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700mA LED Driver
120W Output
0‐10V Dimming w/ Tunable Output
12V Power source for Active cooling device
Thermal Foldback Control
Performance
f
Input Voltage
Input Current Max
Input Power Max
Input Frequency
Power Factor
THD max
Output Voltage
Output Current
Output Power
Line Regulation
Load Regulation
Environmental
EMI and RFI
Minimum Operating
Temperature
St
Storage Temperature
T
t
tc
Protection Rating
Wiring Diagram:
www.unvlt.com
February 6, 2014
120 ~ 277 Vac
1.14 /120V 0.49/277V
136W
50 ‐ 60 (Hz)
> 0.95
< 20 %
60 ‐ 172V
21mA ‐ 700mA
120W Max
±3 %
±5 %
Meets FCC part 15 (Class A)
Non‐Consumer Limits
‐40°C (‐40°F)
‐40°C to 85°C
(‐40°F to 185°F)
75°C (167°F) max
UL Dry & Damp
D700C120UVT‐Vx
Physical
Overall Length ‐VF
Overall Length ‐VJ/‐VN
Width
Height
Weight
Lead Lengths
Blk, Wht, Purple, Gray
Red(+), Blue(‐)
Orange, Yellow/Black, Black/Wht, Blue/Wht
Lead‐wires are 18 AWG 105°C /600V solid copper.
Protection: Over voltage, Overload and short circuit, over temp.
Safety: UL 8750 & CSA 250.13‐12
Enclosure Options
Part Number
D700C120UVT‐VN
D700C120UVT‐VF
D700C120UVT‐VJ
Thermal Foldback Control
Luminaire temperature monitoring/protection
Luminaire temperature monitoring/protection
LED Driver reduces output current for external thermal
protection if an NTC (Negative Thermal Coefficient) from
Murata part number NCP18XV103J03RB is used.
Connect unused Black/White and Blue/White leads.
together when thermal foldback control is not used.
• See application note on www.unvlt.com for more information.
Tuning Interface
g
• Allows maximum output current to be tuned/programmed to
any level of the dimming output range.
• Tuning is performed with the LDTC01A Tuning Controller
• Controller is connected to the Grey and Purple Leads
while the driver is powered for programming
• For more information, see tuning controller instructions
Active Thermal Device Power Source
• Orange & Yellow/Black leads are for a 12V, 280mA max Active
O
& Y ll
/Bl k l d
cooling device (ex: Nuventix Synjet downlight LED Cooler)
Page 1 of 3
5.51 in (140.0 mm)
5.02 in (127.5 mm)
3.62 in (92.0 mm)
1.57 in (39.9 mm)
20 oz.
8 in
8 in
8 in
Description
No Mounting Feet
Mounting Feet
J‐Box Stud Mount
f
12V 280 A
A ti
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Summary of Contents for Universal Lighting Technologies EVERLINE D700C120UVT-V Series
- Page 1 D700C120UVT‐Vx 700mA LED Driver 120W Output 0‐10V Dimming w/ Tunable Output 12V Power source for Active cooling device Thermal Foldback Control Performance Physical Input Voltage 120 ~ 277 Vac Overall Length ‐VF 5.51 in (140.0 mm) Input Current Max 1.14 /120V 0.49/277V Overall Length ‐VJ/‐VN 5.02 in (127.5 mm) 136W Width 3.62 in (92.0 mm) Input Power Max Input Frequency 50 ‐ 60 (Hz) Height 1.57 in (39.9 mm) Power Factor > 0.95 Weight 20 oz. THD max < 20 % Lead Lengths Output Voltage 60 ‐ 172V Blk, Wht, Purple, Gray 8 in Output Current 21mA ‐ 700mA Red(+), Blue(‐) 8 in Output Power 120W Max Orange, Yellow/Black, Black/Wht, Blue/Wht...
- Page 2 D700C120UVT‐Vx Output Output Output Programmable Tuned Output Settings SET SET SET Current Current Current Value Value Value • This Everline LED Driver can be configured 0.700 0.534 0.384 to set its current output to a selected 0.690 0.526 0.376 fraction of their maximum rated design 0.681 0.518 0.369 0.673 0.510 0.362 level. This function is called tuning (or also 0 665 0.665 0 503 0.503 0 355 0.355 high‐end trim) and it can be implemented ...
- Page 3 D700C120UVT‐Vx Tc Location For the “N” and “F” versions, Tc location is on the bottom of the case. For the “J” version with the leads exiting out the bottom, the screw on the side of the case is oriented to the right and the Tc is located on the side with the label. ‐VF Case ‐VJ Case Conditions of Acceptability – 2.72” 1. These products are for use only in (or with) complete end product 1 45” 1.45 equipment where the acceptability of the combination is determined by bili i d b CSA International or others having jurisdiction. 2. The product shall be installed in compliance with the enclosure, mounting, mounting surface, strain relief, pushback relief, spacing, segregation, and all other applicable requirements of the End Product in which it is employed. Suitability shall be determined during End Product Certification Evaluation. 2. . 3. Product / product installation into end product is subject to any additional applicable requirement(s) of all 3.