Pulsar HPSBOC 5048C User manual

HPSBOC 5048C
v.1.0
H PS B O C 54 V /5 A /4x17 Ah / O C
Buff e r s w i t c h m od e po w e r s upp ly un i t
w i th t ec hn ical output s.
E N **
E d i t i on: 2 f r o m 01.06.2016
S upe rc ede s ed i t i on: 1 f r o m 21.04.2016

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F ea tu r es :
DC 54 V /5 A un i nte rr upt i b l e po w e r s upp ly
*
f i tt i ng batte ry : 4 x 17 A h/12 V
wi de r ange
bu il t -i n po w e r fa c to r c o rr e c t i on sys te m ( P FC)
h i gh eff ici en cy 85 %
batte ry c ha r g i ng and m a i ntenan c e c ont r o l
e xc e ssiv e d isc ha r g i ng (U VP ) p r ote c t i on
j u m pe r s e l e c tab l e batte ry c ha r ge c u rr ent
0,5 A /1 A /2 A
batte ry output fu ll p r ote c t i on aga i n s t s ho r t -circ u i t
and r e v e rs e po l a ri t y c onne c t i on
L E D i nd ic at i on
EPS te c hn ic a l output i nd ic at i ng A C po w e r l o ss
O C and r e l a y t y pe
PS U te c hn ic a l output i nd ic at i ng PS U fa il u r e
O C and r e l a y t y pe
Lo B te c hn ic a l output i nd ic at i ng batte ry l o w v o l tage
O C and r e l a y t y pe
p r ote c t i on s :
S C P s ho r t -circ u i t p r ote c t i on
O VP o v e rv o l tage p r ote c t i on
o v e rv o l tage p r ote c t i on
aga i n s t s abotage
o v e rl oad p r ote c t i on ( O L P )
o v e r heat p r ote c t i on O H P
fo rc ed c oo li ng - bu il t -i n fan
w a rr ant y 2 y ea r f r o m the p r odu c t i on date
C O NT E NT S :
1. T ec hn ical d esc r i pt i on .
1.1 G e n e r al d esc r i pt i on
1.2 B l o ck d ia g r a m
1.3 D esc r i pt i on of PS U c o m pon e nt s a nd c onn ec to r s.
1.4 S p eci f ica t i on s
2. I n s t alla t i on .
2.1 R e qu i r e m e nt s
2.2 I n s t alla t i on p r o ce du r e
3. O p e r a t i ng s t a tu s i nd ica t i on .
3.1 L E D i nd ica t i on of op e r a t i ng s t a tu s
3.2 T ec hn ical output s
4. O p e r a t i on a nd u se.
4.1 O ve r l o a d o r s ho r t ci r c u i t of th e PS U output ( S C P on)
4.2
B a tt e r y - assis t e d op e r a t i on
4.3 M ai nt e n a n ce
1. T ec hn ical d esc r i pt i on .
1.1 G e n e r al d esc r i pt i on .
A buffe r PS U is i ntended fo r an un i nte rr upted s upp ly to de vic e s r equ iri ng s tab ilis ed v o l tage of 48 V DC
( + / - 15 % ) . T he PS U p r o vi de s v o l tage of U = 54 V DC . C u rr ent eff ici en cy :
1. O utput c u rr e nt 4,5 A + 0,5 A b a tt e r y c h a r g e
*
2. O utput c u rr e nt 4 A + 1 A b a tt e r y c h a r g e
*
3. O utput c u rr e nt 3 A + 2 A b a tt e r y c h a r g e
*
Tot al d evice c u rr e nt + b a tt e r y : 5 A m ax
*
In c a s e of po w e r de c a y , a batte ry ba ck- up is a c t iv ated imm ed i ate ly . T he PS U is c on s t r u c ted ba s ed on the
swi t c h m ode PS U , wi th h i gh ene r g y eff ici en cy . T he PS U is hou s ed i n a m eta l en cl o s u r e (c o l ou r R A L 9003 ) w h ic h
c an a cc o mm odate a 4 x 17 A h/12 V batte ry . A micr o swi t c h i nd ic ate s doo r open i ng ( f r ont c o v e r) .
T he po w e r s upp ly hou si ng ha s s pa c e fo r add i t i ona l m odu l e s ( fu s e b l o cks , v o l tage r egu l ato rs and DC / DC
c on v e r te rs) . O pt i ona l po w e r s upp ly c onf i gu r at i on s a r e a v a il ab l e at the w eb si te: www . pu lsa r . p l
*
S ee c ha r t 1

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1.2 B l o ck d ia g r a m (f i g .1 )
Fi g.1. T he b l o ck d i ag r a m of the PS U .
1.3 D esc r i pt i on of the module’s c o m pon e nt s a nd c onn ec to r s.
T a b le 1. E le m e nt s of th e module’s ( see f i g . 2 ) .
E le m e nt no . D esc r i pt i on
[
1
]
L E D i nd ic at i ng p r e s en c e of A C po w e r
[
2
]
L E D i nd ic at i ng p r e s en c e of DC po w e r
[
3
]
L E D i nd ic at i ng c o rr e c t batte ry v o l tage
[
4
]
E
P
S
-
A C ab s en c e te c hn ic a l output r e l a y t y pe
[
5
]
P
S
U
-
output i nd ic at i ng DC ab s en c e/ PS U fa il u r e - r e l a y t y pe
[
6
]
L
o
B
-
output i nd ic at i ng batte ry l o w v o l tage - r e l a y t y pe
[
7
]
E
P
S
-
A C ab s en c e te c hn ic a l output O C t y pe
[
8
]
P
S
U
-
output i nd ic at i ng DC ab s en c e/ PS U fa il u r e - O C t y pe
[
9
]
L
o
B
-
output i nd ic at i ng batte ry l o w v o l tage - O C t y pe
[ 10 ]
C
o
n
n
e
c
t
o
r
s
P
S
U
:
+ V , - V - DC s upp ly output
+ B , - B batte ry c onne c to rs
L-N 230 V / A C po w e r c onne c to r , PE p r ote c t i on c onne c to r
[
1
1
]
V
A
D
J
- potent i o m ete r , v o l tage ad j u s t m ent DC
[ 12 ]
S e l e c t i on j u m pe r fo r c ha r g i ng c u rr ent:
Ibat = 0,5 A , Ibat = 1 A Ibat = 2 A
D
e
s
c
r
i
p
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i
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n
: j u m pe r i n s ta ll ed, j u m pe r r e m o v ed
[
1
3
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B
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B
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Fi g. 2. T he vi e w of the PS U .
D esc r i pt i on of PS U c o m pon e nt s a nd c onn ec to r s (t a b .2, f i g .3 ) .
E
l
e
m
e
n
t
n
o
.
[F i g . 3 ]
D esc r i pt i on
[
1
]
P
S
U
m
o
d
u
l
e
[
2
]
T
A
M
P
E
R
,
c onta c t, s abotage p r ote c t i on
(
N
C
)
T ab.2. O utput te rmi na ls of the PS U .
Fi g.3. T he vi e w of the PS U .

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W
H
D
1.4 S p eci f ica t i on s :
- elec t r ical p a r a m e t e r s (t a b .3 )
- m ec h a n ical p a r a m e t e r s (t a b .4 )
- op e r a t i on sa f e t y (t a b .5 )
- op e r a t i ng p a r a m e t e r s (t a b .6 )
E lec t r ical p a r a m e t e r s (t a b . 3 )
M a i n s s upp ly
C u rr ent up to 1,5 A @ 230 VA C
S upp ly po w e r 270 W m a x .
E ff ici en cy 85 %
O utput v o l tage V DC buffe r ope r at i on
V DC batte ry- a ssis ted ope r at i on
O
u
t
p
u
t
c
u
r
r
e
n
t
t
AMB<30°C
4
,
5
A
+
0
,
5
A
b
a
t
t
e
r
y
c
h
a
r
g
e
-
s
e
e
c
h
a
r
t
1
4 A + 1 A b a tt e r y c h a r g e - see c h a r t 1
3 A + 2 A b a tt e r y c h a r g e - see c h a r t 1
O
u
t
p
u
t
c
u
r
r
e
n
t
t
AMB=40°C
3
A
+
0
,
5
A
b
a
t
t
e
r
y
c
h
a
r
g
e
-
s
e
e
c
h
a
r
t
1
2,5 A + 1 A b a tt e r y c h a r g e - see c h a r t 1
1,5 A + 2 A b a tt e r y c h a r g e - see c h a r t 1
V o l tage ad j u s t m ent r ange 48 V DC
Ri pp l e 150 m V p - p m a x .
C u rr ent c on s u m pt i on b y PS U sys te ms 140 m A
B atte ry c ha r ge c u rr ent 0,5
A , 1 A o r 2 A m a x . @ 4 x 17 A h ( % ) j u m pe r
s e l e c tab l e
S ho r t -circ u i t p r ote c t i on S C P e l e c t r on ic , auto m at ic r e c o v e ry
O v e rl oad p r ote c t i on O L P 105 - 150 % of po w e r s upp ly , auto m at ic r e c o v e ry
B atte ry circ u i t p r ote c t i on S C P and r e v e rs e
po l a ri t y c onne c t i on
m e l t i ng fu s e
S u r ge p r ote c t i on v a ris to rs
O v e rv o l tage p r ote c t i on O VP > 62 V ( auto m at ic r e c o v e ry)
E xc e ssiv e d isc ha r ge p r ote c t i on U VP U < 38 V ( % ) d isc onne c t of c onne c t i on batte ry
T a m pe ri ng p r ote c t i on sys te m :
- T A M PE R i nd ic at i ng un w anted open i ng of the
- a micr o swi t c h, NC c onta c t s ( en cl o s u r e cl o s ed )
0,5 A @ 50 V DC (m a x . )
L E D i nd ic at i on:
- A C d i ode i nd ic at i ng A C po w e r s tatu s
- A U X d i ode i nd ic at i ng DC po w e r s tatu s at
the PS U output
-
B
A
T
d
i
o
d
e
i
n
d
i
c
a
t
i
n
g
b
a
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y
v
o
l
t
a
g
e
l
e
v
e
l
- r ed, no rm a l s tatu s on, fa il u r e: off
- g r een, no rm a l s tatu s on, fa il u r e: off
-
g
r
e
e
n
,
n
o
r
m
a
l
s
t
a
t
u
s
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n
,
f
a
i
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u
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e
:
o
f
f
T e c hn ic a l output s :
- EPS ; output i nd ic at i ng A C po w e r fa il u r e
- P U S ; output i nd ic at i ng DC ab s en c e/ PS U fa il u r e
- Lo B output i nd ic at i ng batte ry l o w v o l tage
- r e l a y t y pe: 1 A @ 30 V DC /50 VA C , t im e l ag: app r o x . 10 s .
- O C t y pe, 50 m A m a x ., no rm a l s tatu s : L ( 0 V ) l e v e l ,
fa il u r e: h i-Z l e v e l .
- r e l a y t y pe: 1 A @ 30 V DC /50 VA C ,
- O C t y pe, 50 m A m a x ., no rm a l s tatu s : L ( 0 V ) l e v e l ,
fa il u r e: h i-Z l e v e l
- r e l a y t y pe: 1 A @ 30 V DC /50 VA C ,
- O C t y pe, 50 m A m a x ., no rm a l s tatu s : (U
BA
T
> 46 V ) : L
( 0 V ) l e v e l , fa il u r e: (U
BA
T
< 46 V ) : h i-Z l e v e l
T he po w e r s upp ly un i t doe s not featu r e a batte ry
d
e
t
e
c
t
i
o
n
f
u
n
c
t
i
o
n
.
M ec h a n ical p a r a m e t e r s (t a b . 4 )
E
n
c
l
o
s
u
r
e
d
i
m
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n
s
i
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s
4
2
0
x
3
7
5
x
1
8
2
+
8
[
m
m
]
(
W
x
H
x
D
)
F
i
x
a
t
i
o
n
S
e
e
f
i
g
u
r
e
3
Fi tt i ng batte ry 4 x 17 A h/12 V ( S L A ) m a x .
360 x 175 x 165 mm (WxHxD) m a x
N
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t
/
g
r
o
s
s
w
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t
7
,
5
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8
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7
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:
R
A
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9
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3
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2
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,
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b
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)
C onne c to rs P o w e r s upp ly : ,63 - 2,50 ( A W G 22 - 10 )
- 2,50 ( A W G 22 - 10 ) , batte ry output BA T : 6,3 F- 2,5
T
A
M
P
E
R
o
u
t
p
u
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:
w
i
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s
N ote s T he en cl o s u r e doe s not tou c h the a ss e m b ly s u r fa c e s o that c ab l e s c an be l ed.
F
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-
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-
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O p e r a t i on sa f e t y (t a b .5 )
P r ote c t i on cl a ss P N- E N 60950 - 1:2007 I ( f irs t )
P r ote c t i on g r ade P N- E N 60529: 2002 (U) I P 20
E l e c t ric a l s t r ength of i n s u l at i on:
- bet w een i nput and output circ u i t s of the PS U ( I/ P - O / P )
- bet w een i nput circ u i t and PE p r ote c t i on circ u i t ( I/ P -F G )
- bet w een output circ u i t and PE p r ote c t i on circ u i t ( O / P -F G )
3000 V / A C mi n.
1500 V / A C mi n.
500 V / A C mi n.
In s u l at i on r e sis tan c e:
- bet w een i nput circ u i t and output o r p r ote c t i on circ u i t
O p e r a t i ng p a r a m e t e r s (t a b .6 )
O pe r at i ng te m pe r atu r e -
S to r age te m pe r atu r e -
R e l at iv e hu mi d i t y 20 % ...90 % , wi thout c onden s at i on
V i b r at i on s du ri ng ope r at i on una cc eptab l e
I m pu ls e w a v e s du ri ng ope r at i on una cc eptab l e
Dir e c t i n s u l at i on una cc eptab l e
V i b r at i on s and im pu ls e w a v e s du ri ng t r an s po r t A cc o r d i ng to P N- 83/ T- 42106
C ha r t 1. A cc eptab l e output c u rr ent f r o m the PS U depend i ng on a m b i ent te m pe r atu r e.
2. I n s t alla t i on .
2.1 R e qu i r e m e nt s.
T he buffe r PS U s ha ll be m ounted b y a qua li f i ed i n s ta ll e r wi th app r op ri ate pe rmissi on s and qua li f ic at i on s fo r
230 V / A C i n s ta ll at i on s and l o w-v o l tage i n s ta ll at i on s (r equ ir ed and ne c e ss a ry fo r a g iv en c ount ry) . T he de vic e s ha ll
be m ounted i n c onf i ned s pa c e s , a cc o r d i ng to the en vir on m ent cl a ss II, wi th no rm a l a ir hu mi d i t y (RH = 90 % m a x .
wi thout c onden s at i on ) and the te m pe r atu r e f r o m -
gua r antee s s uff ici ent c on v e c t i ona l a ir- f l o w th r ough v ent il at i ng ho l e s of the en cl o s u r e.
B e fo r e i n s t alla t i on , p r e p a r e a PS U l o a d b ala n ce.
1. O utput c u rr e nt 4,5 A + 0,5 A b a tt e r y c h a r g e
*
2. O utput c u rr e nt 4 A + 1 A b a tt e r y c h a r g e
*
3. O utput c u rr e nt 3 A + 2 A b a tt e r y c h a r g e
*
Tot al d evice c u rr e nt + b a tt e r y : 5 A m ax
*
A s the PS U is de si gned fo r a c ont i nuou s ope r at i on and is not equ i pped wi th a po w e r-swi t c h, the r efo r e an
app r op ri ate o v e rl oad p r ote c t i on s ha ll be gua r anteed i n the po w e r s upp ly circ u i t. M o r eo v e r , the u s e r s ha ll be
i nfo rm ed about the m ethod of unp l ugg i ng ( u s ua lly th r ough a ssi gn i ng an app r op ri ate fu s e i n the fu s e - bo x) . T he
e l e c t ric a l sys te m s ha ll fo ll o w v a li d s tanda r d s and r egu l at i on s .
*
S ee c ha r t 1

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RED LED:
on – the PSU is supplied with 230V AC
off – no 230V AC supply
GREEN LED:
on – DC voltage in the AUX output of the PSU
off – no DC voltage in the AUX output of the PSU
on – PSU’s voltage UBAT > 46V
off – PSU’s voltage UBAT < 46V
2.2 I n s t alla t i on p r o ce du r e.
1. B e fo r e i n s t alla t i on , c ut off th e v o l t a g e i n th e 230 V po w e r - s upp ly ci r c u i t .
2. M ount the PS U i n a s e l e c ted l o c at i on and c onne c t the wir e s .
3. C onne c t the po w e r c ab l e s ( ~ 230 V a c) to L -N cli p s of the PS U . C onne c t the g r ound wir e to the cli p m a rk ed b y the
ea r th sym bo l PE ( PS U m odu l e c onne c to r) . Us e a th r ee -c o r e c ab l e (wi th a y e ll o w and g r een PE p r ote c t i on wir e ) to
m a k e the c onne c t i on. Lead the c ab l e s to the app r op ri ate cli p s th r ough the i n s u l at i ng bu s h i ng of the c onne c t i on
boa r d.
Th e s ho ck p r ot ec t i on ci r c u i t s h all b e p e r fo r m e d w i th a p a r t ic u la r ca r e, i.e. th e yell o w a nd
g r ee n w i r e c o a t of th e po w e r ca b le s h all s t ick to on e si d e of th e t e r m i n al - m a r ke d w i th
‘ sy m bo l on th e PS U e n cl o s u r e. O p e r a t i on of th e PS U w i thout th e p r op e r ly m a d e a nd
fu lly op e r a t i on al s ho ck p r ot ec t i on ci r c u i t is UNACC EP TABL E ! I t ca n ca u se a d evice
f ail u r e o r a n elec t r ic s ho ck.
4. C onne c t the to the te rmi na ls V + ( + ) , V -(-) of the PS U m odu l e.
5. C onne c t the po w e r ( ~ 230 V )
6. C he ck the PS U output v o l tage:
- the PS U v o l tage wi thout l oad s hou l d a m ount to U = 54 V DC .
7. C onne c t the batte ry (mi nd the c o l ou rs) :
- batte ry output ( + V ) : BA T + c ab l e / r ed,
- batte ry output ( 0 V ) : BA T c ab l e / G ND / b l a ck .
8. C he ck the PS U ope r at i on i nd ic ato r : g r een L E D .
9. A fte r i n s ta lli ng and c he cki ng p r ope r w o rki ng, the en cl o s u r e c an be cl o s ed.
3. O p e r a t i ng s t a tu s i nd ica t i on .
3.1 L E D i nd ica t i on of op e r a t i ng s t a tu s.
T he PS U is equ i pped wi th 3 d i ode s on the f r ont pane l :
M o r eo v e r , the PS U is equ i pped wi th 3L E Ds on the P C B boa r d:
- r ed L E D (Fi g.2, e l e m ent 1 ) no rm a l s tatu s ( A C po w e r) : pe rm anent ly ill u mi nated. A C po w e r ab s en c e is
i nd ic ated b y the A C d i ode go i ng out.
- g r een L E D (Fi g.2, e l e m ent 2 ) i nd ic ate s DC po w e r at the PS U output. U nde r no rm a l s tatu s the d i ode is
pe rm anent ly ill u mi nated. In c a s e of a s ho r t circ u i t o r an o v e rl oad, the d i ode is off.
- g r een L E D (Fi g.2, e l e m ent 3 ) i nd ic ate s batte ry v o l tage l e v e l . U nde r no rm a l s tatu s (U
BA T
> 46 V ) the d i ode is
pe rm anent ly ill u mi nated. In c a s e of de cr ea s e of batte ry v o l tage (U
BA T
< 46 V ) the d i ode is off.

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3.2 T ec hn ical output s
T he PS U ha s i nd ic at i on output s :
EPS - a b se n ce of AC s upp ly output :
- O C t y pe output that i nd ic ate s A C po w e r l o ss . U nde r no rm a l s tatu s , wi th 230 V A C s upp ly , the output is
c onne c ted to g r ound ( L l e v e l 0 V ) . In c a s e of po w e r l o ss , the PS U will swi t c h the output i nto h i gh
im pedan c e s tate h i-Z .
- r e l a y output i nd ic at i ng the ab s en c e of A C s upp ly . In c a s e of po w e r l o ss , the PS U m odu l e will swi t c h the r e l a y
c onta c t s .
CAUT I O N! In Fi g.5. the c onta c t s et i n the potent i a l- f r ee s tatu s c o rr e s pond s to a s tate wi th no A C
po w e r ( A C po w e r fa il u r e ) .
PS U – t ec hn ical output i nd ica t i ng a b se n ce of DC v o l t a g e a t th e PS U :
- O C t y pe output i nd ic at i ng the PS U fa il u r e. In no rm a l s tate ( du ri ng c o rr e c t ope r at i on ) the output is c onne c ted
to g r ound ( L l e v e l 0 V ) . In c a s e of ab s en c e of DC v o l tage at the output ( e.g. s ho r t circ u i t ) , the output is
swi t c hed i nto h i gh im pedan c e s tate h i-Z .
- r e l a y output. In c a s e of a fa il u r e, the c onta c t s of the r e l a y c hange o v e r .
CAUT I O N! In the Fi g.5. the s et of c onta c t s s ho ws a potent i a l- f r ee s tatu s of the r e l a y w h ic h
c o rr e s pond s to a s tate wi th no DC po w e r ( PS U fa il u r e ) .
LoB – t ec hn ical output i nd ica t i ng b a tt e r y v o l t a g e:
- O C t y pe output. U nde r no rm a l s tatu s (U
BA T
> 46 V ) the output is c onne c ted to g r ound ( L l e v e l 0 V ) . In c a s e of
de cr ea s e of batte ry v o l tage (U
BA T
< 46 V ) the output is swi t c hed i nto h i gh im pedan c e s tate h i-Z .
- r e l a y output. In c a s e of a batte ry v o l tage d r op U
BA T
< 46 V , the c onta c t s of the r e l a y c hange o v e r .
T he po w e r s upp ly un i t doe s not featu r e a batte ry dete c t i on fun c t i on. In the c a s e of no batte ry o r non batte ry
c onne c ted, the output is i n the no rm a l m ode.
CAUT I O N! In the Fi g.5. the s et of c onta c t s s ho ws a potent i a l- f r ee s tatu s of the r e l a y w h ic h
c o rr e s pond s to a s tate wi th l o w batte ry l e v e l
(U
BA
T
< 46 V ) .
Fi g. 4. E l e c t ric a l d i ag r a m of O C output s .
Fi g. 5. E l e c t ric a l d i ag r a m of r e l a y output s.

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4. O p e r a t i on a nd u se.
4.1 O ve r l o a d o r s ho r t ci r c u i t of th e PS U output ( S C P on) .
In c a s e of o v e rl oad, the output v o l tage is auto m at ic a lly s hut off, and s o is the L E D i nd ic ato r . T he r e s to r at i on
of the v o l tage ta k e s p l a c e imm ed i ate ly afte r the fa il u r e ( o v e rl oad ) is o v e r .
4.2 B a tt e r y - assis t e d op e r a t i on .
In c a s e of a m a i n po w e r outage, the de vic e is imm ed i ate ly swi t c hed i nto a batte ry- a ssis ted ope r at i on.
Th e PS U is e qu i pp e d w i th th e d isc h a r g e d b a tt e r y d isc onn ec t i on sys t e m . Du r i ng th e
b a tt e r y - assis t e d op e r a t i on , r e du ci ng v o l t a g e b el o w 38 V a t th e b a tt e r y t e r m i n als w ill ca u se
b a tt e r y d isc onn ec t i on .
4.3 M ai nt e n a n ce.
A n y and a ll m a i ntenan c e ope r at i on s m a y be pe r fo rm ed fo ll o wi ng the d isc onne c t i on of the PS U f r o m the
po w e r s upp ly net w o rk . T he PS U doe s not r equ ir e pe r fo rmi ng an y s pe ci f ic m a i ntenan c e m ea s u r e s , ho w e v e r , i n
c a s e of si gn i f ic ant du s t r ate, i t s i nte ri o r is r e c o mm ended to be cl eaned wi th c o m p r e ss ed a ir . In c a s e of fu s e
r ep l a c e m ent, u s e a r ep l a c e m ent of the s a m e pa r a m ete rs .

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0
W EEE MARK
A cc o r d i ng to th e E U W EE D i r ec t ive – I t is r e qu i r e d not to d is po se of elec t r ic o r
elec t r on ic w as t e as un s o r t e d m un ici p al w as t e a nd to c o llec t s u c h W EEE se p a r a t ely.
T he po w e r s upp ly un i t is adapted fo r a s ea l ed l ead - a ci d batte ry ( S L A ) . A fte r the ope r at i on pe ri od i t m u s t not be d is po s ed of but r e cycl ed
a cc o r d i ng to the app lic ab l e l a w .
Pulsar
Siedlec 150, 32-744 Łapczyca, Poland
Tel. (+ 48) 14-610-19-40, Fax. (+ 48) 14-610-19-50
e-mail: [e-mail], [e-mail]
http:/ / www.pulsar.pl, www.zasilacze.pl
GENERAL WARRANTY CONDI TI ONS
1. P u ls a r ( the m anufa c tu r e r) g r ant s a t w o -y ea r w a rr ant y fo r the equ i p m ent, p r odu c t i on date.
2. T he w a rr ant y i n cl ude s f r ee - of -c ha r ge r epa ir o r r ep l a c e m ent wi th an app r op ri ate equ iv a l ent ( the s e l e c t i on is at the
s d iscr et i on ) i f the m a l fun c t i on is due to the m anufa c tu r e r , i n cl ude s m anufa c tu ri ng o r m ate ri a l defe c t s , un l e ss s u c h
defe c t s ha v e been r epo r ted wi th i n the w a rr ant y pe ri od (i te m 1 ) .
3. T he equ i p m ent s ub j e c t to w a rr ant y is to be b r ought to the p l a c e w he r e i t w a s pu rc ha s ed, o r d ir e c t ly to the m a i n off ic e of the
m anufa c tu r e r .
4. T he w a rr ant y app li e s to c o m p l ete equ i p m ent, a cc o m pan i ed b y a p r ope rly f ill ed w a rr ant y cl a im wi th a de scri pt i on of the defe c t.
5. S hou l d the cl a im be a cc epted, the m anufa c tu r e r is ob li ged to p r o vi de w a rr ant y r epa irs , at the ea rli e s t c on v en i en v e, ho w e v e r not
l ate r that wi th i n 14 da ys f r o m the de liv e ry to the s e rvic e c ent r e of the m anufa c tu r e r .
6. T he r epa ir pe ri od m ent i oned i n i te m 5 m a y be p r o l onged, i f the r e a r e no te c hn ic a l po ssi b ili t i e s to c a rry out the r epa irs , o r i f the
equ i p m ent ha s been c ond i t i ona lly a cc epted, due to the b r ea ki ng w a rr ant y te rms b y the cl a im ant.
7. A ll the s e rvic e s r ende r ed b y fo rc e of the w a rr ant y a r e c a rri ed out at the s e rvic e c ent r e of the m anufa c tu r e r , e xcl u siv e ly .
8. T he w a rr ant y doe s not c o v e r the defe c t s of the equ i p m ent, r e s u l t i ng f r o m :
- r ea s on s be y ond the m anufa c tu r e r's c ont r o l ,
- m e c han ic a l da m age,
- im p r ope r s to r age and t r an s po r t,
-
- fo r tu i tou s e v ent s , i n cl ud i ng li ghtn i ng d isc ha r ge s , po w e r fa il u r e s , f ir e, f l ood, h i gh te m pe r atu r e s and c he mic a l agent s ,
- im p r ope r i n s ta ll at i on and c onf i gu r at i on (i n def i an c e wi th the m anua l) ,
9. T he w a rr ant y is v o i d i n an y of the fo ll o wi ng circ u ms tan c e s :
- c on s t r u c t i on c hange s
- r epa irs c a rri ed out b y an y unautho riz ed s e rvic e c ente r
- da m age o r r e m o v a l of w a rr ant y l abe ls
- m od i f ic at i on s of the s e ri a l nu m be r
10. T he li ab ili t y of the m anufa c tu r e r to w a r d s the bu y e r is limi ted to the v a l ue of the equ i p m ent, dete rmi ned a cc o r d i ng to the
w ho l e s a l e p ric e s s ugge s ted b y the m anufa c tu r e r on the da y of pu rc ha s e.
11. T he m anufa c tu r e r ta k e s no r epon si b ili t y fo r the defe c t s that r e s u l t f r o m :
- the da m ag i ng, m a l fun c t i on i ng o r i nab ili t y to ope r ate the equ i p m ent
- defe c t s that r e s u l t f r o m u si ng the equ i p m ent out si de i t s s tated s pe ci f ic at i on s and ope r at i ng pa r a m ete rs fa ili ng to ab i de b y the
r e c o mm endat i on s and r equ ir e m ent s c onta i ned i n the m anua l , o r the u s e of the equ i p m ent.