Norsup P35TX/32 - Page 17

DE
EN
NL
FR
DA
SV
EN
DE
SWIMMING POOL HEAT PUMP TYPE PXSWIMMING POOL HEAT PUMP TYPE PX
32
33
Alterations which serve the technological progress as well as errors excepted! ORIGINAL MANUAL NORSUPWWW.NORSUP.EU Alterations which serve the technological progress as well as errors excepted!
34
6.APPENDIX
6.1 Circuit diagram
CODE˖20181109-0009
K2
N
1
3
24
5
6
7
8
01
N
L
N
N
N
N
N
4V
1
3
24
5
6
7
8
02
N
L
Y/G
YEL
P
N
L
N
RED
BLU
TO PUMP
<10A
$
*1'
9
%
3
:89
3
3(
$&1 $&/
/ /
&1
&1
&1
&1
&1
&1
3
3
/
1
8
9
:
$&,:0
COMP
8
9
:
U
W
V
RED
BLK
WHT
PTC
K2
N
N
N
1
3
24
5
6
7
8
03
L4
/
/
/
3
L
1
KM1
L
N
N
KM1˖Contactor of compressor SUT˖Suction temperature AT˖Ambient temperature COMP˖Compressor CT˖Coil temperature FM˖Fan motor
IT˖Inlet water temperature LP˖Low pressure protection OT˖Outlet water temperature FS˖Flow switch HP˖High pressure protection EEV˖Electronic expansion valve 4V˖4 way valve ET˖Exhaust temperature PM˖Phase monitor
K2˖Relay of pump
K2
1
N
N
L
L
$&/RXW
$&1RXW$&1LQ
$&/LQ
(0,
CN1
FM1
ZL10
1
GND
485A1
12V
N
L
485B1
Y/G
WHT
BLK
CN4
L
/
4V
4

RED
BLK
WHT
Pressure sensor
᧤SUT᧥
CN9
3
RLY1
OUT2
OUT3
AC-N1
OUT4
OUT5
CN2
PC1004
CN8
4
CN13
A1A3A5A7A9
A11
t
5K
SUT LP
Remote
ON/OFF
A4A6A8A10
A12
A2
FS
HP
t
5K
IT
t
5K
CTET
t
50K
t
5K
OT
t
5K
AT
6.8K
CN11
A13
GND
GND
GND
GND
+12V
0~10V-OUT
PWM-IN
PWM-OUT
9
9
L
N
L
/
KM1
LN
LN
EEV
5
Y/G
FM2
Y/G
3
/
L
L
N
1
L
N
N

4
Controller
YEL 485B-
BLK GND
RED 12V
WHT 485A+
YEL 485B-
BLK GND
RED 12V
WHT 485A+
WIFI
220-240V~/50Hz
TO POWER
SUPPLY
4
HOHFWULFUHDFWRU
/
/
L
N
P35X/32
P26X/32
R
S
T
N
RED
BLK
WHT
BLU
RS
T
N
R
N
4V
1
3
24
5
6
7
8
02
N
N14
N
N
N
N
N
N
K2
4V
N
R
1
3
24
5
6
7
8
01
L3(C)
L2(B)
L1(A) 11
14 12
PM
N
N14
R
R
R
4

CODE˖20181109-0010
RED
BLK
WHT
Pressure sensor
᧤SUT᧥
Y/G
&203
8
9
:
8
9
:
K2


'ULYHUPRGXOHERDUG
DCN-IN
8 9:567
DCP-IN
DCN-OUT
DCP-OUT
B A
GND
12V
CN602
GND
CN605
5V
JP601
HOHFWULFUHDFWRU
5
6
7
RED
BLK
WHT
R
S
T
N
1
N
1

R
RST
DC+
DC1+
DC-
DC1-
EEV
5
CN9
3
RLY1
OUT2
OUT3
AC-N1
OUT4
OUT5
CN2
PC1004
CN8
4
A1A3A5A7A9
A11
t
5K
SUT LP
Remote
ON/OFF
A4A6A8A10
A12
A2
FS
HP
t
5K
IT
t
5K
CTET
t
50K
t
5K
OT
t
5K
AT
6.8K
CN11
A13
GND
GND
GND
GND
+12V
0~10V-OUT
PWM-IN
PWM-OUT

9
9
$ % & 1
1&%$
(0,
),
4
TO POWER SUPPLY
380-415V/3N~/50Hz
CN1
FM1
ZL10
5
1
GND
485A1
12V
N
L
485B1
Y/G
WHT
BLK
CN4
FM2
Y/G
YEL

4
Controller
YEL 485B-
BLK GND
RED 12V
WHT 485A+
CN13
L
N
1
3
24
5
6
7
8
03
S
T
S
S
5
6 7
T
T
6
7
5
5
N
L1N
R
S
T
SPD
L2L3
N
N
K2
P
Y/G
N
TO PUMP
<10A
T
YEL 485B-
BLK GND
RED 12V
WHT 485A+
WIFI
K2˖Relay of pump SUT˖Suction temperature AT˖Ambient temperature COMP˖Compressor CT˖Coil temperature FM˖Fan motor
IT˖Inlet water temperature
LP˖Low pressure protection OT˖Out let water temperature FS˖Flow switch HP˖High pressure protection
EEV˖Electronic expansion valve 4V˖4 way valve
ET˖Exhaust temperature PM˖Phase monitor SPD˖Surge protection device
P35TX/32P26TX/32
6.APPENDIX
6.1 Circuit diagram
33
CODE˖20181109-0005
K2
N
1
3
24
5
6
7
8
01
N
L
N
N
N
N
N
4V
1
3
24
5
6
7
8
02
N
L
Y/G
YEL
P
L
N
RED
BLU
$
*1'
9
%
3
:89
3
3(
$&1 $&/
/ /
&1
&1
&1
&1
&1
&1
3
3
/
1
8
9
:
$&,:0
COMP
8
9
:
U
W
V
RED
BLK
WHT
PTC
K2
N
N
N
1
3
24
5
6
7
8
03
L4
/
/
/
3
L
3
1
K1
L
N
N
K1˖Relay of compressor SUT˖Suction temperature AT˖Ambient temperature COMP˖Compressor CT˖Coil temperature FM˖Fan motor
IT˖Inlet water temperature LP˖Low pressure protection OT˖Outlet water temperature FS˖Flow switch HP˖High pressure protection EEV˖Electronic expansion valve 4V˖4 way valve ET˖Exhaust temperature PM˖Phase monitor
K2˖Relay of pump
P20X/32
K2
1
N
N
L
L
$&/RXW
$&1RXW
$&1LQ
$&/LQ
(0,

CN1
FM1
ZL10
1
GND
485A1
12V
N
L
485B1
Y/G
WHT
BLK
CN4
L
/
4V
4

RED
BLK
WHT
Pressure sensor
᧤SUT᧥
CN9
3
RLY1
OUT2
OUT3
AC-N1
OUT4
OUT5
CN2
PC1004
CN8
4
CN13
A1A3A5A7A9
A11
t
5K
SUT LP
Remote
ON/OFF
A4A6A8A10
A12
A2
FS
HP
t
5K
IT
t
5K
CTET
t
50K
t
5K
OT
t
5K
AT
6.8K
CN11
A13
GND
GND
GND
GND
+12V
0~10V-OUT
PWM-IN
PWM-OUT
9
9
L
/
K1
EEV
5
LN
1
2
4
N
L
N
220-240V~/50Hz
TO POWER
SUPPLY
TO PUMP
<10A
4
Controller
YEL 485B-
BLK GND
RED 12V
WHT 485A+
WiFi
BLK GND
YEL 485B-
WHT 485A+
RED 12V
HOHFWULFUHDFWRU
L
N
/
/
/
R
S
T
N
RED
BLK
WHT
BLU
RS
T
N
R
N
4V
1
3
24
5
6
7
8
02
N
N14
N
N
N
N
N
N
K2
4V
N
R
1
3
24
5
6
7
8
01
L3(C)
L2(B)
L1(A) 11
14 12
PM
N
N14
R
R
R
4

CODE˖20181109-0007
RED
BLK
WHT
Pressure sensor
᧤SUT᧥
Y/G
&203
8
9
:
8
9
:
K2


'ULYHUPRGXOHERDUG
DCN-IN
8 9:567
DCP-IN
DCN-OUT
DCP-OUT
B A
GND
12V
CN602
GND
CN605
5V
JP601
HOHFWULFUHDFWRU
5
6
7
RED
BLK
WHT
R
S
T
N
1
N
1

R
RST
P20TX/32
DC+
DC1+
DC-
DC1-
EEV
5
CN9
3
RLY1
OUT2
OUT3
AC-N1
OUT4
OUT5
CN2
PC1004
CN8
4
A1A3A5A7A9
A11
t
5K
SUT LP
Remote
ON/OFF
A4A6A8A10
A12
A2
FS
HP
t
5K
IT
t
5K
CTET
t
50K
t
5K
OT
t
5K
AT
6.8K
CN11
A13
GND
GND
GND
GND
+12V
0~10V-OUT
PWM-IN
PWM-OUT

9
9
$ % & 1
1&%$
(0,
),
4
TO POWER SUPPLY
380V/3N~/50Hz
CN1
FM1
ZL10
5
1
GND
485A1
12V
N
L
485B1
Y/G
WHT
BLK
CN4
YEL

4
Controller
YEL 485B-
BLK GND
RED 12V
WHT 485A+
CN13
L
N
1
3
24
5
6
7
8
03
S
T
S
S
5
6 7
T
T
6
7
5
5
N
L1N
R
S
T
SPD
L2L3
N
N
K2
P
Y/G
N
TO PUMP
<10A
T
WIFI
YEL 485B-
BLK GND
RED 12V
WHT 485A+
K
2˖Relay of pump
SUT˖Suction temperature AT˖Ambient temperature COMP˖Compressor CT˖Coil temperature
F
M˖Fan motor
IT˖Inlet water temperature
LP˖Low pressure protection
OT˖Outlet water temperature FS˖Flow switch HP˖High pressure protection
EEV˖Electronic expansion valve
4
V˖4 way valve
ET˖Exhaust temperature PM˖Phase monitor
SPD˖Surge protection
device