Hoval TopTronic E Solar TTE-SOL User manual

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CST instructions TopTronic®E
Solar TTE-SOL control module
Content
1. Controller generation TopTronic®E.............................................................................5
1.1. System overview....................................................................................................................5
2. Solar module TTE-SOL..................................................................................................6
2.1. Module expansion TTE-FE....................................................................................................6
2.2. Control module TTE-(R)BM...................................................................................................7
3. Technical data................................................................................................................8
4. Setting the address of modules (DIP switches) ..........................................................9
4.1. Setting the address of control modules.............................................................................10
4.2. Functional overview ............................................................................................................11
4.2.1. Solar module TTE-SOL...................................................................................................11
5. Overview of menu structure/function levels TTE-SOL .............................................12
6. Basic settings...............................................................................................................13
6.1. Access levels / code input ..................................................................................................13
6.2. Hydraulic applications.........................................................................................................13
6.3. Hydraulic options ................................................................................................................13
7. Overview of hydraulic applications TTE-SOL............................................................14
8. Overview of input/output allocation hydraulic applications TTE-WEZ....................25
8.1. Hydraulics input/output table .............................................................................................25
8.2. Options input/output table..................................................................................................27
9. Information (reference/actual values, operating states)...........................................28
10. Adapting function name..............................................................................................28
11. Function groups and control functions .....................................................................29
11.1. "General" function group ................................................................................................29
11.2. Parameter overview general information........................................................................30
11.3. Function name..................................................................................................................32
11.4. Parameter overview general function name...................................................................32
11.5. Configuration....................................................................................................................32
11.5.1. Commands.....................................................................................................................32
11.5.2. Reference value increase/decrease................................................................................33

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Reference value increase / reference value reduction function......................................................33
11.6. Parameter overview general configuration ....................................................................35
11.7. Solar charging strategy ...................................................................................................35
11.7.1. 0: to yield (parallel charging)...........................................................................................35
11.7.2. 1: to reference temperature.............................................................................................35
11.7.3. 3: automatic yield/reference............................................................................................35
11.8. Charging and discharging an additional storage tank (PEL/PBL)................................36
11.8.1. Discharge PEL:...............................................................................................................36
11.8.2. Charging PBL.................................................................................................................36
11.9. Menu: General –Parameters (strategy, unloading PEL, loading PBL).........................37
11.10. Thermostat function.........................................................................................................39
11.10.1. General thermostat menu............................................................................................39
11.11. Differential controller.......................................................................................................40
11.11.1. General differential control menu.................................................................................40
11.12. 0-10V/PWM........................................................................................................................42
11.12.1. Menu: General 0-10V/PWM ........................................................................................43
11.13. Charging with plate heat exchanger...............................................................................45
11.14. PWTz (central plate heat exchanger)..............................................................................45
11.14.1. Menu: General PWTZ (pump heat exchanger central) ................................................45
11.15. Collector bypass (option bypass)...................................................................................46
11.15.1. Menu: General –bypass (bypass option)....................................................................47
11.16. High temperature discharge (HTE option)......................................................................47
11.16.1. High-temperature discharge storage tank option.........................................................48
11.16.2. Menu: General –HTE (high temperature discharge option).........................................49
11.16.3. Menu: General –ERROR............................................................................................49
11.17. Circulation function (CIRCU option)...............................................................................50
11.17.1. Menu: General –CIRCU (circulation option) ...............................................................50
11.18. Legionella protection (LEGIO option).............................................................................51
11.18.1. Menu: General –LEGIO..............................................................................................52
11.19. Info values ........................................................................................................................53
11.19.1. Info values...................................................................................................................53
11.19.2. Menu general info values ............................................................................................55
11.20. Menu: General –Clock –Date.........................................................................................57
11.21. Faults ................................................................................................................................57
11.22. Menu: General –Faults....................................................................................................57
11.23. General –Relay test.........................................................................................................58
11.23.1. Menu: General –Relay test.........................................................................................58
11.24. General –Sensors............................................................................................................59

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11.24.1. Menu: General –Sensors ...........................................................................................59
11.25. General sensor balancing................................................................................................60
11.25.1. Menu general sensor balancing ..................................................................................60
11.25.1. TTE - sensor characteristics........................................................................................61
11.26. Bootloader........................................................................................................................62
11.27. Commissioning ................................................................................................................62
12. Function group collector 1 - 2.....................................................................................63
12.1. Overview of menu structure collector ............................................................................63
12.2. Solar charging..................................................................................................................64
12.3. Parameters and functional overview ..............................................................................65
12.3.1. Menu: Collector - Information..........................................................................................65
12.3.2. Menu: Collector - Function name –Configuration...........................................................66
12.4. Collector –limit temperatures.........................................................................................66
12.4.1. Collector minimum temperature (parameter 08-012).......................................................66
12.4.2. Collector maximum temperature(08-011).......................................................................67
12.4.3. Collector protection.........................................................................................................67
12.4.4. Collector protection function (08-005).............................................................................67
12.4.5. Active collector protection / night cooling storage tank (08-074)......................................68
12.4.6. Frost protection (08-013) ................................................................................................68
12.4.7. Overheating protection (08-005).....................................................................................69
12.4.8. Priority overheating protection ........................................................................................70
12.5. Collector starting aid .......................................................................................................71
12.5.1. Menu: Collector - Parameters - Collector protection, starting aid, … ...............................72
12.6. HMET/FLOW .....................................................................................................................74
12.6.1. Pump speed control in conjunction with collectors..........................................................74
12.6.2. Energy yield calculation (heat quantity recording)...........................................................74
12.6.3. Volume flow recording (heat quantity measurement) ......................................................75
12.6.4. Setting various flow rate sensors....................................................................................76
12.7. Collector return sensor....................................................................................................77
12.7.1. Menu: Collector - HMET/FLOW......................................................................................77
12.8. Collector flow sensor (TKV).............................................................................................78
12.8.1. Collector flow..................................................................................................................78
12.8.2. Menu: Collector –TKV....................................................................................................79
13. Function group solar storage tanks 1 - 4...................................................................80
13.1. Menu structure solar storage tanks................................................................................80
13.1.1. Menu: Solar storage tanks - Information .........................................................................81
13.1.2. Menu: Solar storage tank - Function name –Configuration ............................................81

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13.1.3. Menu: Solar storage tank - Parameters ..........................................................................82
13.1.4. WWL hot water charging option......................................................................................84
13.1.5. Menu: Solar storage tank - WWL (hot water charging option).........................................85
13.1.6. Discharging to existing hot water storage tank PPS option .............................................86
13.1.7. Menu: Solar storage tank - PPS (discharge option) ........................................................86
13.1.8. Plate heat exchanger decentralised PWTd option...........................................................87
13.1.9. Menu: Solar storage tank - PWTDZ (plate heat exchanger decentralised option) ...........87
13.1.10. Return flow increase option.........................................................................................88
13.1.11. Menu: Solar storage tank - RLA (return flow increase option)......................................89
13.1.12. ZONLA option zone charging......................................................................................90
13.1.13. Menu: Solar storage tanks –ZONLA option (zone charging).......................................92
13.2. Function groups "Week prog." / "Day prog." / "Special time prog." ............................92
14. Error message..............................................................................................................93

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1. Controller generation TopTronic®E
The TopTronic®E controller system is based on independent controller units (modules) that are connected together via the Hoval CAN bus. The individual modules can
be set using one or more control modules.
A maximum of 16 intelligent modules can be connected. Of these, max. 8 modules can be equipped as TTE H-Gen modules.
Max. two TTW-FE expansion modules can be connected to the intelligent modules. (Exception: max. 1 expansion module for TTE H-Gen module)
1.1. System overview

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10AT
TTE - HK/WW
TTE - SOL
TTE - PS
L PE N
Netz-in
N
VA1 / VA2
LL N L
VA3 SK-VA3
N PE L1
Netz-out
L
OP
VA3
2 1
VE1
2 1
VE2
2 1
VE3
/IMP
- +
VA10V
/PWM
- +
VE10V
+
T
F T
FVT
+HL
CAN
+HL
CAN GBR-CAN
OFF
ON
4 3 2
ADR.
1
ON
230V~
max. 4AT
2 1
VE1
2 1
VE2
2 1
VE3
/IMP
- +
VA10V
/PWM
- +
VE10V
TTE - FE
L PE N
Netz-in
N
VA1 / VA2
LL N L
VA3 SK-VA3
+
T
F T
FVT
N PE L1
Netz-out
GBGB
L
OP
VA3
230V~
max. 4AT
2. Solar module TTE-SOL
The solar module can be used in a group and also as a stand-alone unit. The hardware of the three modules
(HK/WW, SOL, PS) is identical. Each module is available as an individual article, however (different software and
further details).
2.1. Module expansion TTE-FE
Universal module for hardware expansion of inputs/outputs. Can be used for each control module.
Max. 2 module expansions are possible per control module. The connection to the particular control module is
made using a ribbon cable (unit bus GB) and mains connection plug set.

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Legend:
CAN System data bus
FVT-F Flow rate sensor (F = flow rate)
FVT-T Flow rate sensor (T = temperature)
Netz-In Mains input 230V~/13A slow-blow
Netz-Out Mains output 230V~ max. 4 A slow-blow
SK-VA3 Safety chain VA3 output
VA1,2,3 Variable output 1,2,3
VA10V/PWM Variable output 0-10V/PWM
VE1,2,3 (IMP) Variable input 1,2 (IMP = sensor or pulse)
VE10V 1 Variable input 0-10V
2.2. Control module TTE-(R)BM

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3. Technical data
Designation/type
TopTronic E
Solar module TopTronic E Module expansion
Abbreviation TTE-SOL TTE-FE
Power supplymax 230 VAC +6 - 10% 230 VAC +6 - 10%
Frequency 50 – 60 Hz 50 – 60 Hz
Max.power consumption incl.
bus supply,
module expansions
18.9 W 1.8 W
Max. power consumption 7.8 W 1.8 W
Fuse 10 Aslow-blow
None - protection
via controller module
Outputs (high-voltage)
Fullyelectronic relays 0 0
Electromechanical relays 3 3
Outputs (extra-low voltage)
Signal output PWMor 0-10V 1 1
Switching capacity
Electromechanical relays 2 (2) A 2 (2) A
Inputs (high-voltage)
Optocoupler input 1 1
Inputs (extra-low voltage)
Input 0-10V 1 1
Inputs sensors 2 2
Inputs flow rate sensor 1 1
Pulse input 1 (can be switched over to sensor) 1 (can be switched over to sensor)
Voltage measuring circuit 15 V, with protective isolation 2.9 kV
15 V, with protective isolation 2.9 kV
Expansion (module expansion)
max. number 2 -
Casing
Assembly Top hat rail mounting (35x15) Top hat rail mounting (35x15)
Dimensions W/H/D in mm
incl. plug 150x100x75 150x100x75
Ambient temperature 0 … 50 °C 0 … 50 °C
Storage temperature - 20 ... 60 °C - 20 ... 60 °C
Bus system (Hoval CAN bus)
Capacity
Max. 4 control modules /
3 control modules + 1 gateway
-
Bus supply Yes None
Bus line 4-wire bus -
Bus length Twisted, shielded, max. 100 m -
Line cross-section Min 0.5 mm² -
Other bus interfaces Internal unit bus (master) Internal unit bus (slave)
-
-
Miscellaneous
Spring reserve 10 years, batterybuffered -
Type of protection IP 20 IP 20
Protection class II – EN 60730 II – EN 60730
Plug types Rast5 (coloured, coded) Rast5 (coloured, coded)

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4. Setting the address of modules (DIP switches)
The addresses of the individual modules are set using the DIP switches on the circuit board. Each module must
have a different address. The addresses do not have to be set in consecutive sequence.
The factory settings for the modules were selected so that there is no need to change the address settings,
as long as no module occurs twice.
Addr. Factorysetting Addr. Factorysetting
4 3 2 1 4 3 2 1
Off 1
TTE-WEZ/
TTE-FW
Off 9 TTE-HK/WW
On On
4 3 2 1 4 3 2 1
Off 2Off 10
On On
4 3 2 1 4 3 2 1
Off 3Off 11
On On
4 3 2 1 4 3 2 1
Off 4Off 12 TTE-GLT
On On (0-10V)
4 3 2 1 4 3 2 1
Off 5Off 13 TTE-MWA
On On (M-Bus)
4 3 2 1 4 3 2 1
Off 6Off 14
On On
4 3 2 1 4 3 2 1
Off 7Off 15 TTE-PS
On On
4 3 2 1 4 3 2 1
Off 8Off 16 TTE-SOL
On On
DIP switch
DIP switch

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4.1. Setting the address of control modules
Setting example: Control module for the solar module
1: Call up commissioning wizard
2: Enter address no. of control module
3: Select and acknowledge controller module type
1
17
18
19
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
2
20
21
22
3
23
24
25
4
26
27
28
5
29
30
31
6
32
33
34
7
35
36
37
8
38
39
40
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
DIP: 1DIP: 2DIP: 3DIP: 4DIP: 5DIP: 6DIP: 7DIP: 8
TTE-WEZ
TTE-FW
TTE-HK/WW
TTE-GLT
TTE-MWA
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
9
41
42
43
10
44
45
46
11
47
48
49
12
50
51
52
13
53
54
55
14
56
57
58
15
59
60
61
16
62
63
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
BM
(w/o HC)
RBM
(HK1)
RBM
(HK2)
RBM
(HK3)
DIP: 9DIP: 10 DIP: 11 DIP: 12 DIP: 13 DIP: 14 DIP: 15 DIP: 16
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
TTE-WEZ
TTE-FW
TTE-GLT
TTE-MWA
TTE-HK/WW
TTE-PS
TTE-SOL
BM … Control module
RBM .. Room control module

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1 2
Speed
control
Yield
measure-
ment
1 2 3 4
TTE-SOL X X X X X X X X
+ 1-2 TTE-FE
Solar module
Collector fields
Consumer
For more complex systems 1)
4.2. Functional overview
4.2.1. Solar module TTE-SOL
1) In the TTE-SOL, relatively complex systems can be implemented using max. 1-2 additional TTE-FE
module expansions (see Hoval heating systems).
.

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5. Overview of menu structure/function levels TTE-SOL
In the main menu, the function levels are accessed using the "Service" button. The access depth depends on the previously entered code/user level. Menu structure TTE- SOL
General
(FunctionName)
General
(DefaultValue)
Function
(FunctionNumber 0)
General
(FunctionGroupName)
ERROR
HTrelief
Address (controller) Service
Resource
Function group
(FunctionGroup 0)
BYPASS
PR SEN
Information
Parameters
Operation
(DisplayGroup)
Configuration
Function
name Faults
Sensors
Relay test
Clock - date
CIRCU
LEGIO
1
2
3
4
7
9
10
11
12
13
14
17
18
19
0-10V/PWM
20
Bootloader
96
Sensor
balancing
Collector 1
(FunctionName)
Collector 1
(DefaultValue)
Configuration
Information
Function
(FunctionNumber 0) Operation (DisplayGroup)
Function
name
Collector
(FunctionGroupName)
Parameters
Solar storage tank 1
(FunctionName)
Solar storage tank 1
(DefaultValue)
Solar storage tank
(FunctionGroupName)
Function
(FunctionNumber 0)
Function
(FunctionNumber 1)
Function
(FunctionNumber 2)
Function
(FunctionNumber 3)
Function group
(FunctionGroup 22)Function group (FunctionGroup 23)
HMET/FLOW
TKV
Collector 2
(FunctionName)
Collector 2
(DefaultValue)
Function
(FunctionNumber 1)
Configuration
Information
Operation
(DisplayGroup)
Function
name
Parameters
PPS
Pump heat
ex. dc
RTI
HWCh
ZONCh
Solar storage tank 2
(FunctionName)
Solar storage tank 2
(DefaultValue)
Solar storage tank 3
(FunctionName)
Solar storage tank 3
(DefaultValue)
Solar storage tank 4
(FunctionName)
Solar storage tank 4
(DefaultValue)
1
2
3
4
5
6
7
8
1
2
3
4
5
6
10
Commis-
sioning
97
Commis-
sioning
97
Week prog.
(FunctionGroupName) Day prog. (FunctionGroupName)
Function group
(FunctionGroup 61)Function group (FunctionGroup 62)
Sp. time prog.
(FunctionGroupName)
Function group
(FunctionGroup 63)
Recharging
(FunctionName)
Recharging
(DefaultValue)
Function
(FunctionNumber 2)
RCG Prg
(FunctionName)
Function
(FunctionNumber 96)
Legionella
(FunctionName)
Legionella
(DefaultValue)
Function
(FunctionNumber 1)
LEG Prg
(FunctionName)
Function
(FunctionNumber 80)
Circulation
(FunctionName)
Circulation
(DefaultValue)
Function
(FunctionNumber 0)
CIRPrg
(FunctionName)
Function
(FunctionNumber 64)
RCG Prg
(FunctionName)
Function
(FunctionNumber 96)
LEG Prg
(FunctionName)
Function
(FunctionNumber 80)
CIRPrg
(FunctionName)
Function
(FunctionNumber 64)
Thermostat
5
Commis-
sioning
97
Info values
Differential
controller
6
Pump heat
ex. c
816
21

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6. Basic settings
6.1. Access levels / code input
The TopTronic® E control system provides different access levels. The codes are entered in the main menu –
"User Level" menu item.
Levels (code):
Operator code: No code
Technical operator code: ………….….
Specialist code: ………………………………
OEM code: ……………………………………….
6.2. Hydraulic applications
To facilitate setting and commissioning of the TopTronic® E control system, predefined hydraulic applications can
be selected in each module. Selecting the corresponding hydraulics sets very many parameters to the correct
value. At the same time, this defines the input/output allocations of the functions. If a hydraulic application is
adjusted, this means the parameters in the individual functions are reset to their factory setting at the same time.
Consequently, during commissioning of the control system, always set the hydraulic application first.
The hydraulic application is set in the menu: General –General –Configuration –Par. 4006
6.3. Hydraulic options
In addition to the hydraulic applications, there are additional options that can be activated depending on the
selected hydraulic application.
The settings for these options are described in the particular chapters at the point where the options are also
located in the menu structure.

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Dies ist ein
unerlaubter
Weg!
Gehen Sie
einen Schritt
zurück oder
löschen Sie
dieses Shape!
Sie haben die
Möglichkeit ein
neues Shape zu
nehmen!!!
hovhovalhoval
hovalhovalhova
lhovalhovalhov
alhovalhovalho
valhovalhovalh
ovalhovalhoval
hovalhovalhova
lhovalhovalhov
alhovalhovalho
valhovalhovalh
ovalhovalhoval
h
TK O 1
T 2
PS1
T1U
TTE-
SOL
Hydr. 1
PS1
PBL
PEL
T1U
T1O
T2U
T2O
TTE-
SOL TTE- FE
Hydr. 2 TK O 1
PS1
U12
T1 U T 2 U
TTE-
SOL
Hydr. 3 TK O1
PS1
T2U
TTE-
SOL TTE- FE
PBL
T1O
PEL
T3O
T3U T1U
U12
Hydr. 4 TK O1
PS1
PWTz
T W V z
U12
Hydr. 5
TTE-
SOL TTE- FE
T1 U T 2 U
TK O 1
PS1
PWTz
T2U
T W V z
PBL
T1O
PEL
T3O
T3U T1U
U12
TTE-
SOL TTE- FE TTE- FE
Hydr. 6 TK O 1
T2U
PSL2
PSL1
T1U
TTE-
SOL
Hydr. 7 TK O 1
7. Overview of hydraulic applications TTE-SOL
Hydraulic applications TTE-SOL:

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PSL2
PSL1
T2U
PBL
T1O
PEL
T3O
T3U T1U
Hydr. 8
TTE-
SOL TTE- FE
TK O 1
PS1
PSL2 PSL1
T2 U T 1U
TTE-
SOL TTE- FE
Hydr. 9
T W V z
TK O 1
PS1
PSL2 PSL1
PBL
PEL
T3O
T3U
T1O
T1U
T2U
T W V z
Hydr. 10
TTE-
SOL TTE- FE TTE- FE
TK O 1
PS1
T3U T1U T2U
U12
U23
Hydr. 11
TTE-
SOL TTE- FE
TK O 1
PS1
KSPF
KSPF
T3U T2U
U12
PBL
T1O
PEL
T4O
T4U T1U
U23
Hydr. 12
TTE-
SOL TTE- FE TTE- FE
TK O 1

4 213 321 V01 KDT RegelModul Solar EN.docx 16 / 95
TTE-
SOL TTE- FE
PS1
PWTz
Dies ist ein
unerlaubter
Weg!
Gehen Sie
einen Schritt
zurück oder
löschen Sie
dieses Shape!
Sie haben die
Möglichkeit ein
neues Shape zu
nehmen!!!
hovhovalhoval
hovalhovalhova
lhovalhovalhov
alhovalhovalho
valhovalhovalh
ovalhovalhoval
hovalhovalhova
lhovalhovalhov
alhovalhovalho
valhovalhovalh
ovalhovalhoval
h
T W V z
U12
U23
T1UT3UT2U
Hydr. 13 TK O 1
SP1
T3UT2U
T W V z
PBL
T1O
PEL
T4O
T4U T1U
U23
U12
PWTz
Hydr. 14
TTE-
SOL TTE- FE TTE- FE
TK O 1
PSL3 PSL2
T3 U T 2U
PSL1
T1 U
TTE-
SOL TTE- FE
Hydr. 15 TK O 1

4 213 321 V01 KDT RegelModul Solar EN.docx 17 / 95
PSL3 PSL2
T3U
PSL1
PBL
KSPF
PEL
T1O
T4O
T2U T4U T1U
TTE-
SOL TTE- FE TTE- FE
Hydr. 16 TK O 1
PSL3 PSL1
T1 U
PSL2
PS1
T W V z
T2 UT3 U
Hydr. 17
TTE-
SOL TTE-
FE
TK O 1
PSL3
T3U
PSL2
PS1
T W V z
Hydr. 18
T2U
TTE-
SOL TTE- FE TTE- FE
PSL1
PBL
T1O
PEL
T4O
T4U T1U
TK O 1

4 213 321 V01 KDT RegelModul Solar EN.docx 18 / 95
T1U
PS1
T4U T3U T2U U34
U23
U12
TTE-
SOL TTE- FE
Hydr. 19 TK O 1
SP
PS1
PWTz
T2U
U23
U34
U12
T W V z
T1U
T3U
T4U
TTE-
SOL TTE- FE
Hydr. 20 TK O 1
PSL3 PSL2
Dies ist ein
unerlaubter
Weg!
Gehen Sie
einen Schritt
zurück oder
löschen Sie
dieses Shape!
Sie haben die
Möglichkeit ein
neues Shape zu
nehmen!!!
hovhovalhoval
hovalhovalhova
lhovalhovalhov
alhovalhovalho
valhovalhovalh
ovalhovalhoval
hovalhovalhova
lhovalhovalhov
alhovalhovalho
valhovalhovalh
ovalhovalhoval
h
T3 U T 2U
PSL1
T1 U
PSL4
T4 U
TTE-
SOL TTE- FE
Hydr. 21 TK O 1

4 213 321 V01 KDT RegelModul Solar EN.docx 19 / 95
PS1PS2
T1 U
Hydr. 22
TTE-
SOL TK O 1TK O 2
PBL
T1O
PEL
T2O
T2U T1U
PS2 PS1
Hydr. 23
TTE-
SOL TTE-
FE TK O 1
TK O 2
T2 UT1 U
PS1PS2
U12
Hydr. 24
TTE-
SOL TTE-
FE TK O 1
TK O 2
T2U
PBL
T1O
PEL
T3O
T3U T1U
PS1PS2
U12
Hydr. 25
TTE-
SOL TTE-
FE TTE- FE TK O 1
TK O 2
T1UT2U
WT
PS1
PWTz
PS2
T W V z
Hydr. 26
TTE-
SOL TTE-
FE
U12
TK O 1T KO 2
PS1
PWTz
PS2
T W V z
PBL
T1O
PEL
T3O
T3U T1U
T2U
Hydr. 27
TTE-
SOL TTE-
FE TTE- FE
U12
TK O 1TK O2
PSL2 PSL1
T1UT2U
TTE-
SOL TTE-
FE
PS1PS2
T W V z
Hydr. 28
TK O 1
TK O 2

4 213 321 V01 KDT RegelModul Solar EN.docx 20 / 95
PSL2
T2U
TTE-
SOL TTE-
FE TTE- FE
PSL1
PBL
T1O
PEL
T3O
T3U T1U
Hydr. 29
PS1PS2
T W V z
TK O 1
TK O 2
T1UT3UT2U
PS1PS2
U23
U12
Hydr. 30
TTE-
FE
TTE-
SOL TK O 1
TK O 2
PS1PS2
T2U T3U
U12
U23
PBL
T1O
PEL
T4O
T4U T1U
Hydr. 31
TTE-
SOL TTE-
FE TTE- FE TK O 1
TK O 2