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ELM040
ELM050
12-34 W
34-40 W
41-53 W
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PRODUCT DESCRIPTION
TYPICAL APPLICATION DIAGRAM
APPLICATIONS"
• 0@JW<@H""
• .JPONIT;:H"
• 2JP"X9R"NIT;UOT
• +J>><@=I9N"NIT;UOT"
• Y@=;I:<=:Q@9N"NIT;UOT"
WIRING DIAGRAM
,-.+
.:?>-:+
Z;I:<["(<Q:@9N"
XN9=S["2IO<"
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TROPO
15W Dimmable LED Driver
TROPO switch mode power supply technology is designed to generate one constant current output from
an AC input, and work with industry standard lighting controls in dimming applications.
TROPO is designed for powering LED luminaries with standard lighting controls. The modules operate with:
Standard Light Switches
Triac based Incandescent Dimmers (Standard phase – leading edge)
Electronic Low Voltage Dimmers (Reverse Phase – trailing edge)
TROPO is ideal for installations requiring dimmable Class 2 outputs such as:
The following diagram depicts a typical installation utilizing the TROPO:
TROPO
Triac
Based
Dimmer
Features
Dimming range down to less then
10% nominal output current
Output current does not terminate
during off time of dimmer
Output Current factory settable up
to 1.5A
Multiple Drivers / LED Assemblies
may be connected to a single
dimmer
Facilitates compliance with Energy
Star ratings for LED luminares
Commercial Li
g
htin
g
120VAC and 230VAC Inputs Available
Output current availability 0.35A-1.5A. Consult Factory
for customized programming
Operates with Industry Standard Dimmers
Compact Encapsulated Assembly
Active Power Factor Correction
Output Over-Voltage, Over-Current and Short-Circuit
Protection and Auto Recovery
High Temperature Operation (up to 90°C case)
UL Approved, ENEC Approved, CE Mark
Long Life
ROHS Compliant
Residential Li
g
htin
g
-,@<A<+
\"2$.H"
'"2$.H"
\".I>"
'".I>"
4'!4"-"
.I>><@"
0%]Y+".I>><@" .I>><@"
++["+JOH:9O:"+Q@@<O:"
METAL CASE:
ELM030: 110 x 60 x 26 mm (4.33 x 2.36 x 1.02 in)
ELM040/050: 127 x 70 x 28 mm (5 x 2.76 x 1.1 in)
B
Input&
Voltage
Max.&Output&
Power
Output&
Voltage
Output&
Current
Efficiency
Max.&Case&
Temperature
&THD
Power&
Factor
Dimming&
Range
120$&$277$
Vac$nominal
50$W 10$to$56$
Vdc
350$mA$to$
1.75$A$CC
≥$84%$
typical
90°C$
(measured$at$
the$hot$spot)
<$20% >$0.9
10$K$100%
(%$of$$Iout)
FEATURES
• CDE+:-!D@@-C.-.+7D:+C-F+.-G?HCGI+7")+#*1+
8*$/5#$J+($*+%2*+-G@+$*)/*$+
• +J>M9U?N<"PI:;"0%]Y+"^KJ@P9@L'M;9H<"J@"N<9LIOT'<LT<_"6"
$2-"^@<E<@H<'M;9H<"J@":@9INIOT'<LT<_"9OL"4D!4"-"LI>><@H"
• !C4"9OL"CAA"-9="OJ>IO9N"IOMQ:"EJN:9T<"
• &@J:<=UJOH["JQ:MQ:"JM<O"NJ9LB"JE<@'=Q@@<O:"9OL"H;J@:'
=I@=QI:"^;I==QM_B"9OL"JE<@':<>M<@9:Q@<"PI:;"9Q:J"@<=JE<@R"
• +JOLQ=:<L"9OL"@9LI9:<L"$3]["G++"+G%"0I:N<"7A"&9@:"!8"
=J>MNI9O:"PI:;"+N9HH"X"9:"!C4"-9="9OL"+N9HH"Y"9:"CAA"-9="
• $O9?N<H"$($%)*"10Y%`"9OL".2+"^.<HITO2IT;:"
+JOHJ@UQ>`_"NQ>IO9I@<"=J>MNI9O=<"
• +G2"?9NN9H:"@<=:9OTQN9@"><:9N"=9H<"
• ]&C4'@9:<L"=9H<"PI:;"HINI=JO<'?9H<L"MJaOT"
• b4c+">9dI>Q>"=9H<";J:"HMJ:":<>M<@9:Q@<"
• 84B444";JQ@H"NIK<U><"
• +N9HH"C"MJP<@"HQMMNR"
• .JQ?N<'IOHQN9:<L"MJP<@"HQMMNR"?<:P<<O"IOMQ:"9OL"
JQ:MQ:"^=N9HH"]]_"
• ZJ@NLPIL<"H9K<:R"9MM@JE9NH"
C"
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7")1&)89:*0*)$*';2&$*+&#8+<+'+=<+>+
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ELM040
ELM050
12-34 W
34-40 W
41-53 W
19E<$O<@TRe$%&MJP<@NN=F=J>" PPPF$%&MJP<@NN=F=J>"
!"#$% &#"#'(' )*+#,-. &-/#'(' 01$2%
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A2-H-624?(;;2"$ M2
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!L56987=I1J73H1A?L1BA=I7<4?7<H31L54I5O37:6C1
1113=#H47#"81O=R:7O=6=43I1;&/%
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N="I:O=> J73H 45674"8 749:3 ;583"<=T " U:88 I74:I57>"8
J";= U5O6 J73H5:3 >766=O #544=#3=>/ N5>=8I J73H
U:88185">1O"374<I15U1V&%W1H";=1"41=UU7#7=4#G15U1X)+Q/
3%1.-$#1"
L56987=I1J73H1P@L.(%%%D*D&1U5O1L8"II1L1=R:796=43
N==3I1Y?.%$+%D(1U5O1#8"II1PP1O=74U5O#=>Z>5:[8=174I:8"3754195J=O1I:998G
1 - INPUT SPECIFICATION (@25°C ambient temperature)
2 - OUTPUT SPECIFICATION (@25°C ambient temperature)
Units Minimum Typical Maximum Notes
Output4Voltage4(Vout) Vdc 10 56 See*ordering*information*for*details
Output4Current4(Iout) mA 350 1750 See*ordering*information*for*details
Output4Current4Regulation %:5 ±2.5 5 Includes*AC*line*voltage,*load,*and*current*set*point*variations
: : 10
The driver does not operate outside of the regulation requirements for
more than 500 ms during power on with nominal LED load and without*
dimmer.
: : 15
The driver does not operate outside of the regulation requirements for
more than 500 ms during power on with nominal LED load and with*
dimmer.
Ripple4Current
!Measured with a nominal LED load and nominal input voltage with no
dimming.
!Calculated*in*accordance*with*the*IES*Lighting*Handbook,*9th*edition
Dimming4Range4(%4of4Iout) 10% 100% The*dimming*range*will*be*dependent*on*each*specific*dimmer.
StartAup4Time s 1
The output is within the regulation band within 1 second of AC voltage
being*applied.*This*is*measured*with*no*incandescent*dimmer*attached,*
at*nominal*input*voltage*and*at*nominal*load.
+Dim4Signal,4ADim4Signal
<*25%*peak:to:peak*of*rated*output*
current*for*each*model
Output4Controls
The +Dim/:Dim signal pins can be used to adjust the output setting via a standard commercial wall dimmer, an
external control voltage source (0 to 10 Vdc), or a variable resistor when using the recommended number of
LEDs.*The*dimming*input*permits*10%*to*100%*dimming.*The*voltage*on*the*+Dim*input*must*be*≤*10V.
Output4Current4Overshoot
%
5"
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7")1&)89:*0*)$*';2&$*+&#8+<+'+=<+>+
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ELM040
ELM050
12-34 W
34-40 W
41-53 W
19E<$O<@TRe$%&MJP<@NN=F=J>" PPPF$%&MJP<@NN=F=J>"
5 - EMC COMPLIANCE AND SAFETY APPROVALS
!"#$%&'($)*#$)+*$,*'($)-./
0*12"#,&)!%11(#')-2,33,"#3 IEC61000'3'2 For-Class-C-equipment
4"5'*6()75%&'%*',"#3)8)75,&9(1 IEC61000'3'3
-:;)<-5(&'1"3'*',&)
;,3&=*16(>
IEC61000'4'2 6-kV-contact-discharge,-8-kV-air-discharge,-level-3
+7)-5(&'1"2*6#(',&)7,(5$)
:%3&(?',@,5,'A
IEC61000'4'3 3V/m,-80-'-1000-MHz,-80%-modulated-at-distance-of-3-meters
-5(&'1,&*5)7*3')B1*#3,(#' IEC61000'4'4 ±-2-kV-on-AC-power-port-for-1-minute,-±1-kV-on-signal/control-lines
:%16( IEC61000'4'5
±-1-kV-line-to-line-(differential-mode)-/±-2-kV-line-to-common-mode-ground-
(tested-to-secondary-ground)-on-AC-power-port,-±0.5-kV-for-outdoor-cables
!"#$%&'($)+7)
;,3'%1@*#&(3
IEC61000'4'6 3-V,-0.15'80-MHz,-80%-modulated
4"5'*6();,?3 IEC61000'4'11 >95%-dip,-0.5-period;-30%-dip,-25-periods;-95%-reduction,-250-periods
B1*#3,(#')C1"'(&',"# +,#6)D*E( ANSI/IEEE-c62.41.1'2002-&-c62.41.2'2002-category-A,-2.5-kV-ring-wave
FG UL8750-recognized -UL60950'1-recognized
&FG
!-
IEC61347'2'13-electronic-control-gear-for-LED-Modules
ENEC-mark-and-CE-mark-for-EU
-.!)!"2?5,*#&(
FCC-CFR-Title-47-Part-15-Class-B-at-120-Vac-and-Class-A-at-277-Vac
/22%#,'A)
!"2?5,*#&(
:*H('A)I6(#&A)I??1"E*53
CSA-C22.2-60950'1
Units Minimum Typical Maximum Notes
Hi4Pot4(High4Potential) Vdc 4242
!Insulation/between/the/input/(AC/line/and/Neutral)/
and/the/output
!Tested/at/the/RMS/voltage/equivalent/of/3000/Vac
Safety
3 - PROTECTION FEATURES
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4 - ENVIRONMENTAL CONDITIONS
Units Minimum Typical Maximum Notes
Operating6Case6Temperature6(Tc) !" #$% &'%
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35+6(7*68+9**+6(7*6:5;+:5+.(;*+'8
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Cooling
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Lifetime
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6 – PHASE-CUT DIMMING
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8 - 0-10 V DIMMING
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ELM030
ELM040
ELM050
12-34 W
34-40 W
41-53 W
19E<$O<@TRe$%&MJP<@NN=F=J>" PPPF$%&MJP<@NN=F=J>"
10 - MECHANICAL DETAILS
;&LU&5/#56 +3<:9N"=9H<"
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11 - OUTLINE DRAWINGS: ELM030 SERIES
./4*#$/"#$6 +!!4"d"g4"d"Cg">>"^7F55"d"CF5g"d"!F4C"IO_"
>"3(4*6 +5!4"T""^!4F7A"IO5_"
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ELM030
ELM040
ELM050
12-34 W
34-40 W
41-53 W
19E<$O<@TRe$%&MJP<@NN=F=J>" PPPF$%&MJP<@NN=F=J>"
12 - OUTLINE DRAWINGS: ELM040/050 SERIES
./4*#$/"#$6 +!CA"d"A4"d"Ch">>"^8"d"CFAg"d"!F!"IO_"
>"3(4*6 +C7hFb"=>5"^!8F!b"IO5_"
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ELM030
ELM040
ELM050
12-34 W
34-40 W
41-53 W
19E<$O<@TRe$%&MJP<@NN=F=J>" PPPF$%&MJP<@NN=F=J>"
13 - ORDERING INFORMATION - MODEL DESCRIPTION
$23☐☐☐Z-☐☐☐☐-☐☐"
Nominal Vin
• 120 & 277 Vac
Iout Vout Max. Series
• 030 (12-34 W)
• 040 (33-40 W)
• 050 (41-53 W)
For$addi(onal$op(ons$of$output$current$and$output$voltage,$contact$your$sales$representa(ve$or$send$an$email$to:$SaveEnergy@ERPPowerLLC.com$
ERP Part Number
Nominal Input
Voltage Range
(Vac)
Iout
(mA)
Max
Output
Power (W)
Vout
Min
(Vdc)
Vout
Nom
(Vdc)
Vout
Max
(Vdc)
No Load
Voltage
(Vdc)
ELM030W-0300-42 120 & 277
300 12.6 24 37.8 42 50
ELM030W-0350-42 120 & 277
350 14.7 24 37.8 42 50
ELM030W-0350-56 120 & 277
350 19.6 28 50.4 56 60
ELM030W-0440-34 120 & 277
440 15.0 22 30 34 44.2
ELM030W-0500-42 120 & 277
500 21 24 37.8 42 50
ELM030W-0550-41 120 & 277
550 22.6 24 37.8 41 50
ELM030W-0700-24 120 & 277
700 16.8 14 21.6 24 31.2
ELM030W-0700-36 120 & 277
700 25.2 22 32.4 36 46.8
ELM030W-0700-42 120 & 277
700 29.4 24 37.8 42 50
ELM030W-0740-41 120 & 277
740 30.3 24 37 41 50
ELM030W-0800-42 120 & 277
800 33.6 24 37.8 42 50
ELM030W-0840-36 120 & 277
840 30.2 22 30.6 36 46.8
ELM030W-0900-26 120 & 277
900 23.4 13 23.4 26 33.8
ELM030W-0900-38 120 & 277
900 34.2 24 37.8 38 49.4
ELM030W-1000-24 120 & 277 1000
24.0 14 21.6 24 31.2
ELM030W-1750-17.5 120 & 277 1750 30.6
12 15.5 17.5 22.8
ELM040W-0700-48 120 & 277 700 33.6 24 43.2 48 60
ELM040W-0700-56 120 & 277 700 39.2 28 50.4 56 60
ELM040W-0900-42 120 & 277 900 37.8 24 37.8 42 50
ELM040W-1000-38 120 & 277
1000 38 24 34.2 38 49.4
ELM040W-1200-31 120 & 277
1200 37.2 20 27.9 31 40.3
ELM040W-1400-25 120 & 277
1400 35 12.5 22.5 25 32.5
ELM040W-1750-20 120 & 277
1750 35 10 18 20 25
ELM050W-0750-56 120 & 277 750
42 28 50.4 56 60
ELM050W-1000-48 120 & 277 1000 48.0 24 43.2 48 60
ELM050W-1050-42 120 & 277 1050 44.1 24 37.8 42 50
ELM050W-1120-42 120 & 277 1120 47.0 24 37.8 42 50
ELM050W-1200-36 120 & 277 1200 43.2 22 32.4 36 46.8
ELM050W-1200-42 120 & 277 1200 50.4 24 37.8 42 50
ELM050W-1400-32 120 & 277
1400 44.8 21 28.8 32 41.6
ELM050W-1400-38 120 & 277 1400 53.2 24 34.2 38 49.4
ELM040: 33 to 40 W
ELM050: 41 to 53 W
ELM030: 12 to 34 W
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ELM030
ELM040
ELM050
12-34 W
34-40 W
41-53 W
19E<$O<@TRe$%&MJP<@NN=F=J>" PPPF$%&MJP<@NN=F=J>"
14 - LABELING
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