Data Sheet
I-12/2008
GE Lighting Solutions • 1-888-MY-GE-LED • www.gelightingsolutions.com
1 - 8 8 8 - 6 9 - 4 3 - 5 3 3
APPLICATIONS
• For over 20 ft. (6 meter) applications. Assembly, maintenance or storage areas,
hangers, recreation centers, and other high bay applications.
SPECIFICATION FEATURES:
DGE DURAGLOW
®
400 LUMINAIRE
NUVATION
™
Electronic Ballast
High Bay, Open – Optical Sliding Disconnect Series
ORDERING NUMBER LOGIC
DGE =
Duraglow
400
Luminaire
Disconnect
optical
with
NnVation
electronic
ballast
DGE
PRODUCT
IDENT
XXX
W = White
Polyester
Powder
W
COLOR
X
N
LIGHT
SOURCE
X
G
VOLTAGE
X
E
BALLAST
TYPE
X
V7
OPTICAL
CODE
XX
EX
PHOTOMETRY
CODE
XX
11
MOUNTING
CODE
XX
X
OPTIONS
X
N =
Ballast will
operate
Pulse
Start or
Ceramic
Metal
Halide
Lamps
Note:
Lamp is
vertical
base up.
Lamp is
not
included.
G = 208-277
Discrete
Voltages
must be
specied
when
ordering
cord & plug
assemblies:
2 = 208
3 = 240
4 = 277
E=
Electronic
C=
Dimming
11= Pendant Slide on Box
15 = Prewire with Loop, Cord and Plug part “Power
Hook”. (Order Receptacle/Hook Box separately)
Discrete Voltages must be specied when ordering
cord & plug assemblies below:
31 = Prewired with Hook, 3 ft. (0.9 meters) #16/3 Cord
and NEMA PLUG
33 = Prewired with Loop, 3 ft. (0.9 meters) #16/3 Cord
and NEMA PLUG (Order Locking Receptacle
Separately, if required)
MODULAR PREWIRE
41 = ACS with 3 ft (.9 meter) cord & Hook
69 = ACS with 6 ft (1.8 meter) cord & Hook
43 = ACS with 3 ft (.9 meter) cord & Loop
70 = ACS with 6 ft (1.8 meter) cord & Loop
PLUG-N-GO
51 = Plug-N-Go with 3 ft. (0.9 meter) Cord & Hook
71 = Plug-N-Go with 6 ft. (1.8meter) Cord & Hook
53 = Plug-N-Go with 3 ft. (0.9 meter) Cord & Loop
72 = Plug-N-Go with 6 ft. (1.8 meter) Cord & Loop
Note: ACS = Flex 3+
Plug-N-Go = FSC Series
Q = Automatic
switched quartz
S = Exclusionary
mogul base socket for
MH open xtures
• 1598 Listed
Suitable for Damp Location
• Open, ventilated optical assembly
• Unique optical sliding disconnect
• 55° C ambient, standard
• ALGLAS
®
nish on faceted reector.
• Nuvation
™
electronic ballast:
• Dimming Option — dims lamp to 50% of rated
lamp wattage.
• Two piece heavy-duty die cast aluminum housing
• Integral optical mounting design for GELS
“Sliding Disconnect”
• Attractive round ballast housing design with
white polyester paint nish
• Integral air gap between optical
mounting and ballast for optimum
temperature control and thermal
management
• Slide-on mounting box adaptor with
3/4-in pendant and thru feed capability
for ease of installation and mounting.
• External wattage selection port for
selection of 250, 320, 350 & 400 watt
choices.
• Safety chain provisions
• Mogul base socket – E39 standard
• Shipped as components: Ballast, Optical
Magnapack available for ballast.
40
WATTAGE
XX
V7 =
Open and
ventilated
17-in.
Reector
V2 =
Open and
ventilated
22-in.
Reector
Note: Do not
use open
opticals
with lamps
specied
for use in
enclosed
opticals only
25 = 250
32 = 320
35 = 350
40 = 400
XX = Select
Code
Below
V7 OPTICAL - Open & Ventilated 17 in. Reector
Light Spacing Socket Photometric Optical Photometry
Wattage Source Criteria Position Curve Code Code
320,
350,
400
MH,P 1.1 11 174980 V7 EX
320,
350,
400
MH,P 1.3 9 174981 V7 EU
320,
350,
400
MH,P 1.6 5 177098 V7 EQ
320,
350,
400
MH(Coated),P 1.2 11 175933 V7 EX
320,
350,
400
MH(Coated),P 1.5 9 175320 V7 EU
320,
350,
400
MH(Coated),P 1.9 5 175930 V7 EQ
PHOTOMETRIC SELECTION TABLE
V2 OPTICAL - Open & Ventilated 22 in. Reector
Light Spacing Socket Photometric Optical Photometry
Wattage Source Criteria Position Curve Code Code
400 MH,P 0.7 7 174978 V2 ES
400 MH,P 0.9 11 179165 V2 EX
Exclusionary base socket is available for use with Metal Halide lamps in open
xtures to comply with NEC 2005 regulations (GELS “S” Option).
Customer should consult or review local electrical codes for compliance.
All Electronic devices are susceptible to transient voltage spikes. For facilities
where the lighting circuits are not protected from transient voltage spikes
a (TVSS) Transient Voltage Surge Suppression system is recommended.
To protect the NuVation ballast a TVS protection system must be able to
suppress a 3000V ring wave as described in ANSI/IEEE C62.41 B1.