Users manual
TERRA-HGL-Heatpump
Expenditure Sept 2005
TERRA-HGL_ Bedienung_Sept05-engl.cdr
Expenditure Sept 2005
TERRA-HGL_
Bedienung_Sept05-engl.cdr
heatpump
Content
1. General information Page 1
2. General operation
3. The display in the main menu 3
5. Desired room temperature setting Version 5
6. Desired room temperature setting Version2 6
8. Room influence setting 8
9. Set the operation mode of the heat circuits 9
10. Heat program setting 10
11 Mode of bufferloading 11
12. Settings bufferloading 12
13. Settings power blocking times 13
14. Heatpump connection 14
15. Automatic heatpump connection 15
16. Loading buffer once 16
17. ActivateBath-Summer mode 17
18. Activate presence operation 18
19. Activate emergency operation 19
20. Cooling 20
21 Cement floor heating program 21
23. Display all temperatures 23
24 Display operating hours and switch impulses 24
25. Display relais status 25
26. Display installation details 26
27. Error display 27
28. Glossary 28
7
2
4. 4
1
7. Characteristic curve setting
22. Timeanddatesetting 22
Set Tap water temperature
Changes in technology and Design reserve!
IDM-Energiesysteme GmbH,A-9971Matreii.O.
TERRA-HGL_Bedienung_Sept05-engl.cdr
Page 1
1. general information
Cleaning:
If required, the Terra heat pump can be cleaned with
a damp cloth.Theuse of cleansers is not recommended.
Correct EC guidelines
Correct harmonized EN
Correct national norms/guidelines
Important safety reference
EC machine guideline (89/392/EEC)
EC low voltage guideline (73/23/EEC)
EC-EMV guideline (89/366/EEC)
EN378
EN60529
EN292/T1/T2
EN294
EN349
EN60335 1/2-40
EN55014
EN55104
ÖNORM M7755 2 (Austria)
:
The heat pump is filled with refrigerant. This
Cryogen is non-poisonous and not combustible.
In case of damage however, refrigerant is could flow
out of the plant, and could cause superseding of
oxygen.
Due to open fire, toxic disintegration products can ari-
se
By leaving refrigerant (smell)leave the installation site
immediately leaving and close the door.
Contact the customer service.
Works at and in the equipment are permitted only for
authorized experts
Reference to disturbances and error messages see
Page 20.
With the acquisition of this plant you have decided
yourself for a modern and economic heating system
Regular quality controls and improvements,
as well as functional tests in the factory, guarantees
a technically faultless device.
Read these documents attentively.
You will contain important notes and for the sure and
economical operation of the plant.
Installation and maintenance can involve dangers by
high Plant pressures, high temperatures and voltage-carrying Parts and being and must be doneby experts.
Heat pumps may only be installed by competent experts and put intooperation only by a company which
is trained by IDM energy systems GmbH
For work on the heat pump all safety data in the corresponding documents, the sticker at theheat pump itself and all the other safety regulations have to been
observed.
By transport, never incline the thermal pump more
then 15°.
The transportation packing should be removed just after the thermal pump is positioned at the place of installation.
Terra heat pumps are very quiet in operation due to
their construction.
Nevertheless it is important that the heating room
should be positioned outside of sensitive to noise
living quarter and should be provided with a well closing door closing.
The heat pump isn't setup for the increased need of
heat for drying subfloor or carcass.
This must be done by equipment specially designed
for this task.
Tip for security:
Transport:
Sound emission:
Drying of subfloor orcarcass:
Service and maintenance:
Aregularmaintenanceaswellasacheckand
Care of all important plant parts guarantees at last a
safe and thrifty operation of the plant.
We recommend a contract for maintenance.
2. General Operation
Description of Turnkey and funktion keys
Turnkey D 1 sets:
m
m
m
m
m
Change of room temperature inHeat circuitAand/or Boutofthemainmenu
“Home”-key (press) out of all other menus
Choose a menue point through turning and pressing (= Cursor funktion).
Change and save Data through turning and pressing
Display the Cursor through pressing.
Loading the standard program
“Help”-key: Nearley every Menue has a Help. To leave the Help press key D1.
Announcements status report from the main menue, if the cursor isnotvisible(seepage27).
reserved for the maintainance (fundamental settings), pin secured.
Display Submenue of Temperatures, Running time, Switch impulses, Running mode, emergancy run, Bath Summer
mode and Machine Data.
Turnkey D 2 sets:
Funktion key F 1:
Funktion key F 2:
Funktion key F 3:
Funktion key F 4:
Funktion key F 5:
Funktion key F 6:
Terms, which are , are more near described on page 28!underlined
Chimney cleaning Function, also Fast heating Function
Immediate storage charging. The storage will be charged at any time without changing the Charging time program.
Page 2
IDM-Mainmenue 30/07/02 11:02
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
next
outdtemp:
19
°C
20,7°C
21,2°C
Buffertemp.: 52°C
D1
D2
F1
F2
F3
F4
F5
F6
Note: In principle all attitudes on the regulation can be accomplished through
turn and press of the right turn-key D2 to.
IDM-Mainmenue 30/07/02 11:02
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
next
outdtemp:
19
°C
20,7°C
21,2°C
Buffertemp.: 52°C
C
ontact extern closed
clock
3. The Display in the Main menu
Page 3
for each heat circuit. If no space temperature
sensor is attached or no space influence
defined, 0,0°C is indicated here..
Announcement of the current heat pump status (in/out),
the heat pump stage ([1] and ev. [2]), and of the
.
“Tab” is shown if buffer is loading for domestic water
Indicate to the buffer temperature (feeler 6), if an
appropriate feeler is attached.
Error messages appear in the grey deposited field in the
display. Closer description see page 24.
If a heating circle runs in the cooling-mode, appears
here "cool"
Heatpump temperature
Sunshade is displayed in Summer-mode
Shows the actual outside temperature
Shows the Day and Time
Shows the heating circuit operation mode:
Heating Circuit Operation with Nominaltemp.
Heating Circuit Operation with temperature saving
Pump in operation
Heat Circuit Operation in Heating program
21,7°C Shows the measured room temperaturewith
attached ambient temperature feeler
Announcement "contact externally closed", if this
contact is used and is closed. With open telephone
contact the field is empty. To use of the contact see
description of function.
Note: Iftheregulationisnotservedlongerthan1minute in a submenu , the announcement jumps again
in the main menue (excluded with announcement of
the temperatures)
Explanation of the indicationsymbols:
TurnkeyD1pressconfirmsinputs
Turnkey D1 turn around the cursor
to place and/or to change
attitudes
Applies also to TurnkeyD2!
D1
D1
4. Set Tap water temperature
Page 4
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Submenu 1- Page 1
Bufferloading: loading program
Settings bufferloading
back next
General settings
Set power blocking times
cooling
D1
D2
Submenu 1 - Page 2
back
Settings domesticwater
Cement floor-heating program
D1
D2
Expert-Level: domestic water
back
desired domestic water temp.: 47°C
times for loading buffer
should be set!
D2
D2
D2
1.
2.
D2
D2
6.
7.
8.
9.
next
desired domestic water temp.
D2
47°C
D2
D2
back
D2
D2
D2
3.
4.
next
D2
D2
5.
Settings domesticwater
Note: Consider during attitude of the desired water
temperature that also the memory load time should be
accordingly changed.
Page 5
5. Desired room temperature (Nominaltemperatur) desire - Version 1
D1
D2
roomtemperature desired
for Heat circ B:
22°C
20°C
for Heat circ A:
1.
2.
3.
for Heat circ A:
D1
D1
D1
21°C
4.
5.
for Heat circ B:
D1
D1
D1
19°C
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
roomtemperature desired
for Heat circ B:
22°C
20°C
for Heat circ A:
The temperature “Night” sets the night and out of
Heating periods temperature (“always low level”)
Note: If you set the night temperature on 8°C, the
heating circuit will be switched off during the night.
Except for “Non freeze function”.
D1
D2
Heat.circ. A
flow temp. desired: 35°C, - act: 35°C
back
Caract. curve: 10
room temp. day: 22°C, night: 16°C
influence room: off quota: 100%
Seite 6
D1
D2
Heat.circ. A
settings heating program
non freezing: on
function: heating program
constant at: 35°C
back next
D2
D2
D2
D2
1.
2.
D2
D2
3.
4.
5.
6.
7.
8.
9.
D2
D2
D2
D2
Heat circA/B:
next
room temp. day
20°C
night
D2
D2
D2
D2
8°C
D2
D2
back
6. Desired room temperature (Nominaltemperatur) desire - Version 2
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
7. Room influence setting
Under “Quota” you can set how strong the control
should react onto the room temperature:
- Influence small (<100%) small influence of room
temperature onto the heating
- Influence big (>100%) big influence of room
temperature onto the heating
If the room sensor is inside a room with an extra heat
source, (e.g. stove) you should set a
small quota. The room temperature of that room effects
all the other rooms connected to the heat circuit
Note: The room influence can only be switched on
if it’s switched on in the service menu
Page 7
D2
D2
D2
D2
1.
2.
D2
D2
3.
4.
5.
6.
7.
8.
9.
D2
D2
D2
D2
Heat circA/B:
next
influence room
on
quota
D2
D2
D2
D2
98%
D2
D2
back
D1
D2
Heat.circ. A
settings heating program
non freezing: on
function: heating program
constant at: 35°C
back next
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Heat.circ. A
flow temp. desired: 35°C, - act: 35°C
back
Caract. curve: 10
room temp. day: 22°C, night: 16°C
influence room: off quota: 100%
8. Characteristic Curve Settings
In accompanying diagram the characteristic is
represented. The connection of the outside
temperature with the necessary flow temperature is
specified by the characteristic.
Note: For the correct attitude of the characteristic the
interpretation of the heating must admit or must
requested by the Installateur if necessary!
D2
D2
D2
1.
2.
D2
D2
3.
4.
5.
6.
7.
D2
D2
D2
Heat circ.A/B:
next
caract curve
8
D2
D2
D2
D2
back
20 10 0 -10 -20°C
20
40
60
80°C
2
5
8
11
14
17
202325
Vorlauftemperatur
Außentemperatur
Steilheit der Kennlinie
Note: If the appropriate heating circle is defined in the
Service menue as floor or wall heating circle, can be
adjusted with characteristic maximally 10!
Page 8
D1
D2
Heat.circ. A
settings heating program
non freezing: on
function: heating program
constant at: 35°C
back next
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Heat.circ. A
flow temp. desired: 35°C, - act: 35°C
back
Caract. curve: 10
room temp. day: 22°C, night: 16°C
influence room: off quota: 100%
flow temperature
Outside temperature
Curve Steepness
Page 9
9. Set the operation mode of the Heating Circuits
D2
D2
D2
1.
2.
D2
3.
4.
5.
Heat circA/B:
function
D2
D2
function
always high level
D2
D2
D2
back
Heating program:
- Always high level:
- Always low level:
- Constant temp:
- Off:
- cooling:
The Heating for Heat circuit A operate by the set Heat
timing
The Radiators for Heat circuitAoperate alwayswith
nominal Temperature without a drop.
The Radiators for Heat circuit A always operate with
saving temperature.
The heating keeps a constant temperature that is set
in the next line. Summer-Winter switching and the
heating times have no effect
Heat circuit A is switched off. Except for Antifreeze
function.
The heating circuit A runs in cooling operation. The
temperature must be set for heat circuit A. The
Mainmenu shows cooling and the pump for heat
circuitA.
Note: In the case of use of the external contact the
mode of operation of the heating circles, depending
upon attitude in the specialist level, can depend on the
switching status of the external contact, sees in addition
the description of function.
D1
D2
Heat.circ. A
settings heating program
non freezing: on
function: heating program
constant at: 35°C
back next
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
10. Heat program setting
D1
D2
programm for heating circuit A
settings for monday
settings for tuesday unequal next
periode 1 : 06:00 till 22:00 o clock
periode 2 : 00:00 till 00:00 o clock
periode 3 : 00:00 till 00:00 o clock
D2
D2
D2
D2
1.
2.
D2
D2
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
D2
D2
D2
D2
Heat circA/B:
periode 1:
05:00 till 22:00
06:30 till 22:00
06:30 till 20:00
settiings for tuesday
D2
D2
unequal
...
D2
D2
settings heat program
D2
D2
next
...
D1
To copy the Heat Time from Monday to Tuesday:
The cursor position is onto “unequal”
As soon the Heat timesarecopied to Tuesdayitsays
“unequal” again
The Heat time copying from Tuesday to Wednesday
and from Wednesday toThursday, etc. isdone in the
same way like from Monday to Tuesday.
Page 10
D2
D2
D2
D1
D2
Heat.circ. A
settings heating program
non freezing: on
function: heating program
constant at: 35°C
back next
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
Page 11
11. Mode of bufferloading
D2
D2
D2
1.
2.
D2
D2
3.
4.
5.
6.
next
bufferloading
D2
loading program
D2
Bufferloading Settings
loading program:
always on:
In the case of use of the external contact the mode
of operation of the heating circles, depending upon
attitude in the specialist level, can depend on the
switching status of the external contact, sees in addition
the description of function.
The warm water storage is charged after the set
loading times.
The buffertank will always beloaded assoonthe
buffer temperature is below the setTemperature.
- always off:
The buffertank is not been heated to provide warm
water.
Note:
D2
D2
back
D2
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Submenu 1- Page 1
Bufferloading: loading program
Settings bufferloading
back next
General settings
Set power blocking times
cooling
12. Heat program setting
D1
D2
periodes for bufferloading
periodes for monday
periodes for tuesday unequal next
periode 1: 06:00 till 22:00 o clock
periode 2: 00:00 till 00:00 o clock
periode 3: 00:00 till 00:00 o clock
D2
D2
D2
1.
2.
D2
D2
3.
4.
5.
Weiter
Settings bufferloading
D2
D2
D2
D2
periode 1:
periodes for tuesday
D2
D2
unequal
...
D2
D2
next
...
D1
Page 12
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
D2
D2
D2
05:00 bis 22:00
06:30 bis 22:00
06:30 bis 20:00
D2
D2
D2
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Submenu 1- Page 1
Bufferloading: loading program
Settings bufferloading
back next
General settings
Set power blocking times
cooling
To copy the bufferloading time from Monday to
Tuesday:
The cursor position is onto “unequal”
As soon the bufferloading times are copied to
Tuesdayitsays“unequal”again
The bufferloading time copying from Tuesday to
Wednesday and from Wednesday to Thursday,
etc.is done in the same way like from Monday to
Tuesday.
Page 13
13. Setting power blocking times
D2
D2
D2
1.
2.
D2
D2
3.
4.
5.
next
Set power blocking times
D2
D2
6.
7.
8.
9.
10.
11.
12.
D2
D2
periode 1:
D2
...
D2
back
Note: The set periodes are valid for every day and
can not set indvidually.
During this periodes the heat pump and the pumps
won´t operate.
D2
D2
D2
05:00 bis 22:00
06:30 bis 22:00
06:30 bis 20:00
D2
D2
D2
D1
D2
set power blocking periodes
back
periode 1: 06:00 till 22:00 o clock
periode 2: 00:00 till 00:00 o clock
periode 3: 00:00 till 00:00 o clock
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Submenu 1- Page 1
Bufferloading: loading program
Settings bufferloading
back next
General settings
Set power blocking times
cooling
Page 14
14. Heatpump connection
D1
D2
General Settings
Summer-Winter-change:
autom. Switch on heat p.: yes 30 min
21°
Date / Time: 31 / 07 / 00 - 11:02 o clock
Heatpump: on
Runtime circulation pump: 3 Minutes
back
D2
D2
D2
1.
2.
D2
D2
3.
4.
next
General Settings
D2
D2
5.
6.
7.
8.
D2
D2
D2
Heatpump
on
D2
D2
back
Heatpump connection:
The Heatpump is connected and will supply
the buffertank and heating withwarmwater
The heatpump is disconnected and won´t
supply any warm water to the buffertank or into
heating
!
!
on:
off:
Note: In the case of use of the external contact the
heatpump connection, depending upon attitude in
the specialist level, can depend on the switching
status of the external contact, sees in addition the
description of function.
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Submenu 1- Page 1
Bufferloading: loading program
Settings bufferloading
back next
General settings
Set power blocking times
cooling
Page 15
15. Automatic heatpump connection
D2
D2
D2
1.
2.
D2
3.
4.
next
General Settings
D2
D2
D2
5.
6.
7.
8.
9.
D2
D2
D2
Autom. Switch on heat p.:
Yes
5 min
D2
D2
back
D2
D2
Automatic heatpump connection:
The automation is switched on and the heat
pump will supply the heating with warmwater
The automation is switched off and the heat
pump won´t supply any warm water into the
heating
the engagement of the heat pump is
retarded at the adjusted time (e.g. although a solar
plant is present)
!
!
!
Yes:
no:
time setting:
D1
D2
General Settings
Summer-Winter-change:
autom. Switch on heat p.: yes 30 min
21°
Date / Time: 31 / 07 / 00 - 11:02 o clock
Heatpump: on
Runtime circulation pump: 3 Minutes
back
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Submenu 1- Page 1
Bufferloading: loading program
Settings bufferloading
back next
General settings
Set power blocking times
cooling
Page 16
16. Loading buffer once
D1
D2
bufferloading
Actual buffer temperature: 47°C
Loading buffer once: off
back
Desired tap water temp.: 48°C
F1
F2
F3
F4
F5
F6
1.
D2
2.
3.
4.
5.
Loding buffer once
F5
D2
D2
off
D2
D2
back
D2
In the “bufferloading” window the actual and the desired
temperature in the upper buffer are shown.
Note: The buffer loading once can just get activated if
there is a heat pump connected.
The loading just starts if the actual temperature is below
46°C and the desired temperature. It stays activated
until the actual temperature is 10°C above the set
temperature, reaches 55°C or the heatpump is switched
off by the max. temperature of the heatpump.
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
F1
F2
F3
F4
F5
F6
Page 17
17. Activate Bath-Summer operation mode
D1
D2
Bath-Summer operation
Bath-Summer operation: off
In this mode the actual outdoortemperature
is placed by a fix value with 7°C
->heating circuits in work!
back
F1
F2
F3
F4
F5
F6
D1
D2
Submenu 2
Temperatures. operating hours, impulses
Bath-Summer operation
back
Relais Status
F1
F2
F3
F4
F5
F6
Emergancy operation
Install details
1.
D2
2.
3.
Bath-Summer operation:
D2
F6
D2
D2
4.
5.
6.
7.
Bath-Summer operation:
D2
D2
off
D2
D2
back
Note: The Bath- Summer operation mode sets the
outside temperature onto constant 7°C.
This makes it possible that you can use the Heating
also during the summer.
Not used Heating circuits must be switched off.
In the main menu and under the displayed
Temperatures there are no temperatures shown.
All values are 0,0°C
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
F1
F2
F3
F4
F5
F6
Page 18
18. Activate precence operation
D1
D2
Precence operat.
Precence operat.: off
back
F1
F2
F3
F4
F5
F6
Changing of the setted heating program
Till the next switch over for the heating
circuit in work
1.
D2
2.
3.
4.
5.
Presence operat.:
D2
D2
off
D2
D2
back
F4
Note: The Bath- Summer operation mode sets the
outside temperature onto constant 7°C.
This makes it possible that you can use the Heating also
during the summer.
Not used Heating circuits must be switched off.
In the main menu and under the displayed
Temperatures there are no temperatures shown.
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
F1
F2
F3
F4
F5
F6
Page 19
19. Activate emergency operation
D1
D2
Emergancy operation
emergency operation: off
back
F1
F2
F3
F4
F5
F6
Attention: mixers have to be set
in manual mode
1.
D2
2.
3.
Emergency operation:
D2
F6
D2
D2
4.
5.
6.
7.
Emergency operation:
D2
D2
off
D2
D2
back
Note: In this function secures the heat supply, if e.g. a
sensor is fefect.
Note: The emergency operation switches off as soon
you leave the window.
D1
D2
Submenu 2
Temperatures. operating hours, impulses
Bath-Summer operation
back
Relais Status
F1
F2
F3
F4
F5
F6
Emergency operation
Install details
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
F1
F2
F3
F4
F5
F6
Page 20
20. Cooling
D1
D2
Cooling heat circ. A:
Cooling heat circ. A: locked
desired Room temperature. HK A: 20,5°C
switch diff. cooling: 0,5 K
desired cooling temp.: 15°C
Attention: Dew Point
next
D2
D2
D2
1.
2.
D2
3.
4.
Next
Cooling
D2
D2
D2
5.
6.
7.
8.
9.
10.
11.
D2
D2
D2
Cooling heat circ. B:
locked
D2
next
D2
You also can set individual room temperatures for the
heating circuits. The temperature is only valid for the
cooling not for heating.
You can also set the switch differential and the min.
temperature. The mixer mixes the flow temperature onto
the min. temperature +2K!
Hinweis: To use the cooling function you need to have a
room sensor!
D2
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Submenu 1- Page 1
Bufferloading: loading program
Settings bufferloading
back next
General settings
Set power blocking times
cooling
back
D2
D2
D2
Cooling heat circ. A:
...
21. Cement floor heat program
Page 21
D1
D2
Cement floor heating program
back
for heat circ.: Heat circ.A and B
start temperature: 25°C
cement floor heat progr.: on
desired temp: 25°C, - act: 35°C
off
It is not guaranteed by the cement floor heating
program that the screed achieved the moisture
content necessary for the voucher-ripe!
D2
D2
D2
1.
2.
D2
3.
4.
5.
6.
7.
8.
9.
Cement floor heat. prog.
heat circ A and B
D2
D2
D2
D2
start temperature
25°C
D2
back
D2
D2
for heat circ:
D2
D2
D2
on
Cement floor heating program:
The Cement floor heating program may be started according to DIN EN 1264-4 with Cementsceed at theearliest 21 days and with anhydride or calcium sulfatesceeds at the earliest 7 days after screed putting.
The desired heating circles are heated for 3 days with
25°C. Subsequently, the temperature is increased
daily by 5°C, up to the adjusted maximum temperature
of the heating circles. With this maximum inlet temperature the heating circles are heated for 4 days. At the
end the flow temperature of the desired heating circles
is lowered again around 5°C per day, to 25°C.
While the cement heating are the heating programs for
the heating circles not actively, the heating circles become without sinking claimant.
At the display in the window for the cement heating program the following data are indicated: Desired and actual flow temperature as well as operating status (heating phase, up heating phase, back heating phase,
out).
Sufficient ventilation isimportant, But draft is to be avoided.
If necessary the cement floor heating program with an
adjustable starting temperature canbe started.
Change as described under point 4 in the
“Submenü 1 - Page 2”
D1
D2
Submenu 1 - Page 2
back
Settings domesticwater
Cement floor-heating program
Cement floor heat. prog.
D2
D2
D2
D2
1.
2.
D2
D2
D2
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14
15.
16.
D2
D2
D2
next
General settings
Date/Time
29/06/00-11:02
30/06/00-11:02
30/06/00-11:02
30/07/00-11:02
D2
D2
30/07/00-11:02
D2
D2
back
22. Date and time setting
Page 22
30/07/04-11:02
D2
D2
30/07/04-11:02
30/07/04-10:02
D2
D2
30/07/04-10:05
30/07/04-10:02
D2
D2
D1
D2
General Settings
Summer-Winter-change:
autom. Switch on heat p.: yes 30 min
21°
Date / Time: 31 / 07 / 00 - 11:02 o clock
Heatpump: on
Runtime circulation pump: 3 Minutes
back
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
D1
D2
Submenu 1- Page 1
Bufferloading: loading program
Settings bufferloading
back next
General settings
Set power blocking times
cooling
Page 23
23. Display all temperatures
D1
D2
Overview temperatures
sensor 1: 15°C,
sensor 2: 39°C,
sensor 3: 34°C,
sensor 4: 53°C,
sensor 5: 32°C,
sensor 6: 51°C,
F1
F2
F3
F4
F5
F6
sensor 7: 49°C
sensor 8: 57,8°C
sensor 9: 32°C
sensor 10: 20,7°C
sensor 11: 21,2°C
sensor 12: ext. cont
1.
D2
2.
3.
Temperatures, operating hours...
5.
6.
D2
D2
D2
F6
This window displays all temperatures
Fühler 1: outside
Fühler 2: flow heatpump
Fühler 3: return heatpump
Fühler 4: brine-/groundwaterreturn
Fühler 5: flow heat circuit A
Fühler 6: buffertemperature
Fühler 7: domestic water
Fühler 8: flow HGL
Fühler 9: flow heat circuit B
Fühler 10: room heat circuit A
Fühler 11: room heat circuit B
Fühler 12: ext. contact
Note: The sensors 4, 6, 7, 9, 10 and 11 just shows a
temperature if there is a sensor connected.
Sensor 12 always shows ext. cont.
D1
D2
Submenu 2
Temperatures. operating hours, impulses
Bath-Summer operation
back
Relais Status
F1
F2
F3
F4
F5
F6
Emergancy operation
Install details
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
F1
F2
F3
F4
F5
F6
Page 24
24. Display operating hoers and Switch impulses
D1
D2
Operating hourand switch Impulses
heatpump 1: 87,5 Std., 112 Imp.
heatpump 2: 152,0 Std., 134 Imp.
buffer loading: 25,3 Std., 41 Imp.
medium heatpump temperature: 38°C.
back
F1
F2
F3
F4
F5
F6
D2
1.
2.
D2
D2
D2
3.
D2
back
Go to the window “overview temperatures” as described
in chapter 23.
D1
D2
Overview temperatures
sensor 1: 15°C,
sensor 2: 39°C,
sensor 3: 34°C,
sensor 4: 53°C,
sensor 5: 32°C,
sensor 6: 51°C,
F1
F2
F3
F4
F5
F6
sensor 7: 49°C
sensor 8: 57,8°C
sensor 9: 32°C
sensor 10: 20,7°C
sensor 11: 21,2°C
sensor 12: ext. cont
Page 25
25. Display relays status
D1
D2
Relais Status
Rel 1: off
Rel 2: on
Rel 3: off
Rel 4: off
Rel 5: on
Rel 6: on
F1
F2
F3
F4
F5
F6
Rel 7: off
Rel 8: off
Rel 9: off
Rel 10: on
Rel 11: off
Rel 12: off
Rel 13: off
Triac 1: 0
Triac 2: 10000
Triac 3: 10000
zurück
Note: the triac1 to 3 are depending on the rpm.
Max rpm = 10000, 0 = off
1.
D2
2.
3.
Relay Status
D2
F6
D2
D2
4.
5.
D2
back
Here you can see all Relay positions:
Relay 1: Brine-/Groundwaterpump
Relay 2: Heatpump 1
Relay 3: Mixer Heat circuitA - open
Relay 4: Mixer Heat circuitA - close
Relay 5: Heatpump 2
Relay 6: Pump Heat circuit B
Relay 7: Mixer Heat circuit B - open
Relay 8: Mixer Heat circuit B - close
Relay 9: cooling valve
Relay 10: Mixer HGL- open
Relay 11: Mixer HGL- close
Relay 12: circulation pump
Relay 13: error display
Triac1: exchanger pump(0 =off)
Triac2: loading pump(0 =off)
Triac3: pump heatcircuit A(0 = off)
D1
D2
Submenu 2
Temperatures. operating hours, impulses
Bath-Summer operation
back
Relay Status
F1
F2
F3
F4
F5
F6
Emergancy operation
Install details
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
F1
F2
F3
F4
F5
F6
Page 26
26. Display installation details
Following information are shown:
program version
start up date
service telephone number
In case of a malfunction you can ring for service
-
-
-
D1
D2
Install details
F1
F2
F3
F4
F5
F6
Program version: WP 04 01 07 HGL
Start up date: 02-07-01
Telefone service : 1234567890
back
1.
D2
2.
3.
Installation details
D2
F6
D2
D2
4.
5.
D2
back
D1
D2
Submenu 2
Temperatures. operating hours, impulses
Bath-Summer operation
back
Relay Status
F1
F2
F3
F4
F5
F6
Emergancy operation
Install details
D1
D2
IDM-Mainmenu 30/07/00 11:02 clock
Heat circ A:
Heat circ B:
Heatpump: on
[1] 32°C,
outdtemp:
19
°C
20,7°C
21,2°C
next
F1
F2
F3
F4
F5
F6
Page 27
27. Error Display
AVarity of errors can berecognised and displayed by the
control unit..
The red LED shines in case of an error. The illustration
shows the position of the displayed error.
The heat pump was switched off by
the High pressure switch.At more than 3 switches offthis
way in 24 hours the heat pump is blocked and has to be
switched off and backon bythe main switch.
The heat pumpwas switched off by
the Low pressure switch. At more than 3 switches off this
way in 24 hours the heat pump is blocked and has to be
switched off and backon bythe main switch.
The heat pump wasswitched
off by the Thermo relay switch (Motor protection). At
more than 3 switches off this way in 24 hours the heat
pump is blocked and has to be switched off and back on
by the main switch.
The Groundwater
temperature is to low. After a temperature increase the
Heat pump switches back on automatically.
The Heat pump isoperating for
more than 180 minutes without increasing the
temperature. As soon the temperature increases the
Heat Pump switches back on.
One of the necessary sensors
is not working. You can find out which by going to
“overview temperatures” (page 17)
The relation between operation
hours and switch impulses is bad.
The gap between flow and returntemperature
of the heat pump is too big. Check mixers.
The heat pump
was switched off by the Max. temperature threshold and
will switch back on as soon the temperature reaches
49°C.
Displayed Errors:
- “1” High pressure:
- “2” Low Pressure:
- “3” Thermo relais error:
-“4” Ground water error:
- “5” Heat Pump power:
- “6” free
-“7” Sensor out of order:
- “8” check Heat Pump:
- “9” Gap:
- “10” Heat Pump Over temperature:
The red LED shines in case of anerror.
The illustration shows the position of the displayed
error..
D1
D2
F1
F2
F3
F4
F5
F6
IDM-Hauptmenü 30/07/00 11:02 Uhr
Heizkreis B:
Wärmepumpe: ein
[1] 32°C,
Außentemp:
19
°C
20,7°C
21,2°C
Heizkreis A:
weiter
NOTE:
The errors No. 1, 2 and 3 can be acknowledged by
out and restarting of the heatpump. The
announcement of the other errors expires, as soon
as the error cause is eliminated.
In the " " the arisen errorscan also later be
queried. In addition in the main menue turn the cursor
from the window and press the key F2. The status
report remains also after switching offof the heatpump.
status report
D1
D2
StatusReport Page 00
19.12.2003 21:23 Alarm
High pressure
15.12.2003 16:14 Alarm
Thermo relais error
F1
F2
F3
F4
F5
F6
28. Glossary
Nominaltemperature:
Nominaloperation:
Nominaloperation time:
Safetemperature:
Safeoperation:
Desired temperature during the adjusted heat times (usually during the daily),
standard attitude = 20°C..
The respective heating circuit is operated in such a way that in the appropriate areas the
nominal temperature (computational) adjusts itself.
That time, in which the nominal temperature for the heating is valid
(standard: 6:00 till 22:00h )
Desired room temperature out of the desired heating times (normallyduring the night),
standard attitude = 16°C
The respective heating circuit is operated in such a way that in the appropriate areas the
nominal temperature (computational) adjusts itself.
That time, in which the save-temperature for the heating is valid. Can be adjusted not
directly, but arises as a result of the attitude of the nominal operation time.
In the heating program the nominal operating times are adjusted ,then also the
saving periods of operation are specified defined. The heating program can be stopped
for each heating circle separately.
equal with nominaloperat time
Desired temperature for the adjusted heating circuit, indipendend from the temperature
outdoor, from heatprogram and from Summer-Winter-change.
Coleration between the outdoor temperature and the flow temperature fromheating.
Individual attitude of the heat curve, a higher attitude causes higher flow temperatures.
The temperature, the respective heat circuit is provided. Indipendedend from the function
of the heat circuit(norm-, safe operation), from outdoor temperature, fromthe caracteristic
curve and from the room influence.
The acutal room temperature willbe consideredfor the calculation of the flowtemperaure from
the heating circuit
- room to warm: flowtemperature decrease
- room to cold: flowtemperature increase
A higher attitude, sets a stronger reaction of the control onto the room temperature
Times,when thebuffer will be loaded.
In this desired time the buffer will beloaded ifnecessary,out of this time it is not possible to
charge the buffer.
Some power suppliers block the main currency at different times. Inthis times the heat pump
won´t operate. The timescan beset, that the control reacts in the right way.
Safeoperation time:
Heat program:
Heat time:
Constanttemperature:
Caracteristic curve:
Curve steepness:
flow temperature:
Room influence:
Room influence -quota:
Buffer loading program:
Buffer loading time:
Power blocking times:
Page 28
Loading...