Salus WT100 Operation And Installation Manual

WEATHER CONTROLLER

WT100

FOR CONTROL TEMPERATURE HEATING CIRCUIT

OPERATIONS AND INSTALLATION MANUAL

VERSION: 1.4

SOFTWARE VERSION:

v01.XX.XX

03-2018

2

3

TABLE OF CONTENTS

SAFETY INFORMATION…………………………………….. 4
GENERAL INFORMATION…………………………………. 5
INFORMATION ABOUT DOCUMENTATION………. 5
DOCUMENTATION STORAGE…………………………….5
USED SYMBOLS…………………………………………………5
WEEE DIRECTIVE 2012/19/UE………………………….. 5
OPERATING THE REGULATOR………………………….. 8

DESCRIPTION OF DISPLAY MAIN WINDOW……………….. 8
CONTROLLER OPERATION……………………………………. 8

USER’S MAIN MENU………………………………………… 9

WORK MODE…………………………………………………… 9
SCHEDULE………………………………………………………. 9
SUMMER/WINTER FUNCTION …………………………….10
GENERAL SETTINGS…………………………………………. 10
INFORMATION……………………………………………….. 10
ADDITIONAL FUNCTIONS…………………………………… 10

HYDRAULIC SCHEMES…………………………………….. 12

SCHEME 1…………………………………………………….. 12
SCHEME 2…………………………………………………….. 13
SCHEME 3…………………………………………………….. 14

INSTALLATION OF THE CONTROLLER……………… 15

ENVIRONMENTAL CONDITIONS………………………..15
INSTALLATION REQUIREMENTS……………………….. 15

EXTERNAL CIRCUITS CONNECTION…………………. 16
CONNECTING ELECTRICAL SYSTEM………………… 17

FIXING THE EXTERNAL WIRES…………………………..17
CONNECTION OF TEMPERATURE SENSORS…………. 18
CONNECTING WEATHER SENSOR (EXTERNAL)………18
TEMPERATURE SENSOR CHECKING…………………… 19
CONNECTING A ROOM THERMOSTAT……………….. 19
CONNECTING A HEAT SOURCE………………………… 19

SERVICE MENU………………………………………………. 20
SERVICES SETTINGS……………………………………….. 21

HEATING CIRCUIT……………………………………….. 21
HEAT SOURCE…………………………………………….. 21
PROTECTION……………………………………………….22
OTHER PARAMETERS……………………………………. 22

FUNCTION……………………………………………………… 23

PROMPTS………………………………………………….. 23
HEATING CIRCUIT………………………………………… 23
FROST PROTECTION……………………………………… 24
POWER STOPPAGE………………………………………. 24
PREVENTION COOLING…………………………………. 24
PUMP ANTI STANDSTILL FUNCTION………………….. 25
FUSE REPLACEMENT…………………………………….. 25

STORAGE AND TRANSPORT CONDITIONS………. 25
TECHNICAL DATA…………………………………………… 25

4

SAFETY INFORMATION

Requirements concerning safety are
listed in particular sections of this instruction.
Apart from them it in necessary to fulfill the
following requirements.

 Prior to starting the assembly, repairs or

maintenance and during the execution of
any connection works, it is necessary to
switch off the mains supply and make sure
that no terminals no electrical wires are
energized.

 After deactivating the controller, terminals

of the controller can be under a dangerous
level of voltage.

 The controller can be utilized only in

accordance with its intended use.

 Values of programmed parameters must

be set in accordance with a particular
building and hydraulic system.

 Controller can be assembled only by

qualified installer and in accordance with
currently valid standards and regulations.

 The controller is not an intrinsically safe

device. It means that in case of failure it
can be a source of sparks or high
temperature which surrounded by ashes
or flammable gases can cause fire or
explosion.

 Modification of the programmed

parameters should be made only by a
person who read this manual.

 Use only in heat circulation system made

in accordance with currently valid
regulations.

 Electrical system including the controller

should be protected with fuse selected in
accordance with used loads.

 The controller cannot be used with

damaged housing.

 Never make any modifications in controller

structure.

 The controller has electronic disconnection

for connected devices (operation 2.B
according to PN-EN 60730-1).

 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.

 Short circuit at the outputs leads to

damage to the device (not output COM­NO).

 Do not operate the unit when it is

malfunctioning or was repaired by
unauthorized persons.

 Do not mount the unit on flammable

materials.

5

General information

Weather controller WT100 is designed to
control the temperature in the heating circuit
with the valve 3 or 4-way equipped with a
drive-controlled 3-point with the possibility of
connecting additional circulation pump and
control the heat source through a dry contact.
Main functions performed:

 weather control - the preset temperature

heating circuit is determined on the basis
of the programmed heating curve and the
measured outside temperature,

 automatic detection season heating,
 work with a room thermostat
 controling the heat source
 implementation of the return temperature

protection (against low temperature of the
return water) - protection from boiling
water in the boiler (coal boiler) in the

short-circuit of the boiler.
The controller is equipped with a timer (clock
operation is maintained for 48 hours with the
power off the controller).
Regulator is easy to operate in an intuitive
manner. It may be used in households and
other similar premises and in light industry
facilities.

Information about documentation

The regulator manual is divided into two
parts: for user and fitter. Yet, both parts
contain important information, significant for
safety issues, hence the user should read both
parts of the manual.
We are not responsible for any damages
caused by failure to observe these
instructions.

Documentation storage

Please keep this operation and assembly
manual and other valid documentation in a
safe place for future reference. In case of
moving or selling the device, hand this
documentation over to a new user or owner.

Used symbols

The following graphical symbols are used in
the manual:

- useful information and tips,

- useful information concerning
property damage, health or life threat for
people or pets.

Caution: important information were labeled
with the aforementioned symbols in order
make the manual easier to understand.
However it does not release the user nor
installer from responsibility of complying with
requirements which are not labeled with any
symbols!

WEEE Directive 2012/19/UE

Purchased product is designed and made of
materials of highest quality.
The product meets the requirements of the

Directive 2012/19/EU of 4 July 2012 on
waste electrical and electronic
equipment (WEEE), according to which it is

marked by the symbol of crossed-out wheeled
bin (like below), meaning that product is
subjected to separate collection.

Responsibilities after finishing a period of
using product:

 dispose of the packaging and product at

the end of their period of use in an
appropriate recycling facility,

 do not dispose of the product with other

unsorted waste,

 do not burn the product.

By adhering obligations of waste electrical and
electronic equipment controlled disposal
mentioned above, you avoid harmful effects
on the environment and human health.

REGULATOR INSTRUCTION MANUAL

WT100

8

Operating the regulator

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. When the message
"Active regulator?" must set YES. The screen
will display the main screen. Another press
will call the main menu.
Rotate the encoder TOUCH&PLAY increases or
decreases the value
parameter being edited. It
is the element of quick
operating of the regulator.
Short press the encoder to
input the selected
parameter or approval of
the selected value.
Pressing for 3 seconds to exit the selected
parameter or do not accept the selected
value.
All controller settings are made through a
rotary system MENU. After calling up the main
menu on the screen will display a screen with
icons representing the functions of the
controller.

Description of display main window

1. Regulator working modes:

- OFF mode

- AUTO mode (work with clock)

- COMFORT mode

- ECONOMY mode

- AUTO-ECO mode

2. temperature value: preset, current and

external (weather)

3. work pump CH: ON, OFF

4. valve mixer actuator position: ON – open,

OFF – closed, STOP - off.

5. working heat source (boiler switched on)

6. information from the room thermostat:

No icon – the thermostat is off,

– Heating – room temperature below

the preset,

– No heating – room temperature

above the preset.

7. active SUMMER mode

8. active frost protection function

9. clock time and weekday.

Controller operation

Heat source:

The controller controls the operation of heat
source, e.g. an automatic gas, oil or pellet
boiler, by activating or deactivating it
according to a heat demand of the central
heating system. Switching on and switching
off the heat source may be programmed in
intervals times, in the Schedule menu.

Heating circuit:

The controller controls the operation of one
direct heating circuit (radiators or floor) with
mixing valve and circulating pump. The
control heating circuit (decrease preset
temperature) can be programmed in intervals
times, in the Schedule menu.

The method of temperature control:

 Weather control - on the basis of the signal

from the external (weather) temperature
sensor is calculated water temperature in
the heating circuit. As a result, despite the
changing external temperature room
temperature in heated rooms is
maintained at a preset level.

3sek.

1

2

3

4 5 6

7

9

STOP

8

preset
current
external

THU

9

 Continous control – the preset

temperature of water in the heating circuit
is constant at the set value, without the
impact of changes in external
temperature.

Preset temperature setting in
Service menu (described in the
manual).

User’s main menu

Work mode

This option is used to switch on the respective
modes of work of the controller according to
user preferences.
To change the work mode to select:

Main menu  Work mode

 OFF - the controller turns off the

heating circuit. The frost protection
function remains active as long as it is
enabled in the service menu.

Activating this work mode also turns
off the heat source. The heat source
is not turns off during active function
heating buffer.

 Auto - preset temperature in the

room changes according to the time
program. In periods of "day" is setting
Preset temperature. In periods of "night"

is setting (Preset temperature - Decrease
of work mode).

 Comfort - preset temperature in the

room is constant and corresponds to the
entered value Preset temp.

 Economy - preset temperature in the

room is constant and corresponds to the
entered value temperature (Preset
temperature - Decrease of work mode).

 Auto-Eco - preset temperature in the

room changes according to the time
program. In periods of "day" is set Preset
temperature. In periods of "night" heating
circuit is completely turns off. The frost
protection function remains active as long
as it is enabled in the Service menu.

Schedule

The time intervals allow the introduction of
decrease preset temperature within a
specified time period for the heating circuit
and the turns on or turns off heat source, eg.
at night or when user leave the heated rooms.
As a result, the preset temperature can be
lowered automatically without loss of heat
comfort in the room.
Activation of time intervals in:
Main menu  Schedule
and select a time schedule for the heating
circuit or heat source.
Decrease night time for the heating circuit and
the work of heat sources can be defined
separately for every day of the week: Monday

- Sunday.
Select the decrease of the preset temperature
and the beginning and end of a given time
interval.

Working of decrease temperature in the time

intervals are designated as "day" - this
corresponds to the Preset temperature and

"night" - corresponds to the Decrease of
work mode.

Action at intervals for the heat source are

marked as - heat source is turned on and

- a heat source is turned off.

Main menu

Information

Work mode

 OFF
 Auto
 Comfort
 Economy
 Auto-Eco

Schedule

 Circuit
 Heat source

Summer\Winter

 SUMMER mode:

OFF, ON, Auto

 Summer mode ON temp.

[range 5..35ºC, fact.20]

 Summer mode OFF temp.

[range 1..22ºC, fact.18]

General settings

 Clock
 Screen brightness
 Screen contrast
 Sound
 Language

Service settings

10

Example time interval.

In the example below, a “night” period will last
from 00:00 till 06:00. “day” period will last
between 06:00 – 09:00. From 15:00 to 22:00
the “day” period was entered. “night” period
will last from 22:00 to 00:00.

An interval is ignored if the

decrease value is set to “0”, even if

its range of hours was specified.

Summer/Winter function

The SUMMER / WINTER function is responsible
for the automatic or manual turns on of
heating. It also allows the loading of the HUW
container in the summer, without the need to
heat the central heating system. Must set the
parameter SUMMER mode = ON, in:

Main menu  Summer/Winter  Summer
mode

In SUMMER mode, all heat
recipients may be OFF, therefore,
make sure the boiler will not be
overheated.

If the external temperature sensor is
connected SUMMER function can be turned on
automatically using the Auto parameter,
including temperature settings for the

Summer mode ON temp. and Summer mode
OFF temp.

General settings

In general settings, can change the settings
date, time, brightness and contrast of the
screen. Can turn on and turn off the sound,
and change the language menu for the
controller.

Information

The information menu allows to view
information temperatures and allows to see
which devices are currently enabled. By
turning the encoder TOUCH&PLAY changes
between successive windows of information.

Additional functions

Easier support for the user, eg. if turn off
support for the heat source to all the features
associated with this parameter disappear ­you can then control the heating circuit. It's
the same when you turn off the heating circuit

- be able to control the heat source with using
a heat source contact and the heat source
sensor.
There is also possible to control the heating
circuit with mixing, with optional thermostat
influence the heating circuit.

INSTALLATION MANUAL AND SERVICE SETTINGS

WT100

12

Hydraulic schemes

Scheme 1

Hydraulic scheme with of the four-way valve controlling the central heating circuit or floor circuit

1

Legend:

TP – room thermostat (NO-NC)
T1 – heating circuit temperature sensor type CT10
T2 – external temperature sensor (weather) type CT6-P
T3 – return temperature sensor type CT10
T4 – heat source temperature sensor type CT10
P – pump heating circuit
SM – four-way valve + actuator
1 – heat source with (S) ON-OFF contact (gas- or oil- boiler)
2 – relief valve different pressure.

RECOMMENDED SETTINGS:

Parameter

Setting

MENU

Kind of the system

Radiators system

(Underfloor heating)

Service settings  Kind of the system
Max. temperature

80ºC (45ºC)

Service settings  Heating circuit

Room thermostat

ON

Service settings  Room thermostat

Start pump temp.

55ºC (20ºC)

Service settings  Heating circuit

Return sensor

ON

Service settings  Protection

In order to improve water flow in gravitational circuit of the boiler use large nominal DN cross­sections of pipes and the four-way valve, avoid numerous elbows and cross-section reductions, apply
other rules regarding construction of gravitational systems, e.g. keeping of gradients, etc. In case
the return temperature sensor is mounted on the pipe - provide proper heat insulation to isolate it
from the environment and improve its thermal contact with the pipe by applying of the thermal
paste. The heat source preset temperature has to be high enough to ensure enough heating power
for the heating circuits while heating the return water.

1

The presented hydraulic diagram does not replace central heating engineering design and may be used for

information purposes only!

13

Scheme 2

Hydraulic scheme of the three-way valve controlling the central heating circuit (with a hydraulic
coupling)

2

Legend:

TP – room thermostat (NO-NC)
T1 – heating circuit temperature sensor type CT10
T2 – external temperature sensor (weather) type CT6-P
T4 – hydraulic coupling temperature sensor type CT10
P – pump heating circuit
SM – three-way valve + actuator
1 – heat source with (S) ON-OFF contact (gas- or oil- boiler)
2 – relief valve different pressure

3 – hydraulic coupling.

RECOMMENDED SETTINGS:

Parameter

Setting

MENU

Kind of the system

Radiators system

Service settings  Kind of the system

Max. temperature

80ºC

Service settings  Heating circuit

Room thermostat

ON

Service settings  Room thermostat

Start pump temp.

55ºC

Service settings  Heating circuit

Cooling temp.

92ºC

Service settings  Heat source

2

The presented hydraulic diagram does not replace central heating engineering design and may be used for

information purposes only!

14

Scheme 3

Hydraulic diagram of the three-way valve controlling circuit underfloor heating (with a hydraulic
coupling)

3

Legend:

TP – room thermostat (NO-NC)
T1 – heating circuit temperature sensor type CT10
T2 – external temperature sensor (weather) type CT6-P
T4 – hydraulic coupling temperature sensor type CT10
P – pump heating circuit
SM – three-way valve + actuator
1 – heat source with (S) ON-OFF contact (gas- or oil- boiler)
2 – relief valve different pressure

3 – hydraulic coupling.

RECOMMENDED SETTINGS:

Parameter

Setting

MENU

Kind of the system

Underfloor heating

Service settings  Kind of the system

Max. temperature

45ºC

Service settings  Heating circuit

Room thermostat

ON

Service settings  Room thermostat

Start pump temp.

20ºC

Service settings  Heating circuit

3

The presented hydraulic diagram does not replace central heating engineering design and may be used for

information purposes only!

15

Installation of the controller

Environmental conditions

Due to the risk of fire is prohibited to use the
controller in explosive gas and dust
environment (eg. coal). Regulator should be
separated using appropriate enclosure.
The controller is designed for operation in the
environment where only dry conductive
contaminations may be present (2 degree of
contamination according to PN-EN 60730-1).
In addition, the controller may not be used in
water condensation conditions and it may not
be exposed to water.

Installation requirements

The controller is designed for vertical wall­mounted installation. External circuit wires
are supposed be lead on surface. Mounting
hole locations are presented as in the casing.

Before opening the unit casing,
disconnect power supply. The unit
installation must be done at
disconnected voltage.

Controller must be installed by
qualified and authorized technician in
accordance with EN 60335-1 standard.

For how to open the unit casing see the
picture below.

Closing the unit casing see the picture below.

Installations regulator on the wall is shown in
the picture below.

The controller must be installed in a way that:

 it is securely mounted on flat base, using

all mounting points,

 degree of protection is ensured suitably to

environmental conditions,

 dust and water access is prevented,
 permissible operating temperature is not

exceeded for the controller,

 air exchange inside casing is allowed,
 access to dangerous parts is disabled,
 electrical installation, to which the

controller is connected, must be equipped
with the device that allows disconnection
of both supply poles, in accordance
regulations that applies to such systems.

16

External circuits connection

TP – room thermostat (NO-NC),
T1 – temperature sensor mixer heating circuit

type CT10,

T2 – external temperature sensor type CT6-

P,

T3 – return temperature sensor type CT10,
T4 – heat source temperature sensor type

CT10,

L N PE – power supply 230V~, 50Hz,
P – CH pump,
SM – mixer actuator,
S – contact to operate the heating source type

ON-OFF,

FU – time-delay subminiature fuse.

The terminals for hazardous voltage: COM, NO, ZLo, ZN, ZLc, PN, PL, L, N.
The terminals safe voltage: TP, T1, T2, T3, T4
After turned on outputs: SM_OFF; SM_ON; P, on the terminals ZLo-ZN; ZLc-ZN, PL-PN giving is
230V~ voltage. After turned on output S is closed terminal COM with NO – without giving voltage.
Detailed description of the output S included in point 12.6.

17

Connecting electrical system

Regulator is designed to be fed with 230V~,
50Hz voltage. Supply is connected to
terminals L, N, PE.
The electrical system should be:

 three core (with protective wire PE),
 z in accordance with applicable

regulations.
Supply wires must be lead so as their contact
with sensor and other low-voltage cabling is
prevented, additionally, all cables may not
contact surfaces with temperatures that
exceed the cables operating temperature
limits.
The controller has no PE protective connector,
because the controller itself does not require
grounding. PE terminals of the pump, mixer
actuator shall be connected with PE of supply
network, according to periphery instructions
and regulation concerning electric systems.

Connecting mains supply 230V~
to terminals for sensors will
damage the regulator and creates
risk of an electric shock!.

Tips of the connected wires, especially power
leads, must be secured against splitting by
means of insulated clamps, in accordance with
the drawing below:

Securing wire tips: a) - right, b) - wrong.

Fixing the external wires

Electric cables external circuits are predicted
for the installation of surface-mounted. A
concealed external cable outlet should be
provided, as well as protection against the
wire being pulled out, loosened or strained,
using electric cable tray. It is not allowed to
leave any cable leads loose, to roll the excess
wire or to bend the wires into acute angles.
It is not allowed to roll the excess wire or to
leave disconnected cables inside the regulator
housing, as it may lead to damage to the
controller.
Example how to install the cables using
electric cable trays is shown in the figure
below.

Insulated clamp sleeve of 6 mm length

18

Connection of temperature sensors

Use only following sensor types: CT10, CT6-P.
The use of other sensors is prohibited.
Sensors cables could be extended by a cable
with cross-sectional area min. 0,5mm2, a total
cable length max. 15m.
Boiler temperature sensor should be installed
in thermostatic pipe installed in boiler. Mixer
temperature sensor should be installed in
sleeve located in stream of running water in
pipe, but also it can be installed on the pipe,
on condition that it is thermo isolated from the
environment.

Mounting temperature sensor: 1 - pipe, 2 – clamps,
3 - thermal insulation, 4 - temperature sensor.

Sensor must be protected from
getting loose from the surfaces to
which they are connected.

Good thermo contact should be maintained
between sensors and measured surface. To
this purpose thermoleading paste should be
used. It is not acceptable to lubricate sensors
with water or oil. Wires of sensors should be
separated from network electrical wires. In
such a case wrong readings of temperature
may be shown. Minimum length between
those wires should be 100mm. It is not
acceptable to allow for contact betweens wires
of the sensors and hot parts of the boiler and
heating installation. Wires of the sensors are
resistant to temperature not exceeding
100ºC.
From the regulator can also be formed to
correct an error reading from temperature
sensors: circuit heating, external, return and
boiler to the nearest 0,1°C.
The value correction set in:

Service settings → Temperature
correction

Connecting weather sensor

(external)

The regulator cooperates only with a weather
sensor of the CT6-P type. The sensor should
be installed on the coldest wall of the building,
usually this is the northern wall, under a roof.
The sensor should not be exposed to direct
sunlight and rain. The sensor should be fitted
at least 2m above the ground, far from
windows, chimneys and other heat sources
which could disturb the temperature
measurement (at least 1,5m).
Connect the sensor using cable of 0,5mm2
cross-section, up to 25m long. Polarity of the
leads is insignificant. Connect the other end of
the cable to the regulator.
Attach the sensor to the wall using tackbolts.
To access the tackbolts holes, unscrew the
sensor lid.

19

Temperature sensor checking

Temperature sensors CT10, CT6-P can be
checked by measuring their resistance in
given temperature. In case of big differences
between measured resistance value and
values in table below, the sensor should be
replaced with a new one.

CT10

Weather temp.

[°C]

Value

[Ω]

0

32 554

10

19 872

20

12 488

25

10000

30

8059

40

5330

50

3605

60

2490

70

1753

80

1256

90

915

100

677

CT6-P (weather)

Weather temp.

[°C]

Value

[Ω]

-25

901,9

-20

921,6

-10

960,9

0

1000,0

25

1097,3

50

1194,0

100

1385,0

125

1479,4

150

1573,1

Connecting a room thermostat

Room thermostat (NO-NC) connected to the
control affects the heating circuit.
The thermostat after contact opening reduces
the preset temperature heating circuit about
the service value Decrease of thermostat or
can turn off the pump in the parameter Off by
thermostat. The values of the parameters
must be chosen so that when of working the
room thermostat (contact opening) the
temperature in the room dropped.

Connecting a heat source

COM-NO terminals are used to connect the
contact heat source (no voltage) that turns on
and off the heat source. The heat source can
be automatic boiler gas or oil, which has a
contact ON-OFF. Terminals COM-NO does not
have galvanic isolation of 230V ~ and can

therefore only serve to disconnect circuit
voltage of 230V ~. Use separate relay in the
event of having to disconnect circuits at low
voltage.

Risk of electric shock caused by
current from a heat source.
Disconnect the controller and
heat source electrical supply and
make sure there is no dangerous
voltage on terminals.
Protect yourself against incidental
generation of supply voltage!

Connection to heat source (gas or oil boiler)
should be done by a qualified installer,
according to technical data of this boiler.

20

SERVICE MENU

Entrance to the service menu:
Password → [0000] → OK

Services settings

range

fact.

Heating circuit

Heat source

Protection

Room thermostat

Yes/No

No

Temperature correction:

 T1 Circuit sensor
 T2 External sensor
 T3 Return sensor
 T4 Boiler sensor

-4..+4ºC

-4..+4ºC

-4..+4ºC

-4..+4ºC

0
0
0
0

External sensor

Off/On

On

Manual control

Screed drying:

 Active
 Program selection: P1-P7

Yes/No

P1..P7

No
P1

Restore defaults settings

Yes/No

No

Heating circuit

range

fact.

Support

Off/On

On

Kind of the system:

 Radiators system
 Underfloor heating

Und.

Control method:

 Weather control
 Continous control

Weat.

Weather control *:

 Heating curve
 Curve parallel move

-15..15K

0

Preset temperature

20..40ºC

35

Decrease of work mode

0..15K

10

Decrease of thermostat *

0..30K

10

OFF by thermostat*

Yes/No

Yes

Start pump temp.

10..70ºC

35

Min. temperature

5..40ºC

20

Max. temperature

20..50ºC

40

Valve full opening time

60..200s

140

Valve input dead zone

0.0..2.0K

1.0

Valve dynamic

1..6

2

Valv delay

30..255

200

Heat source

range

fact.

Support

Off/On

On

Histeresis

1..30K

8

Min. temperature

10..70ºC

30

Max. temperature

50..90ºC

75

Buffer

Yes/No

No

Buffer preset temp.*

30..75ºC

60

HW priority

Yes/No

No

Cooling temp.

80..100ºC

88

OFF by thermostat*

Yes/No

No

Increrase temp.

1..20ºC

5

Protection

range

fact.

Return sensor

Off/On

Off

Min. temperature*

30..65ºC

40

Histeresis*

2..15K

8

Closing the valve*

0..50%

10

Frost protection

Off/On

On

Frost protection delay*

1..10h

4

Frost protection temp.*

5..10ºC

7

* not available when not connected the
corresponding sensor, the parameter is hidden or
is not appropriate settings in the menu.

21

Services settings

Heating circuit

Support

ON or OFF supporting the heating circuit (radiators or underfloor) by the controller.

Kind of the system

Selecting the type of heating installation: Radiators system or Underfloor heating.

Control method

 Weather control – preset temperature of water circulating in the heating circuit reference

is with regard to indications external temperature sensor. The parameter is invisible
when not connected external temperature sensor. When the external temperature
sensor is defective or not connected will automatically change the Control method on
Continous control.

 Continous control – maintain is a constant preset temperature of circulating water.

Weather control

Heating circuit control depending on external temperature (weather). The parameters
available when choosing a the Control method = Weather control.

 Heating curve – choice in the form of a graph of the heating curve, in range of 10..42ºC,

appropriate for the type of building. The higher heating curve the higher the temperature
of the water in the heating circuit.

 Curve parallel move – parameter enables to readjust the heating curve.

Preset temperature

When Control method = Continous control then the heat source is turned off when you reach
the Preset temperature. When the temperature falls to the heat source is turned on again.
This parameter is not available when Control method = Weather control.

Decrease of work mode

When the Control method = Continous control, decrease the preset temperature water in
circulation during the Economic mode and Auto mode and during operation time schedule.
In other modes temperature water circuit remains constant.

Decrease of thermostat

This parameter can be used only when Room thermostat = ON. Exceeding a preset room
temperature causes decreasing preset temperature of water in the heating circuit by
Decrease of thermostat value. Decreasing the preset temperature takes place upon contact
trips (by opening) the thermostat. Preset temperature of water inside the heating circuit is not
changed if Decrease of thermostat = 0. Parameter disappears when Room thermostat = OFF.

OFF by thermostat

Stopping the flow of water in the heating circuit when the thermostat contact (by opening) by
turning off the circulation pump.

Start pump temp.

Above this parameter followed the inclusion of the circulating pump and the opening of the
valve actuator circuit regulated.

Min. temperature

The minimum preset temperature of water in the heating circuit.

Max. temperature

The maximum preset temperature of water in the heating circuit.

Valve full opening time

Read valve full opening time from a servo housing, e.g. It is usually located on a servo
nameplate and within a range of 90 – 180s.

Valve input dead zone

Parameter setting defining a temperature dead zone for the heating circuit. The controller
controls a servo in such way that the temperature measured by a circuit sensor is equal to a
preset value. Nevertheless in order to avoid frequent servo movements which can shorten its
life, adjustment is carried out only when the measured water temperature is lower or higher
than the mixer dead zone.

Valve dynamic

The reaction time of the valve actuator to position change. Amplification of the valve control
algorithm.

Valve delay

The mixer valve actuator moved only after this time.

Heat source

Support

ON or OFF the support heat source for the heating circuit.

Histeresis

Hysteresis for heat source. The heat source is turns on at a preset temperature of water ­Hysteresis. The heat source is turns off at the preset temperature of water + Hysteresis.

Min. temperature

The minimum temperature of the heat source.

Max. temperature

The maximum temperature of the heat source.

Buffer

Buffer support:
 No – heating circuit is operating, but the heat source is not heated up despite the heat

source preset temperature drop.

 Yes – the heating circuit operation is off, the heat source operates independently in

order to increase its temperature to the Buffer preset temperature value.

Buffer preset temp.

Temperature for the heat source, when the buffer support is turned on.

22

HW priority

 ON – When the temperature of the heat source is lower than the Min. temperature for

the circuit, the controller lowers the circuit preset temperature, but only when there is
no active reduction from the operation mode.

 OFF – the regulator does not reduce the circuit preset temperature.

Cooling temp.

Temperature value at which heat excess is discharged to the heating circuit. It is protection
against overheating.

OFF by thermostat

Turns off heat source when the starting thermostat contact.

Increrase temp.

Increase of the heat source preset temperature above the heating circuit preset temperature.

Protection

Return sensor

Turns on or off support of the return temperature sensor. Enabling the sensor support shows
additional parameters related with the function of protecting the boiler return from cold water.
It is realized through a mixing valve with an electric actuator. Note: Do not turn sensor support
if there is no electric actuator mounted on the valve! This function is not available when the
return sensor is not connected or its support is disabled. Function activation results in valve
closing.

Min. temperature

The temperature below which the electric actuator turn a blind mixing valve.

Histeresis

Electric actuator will return to normal working at return temperature ≥ Min. temperature +
Hysteresis.

Closing the valve

It is % opening to the mixing valve during active the return protection function. Note: The
valve closes with an accuracy of +-1%.

Frost protection

ON or OFF frost protection function.

Frost protection delay

Time delay for enable frost protection function. Description later in this manual.

Frost protection temp.

The temperature below which the frost protection function is activated . Description later in
this manual.

Other parameters

Room thermostat

ON or OFF supporting the room thermostat (NO-NC).

Temperature correction

Additional correction of the errors for the temperature sensor: T1 - heating circuit, T2 –
external, T3 – return, T4 - boiler.

External sensor

Enable support external temperature sensor (weather) for controlling the heating circuit. In
the event of external sensor damage on the screen displays the message " Damage sensor
external temperature ". Enabling support cause additional parameters in the menu to the
weather control.

Manual control

Manually turn ON or OFF working CH pump, mixer actuator, contact the heat source in order
to control the correctness of their actions.
Note: The long time activation of the pump - can be damaged this pump.

Screed drying

Activating or Deactivating the screed floor drying function (heating by floor circuit). Schedule
of temperature changes in time is shown on the screen in the form of graphs appropriate for
programs P1..P7. Select the correct program for the used type of screed and environmental
conditions.
Drying is performed by a corresponding change in floor circuit temperature in the range

10..50ºC in a time of 30 days. Drying can be deactivating at any time. Re-activation function
makes that the drying works all over again for 30 days.

Restore defaults settings

Selecting YES will reload all the factory settings.

23

Function

Prompts

The controller reports on the main screen
prompts alarm indicating the status of the
controller and damage the sensors, so that
the user can take appropriate steps to
eliminate damage or preventing a hazardous
situation.
Reported by the controller prompts are:

1. Damage heating circuit sensor

temperature.

2. Damage sensor external temperature.

3. Damage sensor return temperature.

4. Damage sensor heat source temperature.

5. Frost protection active!.

6. Cooling boiler!.

Heating circuit

Settings for heating circuit without
weather sensor.

Should disable the external temperature
sensor in the External sensor from the service
menu and then It is necessary to manually set
the required water temperature in the heating
mixer circuit using parameter Preset mixer

temp., e.g. at a value of 50°C. The value

should allow to obtain the required room
temperature. After connecting room
thermostat, it is necessary to set a value of
decrease in preset temperature by thermostat
(parameters Decrease of thermostat) e.g. at

5°C. This value should be selected by trial and

error. The room thermostat can be a
traditional thermostat (NO-NC). Upon
activation of the thermostat, the preset mixer
circuit temperature will be decreased, which,
if proper decrease value is selected, will stop
growth of temperature in the heated room.

Settings for heating circuit with weather
sensor.

Shouldn’t disable the external temperature
sensor in the External sensor from the service
menu.
Using parameter Curve parallel move, set
preset room temperature following the
formula: Preset room temperature = 20°C +
Curve parallel move.
In this setup, it is possible to connect a room
thermostat which will equalize the inaccuracy
of selecting heating curve, if the selected
heating curve value is too high. In such case,

it is necessary to set the value of parameter
Decrease by thermostat, e.g. at 2°C. After
opening of the thermostat contacts, the preset
mixer circuit temperature will be decreased,
which, if proper decrease value is selected,
will stop growth of temperature in the heated
room.

Weather control.

For the heating circuit can be turned on
weather control, which requires the
connection of external temperature sensor. It
should enable the external temperature
sensor by setting:
Service settings → External sensor = ON

- cause additional menu Weather control.
The heating circuit water preset temperature
is calculated basing on the temperature
prevailing outside the building. The colder it is
outside, the higher water temperature in the
heating circuit is. This relation is shown in the
controller in the form of heating curve.

The heating curve can be changed in a graph
from the system menu, within the range for
the weather preset temperature. It is a
reflection of the thermal characteristics of the
building. If the building is less insulated then
the heating curve should be greater. Heating
curve should be selected experimentally by
changing it in a few day intervals. During trial
and error selection of appropriate heating
curve, it is necessary to exclude influence of
the room thermostat on regulator operation
(regardless of whether the room thermostat is
connected or not), by setting the parameter:
Service settings → Room thermostat =
OFF.
After choosing the proper heating curve, the
circuit preset temperature is calculated
according to the outside temperature. As a
result if the heating curve is appropriate for

24

the building, the room temperature remains
constant regardless of the temperature
outside.
The regulator introduced value for the heating
curve for underfloor heating:

external t. +10 -> preset t. = 24
external t. 0 -> preset t. = 28
external t. -10 -> preset t. = 32
external t. -20 -> preset t. = 36

and radiators system:

external t. +10 -> preset t. = 40
external t. 0 -> preset t. = 47
external t. -10 -> preset t. = 55
external t. -20 -> preset t. = 65

Guidelines for selecting a proper heating
curve:

- if at dropping external temperature, room
temperature increases, the selected heating
curve is too high,

- if at dropping external temperature, room
temperature also drops, the selected heating
curve is too low,

- if during frost, room temperature is proper
and too low when the weather is warmer, it is
recommended to increase heating curve
parallel shift and decrease the heating curve,

- if during frost, room temperature is too low
and too high when the weather is warmer, it
is recommended to decrease heating curve
parallel shift and increase the heating curve.
Poorly warmed buildings require setting
higher heating curves. Whereas for well
heating buildings, heating curve will have a
smaller value.
The regulator can increase or decrease the
preset temperature, calculated in accordance
with the heating curve, if it exceeds the
temperature range for the given circuit set in
parameters Min. temperature and Max.
temperature.

Frost protection

Frost protection function is applicable only to
active controller work modes: OFF or AUTO-
ECO. In AUTO-ECO mode, this function is
executed only during a night time decrease.
The function is activated in the menu:

Services settings → Protection → Frost
protection

Description of frost protection against
the external temperature sensor
readings.

When the external temperature drops below
3°C, an Frost protection delay, e.g. 4h must
expire. If after this time the external

temperature is still under 3°C, a heating

circuit pump will be activated for 30 minutes.
After 30 minutes temperature on the mixer
sensor will be checked and if the temperature

is lower than 13°C to preset temperature heat

source is set to Frost protection temp. value.
Turning off the pump and the heat source will
take place only after the external temperature

rises above 3°C. The pump circuit is also

activated when there is a risk of freezing
circuit.

Adjustable circuit.

When the external temperature drops below
3°C, an Frost protection delay, e.g. 4h must
expire. If after that time the external

temperature does not rise above 3°C the

heating circuit pump will turn on for the
duration of 15 minutes. After 15 minutes,
water temperature in the circuit will be

checked. If it is higher than 13 °C, the pump
will be stopped. If it is lower than 13 °C, the

pump will continue its operation and heating
circuit will be heated by a heat source up to a
Frost protection temp. value. The pump will
be stopped unless the external temperature
exceeds 3°C.
If the heating circuit must be turned on during
this period, instead of off the controller must
be activated for the heating circuit working
mode: OFF or AUTO-ECO.

During a risk of frost, do not
connect the controller from the
mains supply.

Power stoppage

In case of power stoppage the controller
returns to operation mode in which it was
before stoppage.

Prevention cooling

The function tries to cool down the heat
source before switching the regulator into the
alarm state of overheat of the heat source.

25

Pump anti standstill function

The controller performs the function of
protecting pump from anti standstill. It
involves the periodic switching (which 167h
for a few seconds). This protects the pump
against immobilization due to scaling.
Therefore, during a break in the use of the
controller, the controller power supply should
be connected.

Fuse replacement

Cut off power supply to the controller
before fuse replacement.
Use 1.25A time-delay subminiature
fuse with minimum interrupting
current of 100A should be used, as
per IEC 60127 standard.
To replace open controller's
enclosure and replace burnt fuse
with a new one.

Storage and transport conditions

The controller cannot be exposed to
immediate effects of atmospheric conditions
i.e. rain or sunrays. Temperature of storage
should be within scope 0…65ºC.

Technical data

Power

230V~, 50Hz

Maximum current consumption
with loaded outputs

3(3)A

Maximum current consumption
without loaded outputs

0,02A

Output current
Pump:
Mixer actuator ON:
Mixer actuator OFF:
Heat source contact:

1,5(1,5)A/230V
0,5(0,5)A/230V
0,5(0,5)A/230V
0,5(0,5)A/230V

Controller’s level of protection

IP20

Outer temperature

0...40C

Storage temperature

0...65C, without direct
sunlight

Relative humidity

10 - 90%, without
steam condensation

Measuring inputs, temperature
(low voltage)

T1 – mixer temp.
T2 – external temp.
T3 – return temp.
T4 – heat source

temp.

T –room thermostat

input

Measuring scope of sensors’
temperature CT10

0..100C

Measuring scope of sensors’
temperature CT6-P

-35..40C

Accuracy of measuring
temperature with sensors CT10
and CT6-P

±2C

Clamps for network and signal

Screw clamps, wire
profile up to 2,5mm2 ,
tighten moment
0,4Nm, isolation lenght
6mm

Display

Graphic 128x64

Dimensions

140x99x43 mm
Weight

280g

Norms

PN-EN 60730-2-9
PN-EN 60730-1

Software class

A

Mounting

on the wall

Note:

…………………………………………………………………………………
…………………………………………………………………………………
…………………………………………………………………………………
…………………………………………………………………………………
…………………………………………………………………………………
…………………………………………………………………………………
…………………………………………………………………………………

SALUS – Controls

ul. Rolna 4

43-262 Kobielice

Poland

www.salus-controls.pl