ClimaCool UCA 20, Инструкция по установке, эксплуатации и обслуживанию

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56
Electrical Data - UCA, Cooling Only and Heat Pump
Rat
e
d
M
in
.Cir.
M
axF
u
s
e
R
ec.
Disco
n
.
Rat
e
d
M
in
.Cir.
M
axF
u
s
e
R
at
ed
M
in
.Cir.
L
o
cked
M
axF
u
s
e
R
ec.
Loa
d
A
m
ps
Siz
e
Fus
e
4,8
S
w
it
c
h
Loa
d A
m
ps
Siz
e
Loa
d A
m
ps
Rotor
Siz
e
Fus
e
4
Am
p
s
1
(MC
A
)
2
(MO
P
)
3,8
Siz
e
Siz
e
9
Am
p
s
1
(MC
A
)
2
(MO
P
)
3
Am
p
s
1
(M
CA
)
2
(LRA
)
5
(M
OP
)
3
Siz
e
UCA
0
2
0
B
H
UCA
0
2
0
BHA
SA
C0
0
S
2
0
8V-
2
3
0
V/
3
P
H/
60
HZ
86.2
96.3
125.0
110.0
1
50.0
4
.5
5.6
10.0
40.3
5
0.3
2
39.0
90.0
60.0
U
C
A
020B
F
U
C
A
020B
FA
SA
C
0
0S
460V/
3PH
/ 60H
Z
39.2
43.8
60.0
5
0.0
60.0
2
.3
2.9
7
.5
18.3
2
2.9
1
25.0
40.0
3
0.0
UCA
0
2
0
B
N
UCA
0
2
0
BNA
SA
C0
0
S
5
7
5V/
3
P
H/
6
0
HZ
31.0
34.5
45.0
4
0.0
50.0
2
.1
2.6
6
.0
14.3
1
7.9
80.0
30.0
25.0
UCA
0
3
0
B
H
UCA
0
3
0
BHA
SA
C0
0
S
2
0
8V-
2
3
0
V/
3
P
H/
60
HZ
133.4
149.0
2
00.0
175.0
2
00.0
7
.0
8.8
15.0
62.6
7
8.2
3
40.0
1
25.0
90.0
U
C
A
030B
F
U
C
A
030B
FA
SA
C
0
0S
460V/
3PH
/ 60H
Z
60.7
67.8
90.0
8
0.0
1
00.0
3
.6
4.5
10.0
28.4
3
5.5
1
73.0
60.0
45.0
UCA
0
3
0
B
N
UCA
0
3
0
BNA
SA
C0
0
S
5
7
5V/
3
P
H/
6
0
HZ
50.3
56.1
70.0
7
0.0
80.0
3
.4
4.3
7
.5
23.3
2
9.1
1
32.0
50.0
4
0.0
UCA
0
5
0
B
H
UCA
0
5
0
BHA
SA
C0
0
S
2
0
8V-
2
3
0
V/
3
P
H/
60
HZ
203.2
227.3
3
00.0
300.0
3
50.0
8
.0
10.0
10.0
96.4
120.5
436.0
2
00.0
150.0
U
C
A
050B
F
U
C
A
050B
FA
SA
C
0
0S
460V/
3PH
/ 60H
Z
91.7
102.6
150.0
125.0
1
50.0
4
.0
5.0
5
.0
43.6
5
4.5
212.0
9
0.0
7
0.0
UCA
0
5
0
B
N
UCA
0
5
0
BNA
SA
C0
0
S
5
7
5V/
3
P
H/
6
0
HZ
73.5
82.2
110.0
100.0
1
25.0
3
.2
4.1
4
.0
34.9
4
3.6
168.0
7
0.0
6
0.0
UCA
0
7
0
B
H
UCA
0
7
0
BHA
SA
C0
0
S
2
0
8V-
2
3
0
V/
3
P
H/
60
HZ
296.6
331.1
4
50.0
400.0
4
50.0
18.0
22.5
15.0
1
38.1
172.6
6
35.0
300.0
225.0
U
C
A
070B
F
U
C
A
070B
FA
SA
C
0
0S
460V/
3PH
/ 60H
Z
133.3
148.9
2
00.0
175.0
2
00.0
8
.0
10.0
10.0
62.4
7
8.0
2
80.0
125.0
100.0
UCA
0
7
0
B
N
UCA
0
7
0
BNA
SA
C0
0
S
5
7
5V/
3
P
H/
6
0
HZ
108.0
120.5
1
50.0
150.0
1
75.0
7
.6
9.5
7
.5
50.0
62.5
225.0
1
00.0
80.0
P
o
we
r W
ir
ing - pe
r M
o
dul
e
In
te
rn
al Wirin
g
-
Co
n
d
. F
a
n
s
10
In
te
rn
al Wirin
g
-
p
e
r C
o
m
p
resso
r
Vo
lt
ag
e
ClimaCo
o
l
Base M
o
d
e
l
T
y
p
ical
Mo
d
e
l #
NO
TE
S
:
1. R
L
A -
R
a
ted Load Am
ps
ar
e c
a
lc
ul
ated as
per
U
L
1995.
2. MC
A -
Mi
ni
m
u
m
C
irc
u
it Am
pac
ity
i
s
: 125%
of
the R
L
A of
the l
a
rges
t c
o
m
p
re
s
s
or
m
o
tor
pl
us
100%
of
the R
L
A of
al
l other
c
onc
ur
rent m
o
tor
s
and/or
el
ec
tr
ic
al
l
oads
.
3. MOP -
M
ax
im
um
Ov
er
c
u
rr
ent Pr
otec
ti
on or
Max
.F
u
s
e
Si
z
e
i
s
r
o
unded dow
n f
rom
: 225%
of
the R
L
A of
the l
a
rges
t c
o
m
p
re
s
s
o
r m
otor
pl
us
100%
of
the R
L
A of
al
l other
c
onc
ur
rent el
ec
tr
ic
al
l
oads
.
4. R
e
c
o
m
m
ended D
u
al
El
em
ent F
u
s
e
Si
z
ing: R
o
unded up f
rom
150%
of
the R
L
A of
the l
a
rges
t c
o
m
p
re
s
s
o
r m
o
tor
pl
us
100%
of
the
R
L
A of
al
l other
c
onc
ur
rent el
ec
tr
ic
al
l
oads
.
5. LR
A -
Loc
k
ed R
o
tor
Am
ps
ar
e i
n
s
tantaneous
s
tar
ti
ng am
per
age per
c
o
m
p
re
s
s
o
r.
6. Modul
e i
n
ter
n
al
w
iri
ng i
s
per
N
E
C
.
7. Vol
tage T
o
le
ra
nc
e R
a
nge
208-
230V / 60 H
z
: Mi
n. 187V Max
. 253V
460V / 60 H
z
: Mi
n. 414V Max
. 506V
575V / 60 H
z
: Mi
n. 518V Max
. 632V
8. MOP D
e
v
ic
e
or
R
e
c
o
m
m
ended F
u
s
ing D
e
v
ic
e
f
o
r Modul
e Pow
e
r W
iri
ng s
uppl
ie
d by
other
s
. T
h
es
e ar
e r
e
c
o
m
m
ended v
a
lues
f
o
r el
ec
tr
ic
al
pow
er
pr
otec
ti
on of
m
odul
es
s
e
le
c
ted.
9. D
is
c
o
nnec
t Sw
itc
h
f
o
r Modul
e Pow
e
r W
iri
ng s
uppl
ie
d by
other
s
. T
h
es
e ar
r
e
c
o
m
m
ended v
a
lues
f
o
r el
ec
tr
ic
al
pow
er
pr
otec
ti
on of
m
odul
es
s
e
le
c
ted.
10. C
o
ndens
e
r f
a
ns
ar
e f
u
s
e
d i
n
pai
rs
f
o
r 070 m
odel
s
as
s
how
n i
n
thei
r r
e
s
pec
ti
v
e
el
ec
tr
ic
al
di
agr
am
s
.