Dimplex WPR 2007 Installation And Start-Up Instructions Manual
- Catégorie
- Thermostats
- Taper
- Installation And Start-Up Instructions Manual
Montage- und
Inbetriebnahmeanweisung
für den Installateur
DeutschEnglishFrançais
Notice de montage et
de mise en service
pour l‘installateur
Installation and
Start-up Instructions
for Technicians
Wärmepumpen-
Regler
für Wärmepumpen mit
vereinfachter Regelung
(WPC) zum Heizen und
Kühlen
WPR 2007
Heat Pump
Controller
for heat pumps with
simpli ed regulation
(HPC) for heating and
cooling
Régulateur de
pompe à chaleur
pour pompes à chaleur
à régulation simpli ée
(WPC) pour chau age et
rafraîchissement
Bestell-Nr. / Order no. / N
o
de commande : 452114.66.49 FD 8709
Einstellung der
S
prache
Bei Netzwiederkehr ist in der Displayanzeige die Auswahl
der Sprache möglich.
Dazu die Taste ENTER (↵) betätigen und
Gewünschte Sprache mit Pfeiltasten (⇑ und ⇓) einstellen
Gewählte Sprache mit Taste ENTER (↵) bestätigen
Mit Pfeiltaste (⇓) zur Betriebsanzeige
Setting the language
When the network is available again, the language can be
selected on the display. Proceed as follows:
Press the ENTER (↵) key and
Set the required language using the arrow keys (⇑ and ⇓)
Confi rm the selected language with the ENTER (↵) key
Press the arrow key (⇓) to go to the operation display
Réglage de la langue
Il est possible de choisir la langue désirée pour l’affi chage
à l’écran au retour du courant
Appuyez alors sur la touche ENTER (↵) et
choisissez la langue que vous désirez avec les touches
pourvues de fl èches (⇑ et ⇓)
Confi rmez la langue choisie avec la touche ENTER (↵)
Utilisez la touche (⇓) pour revenir à l’affi chage de
fonctionnement
Nastavení jazyka
Při návratu sítě je na zobrazení displeje možné si
vybrat jazyk.
Pro výběr stiskněte tlačítko ENTER (↵) a
Nastavte požadovaný jazyk šipkovými tlačítky (⇑ a ⇓)
Zvolený jazyk potvrďte tlačítkem ENTER (↵)
Šipkovým tlačítkem (⇓) k ukazateli provozu
Impostazione della lingua
Al ritorno della tensione di rete, è possibile selezionare
la lingua sul display.
A tale scopo, premere il tasto ENTER (↵) e
Selezionare la lingua desiderata utilizzando i tasti
freccia (⇑ e ⇓)
Confermare la lingua selezionata premendo il tasto
ENTER (↵)
Tornare alla visualizzazione di funzionamento con
il tasto freccia (⇓)
Instellen van de taal
Wanneer het net weer ter beschikking staat, kan in het
display de taal gekozen worden.
Druk hiervoor op de ENTER-toets (↵) en
Stel de gewenste talen via de pijltoetsen (⇑ en ⇓) in
Druk op de ENTER-toets (↵) om uw keuze te bevestigen
Met de pijltoets (⇓) komt u naar het weergavedisplay
Språkinställning
När nätet återkommer kan man välja språk på bildskärmen.
Tryck på tangenten ENTER (↵) och ställ in
önskat språk med piltangenterna (⇑ och ⇓).
Bekräfta valt språk med tangenten ENTER (↵).
Med piltangenten kommer man tillbaka till (⇓)
driftsindikeringen.
Nastavitev jezika
Pri ponovnem delu na omrežju je prek prikaza na zaslonu
mogoče izbrati jezik.
V ta namen pritisnite tipko ENTER (↵) in
nastavite s tipkama s puščico (⇑ in ⇓) željen jezik.
Izbran jezik nato s tipko ENTER (↵) potrdite.
S tipko s puščico (⇓) pridete k prikazu obratovalnega stanja.
Ustawienia języka
Po włączeniu urządzenia możliwe jest dokonanie wyboru
języka na wyświetlaczu.
W tym celu należy przycisnąć klawisz ENTER (↵) i
ustawić przy pomocy klawiszy ze strzałkami (⇑ i ⇓)
żądany język
potwierdzić wybrany język za pomocą klawisza ENTER (↵)
za pomocą klawisza ze strzałką (⇓) przejść do wskazań
roboczych
工作语言选择
当恢复供电时可在电子显示器上进行工作语言选择.
操作时请击回车键 ENTER (↵) 确认, 然后
按箭头键 (⇑ 和 ⇓) 选择想要的工作语言
再次击回车键 ENTER (↵) 以对选定的语言进行确认
按箭头键(⇓)进入工作显示
E-1
English
Table of contents
Table of contents
1 Important Information.....................................................................................................................................E-2
2 Heat Pump Controller.....................................................................................................................................E-2
2.1 Heat pump controller: scope of supply.......................................................................................................................................... E-2
3 Installation.......................................................................................................................................................E-2
3.1 Attaching the wall-mounted heat pump controller......................................................................................................................... E-2
3.2 Temperature sensor (heating controller N16)............................................................................................................................... E-3
3.2.1 Mounting the external temperature sensor........................................................................................................................... E-3
3.2.2 Mounting of the sensor for the mixed heating circuit............................................................................................................ E-3
4 Electrical Connection of the Heat Pump Controller to the Heat Pump......................................................E-4
5 Preconfiguring the Heat Pump Heating System ..........................................................................................E-6
5.1 Menu............................................................................................................................................................................................. E-6
6 Configuring the Heat Pump Heating System ...............................................................................................E-7
6.1 Settings......................................................................................................................................................................................... E-7
6.2 Outputs........................................................................................................................................................................................ E-11
6.3 Inputs .......................................................................................................................................................................................... E-11
7 Energy-efficient Operation...........................................................................................................................E-12
7.1 Setting a heating curve on the basis of the external temperature............................................................................................... E-12
7.1.1 Setting examples................................................................................................................................................................ E-13
7.1.2 Heating curve optimization ................................................................................................................................................. E-14
7.2 Regulation via room temperature................................................................................................................................................ E-14
7.3 Fixed-setpoint regulation / setting a horizontal heating characteristic curve............................................................................... E-14
8 Domestic Hot Water Preparation.................................................................................................................E-15
8.1 Basic heating using the heat pump............................................................................................................................................. E-15
8.1.1 Attainable hot water temperatures...................................................................................................................................... E-15
8.2 Thermal disinfection.................................................................................................................................................................... E-15
9 Program Description ....................................................................................................................................E-15
9.1 Utility block / heat pump operation block..................................................................................................................................... E-15
10 Heat Pump Controller for Cooling...............................................................................................................E-15
10.1 Cooling program description....................................................................................................................................................... E-15
10.1.1 Cooling operating mode...................................................................................................................................................... E-15
10.1.2 Activation of cooling functions ............................................................................................................................................ E-16
10.1.3 Silent and dynamic cooling................................................................................................................................................. E-16
10.2 Regulation of the room temperature ........................................................................................................................................... E-16
11 Special accessories......................................................................................................................................E-16
11.1 Room climate control station....................................................................................................................................................... E-16
Anhang / Appendix / Annexes .............................................................................................................................A-I
E-2
English
1
1 Important Information
During start-up, observe the respective national safety
regulations and the applicable VDE safety regulations,
particularly VDE 0100 as well as the technical connection
requirements of the utility companies and network
operators!
The heat pump controller should only be operated in dry
rooms with temperatures ranging between 0 °C and 35 °C.
Ensure that no condensation forms on the device.
All sensor connecting leads with a conductor cross-section
of 0.75 mm can be extended to a maximum of 30 m. Sensor
leads should not be installed next to power cables.
To ensure that the antifreeze function of the heat pump
works properly, the heat pump controller must remain
connected to the power supply and the flow must be
maintained through the heat pump at all times.
The switching contacts of the output relays are interference-
suppressed. Therefore, depending on the internal
resistance of the measuring instrument, a voltage can also
be measured when the contacts are open. However, this will
be much lower than the supply voltage.
The terminals J1 to J8, and the plug connectors X2 (GND, 0
V) are connected to extra-low voltage. If the supply voltage
is connected to these terminals because of a wiring error,
the heat pump controller will be destroyed.
2 Heat Pump Controller
The heat pump controller can optionally be used for operation of
air or brine-to-water heat pumps. We plan to supplement the
basic functions of the simplified heat pump control (HPC) with
additional regulation functions (e.g. mixer regulation). It can be
used for heating and domestic hot water preparation, or for
heating and cooling. It is delivered as a wall-mounted controller
and regulates the heating system (radiators and circulation
pump).
2.1 Heat pump controller: scope of supply
The heat pump controller can be integrated in two different types
of systems.
Wall-mounted heat pump controller
for a heat pump heating system
Wall-mounted heat pump controller
for a heat pump system for heating and cooling (Chap. 10 on
p. 15).
The scope of supply of the wall-mounted heat pump controller
includes:
Heat pump controller with casing
3 dowels (6 mm) with screws for wall mounting
External temperature sensor
Operating instructions for users
Installation and start-up instructions for technicians
3 Installation
3.1 Attaching the wall-mounted heat pump controller
The controller is attached to the wall with the 3 screws and
dowels (6 mm) included in the scope of supply. The following
mounting procedure should be used to avoid soiling or damaging
the controller:
Mount the dowels for the upper fastening eye at operator
level.
Screw the screw into the dowel so that the controller can be
hung up.
Hang the controller on the upper fastening eye.
Mark the position of the side fastening eyes.
Remove the controller.
Mount the dowels for the side fastening eyes.
Re-hang the controller and tighten the screws.
Fig. 3.1: Dimensions of the wall-mounted heat pump controller (heating)
E-3
English
Installation 3.2
3.2 Temperature sensor (heating controller N16)
All temperature sensors to be connected to the heat pump
controller have the sensor characteristic curve illustrated in Fig.
3.3 on p. 3. The only exception is the external temperature
sensor included in the scope of supply of the heat pump (see
Chap. 3.2.1 on p. 3) It matches the NTC2 sensor characteristic
curve.
Depending on the connection type, the following additional
temperature sensors must be installed:
External temperature sensor (Chap. 3.2.1 on p. 3)
Regulation sensor for flow temperature (mixer circuit)
Hot water temperature sensor
Room climate control system for temperature and humidity
measurement
Fig. 3.2: Heat pump controller (HPC) with integrated display
Fig. 3.3: Sensor characteristic curve NTC-10 for connecting to the heat
pump controller (HPC)
3.2.1 Mounting the external temperature sensor
The temperature sensor must be mounted so that all weather
conditions are taken into consideration and the measured value
is not falsified.
Installation:
On the external wall of a heated room used as living space,
if possible on the north or north-west side of the building
Not in a “sheltered position” (e.g. in a wall recess or under a
balcony)
Not in the vicinity of windows, doors, exhaust air vents,
external lighting or heat pumps
Not to be exposed to direct sunlight at any time of year
Sensor lead: Max. length 15 m; min. core cross section
0.75 mm²; outer diameter of the cable 4-8 mm.
Fig. 3.4: External temperature sensor in a casing for housing for surface
mounting
3.2.2 Mounting of the sensor for the mixed heating circuit
Mounting of the sensor for the mixed heating circuit is only
required if a second heating circuit is operated with a mixer, or if
the “silent cooling” cooling function is used.
The regulating sensor can be installed as pipe-mounted sensor.
Remove paint, rust and scale from heating pipe.
Coat cleaned surface with heat transfer compound (apply
sparingly).
Attach sensor with hose clip (tighten firmly as loose sensors
can cause malfunctions) and thermally insulate.
Fig. 3.5: Mounting a pipe-mounted sensor
Fig. 3.6: Dimensions of the control temperature sensor in plastic casing
Temperature [°C]
-20 -15 -10 -5 0 5 10 15 20 25
Standard NTC-2 in kΩ
14.62 11.8 8.94 7.07 5.63 4.52 3.65 2.92 2.43 2.00
Standard NTC-10 in kΩ
67.74 53.39 42.29 33.89 27.28 22.05 17.96 14.86 12.09 10.00
7HPSHUDWXUHLQ
>
&@
5HVLVWDQFHYDOXHLQ
>N2KP@
+RVHFOLS
6HQVRUIRU
FRQWUROWHPSHUDWXUH
7KHUPDOLQVXODWLRQ
E-4
English
4
4 Electrical Connection of the Heat Pump Controller to the Heat
Pump
1) The supply cable for the output section of the heat pump
must be routed as specified in the heat pump installation
instructions.
2) The three-core supply cable for the heat pump controller
(N16) is routed to its intended mounting location. The supply
cable (L/N/PE~230 V, 50 Hz) for the heat pump controller
must have a constant voltage. For this reason, it should be
tapped upstream from the utility blocking contactor or be
connected to the household current, because otherwise
important protection functions could be lost during a utility
block.
3) The utility blocking contactor with main contacts and an
auxiliary contact should be dimensioned according to the
heat pump output and must be supplied on site. The NC
contact of the utility blocking contactor is looped from
terminal strip X2/0V to the connector terminal J4/ID3.
CAUTION! Extra-low voltage! The A1 wire jumper must be
inserted if a blocking contactor is not available.
4) Possible connection variants:
Operation: Heating / domestic hot water preparation
with hot water sensor:
The contactor (K8) for the flange heater (E9) in the hot
water cylinder should be dimensioned according to the
radiator output and must be supplied on site.
It is controlled by the HPC via the X1/N and J9/NO2
terminals.
For domestic hot water preparation with sensor, the hot
water sensor (R3) is installed in the hot water cylinder and
connected to the terminals X2/GND and J2/B2. The bridge
A8 must be inserted between N15/N06 and X2/1.
For systems with a second heating circuit, the sensor for
the mixed heating circuit (R5) is mounted in the flow. The
sensor is connected to the terminals X2/GND and J2/B4.
Operation: Heating/cooling:
If the cooling function (spec. silent cooling) is required,
output J9/N02 must be connected to terminal N12-X2/6
(heating pump with HPC).
The sensor for mixed heating circuit (R5) must be
mounted in the flow. The sensor is connected to the
terminals X2/GND and J2/B4.
From the room climate control station (N3), the room
humidity sensor (required for silent cooling) is connected to
the HPC via the terminals N3-OutH
and J2/B2.
Furthermore, a connection between terminals N3-NTC and
J2/B3 must be established from the room climate control
station (N3) for room temperature evaluation.
5) The contactors mentioned above in points 3 and 4 are
installed in the distribution cabinet. The mains cables for the
flange heater must be dimensioned and protected
accordingly.
6) The external temperature sensor (R1) is connected to the
terminals X2/GND and J2/B1.
7) The three-way reversing valve for DHW preparation (Y5) is
connected to the terminal K24/21
8) The heat circulating pumps (M14/M15) are connected
between the terminals J11/NO5 and X1/N. They are used,
for example, with two heating circuits or with a mixed heating
circuit.
9) The mixer (M21) is connected to X1/N. The mixer is
controlled by the HPC. For this purpose, the mixer for Mixer
Open must be connected to terminal J9/N03 and for Mixer
Closed to terminal J10/N04
10) For the signal exchange between HPC (N16) and HPC
(N12), the following connections must also be established:
X2/2 to N12-X2/Lout (supply voltage for digital outputs on
HPC)
J9/N01 to N12-X2/1 (request to heat pump with HPC)
X2/GND to N12-X2/8 (input potential for signal exchange)
N15/Y1' to N12-X2/9 (return flow temperature setpoint value
for heat pump with HPC)
11) If the thermostat (B3) is used for domestic hot water
preparation, bridge A8 may not be inserted. The thermostat
is connected to terminal X2/1.
12) Optionally, an additional dew-point monitor (N5) can be
provided by the customer. If it is to be evaluated, its NC
contact is connected to the terminals J4/ID2 and X2/0V of
the heat pump controller (HPC). Bridge A2 must then be
removed. CAUTION! Extra-low voltage!
NOTE
If three-phase pumps are implemented, a power contactor can be
controlled via the 230 V output signal of the heat pump controller.
Sensor cables can be extended to up to 30 m with 2 x 0.75 mm cables.
Fig. 4.1: Wall-mounted heat pump controller
K24 Relay, request for hot water
N16 Heat pump controller
T1 Transformer
X1 230 V AC terminal strip
X2 24 V AC terminal strip
E-5
English
Electrical Connection of the Heat Pump Controller to the Heat Pump 4
Legends for Fig. 4.2 on p. 5
A1 The utility bridge (J4/ID3-EVS to X2/0 V) must be inserted
if no utility blocking contactor is fitted
(contact open = utility block).
A2 SPR bridge (J4/ID2-SPR to X2/0 V) must be inserted for
dynamic cooling, dew point monitor for static
cooling (input open = HP off).
A8 Bridge, request for hot water
B3* Hot water thermostat
E9* Flange heater
F1 Control fuse
J1 Supply voltage for controller
J2 Analogue inputs:
B1 External temperature
B2 Hot water temperature / room humidity sensor
B3 Room temperature sensor
B4 Sensor for mixed heating circuit
J3 Analogue outputs
J4 Digital inputs:
ID1 Hot water request
ID2 External disable contact
ID3 Utility block
J5-8 Not used
J9-11Outputs:
NO1 HP request
NO2 Cooling/flange heater
NO3 Mixer open
NO4 Mixer closed
NO5 Heat circulating for heating circuits 1 and 2
K8* Contactor for flange heater
K24 Relay for hot water request
M14* Heat circulating pump (HC 1)
M15* Heat circulating pump (HC 2)
M21* Main circuit mixer
N3* Room climate control station
N5* Dew point monitor
N12 Heat pump control (HPC)
N15 PCB analogue outputs:
Y1’ Set value for heat pump control
Y2’ free
NO6 Hot water request
N16 Heat pump controller (HPC)
R1* External temperature sensor
R3* Hot water temperature sensor
R5* Sensor for mixed heating circuit
R17* Room temperature sensor
T1 Transformer
X1 Terminal strip for power supply L/N/PE-230 V AC / 50 Hz
X2 Terminal strip for internal wiring
Y5* Three-way reversing valve for DHW preparation
* Components to be supplied from external sources
–––– Wired ready for use
- - - - To be connected on site if required
Heat pump
Heat Pump Controller
Room climate control station
Fig. 4.2: Circuit diagram of the wall-mounted heat pump controller
E-6
English
5
5 Preconfiguring the Heat Pump Heating System
The preconfiguration informs the controller about which
components are connected to the heat pump heating system.
Preconfiguration must be carried out before the system-specific
settings in order to show or hide menu items (dynamic menus).
The following table shows not only the menu structure and
explanations in the right-hand column, but also the
corresponding setting ranges. Values in bold print indicate the
factory settings.
The factory settings in the “Preconfiguration” menu correspond
to the integration diagram for a mono energy heat pump
(normally an air-to-water heat pump) with 1 compressor and a
heating circuit, without DHW heating using the heat pump.
5.1 Menu
You can access the preconfiguration menu by:
Simultaneously pressing (approx. 5 seconds) the button
combination (ESC) and (MENU).
Exit the preconfiguration via the (ESC) button.
Abbreviations:
The following presettings must be carried out:
HP Heat pump
AW HP Air-to-water heat pump
BW HP Brine-to-water heat pump
WW HP Water-to-water heat pump
Preconfiguration of all system components for
dynamic menu structuring
Setting range Display
Has the system got a heating circuit 2 with a
controllable mixer?
No
Yes
Always
Is active cooling implemented in the system? No
Yes
Always
Is DHW heating carried out by the heat pump? No
Yes
Always
Is a sensor or thermostat used to regulate DHW
heating?
Sensor
Thermostat
Domestic hot water
preparation
Is a flange heater used in the hot water cylinder
for thermal disinfection?
No
Yes
Domestic hot water
preparation sensor
E-7
English
Configuring the Heat Pump Heating System 6.1
6 Configuring the Heat Pump Heating System
The menus for “Outputs”, “Inputs” and “Special functions” as well
as the extended setting menu can be set at the configuration
level. The extended menu level for technicians is called by
simultaneously pressing the button combination (MENUE) and
(ENTER ↵) (for approx. 5 seconds)
Select the desired menu item with the arrow buttons and confirm
with the ENTER button (↵).
6.1 Settings
Depending on the system configuration, the full “Settings” menu
contains the following inquiries:
System-specific parameters
Setting range Display
Menu for setting the time. International 24 h
display
Always
Level for setting operating modes Always
Selects the operating mode
It is also possible to make changes directly
using the modus button.
Cooling
Summer
Auto
Party
Vacation
HG 2
Always
Duration of party mode in hours
After the set period has elapsed, the system
returns automatically back to automatic
operation again.
0
... 4 ...
72
Always
Duration of vacation mode in days
After the set period has elapsed, the system
returns automatically to automatic operation
again.
0
... 15 ...
150
Always
Settings for heating circuit 1 Always
The following heating regulation options are
available for heating circuit 1:
* Return temperature regulation based on the
external temperature and the set heating curve
* Return temperature regulation via a fixed-
setpoint (horizontal heating characteristic
curve)
* Return temperature regulation based on the
room temperature in a reference room
External
temperature
Fixed-setpoint
Room temperature
Always
The heating curve end point should be set
according to the design of the heating system.
This should be done by entering the maximum
return temperature, which is the product of the
maximum calculated flow temperature minus
the temperature difference in the heating
system (spread).
20 °C
... 30 °C ...
70 °C
External temperature
Sets the desired return set temperature when
fixed-setpoint regulation is selected
15 °C
... 40 °C ...
60 °C
Fixed-setpoint
Sets the desired room set temperature when
room temperature regulation is selected
15 °C
... 20 °C ...
30 °C
Room regulation
Sets the minimum return temperature when
room temperature regulation is selected
15 °C
... 20 °C ...
30 °C
Always
E-8
English
6.1
Different maximum temperatures are
permissible for panel and radiator heating
systems. The upper limit of the return set
temperature can be set between 25 °C and 70
°C.
25 °C
... 50 °C ...
70 °C
Always
The return set temperature hysteresis forms
the neutral zone for operation of the heat pump.
If the temperature “Return set temperature plus
hysteresis” is reached, the heat pump switches
itself off. If the temperature “Return set
temperature minus hysteresis” is reached, the
heat pump switches itself on.
0.5 K
... 2 K ...
5 K
Always
Settings to lower the heating characteristic
curve of heating circuit 1
Always
Sets the time during which the temperature in
heating circuit 1 is to be lowered
00:00
...
23:59
Always
Sets the temperature value by which the
heating characteristic curve of heating circuit 1
is to be lowered when the temperature is
lowered
0K
...
19 K
Always
For each day of the week, it is possible to select
whether Time1, Time2, no time or both times
are to be active when the temperature is
lowered. Operations to lower the temperature
that exceed a weekday are activated or
deactivated at the end of each day accordingly.
N
T1
T2
Y
Always
Settings to raise the heating characteristic
curve of heating circuit 1
Always
Sets the time during which the temperature in
heating circuit 1 is to be raised.
00:00
...
23:59
Always
Sets the temperature value by which the
heating characteristic curve of heating circuit 1
is to be raised.
0K
...
19 K
Always
For each day of the week, it is possible to select
whether Time1, Time2, no time or both times
are to be active when the temperature is raised.
Operations to raise the temperature that
exceed a week day are activated or deactivated
at the end of each day accordingly.
N
T1
T2
Y
Always
Settings for heating circuit 2 Heating circuit 2
The following heating regulation options are
available for heating circuit 2:
* Return temperature regulation based on the
external temperature and the set heating curve
* Return temperature regulation via a fixed-
setpoint (horizontal heating characteristic
curve)
External
temperature
Fixed-setpoint
Heating circuit 2
The sensor for heating circuit 2 must always be
installed in the flow. The sensor for mixer
control is used for this.
Flow Always
The heating curve end point should be set
according to the design of the heating system.
For this purpose, the maximum flow
temperature must be entered.
20 °C
... 30 °C ...
70 °C
Heating circuit 2
External temperature
System-specific parameters
Setting range Display
E-9
English
Configuring the Heat Pump Heating System 6.1
Sets the desired return set temperature when
fixed-setpoint regulation is selected
15 °C
... 40 °C ...
70 °C
Heating circuit 2
Fixed-setpoint
Parallel shift of the set heating curve for heating
circuit 2. By pressing the arrow buttons once,
the heating curve is shifted by 1 °C upwards
(hotter) or downwards (colder).
Indicator bar Heating circuit 2
Different maximum temperatures are
permissible for panel and radiator heating
systems. The upper limit of the set temperature
can be set to between 25 °C and 70 °C.
25 °C
... 50 °C ...
70 °C
Heating circuit 2
The return set temperature hysteresis forms
the neutral zone for operation of the heat pump.
0.5 K
... 2 K ...
5 K
Heating circuit 2
The runtime between the OPEN and CLOSED
end positions varies according to the mixer
used. The mixer runtime should be adjusted to
ensure optimal temperature regulation.
0.5 K
... 2 K ...
5 K
Heating circuit 2
Settings to lower the heating characteristic
curve of heating circuit 2
Heating circuit 2
Sets the time during which the temperature in
heating circuit 2 is to be lowered.
00:00
...
23:59
Heating circuit 2
Sets the temperature value by which the
heating characteristic curve of heating circuit 2
is to be lowered when the temperature is
lowered
0K
...
19 K
Heating circuit 2
For each day of the week, it is possible to select
whether Time1, Time2, no time or both times
are to be active when the temperature is
lowered. Operations to lower the temperature
that exceed a weekday are activated or
deactivated at the end of each day accordingly.
N
T1
T2
Y
Heating circuit 2
Settings to raise the heating characteristic
curve of heating circuit 2
Heating circuit 2
Sets the time during which the temperature in
heating circuit 2 is to be raised.
00:00
...
23:59
Heating circuit 2
Sets the temperature value by which the
heating characteristic curve of heating circuit 2
is to be raised.
0K
...
19 K
Heating circuit 2
For each day of the week, it is possible to select
whether Time1, Time2, no time or both times
are to be active when the temperature is raised.
Operations to raise the temperature that
exceed a week day are activated or deactivated
at the end of each day accordingly.
N
T1
T2
Y
Heating circuit 2
Settings for cooling operation Cooling function
Does the system have dynamic cooling (fixed
return set temperature)?
No
Yes
Cooling function
Sets the desired return set temperature when
dynamic cooling is selected
10 °C
... 15 °C...
30 °C
Cooling function
Dyn. cooling
Two different shut-off times are set during
which dynamic cooling is blocked
00:00
...
23:59
Cooling function
Dyn. cooling
System-specific parameters
Setting range Display
E-10
English
6.1
For each day of the week, it is possible to select
whether Time1, Time2, no time or both times
are to be active for a dynamic cooling block.
N
T1
T2
Y
Cooling function
Dyn. cooling
Has the system got silent (dew point-controlled)
cooling?
Yes
No
Cooling function
Sets the room set temperature for silent cooling
The actual value is measured by room climate
control station 1
15 °C
... 20 °C...
30 °C
Cooling function
Silent cooling
Rise in the minimum flow temperature
calculated from the measured values from the
room climate control station during silent
cooling. A raised value reduces the risk that
condensate will form.
1.5 K
... 2.0 K ...
5.0 K
Cooling function
Silent cooling
Setting of the external temperature below
which the cooling operation is terminated in the
case of reversible HPs.
-10.0 °C
... 15.0 °C ...
35.0 °C
Cooling function
Sets DHW preparation Domestic hot water
Sensor
The hysteresis of the hot water set temperature
forms the neutral zone below which a request
for domestic hot water will be issued.
2 K
...
15 K
Domestic hot water
Sensor
Sets the desired hot water temperature 30 °C
... 45 °C ...
85 °C
Domestic hot water
Sensor
Sets the time programs for hot water blocks Domestic hot water
Sensor
Sets the times in which DHW preparation is
blocked
00:00
...
23:59
Domestic hot water
Sensor
For each day of the week, it is possible to select
whether Time1, Time2, no time or both times
are to be active when the temperature is
lowered. Operations to lower the temperature
that exceed a weekday are activated or
deactivated at the end of each day accordingly.
N
T1
T2
Y
Domestic hot water
Sensor
Thermal disinfection is executed via the flange
heater at the set start time. The heating period
is terminated automatically when the set
temperature is reached or after 4 hours at the
latest.
Domestic hot water
Sensor
Flange heater
System-specific parameters
Setting range Display
E-11
English
Configuring the Heat Pump Heating System 6.3
6.2 Outputs
Depending on the system configuration, the “Outputs” menu
displays the “OFF or ON” status display for the following outputs:
6.3 Inputs
Depending on the system configuration, the “Inputs” menu
shows the “Open or Closed” status display for the following
digital inputs:
Sets the start time for the thermal disinfection 00:00
...
23:59
Domestic hot water
Sensor
Flange heater
Sets the desired hot water temperature which is
to be reached during thermal disinfection
60 °C
... 65 °C...
85 °C
Domestic hot water
Sensor
Flange heater
For each day of the week, it is possible to select
whether thermal disinfection is desired at the
set start time.
N
Y
Domestic hot water
Sensor
Flange heater
Sets the date, year, day, month and week day Always
The language for menu navigation can be
selected from the available languages
DEUTSCH
ENGLISH
FRANCAIS
ITALIANO
CESKY
Always
System-specific parameters
Setting range Display
Display
Always
Cooling function
Hot water / sensor / flange heater
Heating circuit 2 or silent cooling
Heating circuit 2 or silent cooling
Heating circuit 2 or silent cooling
Hot water / sensor / flange heater
Display
Always
Always
Always
Always
Always
Always
E-12
English
7
7 Energy-efficient Operation
If heating operation is carried out on the basis of the external
temperature, the heating controller calculates a return set
temperature from the set heating characteristic curve and the
current external temperature.
The heating curve should be set to the maximum calculated
return temperature of the heating system. By using the buttons
Hotter (⇑) and Colder (⇓), the heating curve can be shifted
upwards or downwards in parallel, according to customer
requirements, to attain the desired room temperatures.
Regulation via return temperature
Regulating a heat pump heating system via the return
temperature offers the following advantages:
1) Long runtimes for the heat pump, with all of the circulated
heating volume heated according to need.
2) Measuring of disturbance variables in the heating system
(e.g. passive solar gain).
3) A reduction in the temperature spread at a constant return
temperature results in lower flow temperatures and thus in
more efficient operation.
4) The heating curve should be set as high as necessary but as
low as possible!
7.1 Setting a heating curve on the basis of the external temperature
The heating curve must be adjusted (separately for heating
circuits 1 and 2) to suit the respective building and local
conditions so that the desired room temperature is also attained
when the external temperatures vary. If the external temperature
rises, the return set temperature is lowered, thus ensuring
energy-efficient operation of the heating system.
Make selections in the menu “Settings – Heating circuit 1/2 –
Control by – External temperature”. The desired heating curve
can be set in the following menu item “Heating curve – End
point”.
1) In the menu “Settings - Heating curve end point”, enter the
maximum required return temperature at an external
temperature of -20 °C. The aim is to attain an average
constant room temperature even if the external
temperatures vary.
2) All heating characteristic curves intersect at an external
temperature of +20 °C and a return temperature of +20 °C.
This means that at this operating point no more heat output
is required. The indicator bar (Hotter ⇑ and Colder buttons⇓)
can be used to shift the operating point between 5 °C and
30 °C along the axis marked by a slope. This shifts the entire
heating curve upwards or downwards in parallel, by a
consistent amount of 1 K per indicator bar unit. The user can
make this setting according to his/her individual temperature
requirements.
3) Each heating curve is limited in an upward direction by the
value set in “Settings – Heating circuit 1/2 – Heating curve
maximum”. In the downward direction, each heating curve is
limited by the value 15 °C (air HP) or 18 °C (brine or water
HP).
Fig. 7.1: Setting options for the heating curve
([WHUQDOWHPSHUDWXUHLQ&
5HWXUQVHW
WHPSHUDWXUH
LQ&
+HDWLQJFXUYH
HJUDGLDWRUV
+HDWLQJFXUYH
HJIORRU
+HDWLQJFXUYHVKLIWHGLQ
SDUDOOHOKRWWHUZLWK+HDWLQJ
FXUYH0D[LPXP&
+HDWLQJFXUYHVKLIWHG
LQSDUDOOHOFROGHU
+RWWHU
&ROGHU
E-13
English
Energy-efficient Operation 7.1
7.1.1 Setting examples
A heat distribution system (e.g. underfloor heating) is
dimensioned for a maximum flow temperature at a particular
standard external temperature. This is dependent on the location
of the heat pump and, in Germany, lies between -12 and -18 °C.
The max. return temperature that is set on the heating controller
must be entered for an external temperature of -20 °C. This is
done by entering the maximum return temperature for the given
standard external temperature in Fig. 7.2 on p. 13. The setting at
-20 °C can be read using the curves.
NOTE
Step 1:
Adjust the heating curve to suit the respective building and local
conditions by setting the gradient (heating curve end point).
Step 2:
Set the desired temperature level via a parallel shift of the heating curve
upwards or downwards (indicator bar).
Fig. 7.2: Heating curves to calculate the max. return set temperature
Underfloor heating
35 °C/28 °C
Radiators
55 °C/45 °C
Standard external air temperature in °C
-12 -14 -16 -12 -14 -16
Required flow temperature
(at standard design temperature)
35 °C 35 °C 35 °C 55 °C 55 °C 55 °C
Temperature spread flow/return-flow
7°C 7°C 7°C 10°C 10°C 10°C
Required return temperature
(at standard design temperature)
28 °C 28 °C 28 °C 45 °C 45 °C 45 °C
Setting for end point
of heating curve
30 °C 29 °C 29 °C 48 °C 47 °C 46 °C
Example 1 Example 2
+HDWLQJFXUYHV
([WHUQDOWHPSHUDWXUHLQ&
5HWXUQVHW
WHPSHUDWXUH
LQ&
([
+HDWLQJFXUYH
HQGSRLQW&
([
1RUPDOGHVLJQ
WHPSHUDWXUH&
([
5HWXUQIORZDW
QRUPDOH[WHUQDO
WHPS&
([
1RUPDOGHVLJQ
WHPSHUDWXUH&
([
+HDWLQJFXUYH
HQGSRLQW&
([
5HWXUQIORZDW
QRUPDOH[WHUQDO
WHPS&
E-14
English
7.2
7.1.2 Heating curve optimization
There are two setting options for optimizing the heating curve:
Changing the gradient by means of a higher or lower
“Heating curve end point”
Raising or lowering the entire heating curve by means of the
buttons Hotter (⇑) and Colder (⇓)
7.2 Regulation via room temperature
For well-insulated houses, open-plan designs or when heating
large individual rooms, the return set temperature can be
calculated using the room temperature in a reference room.
Make selections in the menu “Settings – Heating circuit 1 –
Control by – Room temperature”.
Automatic controller action
The greater the deviation between the room temperature and the
room set temperature, the faster the return set temperature is
adjusted.
NOTE
The response time can be changed by means of the adjustable interval
value (I value) if required. The longer the response time, the slower the
room set temperature is adjusted.
NOTE
The entered room set temperature cannot be changed by pressing the
buttons Hotter (⇑) and Colder (⇓).
Prerequisites:
For systems with silent cooling, the room climate control
station is used for room temperature measurement. For all
other systems, an additional room sensor (R17) must be
connected to the N16-B3 analogue input.
Deactivation of individual room control, if installed, in the
reference room.
Entry of a minimum return set temperature to prevent the
building from cooling down if there is internal heat recovery
in the reference room.
Entry of a maximum return set temperature to prevent the
building from overheating if the windows are open
Constant room set temperature with the elimination of as
many raising and lowering operations as possible
NOTE
Activating the room temperature regulation or changing the room set
temperature can initially result in the room temperature being exceeded.
7.3 Fixed-setpoint regulation / setting a horizontal heating characteristic
curve
In special cases (e.g. heating a buffer tank to a constant
temperature), it is possible to set a characteristic curve which is
independent of the external temperature. Make selections in the
menu “Settings – Heating circuit 1/2 – Control by – Fixed-
setpoint”. The desired return set temperature can be set in the
following menu item “Fixed-setpoint Control – Return set
temp.”.
NOTE
The entered fixed-setpoint cannot be changed by pressing the buttons
Hotter (⇑) and Colder (⇓).
If
External temperature
below -7 °C -7 to +7 °C above +7 °C
Too cold
Raise “Heating curve end point” value
by 2°C to 3°C
Raise Hotter (⇑)/ Colder (⇓) by
1°C to 2°C
Raise Hotter (⇑)/ Colder (⇓) by
1 °C to 2 °C and lower value "Heating
curve end point" by 2 °C to 3 °C
Too hot
Lower “Heating curve end point”
value by 2°C to 3°C
Lower Hotter (⇑)/ Colder (⇓) by
1°C to 2°C
Lower Hotter (⇑)/ Colder (⇓) by
1 °C to 2 °C and raise "Heating curve
end point" value by 2 °C to 3 °C
E-15
English
Domestic Hot Water Preparation 10.1
8 Domestic Hot Water Preparation
Hot water cylinders with a sufficient heat exchanger area should
be used for DHW preparation. These must be capable of
permanently transferring the maximum heat output of the heat
pump.
Regulation is carried out using a sensor installed in the hot water
cylinder. The sensor is connected to the heat pump controller.
The temperatures attainable in heat-pump-only operation are
below the maximum flow temperature of the heat pump.
Regulation can also be carried out using a thermostat.
8.1 Basic heating using the heat pump
A request for domestic hot water is recognised if the current
hot water temperature < (is lower than)
Set temperature – (minus) Hot water hysteresis.
A request for domestic hot water ends if
Hot water temperature > (is higher than) set temperature
If the set temperature is not reached within one hours, the hot
water request is blocked and heating operation is enabled again.
Heating operation is then interrupted again after one hour by a
hot water request.
Tab. 8.1: Settings for basic heating of domestic hot water (user settings carried out in compliance with the operator’s manual)
8.1.1 Attainable hot water temperatures
The maximum hot water temperature that can be attained with
heat-pump-only operation is dependent on:
The heat output of the heat pump
The heat exchanger surface area installed in the cylinder
and
The volume flow in relation to the pressure drop and the
capacity of the circulating pump.
8.2 Thermal disinfection
A start time must be specified for the thermal disinfection. By
starting the thermal disinfection, the system will immediately
attempt to reach the set temperature by means of the flange
heater. Thermal disinfection is ended once the set temperature is
reached. To enable the thermal disinfection settings menu, the
flange heater must be set to “Yes” in the preconfiguration.
NOTE
If the set temperature is not reached within 4 hours, the thermal
disinfection is terminated. The set start time can be activated or
deactivated separately for each day of the week.
9 Program Description
9.1 Utility block / heat pump operation block
Temporary disconnection of the heat pump may be required by
utility companies (Energie-Versorgungs-Unternehmen (EVU)) as
a condition for a favourable electricity tariff. During a utility block,
the voltage on terminal N16-J4/ID3 is interrupted.
In the case of systems without a utility block, the enclosed bridge
must be inserted at the relevant terminal connections.
NOTE
If an additional dew-point monitor (N5) is installed, the heat pump request
is reset in cooling mode when the dew-point monitor is activated.
10 Heat Pump Controller for Cooling
10.1 Cooling program description
10.1.1 Cooling operating mode
The cooling functions are manually activated as operating mode
6. There is no automatic switching between heating and cooling
operation.
Switching-off the cooling.
The following limits are provided as safeguards:
The flow temperature falls below a value of 7 °C
The dew point is reached with silent cooling only
Menu Submenu Set value
Preconfiguration Domestic hot water preparation Yes
E-16
English
10.2
10.1.2 Activation of cooling functions
Special regulatory functions are performed when cooling
operation is activated.
The cooling functions can fail to activate due to the following
reasons:
The external air temperature lies below the limit temperature
set under "Settings - Cooling" (risk of frost)
Neither silent nor dynamic cooling was selected with “Yes” in
the settings
In all these cases, the cooling operating mode will remain active.
However, the regulation system responds as in the summer
operating mode.
10.1.3 Silent and dynamic cooling
Different system configurations can be implemented according to
each integration diagram:
Dynamic cooling (e.g. fan convectors)
Regulation according to a fixed setpoint. Adjust the return
set temperature in the Settings menu item.
Silent cooling (e.g. underfloor cooling, wall-panel cooling or
cooled ceilings)
Regulation according to the room temperature. Regulation is
based upon the temperature in the room where the room
climate control station 1 is connected according to the circuit
diagram. Set the desired room temperature in the Settings
menu item.
Combination of dynamic and silent cooling
Regulation is carried out separately in two separate control
circuits.
The dynamic circuit is regulated according to a fixed setpoint
(as described for dynamic cooling).
Silent cooling is regulated on the basis of the room
temperature (as described for silent cooling) by controlling
the mixer for heating circuit 2 (silent heating and cooling
circuit).
Make selections in the menu item “Settings – Cooling”.
10.2 Regulation of the room temperature
Heating systems are normally equipped with an automatic
mechanism for separately regulating the room temperature in
each room.
The room thermostats measure the current temperature in
heating operation. If the current temperature undershoots the set
temperature, the thermostats activate the regulating device (e.g.
actuator).
In cooling operation, the room thermostats must be either
deactivated or replaced with units that are suitable for both
heating and cooling.
The room thermostat responds inversely when in cooling
operation. If the set temperature exceeds the current
temperature, the regulating device is activated.
11 Special accessories
11.1 Room climate control station
When cooling with panel heating/cooling systems, regulation is
carried out according to the room temperature and humidity
measured by the room climate control station.
This is done by setting the desired room temperature on the heat
pump controller. The minimum possible cooling water
temperature is calculated from the room temperature and
humidity measured in the reference room. The control response
of the cooling system is influenced by the current measured room
temperature and the set room set temperature.
Fig. 11.1: Room climate control station
A-I
Anhang · Appendix · Annexes
Anhang / Appendix / Annexes
Anhang / Appendix / Annexes
1 Technische Geräteinformationen / Technical Device Information / Informations techniques sur les
appareils ..........................................................................................................................................................A-II
2 Hydraulische Einbindung / Hydraulic Integration / Intégration hydraulique.............................................A-II
2.1 Einbindungsschemen Heizen / Integration Diagrams for Heating / Schéma d’intégration chauffage.......................................... A-III
2.2 Einbindungsschemen Heizen/Kühlen / Integration Diagrams for Heating and Cooling / Schéma d’intégration chauffage/refroidisse-
ment..............................................................................................................................................................................................A-V
2.3 Legende / Legend / Légende.......................................................................................................................................................A-IX
3 Stromlaufpläne / Circuit Diagrams / Schémas électriques ........................................................................A-X
3.1 Wärmepumpenmanager Heizen / Heat pump manager for heating / Gestionnaire de pompe à chaleur chauffage ....................A-X
3.2 Legende zum Stromlaufplan Wärmepumpenregler Heizen/Kühlen / Legend for the heat pump heating/cooling controller circuit
diagram / Légende du schéma électrique du régulateur de pompe à chaleur chauffage/rafraîchissement...............................A-XIII
4 Diagnose Störungen - Alarm / Troubleshooting - Alarm / Diagnostic défauts - alarmes.....................A-XIV
A-II
Anhang · Appendix · Annexes
1
1 Technische Geräteinformationen / Technical Device
Information / Informations techniques sur les appareils
2 Hydraulische Einbindung / Hydraulic Integration / Intégration
hydraulique
Netzspannung Supply voltage Tension secteur
230 V AC 50 Hz
Spannungsbereich Voltage range Plage de tension
195 bis/to/à 253 V AC
Leistungsaufnahme Power consumption Puissance absorbée
etwa/approx./env. 50 VA
Schutzart nach EN 60529
Degree of protection according
to EN 60529
Degré de protection selon EN 60529
IP 20
Schaltvermögen der Ausgänge Switching capacity of outputs Pouvoir de coupure des sorties
max. 2 A (2 A) cos (ϕ) = 0,4 bei/
at/à 230 V
Betriebstemperatur Operating temperature Température de fonctionnement
0 °C bis/to/à +35 °C
Lagerungstemperatur Storage temperature Température d’entreposage
-15 °C bis/to/à +60 °C
Gewicht Weight Poids
4100 g
Wirkungsweise Function Mode de fonctionnement
Type 1
Zusätzliche Eigenschaften Additional characteristics Caractéristiques supplémentaires
Type 1.C
Verschmutzungsgrad Degree of soiling Degré d’encrassement
2
Wärme-/Feuerbeständigkeit Heat/fire resistance Résistance à la chaleur et au feu
Category D
Temperatur für Kugeldruckprüfung Temperature for ball pressure test
Température pour l’essai de dureté à
la bille
125 °C
Die Anforderungen an die hydraulische
Einbindung einer Wärmepumpen
Heizungsanlage sind den
Projektierungsunterlagen zu
entnehmen. Im Folgenden sind in den
Einbindungsschemen Luft/Wasser-
Wärmepumpen dargestellt. Die
Einbindungsschemen gelten auch für
Sole/Wasser-Wärmepumpen.
The requirements for the hydraulic
integration of a heat pump heating
system can be found in the planning
documentation. Air-to-water heat pumps
are shown in the integration diagrams
below. The integration diagrams also
apply to brine-to-water heat pumps.
Pour les exigences en matière
d’intégration hydraulique, se référer à la
documentation d’études. Les pompes à
chaleur représentées dans dans les
schémas d’intégration suivants sont du
type air/eau. Ces schémas d’intégration
sont également valables pour des
pompes à chaleur eau glycolée/eau.
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
La page charge ...
-
1
-
2
-
3
-
4
-
5
-
6
-
7
-
8
-
9
-
10
-
11
-
12
-
13
-
14
-
15
-
16
-
17
-
18
-
19
-
20
-
21
-
22
-
23
-
24
-
25
-
26
-
27
-
28
-
29
-
30
-
31
-
32
-
33
Dimplex WPR 2007 Installation And Start-Up Instructions Manual
- Catégorie
- Thermostats
- Taper
- Installation And Start-Up Instructions Manual
dans d''autres langues
- English: Dimplex WPR 2007
Documents connexes
-
Dimplex WPR 2007 Mode d'emploi
-
Dimplex WPM 2007 plus Installation And Start-Up Instructions Manual
-
-
-
-
-
Autres documents
-
LK Armatur SmartComfort LK 130 Manuel utilisateur
-
ACV HeatMaster C, TC Technical Manual
-
Bradford White BMGH1600 Manuel utilisateur
-
-
Rommelsbacher W250 Le manuel du propriétaire
-
-
-
-
MESCOLI LK100 Manuel utilisateur
