HID Lamps
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Visible Light
Electrode
HID Basics
HOW IT WORKS
The operational concept behind HID lamps
is very similar to that of fluorescent lamps.
Electrodes are positioned at either end of a
tube, whose chamber is filled with gas and
metals such as mercury. An electrical charge
passes from one electrode to the other. In
fluorescent lamps, this charge creates
ultraviolet (UV) light, which converts to visible
light once it passes through the phosphors
on the tube’s interior.
Arc Tube
Filled with
Gasses &
Metals
In an HID lamp, the electrical arc, gasses
and metals are contained in what is known
as the arc tube. The arc tube is made from
either quartz (used in mercury vapor and
metal halide lamps) or transparent ceramic
(used in high-pressure sodium lamps because of
their high temperature). All arc tubes are housed
within a larger outer glass envelope.
Starting
Electrode
(Probe)
Unlike fluorescent lamps, the arc tube of HID lamps is
filled with gas at a very high rate of pressure (up to 50
psi). This allows the electrical arc created by the electrodes to
operate in the visible part of the spectrum, producing usable light
without the addition of phosphors.
Like fluorescents, HID lamps require a ballast to control the electrical current
in the arc tube. Certain HID lamps also require an ignitor, which produces a
high voltage to pulse the arc tube, allowing the arc to strike.
The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes
five to 10 minutes, during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches is full
operating temperature.
Certain HID lamps have been
designed to operate in a specific
Burning
position to achieve targeted life
or performance goals. These
examples illustrate these burning
New HID lamps require a “burn in” period of
approximately 100 hours before the lamp will
reach its true specified color. Until this process is
completed, lamps can be unstable and vary in
color.
Positions positions
Vertical
BU-HOR
Vertical
Vertical
BU-ONLY
BD-ONLY
15º 15º
As HID lamps age, chemical changes occur that
cause color shifting. The shifts vary depending
on the lamp type.
105º
Standard probe start
FACT:
lamps tend to shift
color about twice as
much as pulse start
lamps. Results vary
from lamp to lamp.
HID lamp color is
rated in kelvins and
is reffered to as its
Correlated Color
Temperature (CCT).
15º 15º
It is recommended
to conduct a group
relamping once it
is determined that
a lamp or group of
lamps is changing
color or failing. This
way, the area being
illuminated will main-
tain an even balance
of color and light.
Universal
U
Horizontal
HOR
Double Ended
HOR
FACT:
Colors are created
by using different
arc tube designs
and changing the
mixture of chemicals
within the tube.
4º
4º
15º
15º
15º
4º
4º
15º
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Major HID Categories
Open Fixture
Applications
Mercury Vapor
The original of the three HID categories
operates by using a small amount of
Frame
liquid mercury sealed in a quartz tube
with argon gas. The arc created by
the mercury vapor lamp produces
both visible and invisible (UV) light.
Open
Enclosed
Fixture
Lamp
Fixture
Lamp
Medium Base
The narrower
EDX17 neck
allows full
The visible light is blue-white in
Envelope
BT28
The wider
color and is best suited for outdoor
bulb neck will
not fit past
the ceramic
neck of the
socket.
lighting applications because of its
Arc Tube
poor color rendering capabilities.
insertion into
the socket
Some mercury vapor lamps
Electrode
incorporate phosphors similar to
those used in fluorescent lamps to
improve color to a certain degree.
Mercury vapor lamps can achieve
life spans of 10,000 to 24,000 hours.
Starting
Electrode
(Probe)
Mogul Base
The extended
center
EX26 Socket
The standard
center
contact
won’t reach
the contact in
the dedicat-
ed socket.
contact
Typical applications:
completes
the circuit in
the socket.
Starting
Resistor
Street lighting, industrial hi-bay, parking
lots, building flood lighting, general flood
lighting, places where long life is required
and color rendering is not critical.
EX39 Socket
Stem
Open fixture rated bulbs have dedicated lamp
bases that will only fit and work with fixtures
that have corresponding sockets.
Base
Spacer
Upper
There is a series of HID lamps
that has a protective glass
shroud around the arc tube
that acts as a barrier to block
any particles from exiting the
lamp’s outer bulb.
Support
Metal Halide
Metal halide lamps are similar to
mercury vapor models except
for the addition of metal
Arc Tube
Strap
End Paint
halides of sodium iodide and
scandium iodide. Certain
Envelope
BT37
Return Lead
Arc Tube
metal halide lamps feature
other iodides to improve the
efficiency and color balance
of the lamp. Metal halide
represents the most popular
and widely used HID category.
Since the arc tube of
the HID lamp is a highly
Dome Mount
Support
pressurized environment,
it is mandatory that the
fixture that houses the
lamp have a protective
Electrode
Hermetic
End Seal
lens. This lens will contain
glass fragments or other
hot particles should the
arc tube experience a
failure.
Typical applications:
General lighting such as
commercial/industrial/outdoor
flood lighting where good color
and high efficiency are desired.
Connector
Lead
Alumina
Arc Tube
Weather
Lower
Support
Resistant
ET18 Envelope
Steel
Frame
Stem
Vacuum
Base
High Pressure Sodium/
Low Pressure Sodium (SOX)
This series of HID lamps incorporates solid sodium, mercury and xenon or a neon/argon
gas mixture within the arc tube. This combination of metals and gasses produces an
orange-white light in the high-pressure version and a yellow light in the low-pressure model.
Both lamps boast a luminous efficiency that is much greater than its mercury vapor or
metal halide counterparts.
Residue
Gas Getter
Base
Typical applications:
Street lighting, industrial hi-bay, parking lots, building flood lighting and general area lighting.
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HID Lamps
T4 SE
G8.5
T6 SE
G12
PAR20
Med.
PAR30L
Med.
ED17
Med.
EDX17
Med.
ED28
Mog.
T6 DE
RSC
Metal Halide Lamps 39w - 70w
Satco
Initial
Avg.
Nominal
Product
Pulse Open
Finish Start Rated
ANSI
Code
Kelvin
Temp CRI CBCP*
Lumens/
Buring
Position
Rated
Hours MOL Ctn
Watts Bulb Base Number Lamp Code
T4 SE G8.5 S4286 S CDM35/TC/830
Clear
Clear
Y
N
M130/E
3000 81 3300
Univ.
9000 3 11/32” 12
12000 3 5/16” 12
39
T6 SE G12 S4288 S CDM35/T6/830
Y
N
M130/E
3000 81 3400
Univ.
PAR20 Med S4284 S CDM35PAR20/M/SP
Clear
Clear
Y
Y
Y
Y
M130/O
M130/O
3000 81 23000*
3000 81 5000*
Univ.
Univ.
9000 3 3/4” 12
9000 3 3/4” 12
S4285 S CDM35PAR20/M/FL
PAR30L Med S4876 S CDM35PAR30L/M/SP
Clear
Clear
Y
Y
Y
Y
M130/O
M130/O
3000 81 44000*
3000 81 7400*
Univ.
Univ.
9000 4 3/4”
9000 4 3/4”
6
6
S4877 S CDM35PAR30L/M/FL
ED17 Med S4854
MH50W/U/MED/PS
Clear
Y
Y
N
N
M110/E
M110/E
4000 65 3400
3700 70 3400
Univ.
Univ.
10000 5 7/16” 12
10000 5 7/16” 12
„
„
50
70
S4855
MH50W/C/U/MED/PS
Coated
EDX17 Med S4846
MP50W/U/MED/PS/3K
Clear
Y
Y
Y
Y
M110/O
M110/O
3200 65 3400
3000 70 3300
Univ.
Univ.
10000 5 7/16” 12
10000 5 7/16” 12
„
„
S4847
MP50W/C/U/MED/PS/3K Coated
ED17 Med S4856
MH70/U/MED
Clear
Y
Y
N
N
M98/E
M98/E
4000 65 5600
3700 70 5300
Univ.
Univ.
15000 5 7/16” 12
15000 5 7/16” 12
„
„
S4857
MH70/C/U/MED
Coated
EDX17 Med S4848
MP70/U/MED
Clear
Y
Y
Y
Y
M98/O
M98/O
4000 65 5600
3700 70 5300
Univ.
Univ.
15000 5 7/16” 12
15000 5 7/16” 12
„
„
S4849
MP70/C/U/MED
Coated
ED28 Mog S4230
MH70W/U/ED28/PS
Clear
Clear
Y
N
M98/E
4000 65 5600
Univ.
15000 8 5/16” 12
„
T4 SE G8.5 S4287 S CDM70/TC/830
Y
N
M139/E
3000 83 6400
Univ.
6000 3 11/32” 12
T6 SE G12 S4289 S CDM70/T6/830
Clear
Clear
Y
Y
N
N
M139/E
M139/E
3000 81 6600
4200 92 6600
Univ.
Univ.
12000 3 5/16” 12
12000 3 5/16” 12
S4264 S CDM70T6/942
T6 DE RSC S4865
MH-DE70/3K
Clear
Clear
Clear
Clear
Y
Y
Y
Y
N
N
N
N
M85/E
3000 70 5200 HOR+-15 10000 4 9/16” 25
„
S4292 S CDM70/TD/830
S4864 MH-DE70/4K
M85/M139/E 3000 82 6500 HOR+-15 15000 4 11/16” 12
M85/E 4200 65 5500 HOR+-15 10000 4 9/16” 25
M85/M139/E 4200 92 6000 HOR+-15 15000 4 11/16” 12
„
S4265 S CDM70/TD/942
109
V i s i t o u r w e b s i t e a t w w w. s a t c o . c o m
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HID Lamps
PAR30L
Med.
PAR38
Med.
ED17
Med.
EDX17
Med.
ED28
Mog.
Metal Halide Lamps 70w - 150w
Satco
Initial
Avg.
Nominal
Product
Pulse Open
Finish Start Rated
ANSI
Code
Kelvin
Temp CRI CBCP*
Lumens/
Buring
Position
Rated
Hours MOL Ctn
Watts Bulb Base Number Lamp Code
PAR30L Med S4878 S CDM70/PAR30L/M/SP Clear
Y
Y
Y
Y
M143/M96/O 3000 83 68000*
M143/M96/O 4000 83 10000*
Univ.
Univ.
9000 4 3/4” 12
9000 4 3/4” 12
70
S4879 S CDM70/PAR30L/M/FL Clear
PAR38 Med S4897 S CDM70/PAR38/SP/3K Clear
S4812 S CDM70/PAR38/SP/4K Clear
S4898 S CDM70/PAR38/FL/3K Clear
S4813 S CDM70/PAR38/FL/4K Clear
Y
Y
Y
Y
Y
Y
Y
Y
M143/M96/O 3000 82 50000*
M143/M96/O 4000 92 42000*
M143/M96/O 3000 82 18000*
M143/M96/O 4000 92 16000*
Univ.
Univ.
Univ.
Univ.
10000 5 5/16” 12
10000 5 5/16” 12
10000 5 5/16” 12
10000 5 5/16” 12
ED17 Med S4858
MH100/U/MED
Clear
Y
Y
N
N
M90/E
M90/E
4000 65 9000
3700 70 8500
Univ.
Univ.
15000 5 7/16” 12
15000 5 7/16” 12
„
„
100
S4859
MH100/C/U/MED
Coated
EDX17 Med S4850
MP100/U/MED
Clear
Y
Y
Y
Y
M90/O
M90/O
4000 65 8500
3700 70 8100
Univ.
Univ.
15000 5 7/16” 12
15000 5 7/16” 12
„
„
S4851
MP100/C/U/MED
Coated
ED28 Mog S4231
MH100W/ED28/PS
Clear
Y
N
M90/E
4000 65 9000
Univ.
15000 8 5/16” 12
„
PAR38 Med S4888 S CDM100/PAR38/SP/3K Clear
S4814 S CDM100/PAR38/SP/4K Clear
S4889 S CDM100/PAR38/FL/3K Clear
S4869 S CDM100/PAR38/FL/4K Clear
Y
Y
Y
Y
Y
Y
Y
Y
M140/M90/O 3000 85 70000*
M140/M90/O 4000 93 25000*
M140/M90/O 3000 86 54000*
M140/M90/O 4000 93 20000*
Univ.
Univ.
Univ.
Univ.
12500 5 5/16” 12
10000 5 5/16” 12
12500 5 5/16” 12
10000 5 5/16” 12
ED17 Med S4232
MH125W/HBU/PS
Clear
Y
N
M150/E
4000
6
12000 BU +/- 90 15000 5 5/16” 12
„
125
150
ED17 Med S4860
MH150/U/MED
Clear
Clear
Y
N
N
M102/E
M107/E
4000 65 15000
4000 65 13500
Univ.
Univ.
10000 5 7/16” 12
10000 5 7/16” 12
„
„
S4379
MH150/U/MED/EM
N
S4861
EDX17 Med S4852
S4853
MH150/C/U/MED
MP150/U/MED
Coated
Clear
Coated
Y
Y
Y
N
Y
M102/E
M102/O
M102/O
3700 70 14250
4000 65 14250
3700 70 13500
Univ.
Univ.
Univ.
10000 5 7/16” 12
10000 5 7/16” 12
10000 5 7/16” 12
„
„
„
MP150/C/U/MED
Y
ED28 Mog S4233
MH150/U/ED28/PS
Clear
Y
N
M102/E
4000 65 14000
Univ.
15000 8 5/16” 12
„
110
C u s t o m e r S e r v i c e 1 - 8 0 0 - 4 3 - S AT C O
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HID Lamps
T6 SE
G12
T8 DE
RSC
T7 DE
RSC
ED17
Med.
EDX17
Med.
BT28
Mog.
ED28
Mog.
Metal Halide Lamps 150w - 175w
Satco
Initial
Avg.
Nominal
Product
Pulse Open
ANSI
Kelvin
Lumens/
Buring
Rated
Watts Bulb Base Number Lamp Code
Finish Start Rated
Code
Temp CRI CBCP*
Position
Hours MOL Ctn
T6 SE G12 S4290 S CDM150T6/830
Clear
Clear
Clear
Y
Y
Y
N
N
N
M142/E
3000 85 14000
Univ.
Univ.
12000 4 11/32” 12
9000 4 11/32” 12
150
S4266 S CDM150T6/942
M142/E
M81/E
4200 96 12700
T8 DE RSC S4866
MH-DE150/3K
3000 70 12500 HOR+/-45 10000 5 7/16” 25
„
T7 DE RSC S4293 S CDM150/TD/830
T8 DE RSC S4867 MH-DE150/4K
Clear
Clear
Clear
Y
Y
Y
N
N
N
M142/M81/ 3000 88 13250 HOR+/-45 15000 5 7/16” 12
M102/E
M81/E
4200 65 12000 HOR+/-45 10000 5 7/16” 25
„
T7 DE RSC S4267 S CDM150/TD/942
M142/M81/ 4200 96 14200 HOR+/-45 15000 5 7/16” 12
M102/E
ED17 Med S4862
MH175/U/MED
Clear
N
N
N
N
M57/E
M57/E
4000 65 16000
3700 70 15250
Univ.
Univ.
10000 5 7/16” 12
10000 5 7/16” 12
„
„
175
S4863
MH175/C/U/MED
Coated
EDX17 Med S4828 S MP175/BU-ONLY/MED Clear
N
Y
M57/O
3600 65 14400 BU +/- 15 10000 5 7/16” 20
ED17 Med S4234
MS175/BU/MED/PS
Clear
Y
Y
N
N
M152/E
M152/E
4000 65 17500 BU +/- 15 15000 5 7/16” 12
3700 70 16600 BU +/- 15 15000 5 7/16” 12
„
„
S4235
MS175/C/BU/MED/PS
Coated
BT28 Mog. S4829
MH175/U
Clear
N
N
M57/E
4000 65 14000
Univ.
10000 8 5/16”
6
„
ED28 Mog. S4830
MH175/C/U
MS175/BU
Coated
N
N
N
N
M57/E
M57/E
3700 70 13300
Univ.
10000 8 5/16” 12
„
„
S4271
Clear
4000 65 15000 BU +/- 15 10000 8 5/16” 12
BT28 Mog S4384 S MP175/BU-ONLY
Clear
N
Y
M57/O
4000 65 14400 BU +/- 15 10000 8 5/16”
6
ED28 Mog S4236
S4237
MS175/BU/PS
MS175/C/BU/PS
MS175/HOR
Clear
Coated
Clear
Clear
Y
Y
N
N
N
N
M152/E
M152/E
M57/E
4000 65 17500 BU +/- 15 15000 8 5/16” 12
3700 70 16600 BU +/- 15 15000 8 5/16” 12
4000 65 15000 HOR+/-45 10000 8 5/16” 12
„
„
„
„
POMB S4272
N
N
T15
Mog S4840
MH175/U/T15
M57/E
4000K 65 14000
Univ.
10000 8 5/16” 12
R40
Med S4260
MH175W/U/R40/SP15 Clear
N
N
N
N
M57/E
M57/E
4000K 65 65000*
4000K 65 6500*
Univ.
Univ.
10000 6 1/2”
10000 6 1/2”
6
6
„
„
S4261
MH175W/U/R40/FL70
Frost
111
H a v e a s p e c i a l r e q u i r e m e n t ? V i s i t o u r w e b s i t e a t w w w. s a t c o . c o m
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HID Lamps
T15
Mog.
R40
Med.
ED17
Med.
ED28
Mog.
BT28
Mog.
T15
Mog.
ET18
Mog.
T8 DE
Fc2
Metal Halide Lamps 200w - 320w
Satco
Initial
Avg.
Nominal
Product
Pulse Open
Finish Start Rated
ANSI
Code
Kelvin
Temp CRI CBCP*
Lumens/
Buring
Position
Rated
Hours MOL Ctn
Watts Bulb Base Number Lamp Code
ED17 Med S4238
MS200/BU/MED/PS
Clear
Y
N
M136/E
4000 65 21000 BU +/- 15 12000 5 7/16” 12
„
200
ED28 Mog S4291
MS200/V/PS
Clear
Clear
Y
Y
N
Y
M136/E
M136/O
4000 65 21000 Vert+/-15 15000 8 5/16” 12
4000 65 20000 Vert+/-15 15000 8 5/16” 12
„
„
S4251
MP200/V/UVS/PS
BT28 Mog S4831
MH250/U
Clear
N
N
M58/E
4000 65 21000
Univ.
10000 8 5/16”
6
„
250
ED28 Mog S4832
S4273
MH250/C/U
MS250/BU
Coated
Clear
Coated
Clear
N
N
N
N
N
N
N
Y
M58/E
M58/E
M58/E
M58/O
3700 70 19800
Univ.
10000 8 5/16” 12
„
„
„
4000 65 23000 BU +/- 15 10000 8 5/16” 12
3700 70 22000 BU +/- 15 10000 8 5/16” 12
S4274
MS250/C/BU
BT28 Mog S4386 S MP250/BU-ONLY
4000 65 23000 BU +/- 15 10000 8 5/16”
6
ED28 Mog S4239
S4252
MS250/V/PS
Clear
Clear
Clear
Clear
Clear
Y
Y
N
Y
M153/E
M153/O
M58/E
4000 65 25000 Vert+/-15 15000 8 5/16” 12
4000 65 23800 BU +/- 15 15000 8 5/16” 12
4000 65 23000 HOR+/-45 10000 8 5/16” 12
4000 65 22000 HOR+/-75 12000 8 5/16” 12
„
„
„
„
„
MP250/BU/UVS/PS
MS250/HOR
POMB S4275
S4240
N
Y
N
N
N
MS250/H75/PS
MH250/U/T15
M153/E
M58/E
T15
Mog S4841
N
4000 65 21000
Univ.
10000 8 5/16” 12
POMB S4868
MS250/HOR/T15/3K
Clear
Clear
N
N
N
N
M58/E
M58/E
3200 65 23000 HOR+/-45 10000 8 5/16” 12
4000 65 22000 Univ 10000 9 3/4” 10
„
ET18 Mog S4385 S M250/U/ET18
T8 DE Fc2 S4262
MH-DE250W3K/Fc2
Clear
Clear
N
N
N
N
M80/E
M80/E
3000 70 20000 HOR+/-45 10000 6 7/16” 25
4200 70 20000 HOR+/-45 10000 6 7/16” 25
„
„
S4263
MH-DE250W4K/Fc2
ED28 Mog S4241
S4242
MS320/V/ED28/PS
MS320/C/V/ED28/PS
Clear
Y
Y
Y
Y
Y
N
N
Y
M154/E
M154/E
M154/O
M154/O
M154/E
4000 65 33000 Vert +/- 15 20000 8 5/16” 12
3700 70 31000 Vert +/- 15 20000 8 5/16” 12
4000 65 31000 BU +/- 15 20000 8 5/16” 12
3700 70 29000 BU +/- 15 20000 8 5/16” 12
4000 65 30000 HOR+/- 75 20000 8 5/16” 12
„
„
„
„
„
320
Coated
S4253
MP320/BU/ED28/UVS/PS Clear
MP320/C/BU/ED28/UVS/PS Coated
S4254
Y
POMB S4387
MS320/H75/ED28/PS
Clear
N
112
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HID Lamps
ED28
Mog.
ED37
Mog.
Metal Halide Lamps 320w - 400w
Satco
Initial
Avg.
Nominal
Product
Pulse Open
ANSI
Kelvin
Lumens/
Buring
Rated
Watts Bulb Base Number Lamp Code
Finish Start Rated
Code
Temp CRI CBCP*
Position
Hours MOL Ctn
ED37 Mog S4255
MP320/BU/ED37/UVS/PS Clear
Y
Y
M154/O
4000 65 31000 BU +/- 15 20000 11 1/2” 12
„
320
350
ED37 Mog S4243
S4244
MS350/V/PS
Clear
Coated
Clear
Coated
Y
Y
Y
Y
N
N
Y
M131/E
M131/E
M131/O
M131/O
4000 65 35000 Vert +/- 15 20000 11 1/2”
3700 70 35000 Vert +/- 15 20000 11 1/2”
4000 65 33000 Vert +/- 15 20000 11 1/2”
3700 70 33000 Vert +/- 15 20000 11 1/2”
6
6
6
6
„
„
„
„
MS350/C/V/PS
MP350/V/UVS/PS
MP350/C/V/UVS/PS
S4256
S4257
Y
ED37 Mog S4264
S4265
MS360W/BU/EM
MS360W/C/BU/EM
MPI360W/BU/EM
MPI360W/C/BU/EM
Clear
Coated
Clear
Coated
N
N
N
N
N
N
Y
M165/E
M165/E
M165/O
M165/O
4000 65 36000 BU +/- 15 20000 11 1/2”
3700 70 34000 BU +/- 15 20000 11 1/2”
4000 65 35000 BU +/- 15 20000 11 1/2”
3700 70 34000 BU +/- 15 20000 11 1/2”
6
6
6
6
„
„
„
„
360
400
S4266
S4267
Y
ED37 Mog S4833
MH400/U
Clear
N
N
N
N
M59/S
M59/E
4000K 65 36000
3700K 70 34000
Univ.
Univ.
20000 11 1/2”
20000 11 1/2”
6
6
„
„
S4834
MH400/C/U
Coated
S4276
S4277
S4245
S4246
MS400/BU
Clear
Coated
Clear
Coated
Clear
Clear
N
N
Y
N
N
N
N
Y
M59/E
M59/E
4000K 65 40000 BU +/- 15 20000 11 1/2”
3700K 70 38000 BU +/- 15 20000 11 1/2”
4000K 65 44000 Vert +/- 15 20000 11 1/2”
3700K 70 42000 Vert +/- 15 20000 11 1/2”
3600 65 40000 BU +/- 15 20000 11 1/2”
4000K 65 42000 BU +/- 15 20000 11 1/2”
6
6
6
6
6
6
„
„
„
„
MS400/C/BU
MS400/V/PS
MS400/C/V/PS
M159/E
M159/E
M59/O
M159/O
Y
S4388 S MP400/BU-ONLY
N
Y
S4258
MP400/BU/UVS/PS
Y
„
S4259
POMB S4279
S4280
MP400/C/BU/UVS/PS
MS400/HOR
Coated
Clear
Coated
Clear
Clear
Y
N
N
Y
Y
M159/O
M59/E
3700K 70 40000 BU +/- 15 20000 11 1/2”
4000K 65 40000 HOR +/- 45 20000 11 1/2”
3700K 70 38000 HOR +/- 45 20000 11 1/2”
4000K 65 40000 HOR +/- 75 20000 11 1/2”
6
6
6
6
„
„
„
„
„
N
N
N
N
MS400/C/HOR
MS400/H75/PS
M59/E
S4249
M159/E
ED28 Mog S4843
MH400/U/ED28
N
M59/E
M59/E
4000K 70 36000
3700K 65 33900
Univ.
Univ.
20000 8 5/16” 12
20000 8 5/16” 12
S4844
MH400/C/U/ED28
Coated
N
N
„
S4278
S4247
MS400/BU/ED28
MS400/V/ED28/PS
MS400/C/V/ED28/PS
MS400/HOR/ED28
MS400/H75/ED28/PS
Clear
Clear
Coated
Clear
Clear
N
Y
N
N
N
N
N
M59/E
M159/E
M159/E
M59/E
4000K 65 40000 BU +/- 15 20000 8 5/16” 12
4000K 65 44000 Vert +/- 15 20000 8 5/16” 12
3700K 70 42000 Vert +/- 15 20000 8 5/16” 12
4000K 65 40000 HOR +/- 45 20000 8 5/16” 12
4000K 65 40000 HOR +/- 75 20000 8 5/16” 12
„
„
„
„
„
S4248
Y
POMB S4281
S4250
N
Y
M159/E
113
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HID Lamps
ED28
Mog.
T15
Mog.
ED18
Mog.
BT37
Mog.
BT56
Mog.
Metal Halide Lamps 400w - 1500w
Satco
Initial
Avg.
Nominal
Product
Pulse Open
Finish Start Rated
ANSI
Code
Kelvin
Temp CRI CBCP*
Lumens/
Buring
Position
Rated
Hours MOL Ctn
Watts Bulb Base Number Lamp Code
T15
Mog S4842
MH400/U/T15
Clear
N
N
M59/E
4000K 65 36000
Univ.
15000 9 3/4” 12
„
400
POMB S4282
MS400/HOR/T15/3K
Clear
Clear
N
N
N
N
M59/E
M59/E
3200 65 38000 HOR +/- 45 15000 9 3/4” 12
4000 65 36000 Univ 20000 9 3/4” 10
„
ET18 Mog S4389 S M400/U/ET18
BT37 Mog S4390 S MS750/PS/BU-HOR/BT37 Clear
Y
N
M149/E
4000 65 80000 BU +/- 90 16000 11 1/2”
6
750
BT56 Mog S4835
S4836
MH1000/U
Clear
Coated
Clear
N
N
N
N
N
N
M47/S
M47/E
M47/E
4000 65 110000
3700 70 105000
Univ.
Univ.
18000 15 3/8”
12000 15 3/8”
6
6
6
„
„
„
1000
MH1000/C/U
MS1000/BU
S4283
4000 65 115000 BU +/- 15 12000 15 3/8”
BT37 Mog S4845
MH1000/U/BT37
Clear
N
Y
N
N
M47/E
4000 70 110000 Univ.
12000 11 1/2”
6
6
„
„
S4391
MS1000/BU/BT37/PS Clear
M141/E
4000 65 115000 BU +/- 15 12000 11 1/2”
BT56 Mog S4837
MH1500/HBU
MH1500/U/XL
Clear
Clear
N
N
N
N
M48/E
M48/E
3400 65 161000 BU+-105 3000 15 3/8”
6
6
„
„
1500
S4839
4000 65 170000
Univ.
6000 15 3/8”
Retrofit MH Lamps For High Pressure Sodium (HPS) Fixtures
Satco
Initial
Avg.
Nominal
Product
Pulse Open
ANSI
Kelvin
Lumens/
Buring
Rated
Watts Bulb Base Number Lamp Code
Finish Start Rated
Code
Temp CRI CBCP*
Position
Hours MOL Ctn
ED28 Mog S4268
MS250W/BU/LU
Retrofit for LU250
Clear
N
N
S50/E
4000 65 18500 BU +/- 15 10000 8 5/16” 12
„
250
ED37 Mog S4269
MS400W/BU/LU
Retrofit for LU400
Clear
N
N
N
N
S51/E
S51/E
4000 65 38000 BU +/- 15 20000 11 1/2”
4000 65 36000 BU +/- 15 20000 11 1/2”
6
6
„
„
400
S4270
MS400W/C/BU/LU
Retrofit for LU400/D
Coated
114
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HID Lamps
ED17
Med.
T10
PG12
ET23.5
Mog.
HPS High Pressure Sodium Lamps 35w – 100w
Satco
Avg.
Rated
Hours
Nominal
Watts
Product
Number
ANSI
Kelvin
Initial
Bulb
Base
Lamp Code
LU35/MED
Finish
Clear
Code Temp CRI Lumens
MOL
Carton
12
ED17
Med S3130
S76
S76
2100
2100
22
22
2250
2100
16000
16000
5 7/16”
35
50
S5120 S LU35/D/MED
Coated
5 7/16”
20
S3131
LU50/MED
Clear
S68
S68
2100
2100
2700
22
22
85
4000
3700
2350
24000
24000
10000
5 7/16”
5 7/16”
5 7/16”
12
20
12
ED17
T10
Med
S5121 S LU50/D/MED
Coated
S4373 S SDW-50W/LV/D
Coated S104
PG12 S4374 S SDW-T/50W/LV
Clear S104AF 2700
85
2500
10000
5 7/8”
12
ET23.5 Mog S1929
LU50
Clear
S68
S68
2100
2100
22
22
4000
3700
24000
24000
7 3/4”
7 3/4”
12
20
S5122
S
LU50/D
Coated
ED17
Med S3127
LU70/MED
Clear
S62
S62
2100
2100
22
22
6300
5800
24000
24000
5 7/16”
5 7/16”
12
20
70
S5123
S
S
LU70/D/MED
Coated
ET23.5 Mog S1930
LU70
Clear
S62
S62
2100
2100
22
22
6300
5500
24000
24000
7 3/4”
7 3/4”
12
20
S5124
LU70/D
Coated
ED17
T10
Med S3128
LU100/MED
Clear
S54
S54
2100
22
9500
24000
5 7/16”
12
100
S5125
S
LU100/D/MED
Coated
2100
2700
22
85
8800
4900
24000
10000
5 7/16”
5 7/16”
20
12
S4375 S SDW-100W/LV/D
Coated S105
PG12 S4376 S SDW-T/100W/LV
Clear S105NZ 2700
85
5200
10000
5 7/8”
12
ET23.5 Mog S1931
LU100
Clear
S54
S54
2100
2100
22
22
9500
8800
24000
24000
7 3/4”
7 3/4”
12
20
S5124
S
LU100/D
Coated
115
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HID Lamps
ED17
Med.
ET23.5
Mog.
ET18
Mog.
BT28
Mog.
BT37
Mog.
E25
Mog.
HPS High Pressure Sodium Lamps 150w – 1000w
Satco
Avg.
Rated
Hours
Nominal
Watts
Product
Number
ANSI
Kelvin
Initial
Bulb
Base
Lamp Code
Finish
Clear
Code Temp CRI Lumens
MOL
Carton
12
20
ED17
Med S3129
LU150/55/MED
LU150/55/D/MED
S55
S55
2100
2100
22
22
16000
14500
24000
24000
5 7/16”
5 11/16”
150
S5127
S
Coated
ET23.5 Mog S1932
LU150/55
LU150/55/D
Clear
Coated
S55
S55
2100
2100
22
22
16000
14000
24000
24000
7 3/4”
7 3/4”
12
20
S5128
S
S
ET18
Mog S5129
LU200/ECO
Clear
S66
2100
22
22000
24000
9 5/8”
20
200
250
ET18
BT28
ET18
Mog S1940
Mog. S5130
Mog S5131
LU250
Clear
Coated
Clear
S50
S50
S67
2100
2100
2100
22
22
22
28000
26000
37000
24000
24000
24000
9 5/8”
8 31/32”
9 5/8”
12
10
20
S
S
LU250/D
LU310/ECO
310
400
ET18
BT37
Mog S1941
LU400
Clear
S51
S51
2100
2100
22
22
51000
47500
24000
24000
9 5/8”
12
10
Mog. S5132
S
S
S
LU400/D
Coated
11 1/2”
BT37
E25
Mog S5133
LU750
Clear
Clear
S111
S52
2100
2100
22
22
105000
130000
24000
24000
11 1/2”
6
6
750
Mog S5124
LU1000
15 1/16”
1000
116
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HID Lamps
ED17
Med.
A23
Med.
R40
Med.
ED28
Mog.
ED37
Mog.
BT56
Mog.
Mercury Vapor Lamps 50w – 1000w
Satco
Avg.
Rated
Hours
Nominal
Product
ANSI
Kelvin
Initial
Watts Bulb
Base
Med
Number Lamp Code
Finish
Code Temp CRI Lumens
MOL
5 1/8”
Carton
12
ED17
S4294
H46DL-40/50DX
Coated
H45/46
H43
3900
3900
3900
50
50
50
1580
2700
4000
6000
6000
6000
„
50
ED17
Med
S4298
H43AV-75DX
Coated
Coated
5 7/16”
5 7/16”
12
12
„
75
A23
Med S1933
H38MP-100DX
H38
100
ED17
Med S4377
H38AV-100DX
H38JA-100DX
Coated
Coated
H38
H38
3900
3900
50
50
4000
4000
6000
5 7/16”
7 1/2”
20
12
„
„
ET23 1/2 Mog S1935
10000
R40/FL Med S4378
H38BP-100DX
Coated
H38
3900
50
2450
10000
7 1/2”
12
„
ED28
Mog S1934
H39KC-175DX
H39KB-175
Coated
Clear
H39
H39
3900
4500
50
20
7800
7800
10000
10000
8 1/4”
8 1/4”
12
12
175
S1936
„
„
R40/FL Med S4394
H39BP-175DX
Coated
H39
3900
50
5700
10000
7 1/2”
12
ED28
ED37
Mog S1937
H37KC-250DX
H37KB-250
Coated
Clear
H37
H37
3900
4500
50
20
11200
11200
10000
10000
8 1/4”
12
12
„
„
250
400
S4395
8 5/16”
Mog S1938
H33GL-400DX
Coated
H33
3900
50
22600
10000
11 5/16”
15 3/8”
12
„
BT56
Mog S4396
H36GW-1000DX
Coated
H36
3900
50
58000
10000
6
„
1000
117
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HID Lamps
T17
BY22D
T21
BY22D
SOX Low Pressure Sodium Lamps
Satco
Avg.
Rated
Hours
Product
Number
Lamp
Code
ANSI
Kelvin
Initial
Burning
Watts Bulb
Base
Finish
Clear
Code Temp CRI Lumens Position
MOL
8 1/2”
Carton
12
T17
BY22D S4870
BY22D S4871
BY22D S4872
BY22D S4873
BY22D S4874
BY22D S4875
S
S
S
S
S
S
SOX18
SOX35
SOX55
SOX90
SOX135
SOX180
L69
L70
L71
L72
L73
1800 n/a
1800 n/a
1800 n/a
1800
4500
7300
BU +/- 110 16000
BU +/- 110 16000
BU +/- 110 16000
18
T17
Clear
Clear
Clear
Clear
Clear
12 1/4”
16 3/4”
12
12
12
12
12
35
T17
55
T21
1800 n/a 13500 HOR+/-20 16000 20 13/16”
90
T21
1800 n/a 22000 HOR+/-20 16000
30 1/2”
135
T21
L74RF 1800 n/a 30000 HOR+/-20 16000 44 3/32”
180
HID Super5 Ballast Kits
Ballast
Capacitor Igniter
BT28
BT37
ET18
Metal Halide Ballast Kits With Lamp
Ballast
Lamp
Watts
175
250
400
Satco Code
Description
Ansi Code Lamp Included Ansi Code Pack
S4397
S M175U/Lamp/Super5/BallastKit
M57 - H39
M58 - H37
M59 - H33
M175/U BT28
M250/U BT28
M400/U BT37
M57/E
M58/E
M59/S
1
1
1
S4398
S4399
S M250U/Lamp/Super5/BallastKit
S M400U/Lamp/Super5/BallastKit
MH Ballast Kits Include: 5 Tap Ballast (120/208/240/277/480)
Plus: Mogul Base Clear Lamp / Capacitor / Mounting Brackets
High Pressure Sodium (HPS) Ballast Kits With Lamp
Ballast
Lamp
Watts
250
400
Satco Code
Description
Ansi Code Lamp Included Ansi Code Pack
S4314
S LU250/ECO/Lamp/Super5/BallastKit
S50
S51
LU250/ECO
LU400/ECO
S50
S51
1
1
S4315
S LU400/ECO/Lamp/Super5/BallastKit
HPS Ballast Kits Include: 5 Tap Ballast (120/208/240/277/480)
Plus: Mogul Base Clear Lamp / Capacitor / Igniter / Mounting Brackets
118
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HID Lamps Notes
Rated Life
HID Notes
The rated life of metal halide lamps is based on
the point when 50% of the lamps have burned out,
based on a burn cycle of 10 hours per start. Various
operating conditions affect lamp life. One key factor
is operating position. Lamps designated universal can
be operated in any position. However, life expectancy
and lumen output are sacrificed in certain positions.
Published “rated life” for universal lamps is based
on operation in the vertical position. “Rated life” for
universal lamps operated horizontally is 75% of the
published rating. Shorter operating cycles also severely
reduce life. At operating cycles shorter than 10 hours
per start, life will shorten as follows:
= Product by a manufacturer other than Satco
„
= Product by one of the Primary lamp
manufacturers
S
ANSI Codes
All HID lamps and ballasts are identified by an ANSI
code. The purpose of these codes are to make sure
that the lamp from one manufacturer is properly
matched to any other manufacturers ballast, therefore
resulting in safe operation, and produce the designed
light output. Especially with the increasing complexities
of metal halide product offerings, it is very important
that the ballast and lamp ANSI codes are matched
before use. The most recent changes to the ANSI lamp
codes have added the E, S, and O letter designations.
For example, a 400 watt probe start metal halide
lamp will have an ANSI code of M59/E, M59/S, or M59/
O. This should be used only on a ballast with an ANSI
code of M59.
5 hrs per start: Life is approx. 75% of rating
2.5 hrs per start: Life is approx. 55% of rating
Initial Lumen Listings
Rated initial lumens are based on measurements at
100 hours of use, and are based on specified burning
position. The measures listed for universal position
lamps are based on a vertical burning position;
horizontal usage decreases the output by 25 to
30%. For specifics on any particular lamp, call Satco
customer service (800-43-SATCO).
E - Lamps must be used in enclosed luminaires which
meet the requirements of UL1598.
S - Lamps are considered “suitable” for open
luminaire operation, only if operated in the vertical
±15° position. Lamps do not meet ANSI criteria for
containment and must be turned off at least once
per week for a minimum of 15 minutes if operated
continuously. In addition these lamps must be group
relamped before reaching rated lamp life.
O - Lamps can be operated in open or enclosed
luminaires within the manufacturer’s specified
operating position limits. This type meets the ANSI
criteria for containment rated operation. Special
exclusionary sockets are available for these lamps to
ensure that the wrong lamp type is not used.
Safety Warnings
It is the responsibility of the purchaser to read all safety
warnings on the lamp package before use. For more
information, call Satco customer service (800-43-SATCO).
Steps to choosing the correct Metal Halide lamp.
1) Determine the correct wattage.
2) Determine the base.
3) Choose the shape. ED and BT style lamps are generally interchangeable
4) Determine the correct size, some wattages come in multiple sizes. For example, 400w lamps are
standard ED37, but are also commonly available in an ED28 compact envelope.
5) Determine burning position, BU, BD, Vertical, Horizontal, or Universal.
6) Determine Pulse Start, or Probe Start. Pulse Start is standard on lower wattage lamps, (39 through 150 watts).
Probe Start is standard on higher wattage lamps, (175 through 1500 watts), however Pulse Start
technology is being used more and more on the higher wattages.
7) Determine whether the project is calling for the newer Ceramic Arc tube lamps. These lamps offer
higher color rendering, and Lumen Output than the more traditional Quartz Arc tube lamps.
8) Determine whether fixture requires an Open Rated (Protected) lamp, or an Enclose Rated lamp.
9) All Metal Halide lamps and ballasts are identified with an ANSI code. It is best to make sure that the
ANSI code matches between the ballast and lamp.
119
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HID Lamps Notes
Measured vs Perceived Light
Metal Halide 2005 NEC Changes
The 2005 update to the National Electrical Code (NEC)
includes two changes that affect the manufacture
and installation of metal halide luminaires. Both
changes address methods for preventing risk when
metal halide lamps are used.
Levels of HID Lamp
Studies on nighttime visibility demonstrate experimentally
that the human eyes is sensitive to different colors of
light based on various lighting levels, thus impacting
the “true” or “effective” lumen output of a lamp. Recent
research shows that the color of a light source has a
significant effect on nighttime visibility, which is important
since most road accidents happen at night. It is also well
known that the eye responds to color differently based
on the amount of light available.
The purpose of these changes is to prevent possible
injury and property damage. Metal halide lamps can
explode, shooting hot glass out of the luminaire, or
fixture. In an open luminaire - one that does not have
a lens - this can result in a fire, personal injury, and
property damage. Although violent failure is a rare
occurrence (about three incidents per year), the NEC
has included these changes to help eliminate the
hazard.
While lumens are the standard measurement of light
output, light is actually defined as energy evaluated by
the eye. Standard lumen measurements are based on
the light output response of a person only during high
light levels (photopic light), typical of daylight and interior
lighting. Light meters measure photopic light as seen
by the central region of the eye. When light levels are
very low, like starlight, the viewing conditions are referred
to as scotopic. Under these conditions, the eyes visual
response changes dramatically. Sensitivity to yellow and
red light is greatly reduced, while response to blue light is
vastly increased. Since lamp lumen measurements have
been determined using photopic measurements, the
lumen values do not accurately measure the effective
light output as perceived by the human eye.
In sports facilities, particularly in schools, athletic
activity can break the outer jacket of a metal
halide lamp used in an open luminaire. When this
happens, the arc tube can continue to operate with a
damaged or missing outer jacket. This leads to reports
of UV over-exposure, including sunburn and a burning
sensation around the eyes. The NEC change requires
complete lamp enclosure in these facilities, which
will provide mechanical protection to reduce the
possibility of damage to the outer lamp jacket.
Since the value of a lamp’s lumen output is different
when considering the shifting color sensitivity of the eye
at low levels, the effective lumens will be different from
the measurable photopic lumens. As light diminishes
from photopic to scotopic conditions, the effective
lumens of yellow sodium light sources are reduced, and
the effective lumens of the whiter metal halide sources
increase. This effect is most dramatic for low pressure
sodium (SOX) lamps. Almost all energy output from SOX
lamps is yellow, resulting in an artificially high photopic
lumen output, yet a very low perceived light output in
low light level applications.
NEC changes for open luminaires
The NEC change regarding open luminaires is the
new section 410.73(F)(5) that states, “Metal Halide
Lamp Containment. Luminaires (fixtures) that use a
metal halide lamp other than a thick-glass parabolic
reflector lamp (PAR) shall be provided with a
containment barrier that encloses the lamp, or shall
be provided with a physical means that only allows
the use of a lamp that is Type O.”
Typical metal halide lamps have strong light output
in the blue, green and yellow areas, resulting in high
lumen output at all light levels. The blue light output
of metal halide is in the high sensitivity region of the
eye for low light levels. This means that the effective
lumens actually increase for a metal halide lamp as
the light level reduces and the eye shifts to a blue/
green peak sensitivity. The ability to detect fine contrast
is also significantly better under metal halide sources
than sodium, making it a more effective light source in
warehouse and retail applications. Studies have shown
that metal halide lighting, in some circumstances, can
be up to six times as effective as HPS. This can make a
difference in peripheral viewing and dark areas where
hidden hazards may be present.
Therefore, to meet the 2005 NEC requirements,
luminaires that use metal halide lamps must either:
• Be enclosed to provide a containment barrier.
• Use a special lampholder that will only accept an
ANSI Type O rated metal halide lamp.
NEC 2005 changes for sporting facilities
The NEC change regarding open luminaires is the
new section 410.4(E) that states, “Luminaires (fixtures)
subject to physical damage, using a mercury vapor or
metal halide lamp, installed in playing and spectator
seating areas of indoor sports, mixed-use, or all-
purpose facilities shall be of the type that protects
the lamp with a glass or plastic lens. Such luminaires
(fixtures) shall be permitted to have an additional
guard.”
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