TOSHIBA
I 19
TOSHIBA
I 19
Storage location
Function code
no .
*HB= Hydrobox EEPROM
*RC= Remote Control
FC description
HB*
RC*
Range
Preset
Additional info
Hydrobox digital outputs
Output 1 options:
0 = Alarm output
1 = Compressor operating output
2 = Defrost operating output
3 = Boiler control output
4 = Safety or protection control running
5 = Backup heater ON
6 = Hot water tank heating ON
7 = Heating mode ON
8 = Cooling mode ON
9 = Hot water preparation mode ON
6CA
-
0~9
0
Output 2 options:
0 = Alarm output
1 = Compressor operating output
2 = Defrost operating output
3 = Boiler control output
4 = Safety or protection control running
5 = Backup heater ON
6 = Hot water tank heating ON
7 = Heating mode ON
8 = Cooling mode ON
9 = Hot water preparation mode ON
6CC
-
0~9
2
Output 3 options:
0 = Alarm output
1 = Compressor operating output
2 = Defrost operating output
3 = Boiler control output
4 = Safety or protection control running
5 = Backup heater ON
6 = Hot water tank heating ON
7 = Heating mode ON
8 = Cooling mode ON
9 = Hot water preparation mode ON
6CD
-
0~9
3
Output 4 options:
0 = Alarm output
1 = Compressor operating output
2 = Defrost operating output
3 = Boiler control output
4 = Safety or protection control running
5 = Backup heater ON
6 = Hot water tank heating ON
7 = Heating mode ON
8 = Cooling mode ON
9 = Hot water preparation mode ON
6CB
-
0~9
1
0-10 V interface
(optional)
ESTIA control type:
0 = Normal control
1 = Target temperature control (DN 681~DN 684)
2 = Direct capacity control - HTG/CLG mode
(AI1)
3 = Direct capacity control - hot water
(AI 2)
4 = Direct capacity control - HTG/CLG (AI 1)
& hot water (AI 2)
680
-
0~4
0
Hot water set temperature - selection of analog
input (AI)
0 = Analog input not used
1 = AI 1 2 = AI 2 3 = AI 3
681
-
0~3
0
Zone 1 set temperature (HTG) - selection of analog
input
0 = Analog input not used
1 = AI 1 2 = AI 2 3 = AI 3
682
-
0~3
0
Zone 2 set temperature (HTG) - selection of analog
input
0 = Analog input not used
1 = AI 1 2 = AI 2 3 = AI 3
683
-
0~3
0
Zone 1 set temperature (CLG) - selection of analog
input
0 = Analog input not used
1 = AI 1 2 = AI 2 3 = AI 3
684
-
0~3
0
Upper limit of hot water set temperature
685
-
40~80
65
Accuracy of hot water set temperature
689
-
1~5
5
Upper limit of Zone 1 set temperature (HTG)
686
-
20~55 (65)
55
Accuracy of Zone 1 set temperature (HTG)
68A
-
1~5
3
Upper limit of Zone 2 set temperature (HTG)
687
-
20~55 (65)
55
Accuracy of Zone 2 set temperature (HTG)
68B
-
1~5
3
Upper limit of Zone 1 set temperature (CLG)
688
-
7~29
20
Accuracy of Zone 1 set temperature (CLG)
68C
-
1~5
1
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 ...