1 6 0 W S i n g l e O u t p u t B a t t e r y C h a r g e r
G C 1 6 0 s e r i e s
OR D ER NO . OU T P UT C O NN EC TO R S AF E T Y
GC 1 6 0 A x x - R 7 B ( s t a n d a rd m o d e l ) 4 p i n p o w e r d i n T U V / CB / F CC / C E
GC 1 6 0 A x x - A D1 ( o p t i o n a l m o d e l ) A n d e r s o n c o n n e c t o r U L / T U V / C B / F C C / CE
GC 1 6 0 A x x - x x = 1 2 , 2 4 , 4 8 ; = R 7 B , AD 1
S P E C I FI C AT I O N
OR D E R NO.
GC16 0 A 1 2 - GC 16 0 A 2 4- GC 16 0 A 4 8-
S A F E TY M O D E L N O. GC16 0 A 1 2 GC 16 0 A 2 4 GC 16 0 A 4 8
D C V OLTA G E ( Typ .) 1 3 .6V 2 7.2 V 5 4.4 V
R E C OMM E N D ED B AT T ERY
3 0 ~ 9 0 Ah
6 0 ~16 0 A h 1 5 ~ 4 5 Ah
C A PA CI T Y No t e .2
OU T P U T
C O N T INU OS O UT P U T
1 0 A 5.89 A 2 .95 A
C U R R EN T ( Ty p . )
R ATE D PO W E R 1 3 6 W 1 60.2 W 1 60.5 W
L E D I ND I C ATO R C h a rg in g ( C C ) : R ED F lo a t in g ch a r g in g (CV ) : GR EEN
V O LTAGE R A N GE N o t e .3 85 ~ 2 6 4VAC 12 0 ~ 3 7 0 V D C
F R E QUE N C Y R AN GE 47 ~ 6 3 H z
P O W E R FAC T OR ( Ty p . ) PF >0 . 9 4 / 23 0 VAC P F > 0 .98 / 11 5 VAC a t f u ll l oa d
I N PU T E F F I C IEN C Y ( Typ .) 8 9 % 9 2.5 % 9 4%
A C C URRE N T 1 . 85 A / 11 5 VAC 1 A / 2 30 VA C
IN R U S H CU R R E N T ( m a x .)
1 2 0 A / 2 30 VAC
LE A K A G E C U R R ENT ( m a x . )
0 . 7 5m A / 2 4 0 VA C
9 0 ~ 11 0 % r at e d o u t pu t p o w e r
No t e .4
OV E R L O AD
P r ot e c t i o n t ype : C o n s ta n t c u r r e nt l i m i t i n g r e c o v e r s au t o m a t i ca l l y a f t e r fa u l t c o n di t i o n i s r e mo v e d
P r ot e c t i o n t ype : H i c c up m o d e , r ec o v e r s a ut o m a t i c al l y a f t e r f au l t c o n d i ti o n i s r e mo v e d
S H ORT C I R C U IT
PR OTEC TIO N 1 0 5 ~ 1 35 % rat e d o u tp ut v ol t a g e
OV E R V OLTAG E
P r ot e c t i o n t ype : S h u t do w n o / p vo l t a g e , r e- p o w e r o n t o r e c o v er
9 0 1 0 ( RT H 2 ) d et e c t o n i n si d e a m b i en t t e m p er a t u r e
OV E R T E MP ER ATUR E
P r ot e c t i o n t ype : S h u t do w n o / p vo l t a g e , r e- p o w e r o n t o r e c o v er
WO R K I N G T E M P. - 3 0 ~ + 70 ( R e f er t o D e r ati n g C u r v )
WO R K I N G H U M I D I TY 2 0 % ~ 90 % R H n on - co n d e nsi n g
ST O R A G E T EM P. , HU M ID I T Y - 4 0 ~ + 85 , 1 0 ~ 9 5% R H
E NV IRO NM EN T
TE M P. C OE F F I C I ENT 0 . 0 3 % / ( 0 ~50 )
VIB R AT I ON 1 0 ~ 5 0 0H z, 2 G 1 0m i n ./ 1 cy cl e , pe r i o d f o r 6 0 m in. e a ch a lo ng X , Y, Z ax e s
SA F E T Y STA N D A RDS U L 1 0 12 ( f or GC 1 60 A xx - AD 1 o n l y) , T UV E N 6 0 950 - 1 ap p r ove d
WI T H STAND V OLTAG E
I / P- O / P: 3 K VAC
S A F E T Y &
ISO L AT ION R E S IS TA N C E I / P- O / P :1 0 0 M Oh ms / 5 0 0 VDC / 2 5 / 7 0 % R H
E M C
( N o t e . 5)
EM C E MI SS IO N C o m p li an ce to EN5 5 0 2 2 cl ass B, F C C PA RT 1 5 cl a s s B / CIS P R 2 2 cla s s B, E N6 1 0 00 - 3 - 2, 3
EM C I M M UN IT Y C o m p li an ce to EN6 1 0 0 0 - 4 - 2,3 , 4 , 5, 6 , 8,11 , l ig h t ind u st r y le ve l , cr i t er ia A
MT B F 2 7 4 .1 K hr s m in . MI L - H D B K- 2 1 7 F ( 2 5)
DI M EN S I ON 1 7 5 *7 2 *3 5 m m ( L *W *H )
OT H E R S
PA C K I N G 0 . 7K g ; 20 p cs / 1 5 Kg/ 0 . 8 5 C U FT ( G C 1 60A xx - R 7 B ) 0 .7 7K g; 20 p c s/ 1 6. 4 K g /1.1 5 C U F T (G C 1 6 0A xx- A D 1 )
S e e pag e 2 ; Ot h e r t y pe av a il a b le by c u st o mer r e q u es t ed
PL U G
C ONNEC T OR
S e e pag e 2 ; Ot h e r t y pe av a il a b le by c u st o mer r e q u es t ed
CA B L E
N O T E
F i l e N a me : G C 16 0 - S P E C 20 11 - 0 8- 0 91 6 0 W S i n g l e O u t p u t B a t t e r y C h a r g e r
G C 1 6 0 s e r i e s
M e c h an i c a l Sp e c i f i c at i o n
C a s e N o . G S 16 0 A U n i t : mm
3 5 1 75
U L 2 46 4 18 AWG x 4C 12 00 50 m m
PO W E R L ED
3 0 3 m m
2 3
1 4
( R 7 B )
3 5 1 75
SJ T W 1 6 A W G x 2 C 120 05 0m m
PO W E R L ED
3 0 3 m m
( A D 1 )
P lu g As s ig n me n t C h a r g i ng C u r ve
( V, I )
D C o u tp ut c on n e ct o r ( st a n d ar d )
S t a g e 1 S t a g e 2
R 7 B
(K Y CON K P P- 4 S o r e q u i va l ent )
C o n s t a n t C u r r e n t A r e a C o n s t a n t Vo l ta g e Ar e a
P IN N O. OU TP U T
V
2 3
1 ,4 + V
1 4
2 ,3 - V
1 0 0 %
A C F G
- V c o n n e c t e d to A C F G F a s t C h a r g in g
D C o u tp ut c on n e ct o r ( o p ti on al )
1 0 %
A D1
F lo a t C h a r g i n g
I
T I M E
[ h o us in g: An de rs o n 1 3 27 FP (r ed ) , 1 32 7 G6 FP( bl ac k )
co n ta c ts: A n d e r son 2 61 G2 ( 45A) o r e qui v a le n t ]
R e d G r e en
C o lo r o f L E D
R e d ( +V ) B la c k( - V)
D e r a t in g C u r ve
S t a t ic Ch a r a c t er is t ic s
2 3 0 VA C 1 0 0
1 0 0
8 5
8 0
8 0
6 0 7 0
1 0 0 VA C
5 0
6 0
4 0
5 0
2 0
4 0
1 0 2 0 3 0 4 0 5 0 6 0 7 0
- 3 0 (HO RI ZO N TAL )
8 5 9 5 1 0 0 110 1 2 0 1 4 0 1 6 0 1 8 0 2 0 0 2 2 0 2 4 0 2 6 4
A M B IE N T T E M P E R AT U R E () IN PU T V O LTAG E (VAC ) 6 0 Hz
Fi l e N a m e : G C 1 6 0 - S P E C 2 0 11- 0 8 - 0 9