Salus PCSol 300 User manual

62.X
.2
REVISION
SOFTWARE
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PUMP
PUMP
CIRCULATION
CIRCULATION
PROGRAM
SIMPLE IN USE
INTELLIGENT
ALARM
CLOCK
CLOCK SUSTAIN
TEMPORARY
POWER
HEAD OUTPUT
ANTI-FREEZING
GRAPHIC
DISPLAY
POOL
TANK
PROTECTION
HEATER SUPPORT
PROGRAM
HEATER
PUMP ROTATION
CONTROL
NIGHT
COOLING
HEAT DISCHARGE
VACUUM
COLLECTOR
10 DAYS
TWO COMPASS
DIRECTIONS
Controller
PCSol 300
FOR SOLAR COLLECTORS
INSTALLATION AND OPERATION MANUAL
2014-05-07

3
CONTENTS
1. SAFE INSTALLATION AND USE 4
2. GENERAL 5
3. DIRECTIVE WEEE 2002/96/EC 5
4. DOCUMENT KEEPING 5
OPERATING MANUAL 7
5. OPERATION 8
6. CONTROLLER MENU 8
7. SETTINGS MENU 10
7. SETTINGS MENU 10
8. TIME PROGRAMS 10
8.1. TDHWMIN ................................................. 10
8.2. CIRCULATION ........................................... 11
9. MENU ALARMS 11
10. OPTIONS MENU 13
10.1. RESTORING FACTORY SETTINGS ........ 13
10.2. READING DEFAULT SETTINGS............. 13
10.3. CLEARING HEAT OUTPUT DATA ........... 13
11. OPERATION MANU 13
11.1. OPERATION\SETTINGS MENU ............. 13
11.2. OPERATION\LOUDNESS MENU ............ 14
11.3. OPERATION\CLOCK MENU .................. 14
12. HEAT OUTPUT 15
13. SOLAR APPLICATIONS 16
13.1. NIGHT COOLING ................................ 16
13.2. SOLAR THERMAL SCHEME A................ 16
13.3. SOLAR THERMAL SCHEME B................ 17
13.4. SOLAR THERMAL SCHEME C ............... 17
13.5. SOLAR THERMAL SCHEME D ............... 18
13.6. SOLAR THERMAL SCHEME E................ 19
13.7. SOLAR THERMAL SCHEME F ................ 19
13.8. SOLAR THERMAL SCHEME G ............... 20
13.9. SOLAR THERMAL SCHEME H ............... 21
13.10. SOLAR THERMAL SCHEME I ................ 21
13.11. SOLAR THERMAL SCHEME J ................ 22
13.12. SOLAR THERMAL SCHEME K ............... 23
13.13. SOLAR THERMAL SCHEME L ................ 23
14. SHUT DOWN 24
15. ACCESS TO THE UNIT OVER THE
INTERNET 25
15.1. BASIC DATA READING........................ 25
15.2. DIAGRAM OF ACTIVE SOLAR CIRCUIT
SYSTEM 25
15.3. USER PARAMETERS ............................ 26
15.4. SERVICE PARAMETERS ....................... 26
15.5. HEAT YIELD GRAPH ............................ 27
15.6. NETWORK SETTINGS.......................... 27
INSTALLATION MANUAL 29
16. TECHNICAL DATA 30
16.1. ELEMENTS OF THE SET....................... 30
17. INSTALLATION OF PCSOL 300 30
17.1. INSTALLATION OF THE CONTROLLER .. 30
17.2. EXTERNAL CIRCUITS CONNECTION. .... 32
17.2.1. Use of connectors ............................... 32
17.2.2. Power supply connection ..................... 33
17.2.3. Temperature sensor connection ........... 33
17.2.4. Temperature sensor installation ........... 34
17.2.5. Output H connection ........................... 34
17.2.1. ecoNET internet module connection ..... 36
18. APPLICATION SCHEMES 37
18.1. SOLAR APPLICATION SCHEME A.......... 37
18.2. SOLAR APPLICATION SCHEME B.......... 38
18.3. SOLAR APPLICATION SCHEME C.......... 39
18.4. SOLAR APPLICATION SCHEME D ......... 40
18.5. SOLAR APPLICATION SCHEME E .......... 41
18.6. SOLAR APPLICATION SCHEME F .......... 42
18.7. SOLAR APPLICATION SCHEME G ......... 43
18.8. SOLAR APPLICATION SCHEME H ......... 44
18.9. SOLAR APPLICATION SCHEME I .......... 45
18.10. SOLAR APPLICATION SCHEME J .......... 46
18.11. SOLAR APPLICATION SCHEME K.......... 47
18.12. APLIKACJA SCHEMAT SOLARNY L ........ 48
19. CASING CLOSING 49
20. CONTROLLER OPTIONS 49
20.1. SYSTEM OPTIONS\SETTINGS .............. 50
20.2. I\O OPTIONS\CONFIGURATION ........... 51
20.2.1. Wire length compensation ................... 51
20.3. OPTIONS\FUNCTIONS ........................ 51
20.3.1. Vacuum collector function ................... 52
20.4. MANUAL MODE .................................. 52
20.5. SCHEME WIZARD ............................... 52
21. FUSE REPLACEMENT 53

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1. SAFE INSTALLATION AND USE
The controller is designed only for household
and similar use.
Before installation, service or maintenance
and prior to making any connections, always
disconnect power supply and make sure that the
terminals and electric wires are not energized.
When the controller is switched off using
keyboard or encoder, the controller
terminals are still under dangerous
voltage.
Controller may be used only for its
intended purpose.
It is required to use auxiliary protection
automatics to protect hot water system,
CH system (if any) in case of the
controller or software malfunction
Programmable settings must be selected
suitably to your system type, taking into
account all of its operating conditions.
Wrongful settings may cause the collector
or reservoir malfunction (e.g. collector
overheating, etc.).
Programmed settings may be modified
only by a person who read and understood
this manual.
Use only in heating systems that are set
up in accordance with valid regulations.
Electric system to which the controller is
connected must be protected with a cut-
out device suitable for expected loads.
Never use the controller when its casing is
damaged.
In any case do not alter the controller
components.
The controller has electronic disconnection
for connected devices (operation 2.B
according to PN-EN 60730-1). It means
that at 230V voltage supply the pump
outlets have dangerous voltage, even if
the pumps are not controlled.
Do not allow children access to the
controller.
Before you open casing, first disconnect
power supply from the unit.
The controller must be installed in
accordance with the requirements of EN
60335-1 standard, by qualified and
authorized technician.
Do not install the unit when it is connected
to voltage.
Short circuit in pump output will damage
your unit.
Do not operate the unit when it is
malfunctioning or was repaired by
unauthorized persons.
Do not mount the unit on flammable
materials.

5
2. GENERAL
Controller PCSol 300 is an advanced
electronic unit designed for distribution of heat
from solar collectors. The controller is used to
control solar circuit systems accordingly to
indications from temperature sensors to recover
highest possible energy from the collector.
Fig. 2.1 Basic functional diagram
3. DIRECTIVE WEEE 2002/96/EC
The product you have purchased was
designed and made using the highest quality
components that may be recycled and reused.
If the product is marked with the
above crossed bin symbol, it means
that it meets requirements of the
European Directive 2002/96/EC.
It is recommended to know your local
electric and electronic products disposal system.
It is recommended to process in
accordance with local regulations and not to
dispose used products to household garbage
containers. Proper disposal of outdated products
will help to avoid potential adverse effects on the
environment and human health.
4. DOCUMENT KEEPING
Please, keep carefully this installation and
operating manual and any other relevant
documents, so that they may be used at any
time. In case when you move or sell the unit,
please give the attached documents to its new
user.
PCSol300

OPERATING MANUAL
PCSol 300

8
3sek.
5. OPERATION
The controller has
TOUCH&PLAY system
that facilitates its
operation. Encoder is
operated by its rotating
and pressing.
To start the controller,
keep pressed encoder
knob for 3 seconds.
Welcome screen will be
displayed:
Fig. 5.1 Welcome screen *
* starting screen may differ depending on controller
version.
After the welcome screen the controller displays
the main screen.
Fig. 5.2 Main screen
Controller outlets operation is each time indicated
by their blinking on displayed diagram.
6. CONTROLLER MENU
Any time during controller
operation, when you keep the
encoder pressed for 3 seconds. it
will cause exit to the main screen.
All controller settings are made
through menu system. MENU is
recalled by pressing encoder on
main screen to select icon.
Fig. 6.1 Recalling controller’s menu
When MENU is open, the unit will display a
screen with icons that represent the controller
functions:
Fig. 6.2 Controller menu
In middle on the screen you can see active item
icon selected as in Fig. 6.2.Now, you may turn
encoder knob to move through menu items. In
main MENU there will be:
Fig. 6.3 Main menu items
Where: Icon TDHWmin (second one) is shown only, if active
scheme is B and J. Circulation icon (third one), if active
scheme is B, C, D, E, G, H, J,K, L.

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Values of settings are edited in scrollable
submenu. Example for submenu preset is shown
below. To edit setting value select required
setting and press the knob; the value will start
blinking. Now, rotate the knob to change the
setting value. The changed value will be
confirmed, when you press the knob again, and
you may select other setting.
After edition in submenu you may select
the following by pressing on selection:
OK Confirms changes and exits to menu; it
allows reverse reaction to encoder turning;
CANCEL Rejects changes in entire
submenu and exits to menu.
Fig. 6.4 Scrollable submenu
Fig. 6.5 Controller’s menu structure
only A, B, C, E, F, H, I, J, L
only
B, C, D, E, G, H, J, K, L
only B

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7. SETTINGS MENU
Access
This menu is used to make basic settings of
the controller. Change of parameters is only
accepted when you use OK in left lower corner of
the screen. Use CANCEL to reject any made
changes. List of parameters in this menu
depends on selected solar scheme. Parameters
are described in details in section 13 about
particular solar applications.
Depending on scheme and version of unit,
the following parameters are available in Settings
menu:
Parameter
Scheme
A
B
C
D
E
F
G
H
I
J
K
L
TsDHW
X
X
X
X
X
X
X
X
X
X
X
dTAB
X
X
dTCO
X
Eco mode
X
Night cooling
X
X
X
X
X
X
X
X
X
Night cooling
ON
X
X
X
X
X
X
X
X
X
Night cooling
OFF
X
X
X
X
X
X
X
X
X
TsPOOL
X
X
Priority
X
Alarm TCOLcr
X
X
X
X
X
X
X
X
X
X
X
X
8. TIME PROGRAMS
For correct operation of time programs
it is required to set the clock.
8.1.TDHWmin
Access
Item available only in B scheme
Time program TDHWmin is minimal
temperature of DHT reservoir (T3 sensor), below
which the controller controls H output (heater or
other additional heat source).
When you switch off the temperature
value in value edition box,the time program
will be set off and the controller will use stable
value for TDHWmin parameter (single
temperature value all the time), during edition it
may be seen that the temperature has the same
value all along the diagram.
Fig. 8.1 Edition of TDHWmin value
To set the TDHWmin to change in time, it
is required to set schedule. It is done by setting
sch. value in value edition box..
Fig. 8.2 Activating time program for TDHWmin
When sch. value is confirmed, new item
MO-FR will be displayed; edit this value to select
one of the three time ranges:
MO-FR –time program for days Monday to
Friday,
SAT. –time program for Saturday,
SUN. –time program for Sunday.
After you confirmed desired time range,
use the knob to move the position marker to the
place (hour range), for which you want to edit
value.
Fig. 8.3 Setting marker position
Here, press the knob to hide the position
marker and to light the edition marker. When the
edition marker is lit, turn the knob to change
temperature value for current position marker.