2019
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
3
3
4
4
4
4
4
4
4
4
4
902
5
Outlet
w
6
Total
co
7
Heat
rec
8
Compre
9
Compre
0
Compre
1
Compre
2
Air
disch
3
Compre
4
Compre
5
——
6
EXV
A
p
7
EXV
B
p
8
EXV
C
p
9
High
pre
0
Low
pre
1
Air
suct
2
Air
suct
3
The
first
Silent
m
The
sec
4
Static
pr
5
DC
bus
6
DC
bus
7
Frequen
frequen
tempera
8
Defrosti
whole
in
9
EEPROM
40
Defrosti
41
Initial
fr
42
Tc
(Satu
43
Te
(Satu
44
T6A
45
T6B
46
Softwar
47
Last
ma
48
——
water
temperat
ooling
outlet
tem
covery
sensor
t
essor
discharge
essor
discharge
essor
module
te
essor
module
te
harge
superhea
essor
A
current
essor
B
current
position(step=va
osition(step=va
osition(step=va
essure
value
(H
essure
value
(w
ion
superheat
d
ion
temperatur
t
display
of
DSP
mode
selection:
ond
display
of
D
ressure
selectio
low
voltage
A
(
low
voltage
B(r
ncy
limiting
No.
ncy;
3:
Frequenc
ature(Tf);
5:
Pre
ing
process
stat
ndicates
the
de
M
mismatch
ind
ing
scheme
requency
uration
tempera
uration
tempera
re
version
No.
lfunction
ture(Two)
mperature(Tz)
temperature
(T
temperature
1
temperature
2
emperature(Tf1
emperature(Tf2
at
degree
TDSH
alue
displayed
*
alue
displayed
*
alue
displayed
*
eating
mode)
ith
decimal
disp
degree
TSSH
in
re(Th)
P1
from
the
righ
0
–
Night
sil
DSP1
from
the
on
(0
static
pres
reserved)
reserved)
.
(0:
No
frequen
cy
limiting
of
to
essure
frequen
tus
(the
first
dig
efrosting
time)
dicator:
1
indica
ature
correspon
ature
correspon
HeatR)
(
‐‐
displa
1
(sensor
Tp1)
2
(sensor
Tp2)
1)
2)
*20)
*20)
*4)
play
–
displayed
cooling
mode
ht:
ent;
1
‐
Silent;
2
right:
Silent
tim
ssure
by
default
ncy
limiting;
1:
a
otal
cooling
out
cy
limiting;
6:
C
git:
T4
selection
ates
failure,
and
nding
to
the
hig
nding
to
the
low
ayed)
d
during
cooling
2
‐
Super
silent
me
selection
(0
‐
t)
ambient
tempe
tlet
temperatur
Current
frequen
n
solution;
the
s
d
0
indicates
no
gh
pressure
in
h
w
pressure
in
co
g
or
standby)
;
3
‐
No
silence
‐
3)
values
depe
erature(T4)
Freq
e(Tz);
4:
Freque
ncy
limiting;
7:
V
second
digit:
sc
o
failure
heating
mode)
ooling
mode)
A
(by
default)
nd
on
the
param
quency
limiting
ency
limiting
of
Voltage
frequen
cheme's
range;
Aqua
Tem
meters
of
the
w
g;
2:
air
discharg
f
inverter
modu
ncy
limiting
the
third
and
f
mpo
Supe
wired
controller
ge(Tp)
limit
ule
ourth
digits
as
a
er
II
99
Pa
rt
3
‐
Ins
talla
tion
and
Field
Se
tt
ings
r
a
Содержание Aqua Tempo Super II Series
Страница 1: ......
Страница 13: ...Aqua Tempo Super II 14 201902 Midea Aqua Tempo Super II Engineering Data Book...
Страница 99: ......
