH1
DMX CH5 – DIM Coarse TNW Output CH2
DMX CH6 – DIM Fine TNW Output CH2
DMX CH7 – CCT Coarse TNW Output CH2
DMX CH8 – CCT Fine TNW Output CH2
Example of addressing units for TNW Mode on DMX bus:
1. Unit 1 takes DMX Address = 1 and unit occupies DMX Channels # 1-8
2. Unit 2 takes DMX Address = 9 and unit occupies DMX Channels # 9-16
3. Unit 3 takes DMX Address = 17 and unit occupies DMX Channels # 17-24
For the above the DIP SETTINGS are:
1. 010 000000001 Controller set for TNW Mode, unit occupies DMX Channels 1-8
2. 010 000001001 Controller set for TNW Mode, unit occupies DMX Channels 9-16
3. 010 000010001 Controller set for TNW Mode, unit occupies DMX Channels 17-24
TUNABLE WHITE (TNW)
16 bit standard. Fully Compliant with USITT DMX512-A (E1.11-2008(R2013)).
Tunable White is a mode in the Control Module to be used in conjunction with TILE Tunable White. Powering the controller in this
mode can be done with 58V 100W/200W/400W drivers. A 400W driver can power up to 2 Control Modules.
See dimming curve for Tunable White Mode in APPENDIX B.
Warning! Changing DIP Switch Setting must be performed only after
unit is powered down
DMX Cooledge Controller accepts only 16- bit DMX control
Dimming Protocol Mode Switches 1-3
DMX TNW 0-1-0
- Switches 1 - 3: Control Module MODE
DMX OUTPUT
GND
D-
D+
DMX INPUT
GND
D-
D+
DMX

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CONTROL INPUTS: DMX
DMX OUTPUT
GND
D-
D+
DMX INPUT
GND
D-
D+
When installing the final controller (termination
point) in a DMX network use the provided jumper
on the indicated header.
- To access the dip switch for selecting addresses for DMX controls, unfasten the cover screw and rotate cover out of the way.
DMX Controllers are factory set to address 1
- Each of the 9 switches (4-12) represents a bit in binary representation for the address. For example, when switch 12 is ‘ON’
only address 1 is selected, if switch 12 & 11 are ‘ON’ then address 3 is selected. The address is selected by the sum of the
values of each ‘ON’ switch. Addresses 1 through 511 are possible
Switch: 4 5 6 7 8 9 10 11 12
Address: 256 128 64 32 16 8 4 2 1
SELECTING DMX ADDRESSES
SELECTING DMX ADDRESSES
- Switches 1 - 3: Factory set, refer to EXT-0071 for details.
- Switches 4 - 12: Addressing switches.
1 = On , 0 = O
DMX
DMX

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PSU 58V
100/200W
CH 1 & 2: 90W
CH 3 & 4: 90W
CH 1+
CH 1-
CH 2+
CH 2-
CH 3+
CH 4+
CH 3-
CH 4-
+VIN
GND
RED OR WHITE
BLACK
RED OR WHITE
BLACK
CH 1+
CH 1-
CH 2+
CH 2-
CH 3+
CH 4+
CH 3-
CH 4-
+VIN
GND
CH 3 & 4
CH 1 & 2
OUTPUT CONNECTIONS: TUNABLE WHITE (TNW)
Relevant Part No’s:
CTR-TNW-DMX-58V
CTR-DTW-DMX-58V

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DIM-TO-WARM (DTW)
16 bit standard. Fully Compliant with USITT DMX512-A (E1.11-2008(R2013)).
Dim-to-Warm is a mode in the Control Module to be used in conjunction with the Dim-to-Warm option of TILE Tunable White.
In this mode the CCT will adjust from 2200K at lowest dim setting to 3500K at the highest dim setting. This mode can be used with
58V *100/200/400W systems. A 400W driver can power up to 2 Control Modules
Warming: Changing DIP Switch Setting must be performed
only after unit is powered down
DMX Cooledge Controller accepts only 16- bit DMX control
- Switches 1 - 3: Control Module MODE
DMX OUTPUT
GND
D-
D+
DMX INPUT
GND
D-
D+
DMX
For DTW Mode each TNW Output Channel uses 2 x DMX Channels:
1 for DIMM Coarse
1 for DIMM Fine; CCT is calculated internally
In total, each controller occupies 4 x DMX channels, assigned as below:
DMX CH1 – DIM Coarse DTW Output CH1
DMX CH2 – DIM Fine DTW Output CH1
DMX CH3 – DIM Coarse DTW Output CH2
DMX CH4 – DIM Fine DTW Output CH2
Example of addressing units for DTW Mode on DMX bus:
1. Unit 1 takes DMX Address = 1 and unit occupies DMX Channels # 1-4
2. Unit 2 takes DMX Address = 5 and unit occupies DMX Channels # 5-8
3. Unit 3 takes DMX Address = 9 and unit occupies DMX Channels # 9-12
For the above the DIP SETTINGS are:
1. 011 000000001 Controller set for DTW Mode, unit occupies DMX Channels 1-4
2. 011 000000101 Controller set for DTW Mode, unit occupies DMX Channels 5-8
3. 011 000001001 Controller set for DTW Mode, unit occupies DMX Channels 9-12
CONTROL INPUTS: DMX
DMX OUTPUT
GND
D-
D+
DMX INPUT
GND
D-
D+
When installing the final controller (termination
point) in a DMX network use the provided jumper
on the indicated header.
DMX
Dimming Protocol Mode Switches 1-3
DMX DTW 0-1-1