Transcript
1# @#!,"$%&,2''$*$75*(,/;0)),+,-$.&,34/ $70) 87! 1$23/0()45-$67$/3,+8$<+,$8&$IAX=67>$9$:+--$)53;($
1$^((8$Ek=$4+);($/QQ+3/8.$-(0(-$
1$%)&8(J8/&34O$$ *L&)8$J/)J+/8$9$P0()$J+))(38$9$P0()$0&-85;($9$P0()$8(Q,()58+)(
1$7-544$C$,&'()$+3/8 1$^+-8/,-($Q&K(-4$T&)$JL&/J(O
1$\+/-8G/3$5J8/0($%:7U$%:cARH$T&)$DAZ$&T$-&5K$&)$L/;L()
$$"#%&<7+$$M%DX$)58(KR$P+8,+8$0&-85;($53K$J&348538$J+))(38$-(0(-$
1$F/;L$(TT/J/(3J.$+,$8&$HARXZ 1$M%DN$9$M%DX$K(4/;3$T&)$/3K&&)$&)$&+8K&&)$/3485--58/&34$
J53$Y($5K]+48(K$8L)&+;L$/38()35-$,&8(38/&Q(8() $$'#%&<7+$$M%DN$)58(K$53K$Y+/-8G/3$I$/3$?$K/QQ/3;$T+3J8/&3$
1$P+8,+8$J+))(38$5K]+485Y-($8L)&+;L$&+8,+8$J5Y-($&)$/38()35-$ ,&8(38/&Q(8()$
$$';05(#%&<7+$M%DN$)58(KR$75Y-($T&)$M9P$J&33(J8/&3
9#%&<7*.<),.5-+$$M%DN$)58(KR$e/Q()$K/QQ/3;$T+3J8/&3U$J&385J8$
1$7&&-/3;$Y.$T)(($5/)$J&30(J8/&3
^"6_$W"!!$T&)$K(85/-4R$$
1$*+/85Y-($T&)$K).U$K5Q,$53K$'(8$-&J58/&3 1$X$.(5)4$'5))538.
1$*+/85Y-($T&)$!"#$-/;L8/3;$53K$48)((8$-/;L8/3;$5,,-/J58/&34
H L G - 4 0 H /6 0 H
IN PU T
!" #
!"#$%&
OU TPU T
AC input voltage range
H A B I A X = 6 7 $g$? C N B E I ? = #7
AC inrush current (max.)
7 & - K$485 )8U$N A 6 $5 8$C I A = 6 7
DC adjustment range
h? A Z $)58( K $&+ 8,+ 8$0 & - 85 ;( $
Current adjustment range
DAZB?AAZ$)58(K$&+8,+8$J+))(38$5K]+485Y-($Y.$/38()35-$potentiometer$&)$8L)&+;L$&+8,+8$J5Y-(
Over current protection
H X Z B ? A @ Z$J&3 4853 8$J+ ))( 3 8$-/ Q / 8/ 3 ;U$5 + 8&G) ( J& 0 ( ).
Over voltage protection
? A H Z B ? E X Z $)5 8( K$&+ 8,+ 8$0 &- 85 ;( U$4L + 8$& TTU$)( G, &'( ) $&3 $8&$)( J&0 ( )
Setup, rise, hold up time
? A A A Q 4U$@ A Q 4U$? D Q 4$5 8$T+ -- $-& 5 K$5 3 K$C I A = 6 7
Withstand voltage
M9 %GP9 %O$I RN X f = 6 7 U$M9 %G:V O$? R@ @ f= 6 7 U$P9 %G :V OA RX f= 6 7
Working temperature
GEABdNA P7$<)(T()$8&$&+8,+8$K()58/3;$J+)0(>
Safety standards
2!@NXAU$e2=$"_D?IENG?U$"_D?IENGCG?I$5,,)&0(Kg$#(4/;3$)(T()$8&$2!DAHXAG?U$"_DAHXAG?U$ "_DAIIXG?
EMC standards Connection
"_XXA?XU$"_D?AAAGIGC$J-544$7U$"_D?AAAGIGIU$"_D?AAAGEGCUIUEUXUDU@U??U$"_D?XENU$"_XXACE Input
2! $)5 8( KU$* i e W$? @ 6 WV S I 7 $
Output
69#9\-53fGe.,(O$*=e$?@6WVSC7$g$\Ge.,(O$*=e$?@6WVSC7$d2!CX?N$?@6WVSC7$
Dimension (LxWxH) (mm)
?N?S$D?RXS$IDR@
/12#34/6:78,7!
(for 48V/54V)
Model No.
Output
Tol.
HLG-40H-12 A
12V, 0~3.33A
±2.5%
HLG-40H-15 A
15V, 0~2.67A
±2.0%
Tol.
R&N
Effi.
Effi.
HLG-60H-36 A
Model No.
36V, 0~1.70A
±1.0%
200mV
90.0%
86.5%
HLG-60H-42 A
42V, 0~1.45A
±1.0%
300mV
90.0%
86.5%
HLG-60H-48 A
48V, 0~1.30A
±1.0%
300mV
90.5%
HLG-60H-54 A
54V, 0~1.15A
±1.0%
300mV
90.5%
(for 12~42V)
R&N
150mV 150mV
HLG-40H-20 A
20V, 0~2.00A
±1.0%
150mV
88.0%
HLG-40H-24 A
24V, 0~1.67A
±1.0%
200mV
88.0%
HLG-40H-30 A
30V, 0~1.34A
±1.0%
200mV
88.5%
HLG-40H-36 A
36V, 0~1.12A
±1.0%
200mV
88.5%
HLG-40H-42 A
42V, 0~0.96A
±1.0%
200mV
88.5%
HLG-40H-48 A
48V, 0~0.84A
±1.0%
300mV
89.5%
HLG-40H-54 A
54V, 0~0.75A
±1.0%
300mV
89.5%
!!!!=
Output
= A, B, D or Blank
''= 5>),.56'.?6A.86/126:78,7!
A, B, D or Blank
/12#@4/6:78,7!
(for 48V/54V)
(for 15~42V)
Model No.
Output
Tol.
R&N
Effi.
HLG-60H-15 A
15V, 0~4.0A
±2.0%
150mV
87.5%
HLG-60H-20 A
20V, 0~3.0A
±1.0%
150mV
89.0%
HLG-60H-24 A
24V, 0~2.5A
±1.0%
150mV
89.5%
HLG-60H-30 A
30V, 0~2.0A
±1.0%
200mV
90.0%
• Optional ptional junction box available for HLG-80H~320H series serie (A/Blank-Type A/Bl k T only). l ) Please Pl contact MEAN WELL for f details. d • “UL8750 listed” safety approved for HLG-80H- BL
!1
