18 I
TOSHIBA
18 I
TOSHIBA
Storage location
Function code
no .
*HB= Hydrobox EEPROM
*RC= Remote Control
FC description
HB*
RC*
Range
Preset
Additional info
Alarm sounds
Sound 0 = Off; 1 = ON
-
11
0~1
1
Defines whether an acoustic signal sounds in the
event of a fault
Control
Pump 1 + 2
0 = Pump 1 stops when heat pump has switched
off
in domestic hot water mode and E-element
in the tank has switched on and there is no
request for heating
1 = Pump 1 runs continuously
5A
-
0~1
0
Pump control during domestic hot water generation
Pump P2 operation in cooling mode:
0 = P2 continuous operation
1 = P2 stops in cooling mode
64
-
0~1
0
Synchronizes pump P1 with room thermostat:
0 = P1 continuous operation
1 = P1 synchronizes with room temperature
sensor. If a room temperature sensor or
external room thermostat is used. P1 is
stopped when HP is in Thermo OFF mode
65
-
0~1
0
If a room thermostat is present;
control based on room temperature
(only to be used for radiators, not for
underfloor heating)
Pump P1 operation: Upper outdoor temperature
limit in heating mode P1 stops > target value for
switch-off point
9E
-
10~30
20
Outdoor temperature from which the heat pump
switches off, if DN code 6D0 = 1
T0 diff. temperature when P1 stops
6E
-
1~5
2
In conjunction with 9E, hysteresis when pump 1
switches back on
0 = 100% 3 = 70%
1 = 90% 4 = 60%
2 = 80% 5 = 50%
A0
-
0~5
0
Pump 1 can be controlled in 6 different speed
stages
Pump P1 speed control method:
0 = Fixed speed control (with DN A0)
1 = Variable speed control
6A6
-
0~1
1
Speed correction pump P1 for pump control with
variable speed:
0 = 100% flow max.
1 = 90% flow max.
2 = 75% flow max.
3 = 50% flow max.
6A7
-
0~3
0
Speed control pump P2 (fixed speed):
0 = 100%
1 = 80%
2 = 70% flow max.
3 = 60%
6A1
-
0~3
0
P1 interval function, heating
0= Continuous operation
1= 20°C 3= 10°C 5= 0°C
2= 15°C 4= 5°C 6= -5°C
BA
-
0-6
0
Outdoor temperature from which ESTIA switches P1
to interval mode with the Thermo off status
P1 interval function, cooling
0= Continuous operation 2= 30°C
1= 35°C 3= 25°C
BB
-
0-3
0
Outdoor temperature from which ESTIA switches P1
to interval mode with the Thermo off status
Pump P2 display
42
-
0~1
0
0 = P2 is not shown on the display
1 = P2 is shown on the display
P1 off interval
0= 5 min. 2= 15 min. 4= 25 min.
1= 10 min. 3= 20 min. 5= 30 min.
BC
-
0-5
0
Defines the interval time for P1 when ESTIA has the
Thermo off status (pump downtime)
External On/Off
Input signal setting when using
I/P7 / 8 (ON21) as forced system STOP (and DN
B6 = 0)
0 = Contacts closed > high system stop.
System restart with remote control
1 = Contacts open > low system stop.
System restart with remote control
52
-
0~1
0
External On/Off via contacts I/P7/8
Function via pulse contact (button function)
Input signal setting when using
I/P5 / 6 (CN21):
0 = Contacts open > low system stop.
Contacts closed > high system restart
1 = Contacts closed > high system stop.
Contacts closed > high (2nd time -
pulse input) system restart
61
-
0~1
0
DN=B6="0"
FUNCTION CODES
Summary of Contents for ESTIA R32 HWT-1101F21MT6W-E
Page 1: ...APPENDIX R32 VERSION 1 0 Manual for ESTIA air to water heat pump ...
Page 3: ...8 11 14 16 h LI 1 Ph LI 1 Ph LI h LI 1 Ph LI 1 Ph LI 3 Ph 1 Ph 3 Ph 3 Ph h h 1 Ph 3 Ph 3 Ph ...
Page 8: ......
Page 26: ...26 I TOSHIBA 26 I TOSHIBA SCHEMA 1 0 ...
Page 27: ...TOSHIBA I 27 TOSHIBA I 27 SCHEMA 1 1 ...
Page 28: ...28 I TOSHIBA 28 I TOSHIBA SCHEMA 2 0 ...
Page 29: ...TOSHIBA I 29 TOSHIBA I 29 SCHEMA 2 1 ...
Page 30: ...30 I TOSHIBA 30 I TOSHIBA SCHEMA 3 0 ...
Page 31: ...TOSHIBA I 31 TOSHIBA I 31 SCHEMA 3 1 ...
Page 32: ...32 I TOSHIBA 32 I TOSHIBA SCHEMA 4 0 ...
Page 33: ...TOSHIBA I 33 TOSHIBA I 33 SCHEMA 4 1 ...
Page 34: ...34 I TOSHIBA 34 I TOSHIBA SCHEMA 5 0 ...
Page 35: ...TOSHIBA I 35 TOSHIBA I 35 SCHEMA 6 0 ...
Page 36: ...36 I TOSHIBA 36 I TOSHIBA SCHEMA 7 0 ...
Page 37: ...TOSHIBA I 37 TOSHIBA I 37 WIRING DIAGRAM 230 V ...
Page 38: ...38 I TOSHIBA 38 I TOSHIBA WIRING DIAGRAM 400V ...
Page 41: ...APPENDIX R32 VERSION 1 0 Manual for ESTIA air to water heat pump ...