QOM-eLED+DALI-DT8
LED POWER SUPPLY 100W–300W
© 2022 Q-Tran Inc. All rights reserved | 155 Hill St. Milford, CT 06460 | 203-367-8777 | [email protected] | www.q-tran.com
Specification subject to change. Rev-11-15-22
COMPLIANT
QOM-eLED+DALI-DT8 is an LED power supply for DALI 2 applications.
It utilizes a 100W constant voltage LED Driver from Thomas Research
and DALI 2 DT-8 Decoders. The unit is available in 100-300 watt
capacity. The power supplies and decoders are all prewired together
along with terminal blocks for power and control wires. The housing
can be surface mounted.
Voltage Drop Chart
VDC
Watts
(W)
10 AWG
(5.6mm2)
12 AWG
(3.3mm2)
14 AWG
(3.0mm2)
16 AWG
(1.3mm2)
18 AWG
(0.78mm2)
20 AWG
(0.50mm2)
22 AWG
(0.33mm2)
24 AWG
(0.22mm2)
26 AWG
(0.13mm2)
24
17
25
40
80
100
897'
567'
309'
130'
84'
564'
356'
194'
82'
53'
355'
224'
122'
51'
33'
223'
141'
77'
32'
21'
140'
88'
48'
20'
13'
88'
56'
30'
13'
8'
55'
35'
30'
8'
5'
35'
22'
12'
5'
3'
22'
14'
7'
3'
*Distances are based on a 5% Voltage drop max.
• This product must be installed in accordance with the applicable installation code by a person familiar with the construction and operation of the product and the hazards involved
Technical Information
1
Size
Size
Max Load
(Watts)
Secondary
Voltage
(12/24VDC)
Max Prim Amps
@ 120V
Max Prim Amps
@ 277V
100W
1x100W
24VDC
0.95A
0.40A
200W
2x100W
24VDC
1.90A
0.80A
300W
3x100W
24VDC
2.85A
1.20A
Part Number Builder
QOM-eLED
UNV
24VDC
DALI-DT8
BK (Standard)
SS
Product
Prim. V
Sec. V
Control
Color
3
Size
1
100W
200W
300W
3-Wire
4-Wire
5-Wire
N/A
N/A
3-Wire
4-Wire
5-Wire
3-Wire
4-Wire
5-Wire
N/A
3-Wire
4-Wire
5-Wire
3-Wire
4-Wire
5-Wire
3-Wire
4-Wire
5-Wire
2
Output Wiring Options
3-Wire Light Engines:
DW, DW-HE
4-Wire Light Engines:
RGB
5-Wire Light Engines:
RGBW, RGBW-HE
3
Color
BK:
Black Powder Coat Finish (Standard)
SS:
316 Marine Grade Stainless Steel
Output Wiring 1
2
Output Wiring 2
2
Output Wiring 3
2
NOTE:
For customization or pre-programming contact a local sales rep.
DALI commissioning to be performed by a third party at time of
installation.