43
6. Specifications
, Continued
745-573-B0-001 REV. A
M O D E L
P A R A M E T E R
N o m in a l I n p u t V o lt a g e
I n p u t V o lt a g e R a n g e ( % )
I n p u t V o lt a g e R a n g e
N o m in a l I n p u t C u r r . ( R e s t m o d e )
I n p u t F r e q u e n c y
O u t p u t V o l t a g e
O u t p u t R e g u la t io n , 8 7 V T a p
O u t p u t R e g u la t io n , 7 5 V T a p
O u t p u t R e g u la t io n , 6 0 V T a p
O u t p u t R e g u la t io n , 4 8 V T a p
R a t e d O u t p u t C u r r e n t
1 2 0 V E x t d R a n g e
2 2 0 V I n t e r n a t io n a l
2 4 0 V ( 2 4 A )
2 3 0 V I n t e r n a t io n a l
2 3 0 V E u r o ( C E )
1 2 0 V
2 2 0 V
2 3 0 V
2 3 0 V
2 4 0 V
+ 3 0 % t o - 2 0 %
+ 3 0 % t o - 3 0 %
+ 3 0 % t o - 3 0 %
+ 1 5 % t o - 2 0 %
+ 1 5 % t o - 2 0 %
9 6 V t o 1 5 6 V
1 5 4 V t o 2 8 6 V
1 6 1 v t o 2 9 9 V
1 8 4 v t o 2 6 5 V
1 9 2 V t o 2 7 6 V
1 3 A
7 A
7 A
6 A
1 1 A
6 0 H z , ± 3 H z
6 0 H z , ± 3 H z
5 0 H z , ± 3 H z
5 0 H z , ± 3 H z
6 0 H z , ± 3 H z
8 7 / 7 5 / 6 0 V r m s
( F i e l d S e le c t a b le )
8 7 / 7 5 / 6 0 V r m s
( F i e l d S e l e c t a b l e )
8 7 / 7 5 / 6 0 V r m s
( F ie ld S e l e c t a b l e )
6 0 / 4 8 V r m s
( F ie ld S e l e c t a b l e )
6 0 / 4 8 V r m s
( F i e l d S e le c t a b le )
± 3 %
± 3 %
± 3 %
N / A
± 3 %
± 4 %
± 4 %
± 4 %
N / A
± 4 %
± 4 %
± 4 %
± 4 %
± 3 %
± 4 %
N / A
N / A
N / A
± 3 %
N / A
1 5 A
1 5 A
1 5 A
1 5 A
2 4 A
6 0 H z , ± 1 H z
6 0 H z , ± 1 H z
5 0 H z , ± 1 H z
5 0 H z , ± 1 H z
6 0 H z , ± 1 H z
O u t p u t f r e q u e n c y , I n v e r t e r M o d e
W a v e f o r m
S le w R a t e
C r e s t R a t io ( P e a k : R M S )
Q u a s i S q u a r e w a v e
Q u a s i S q u a r e w a v e
Q u a s i S q u a r e w a v e
Q u a s i S q u a r e w a v e
Q u a s i S q u a r e w a v e
< 1 0 0 V o l t s / m s
< 1 0 0 V o lt s / m s
< 1 0 0 V o lt s / m s
< 1 0 0 V o lt s / m s
< 1 0 0 V o lt s / m s
1 . 3 : 1
1 . 3 : 1
1 . 3 : 1
1 . 3 : 1
1 . 3 : 1
E F F I C I E N C Y @ 8 7 V r m s O N - L I N E R E S T M O D E
@ 1 0 0 % lo a d
@ 8 0 % lo a d
@ 6 0 % lo a d
@ 4 0 % lo a d
9 1 %
9 1 %
9 1 %
9 1 %
9 1 %
9 0 %
9 1 %
9 1 %
9 0 %
9 1 %
8 9 %
8 9 %
8 9 %
8 8 %
8 9 %
8 5 %
8 5 %
8 4 %
8 5 %
8 5 %
8 7 V T a p % R a t e d C u r r e n t
7 5 V T a p % R a t e d C u r r e n t
6 0 V T a p % R a t e d C u r r e n t
1 5 0 %
1 5 0 %
1 5 0 %
N / A
1 6 5 %
1 5 5 %
1 8 0 %
1 6 0 %
N / A
1 9 2 %
1 8 0 %
2 1 0 %
1 8 0 %
1 5 0 %
2 3 4 %
E F F I C I E N C Y @ 8 7 V r m s I N V E R T E R M O D E V d c
@ 1 0 0 % lo a d
@ 8 0 % lo a d
@ 6 0 % lo a d
@ 4 0 % lo a d
8 8 %
8 6 %
8 6 %
8 7 %
8 8 %
8 7 %
8 7 %
8 7 %
8 7 %
8 7 %
8 6 %
8 6 %
8 6 %
8 7 %
8 6 %
8 1 %
8 1 %
8 1 %
8 3 %
8 1 %
F O L D B A C K ( N E A R S H O R T C I R C U I T C U R R E N T )
8 7 V T a p
7 5 V T a p
6 0 V T a p
2 2 A
1 9 A
2 1 A
N / A
3 2 A
2 0 A
2 1 A
2 4 A
N / A
2 9 A
1 9 A
2 7 A
2 7 A
2 1 A
3 6 A
M A X K N E E C U R R E N T ( S T A R T U P P O W E R )
3 0 s e c . o n , 3 0 s e c . o f f
> 1 6 . 5 A
> 1 6 . 5 A
> 1 6 . 5 A
> 1 6 . 5 A
N / A
> 1 1 0 % ( 3 H O U R C Y C L I C O P E R A T I O N )
6 s e c . o n , 2 6 s e c . o f f
> 2 1 A
> 2 1 A
> 2 1 A
> 2 1 A
> 2 7 . 2 5 A
S E V E R E O V E R L O A D ( 3 H O U R C Y C L I C O P E R A T I O N )
O p e r a t in g R a n g e
H u m id it y
E le v a t io n
- 4 0 ° C t o + 5 5 ° C a t f r o n t a ir in le t o f p o w e r s u p p ly
0 t o 9 5 % ( N o n - C o n d e n s in g )
0 t o 1 0 , 0 0 0 f e e t ( 3 , 0 0 0 M e t e r s ) a b o v e s e a le v e l
E N V I R O N M E N T A L
D C I n p u t V o lt a g e
C o n s t a n t C u r r e n t
C o n s t a n t V o lt a g e
4 8 V D C N o m in a l
H ig h C h a r g e R a t e , t h r e s h o ld a t 2 . 3 5 V F C
2 . 3 5 V F C ( M a x i m u m 4 8 h o u r s )
D C E L E C T R I C A L
D C C h a r g e C u r r e n t
L o w B a t t e r y C u t o f f
6 - 1 2 A M a x im u m , d e p e n d in g u p o n lo a d
< 1 . 7 5 V F C
Table 6-1, 48V Specifications
6.1
Electrical, Mechanical Specifications
