Salus SQ610 User guide

Page 1

Page 2

TABLE OF CONTENTS

1. Introduction ...............................................................................................................................................................5

1.2 Product Compliance ......................................................................................................................................................................5

1.2 Safety Informations .......................................................................................................................................................................5

1.3 Product Overview ..........................................................................................................................................................................5

2. Montage ....................................................................................................................................................................6

2.1 Package Content ............................................................................................................................................................................6

2.2 Proper thermostat location ...........................................................................................................................................................6

2.3 Wiring diagram (SQ610 Quantum thermostat) ..............................................................................................................................6

3. About ZigBee network ................................................................................................................................................7

3.1 ZigBee network - creation and work ..............................................................................................................................................7

3.2 Compatibility with SALUS devices (ONLINE AND OFFLINE) .............................................................................................................8

4. Before you start (rst power up) ..................................................................................................................................9

4.1 LCD Icon Description ......................................................................................................................................................................9

4.2 Button Description ........................................................................................................................................................................9

4.3 First power up sequence, language choice and preparing to the pair process ..............................................................................10

5. Installation by SALUS Smart Home application (ONLINE MODE) .....................................................................................11

5.1 General informations about SALUS Smart Home application .......................................................................................................11

5.2 Pairing with underoor heating wiring centre (KL08RF/Control Box) ..........................................................................................12

5.3 Pairing with Wireless TRV radiator head ......................................................................................................................................15

5.4 Pairing with Smart Plug SPE600 ..................................................................................................................................................17

5.5 Pairing with Smart Relay SR600 ..................................................................................................................................................19

5.6 Pairing as a Wired Device .............................................................................................................................................................21

5.7 Pairing with receiver RX10RF .......................................................................................................................................................23

6. OPERATING in ONLINE MODE (by app) ..........................................................................................................................25

6.1 General informations ...................................................................................................................................................................25

6.2 App icons description ..................................................................................................................................................................25

6.3 Change thermostat name (pencil tool) ........................................................................................................................................26

6.4 Setpoint temperature change .....................................................................................................................................................27

6.5 Heat/Cool mode change (KL08RF connection) .............................................................................................................................28

6.6 Thermostat modes ......................................................................................................................................................................29

6.6.1 Schedule mode ..........................................................................................................................................................29

6.6.2 Temporary override mode ..........................................................................................................................................33

6.6.3 Manual mode .............................................................................................................................................................33

6.6.4 Standby Mode ............................................................................................................................................................34

6.7 Key Lock Function ........................................................................................................................................................................35

6.8 Compatibility with window/door sensor OS600 / SW600 ............................................................................................................36

6.9 Compatibility with Smart Plug SPE600 ........................................................................................................................................37

6.10 Compatibility with Smart Relay SR600 ......................................................................................................................................38

6.11 Identication mode ...................................................................................................................................................................39

6.12 Pinning/unpinning thermostat to/from application dashboard ................................................................................................40

6.13 Basic Settings (user) ..................................................................................................................................................................41

6.14 Admin Settings (Installer parameters) ......................................................................................................................................42

6.15 OneTouch rules (add/control) ...................................................................................................................................................43

6.16 Error codes (exclamation mark in app) ......................................................................................................................................47

6.17 Wireless signal strength test ......................................................................................................................................................48

6.18 Factory reset (removing thermostat from the app and ZigBee network) ...................................................................................49

Page 3

7. Installation in OFFLINE MODE without SALUS SmartHome application ..........................................................................51

7.1 General informations .................................................................................................................................................................51

7.2 Pairing with underoor heating wiring centre (KL08RF/Control Box) ..........................................................................................52

7.3 Pairing with Wireless TRV radiator head ......................................................................................................................................53

7.4 Pairing with Receiver RX10RF ......................................................................................................................................................54

8. Wired Device (how to set up) ......................................................................................................................................55

9. OPERATING in OFFLINE MODE & for WIRED DEVICE ........................................................................................................57

9.1 Setpoint temperature change (manual mode) ............................................................................................................................57

9.2 Schedule mode ............................................................................................................................................................................58

9.3 Temporary override mode ...........................................................................................................................................................59

9.4 Standby mode .............................................................................................................................................................................59

9.5 Key lock function .........................................................................................................................................................................59

9.6 User settings (basic settings) .......................................................................................................................................................60

9.6.1 Time/Date ..................................................................................................................................................................60

9.6.2 Holiday mode .............................................................................................................................................................61

9.6.3 Thermostat calibration ...............................................................................................................................................62

9.6.4 Display humidity ........................................................................................................................................................62

9.6.5 Display oor temp ......................................................................................................................................................63

9.6.6 Standby temp setpoint ...............................................................................................................................................63

9.6.7 Heat/cool selection ....................................................................................................................................................64

9.6.8 Reset user settings .....................................................................................................................................................64

10. Admin settings (installer parameters) ......................................................................................................................65

11. Factory Reset ..........................................................................................................................................................69

12. Error codes (error codes description with possible solutions) ......................................................................................69

13. Cleaning and Maintenance ......................................................................................................................................72

14. Technical Informations ............................................................................................................................................72

15. Warranty ................................................................................................................................................................73

Page 4

Page 5

1. Introduction

1.2 Product Compliance

This product complies with the essential requirements and other relevant provisions of Directives 2014/53/EU and 2011/65/EU. The full text of the EU Declaration of Conformity is available at the following internet address: www.saluslegal.com.

1.2 Safety Informations

Use in accordance to national and EU regulations. Use the device as intended, keeping it in dry condition. Product for indoor use only. Installation must be carried out by a qualied person in accordance to national and EU regulations. Disconnect your equipment before cleaning it with a dry cloth.

Warning:

Please always ensure the AC 230V mains power is switched o before installing or working on any components.

1.3 Product Overview

The SQ610 Quantum is a ZigBee temperature controller for wireless control of iT600 series devices, such as the KL08RF wiring centre, mini TRV head, RX10RF boiler control module. In order to control SQ610 over the Internet or via the SALUS Smart Home mobile app (ONLINE mode), it must be installed together with the UGE600 Internet gateway (sold separately). From the application level, it is possible to pair SQ610 with other system elements, e.g. Smart Plug SPE600, Smart Relay SR600 or window/door sensor OS600/SW600. SQ610 can be used locally without an Internet connection (OFFLINE mode), however, it’s communication with other devces must be done using the CO10RF coordinator (sold separately).

SQ610 Quantum can work without UGE600 Universal Gateway or CO10RF Coordinator as a standalone device.

SQ610 Quantum thermostat (front view)

Page 6

2. Montage

2.1 Package Content

1) SQ610 Quantum thermostat

2) Mounting screws

3) Manual instruction

4) Jumper wire

2.2 Proper thermostat location

Please note:

The ideal position to thermostat mounting is about 1,5m under oor level far from heating or cooling sources. Thermostat can’t be exposed to sunlight or any extreme conditions like for example draft.

Because of re and explosion risk there is not allowed to use thermostat in atmosphere of explosive gases and ammable liquids (eg coal dust). In case if any of listed dangers occur you have to use additional protection measures – anti-dust and explosive gases (tight cover) or prevent their formation. Furthermore, thermostat can’t be used in condensation of water vapor conditions and be exposed to water action.

Wall Mounting

Mounting: to mount thermostat you can use included accessories (mounting screws). Remove

plate from the back to mount it to the wall. After that just put thermostat on the plate. Look at the picture to see how to remove back plate from the SQ610 Quantum.

2.3 Wiring diagram (SQ610 Quantum thermostat)

AC 230V

COM

NO L

230V~,50Hz

SQ610

S1 S2

Symbols explanation:

S - volt-free contact T - temperature sensor L, N - 230V AC power supply COM, NO - Voltage free output

S1,S2 terminals:

- air or oor temperature sensor

- external volt-free contact to connect any ON/ OFF switch or occupancy sensor (hotel card)

Page 7

3. About ZigBee network

3.1 ZigBee network - creation and work

ZigBee is a wireless network based on IEEE 802.15.4 standard and it’s communication takes place in the 2.4 GHz band. The network is based on a mesh topology, which allows for a very large range and high reliability. The maximum range of direct communication between two network nodes (devices) is about 100m in open space. The devices included in the ZigBee network are divided into three types:

- coordinator - there can only be one such device in each network. It acts as a connection node for all devices;

- router (repeater) - this device is powered by 230VAC, with functionality similar to classic network routers, and it’s task is to forward data packets and increase the range of the network;

- terminal device - battery powered, sends data to the coordinator (also through the router) to which it is connected. It is usually put to sleep temporarily, which helps reduce energy consumption. Built-in security in the ZigBee protocol (ISO-27001 and SSAE16 / ISAE 3402 Type II - SOC 2 certication) ensure high transmission reliability, detection and removal of transmission errors, as well as connectivity between established priority devices. Security measures include:

- devices authenticated using a unique key pair;

- encrypted communication between the mobile application and the device;

- data encryption - HTTPS encrypted using TLS, UDP channel with AES-128 encryption;

- layered access control to prevent tampering with one device threatening the entire system. The ability to work many devices at a short distance from each other was achieved through the use of radio transmission of the spread spectrum signal. The main advantages of devices working in the ZigBee system are two-way communication and minimization of energy consumption, which in many cases allows them to be powered from chemical cells (alkaline batteries).

Four simple steps on how to properly create a ZigBee network:

Install coordinator rst - UGE600 Universal Gateway for

ONLINE and OFFLINE systems with internet application or CO10RF for only OFFLINE systems without application.

Next - add any powered 230V AC device. Note to locate it as near coordinator as possible.

Now you can increase range of the ZigBee network by adding more 230V AC powered devices.

At the end add more battery powered devices and accesories.

Page 8

3.2 Compatibility with SALUS devices (ONLINE AND OFFLINE)

COMPATIBILTY WITH OTHER SALUS CONTROLS DEVICES

Quantum thermostat can work in ONLINE or OFFLINE mode. *Quantum thermostat can work in ONLINE or OFFLINE mode. * At rst step you need to decide in which mode your thermostat will work. At rst step you need to decide in which mode your thermostat will work.

ONLINE MODE OFFLINE MODE

Download the Smart Home App on your iOS or Android device for remote access to your SALUS equipment.

Compatibile devices:

SR600

Smart Relay

SPE600

Smart Plug

Only with Online Mode

Universal Gateway is CONNECTED TO THE INTERNET

You can congure and use all your devices in the Smart Home App

GET IT ON

Download on the

SALUS

Smart Home

KL08RF wireless wiring

centre for 8-zone

underoor heating.

KL04RF extension

Universal Gateway is NOT CONNECTED TO THE INTERNET

You can use your devices locally without the SmartHome App. Gateway works in this mode as standard ZigBee coordinator.

CO10RF Coordinator - You can use

standard ZigBee network coordinator to install and use your devices.

TRV

(Thermostatic

Radiator Valve)

RX10RF

receiver

- with wireless

communication.

Other SmartHome devices/accessories

Window/door Sensor

SW600 or OS600

Please note:

RS600

Roller shutter

Smoke detector

SD600

ZigBee network signal repeater

Double/single OneTouch button

SB600/CSB600

RE600

(only with UGE600)

RE10RF

ZigBee network signal

repeater

Water leak sensor

WLS600

*SQ610 Quantum thermostat can work without coordinators (ONLINE/OFFLINE MODE) as a standalone device with the wires use.

Page 9

4. Before you start (rst power up)

4.1 LCD Icon Description

1. Menu/Settings description + Clock

2. AM/PM

3. Temperature unit

4. Heating indicator (icon is animating when there is heating demand)

5. Cooling indicator (icon is animating when there is

cooling demand)

6. RF Connection indicator

7. Internet conection indicator

8. Occupancy sensor (hotel card)

9. Key lock function

10111214

10. Standby mode icon

11. Current Temperature / Setpoint Temperature

12. Holiday mode

13. Temporary override mode

14. Settings icon

15. External / Floor temp sensor indicator

16. Schedule program number

17. Schedule mode icon

18. Day indicator/ SET information

19. Humidity Display

4.2 Button Description

Button Description

Button

Function

1) Menu button / Return button.

2) In the MAIN SCREEN: Press and hold for 3 sec to change the thermostat operating mode (Schedule mode / Permanent mode).

3) In the SETTINGS SCREEN: Press and hold for 3 sec to go back without saving the changes.

4) In the PAIRING SCREEN (in SYSTEM TYPE Menu): Press and hold for 3 sec to see other pairing options.

„Down” Button (Decrease parameter value/moving on the menu in ‘DOWN’ direction)

“Up” Button (Increase parameter value/moving on the menu in ‘UP’ direction)

1) “OK / Tick” Button (Conrm parameter value / Go to the next menu / Save settings)

2) In the MAIN SCREEN: Press and hold for 3 seconds to enter Standby mode

3) In the SETTINGS SCREEN: Press and hold for 3 sec to go back to the MAIN SCREEN & SAVE all the changes.

In the MAIN SCREEN - press and hold these buttons together for 3 seconds to LOCK / UNLOCK the thermostat keys).

ON THE MAIN SCREEN: Press and hold the buttons for 6 seconds to activate THE SLEEP MODE. After activation of this mode thermostat functions are turned o (inactive). To restart the thermostat, press the

button for 6 seconds. The thermostat will

return to the previous operating mode.

Page 10

4.3 First power up sequence, language choice and preparing to the pair process

1 2

To power on the thermostat you have to connect it to the 230V power supply then...

...then thermostat will display the

software version.

...display will show all icons...

Now, choose your language by

„ ” or „ ” buttons.

Conrm your language by tick button.

YES - ONLINE, OFFLINE MODE.

You can congure your thermostat with universal gateway or CO10RF coordinator. That is, add it to the Salus Smart Home system.

NO - STANDALONE.

Thermostat work as a standalone device for pump, boiler, receivers etc. That is, you can directly connect thermostat to selected device without any network system. You can add it later anytime.

Page 11

5. Installation by SALUS Smart Home application (ONLINE MODE)

5.1 General informations about SALUS Smart Home application

Thanks to UGE600 Universal Gateway and SALUS Smart Home app system allows you to remote control of your heating system in any place you are in the moment by smartphone, tablet or computer with Internet connection. Then you have also access to advanced functions of SQ610 Quantum thermostat. You can also create OneTouch rules to customize system to your needs.

First make sure that you have downloaded the Salus Smart Home App from the Google Play or App

Store. You will need to follow a few easy steps to create an account and then link your QUANTUM to the Universal Gateway and to the App.

You can also access the web version on: http://eu.salusconnect.io/

GET IT ON

Download on the

SALUS

Smart Home

Make sure that your UGE600 Universal Gateway is added to the App. The LED of the Gateway should be steady blue. Then go to SQ610 thermostat and begin paring process with the UGE600 and add it to the App.

Page 12

5.2 Pairing with underoor heating wiring centre (KL08RF/Control Box)

Please note:

For easier installation, please make sure you have already added underoor heating wiring centre (KL08RF/Control Box) to your ZigBee network (please refer to the underoor heating wiring centre manual instruction).

Select “YES” by buttons.

Conrm by

„ ” or „ ”

button.

Now thermostat is looking for the signal from the coordinator...

SALUS

SmartHome

Go to SALUS Smart Home app

Open main menu. Select „Settings”. Now enter to the „Setup Equipment”.

7 8

Press „Scan for equipment” button

App has started scanning...

...Gateway has started ashing red and

searching for the thermostat...

Page 13

11 12

Thermostat is connected. Go to the Smart Home app to congure it.

Select your thermostat and press „Connect equipment” button.

Name your thermostat and go „Next”...

Press gear icon.

Now choose „UFH Wiring

Centre or Control Box” option.

Select your KL08RF/Control Box added

before.

Page 14

Select the zone which you want attribute to your thermostat. Remember that you can pair one thermostat with more than one zone!

Choose „No” if you want to set

your own schedule later or „Yes” if

You’ve nished pair process with Control Box KL08RF in the app.

default now.

Gateway stop ashing and turn to steady

blue color which means pair process has

been nished.

After that thermostat will display

main screen.

Congratulations! You succesfully

congured SQ610 Quantum

thermostat with KL08RF/Control

Box.

Page 15

5.3 Pairing with Wireless TRV radiator head

Please note:

For easier installation, please make sure you have already added wireless TRV radiator heads to your ZigBee network (please refer to the wireless TRV radiator head manual instruction).

Select “YES” by buttons.

Conrm by

„ ” or „ ”

button.

Now thermostat is looking for the signal from the coordinator...

SALUS

SmartHome

Go to SALUS Smart Home app

Open main menu. Select „Settings”. Now enter to the „Setup Equipment”.

7 8

Press „Scan for equipment” button

App has started scanning...

...Gateway has started ashing red and

searching for the thermostat...

Thermostat is connected. Go to the Smart Home app to congure it.

Page 16

10 11 12

Select your thermostat and press „Connect equipment” button.

Now choose Smart Radiator Control.

Name your thermostat and go „Next”...

14 15

Select your TRV radiator head from the list.

Press gear icon.

Choose „No” if you want to set

your own schedule later or „Yes” if

default now.

You’ve nished pair process with TRV radiator head in the app.

Gateway stop ashing and it turn to steady

blue color which means pair process has

been nished.

After that thermostat will display main

screen.

Congratulations! You succesfully

congured SQ610 Quantum

thermostat with Wireless TRV

radiator head.

Page 17

5.4 Pairing with Smart Plug SPE600

Please note:

For easier installation, please make sure you have already added Smart Plug SPE600 to your ZigBee network (please refer to the Smart Plug SPE600 manual instruction).

Select “YES” by buttons.

Conrm by

„ ” or „ ”

button.

Now thermostat is looking for the signal from the coordinator...

SALUS

SmartHome

Go to SALUS Smart Home app

Open main menu. Select „Settings”. Now enter to the „Setup Equipment”.

7 8

Press „Scan for equipment” button

App has started scanning...

...Gateway has started ashing red and

searching for the thermostat...

Thermostat is connected. Go to the Smart Home app to congure it.

Page 18

10 11 12

Select your thermostat and press „Connect equipment” button.

Now choose Smart Plug.

Name your thermostat and go „Next”...

Select your Smart Plug from the list.

Press gear icon.

Choose „No” if you want to set

your own schedule later or „Yes” if

default now.

You’ve nished pair process with SPE600 Smart Plug in the app.

Gateway stop ashing and it turn to steady

blue color which means pair process has

been nished.

After that thermostat will display main

screen.

Congratulations! You succesfully

congured SQ610 Quantum

thermostat with Smart Plug SPE600.

Page 19

5.5 Pairing with Smart Relay SR600

Please note:

For easier installation, please make sure you have already added Smart Relay SR600 to your ZigBee network (please refer to the Smart Relay SR600 manual instruction).

Select “YES” by buttons.

„ ” or „ ”

Conrm by

button.

Now thermostat is looking for the signal from the coordinator...

SALUS

SmartHome

Go to SALUS Smart Home app

Open main menu. Select „Settings”. Now enter to the „Setup Equipment”.

7 8

Press „Scan for equipment” button

App has started scanning...

...Gateway has started ashing red and

searching for the thermostat...

Thermostat is connected. Go to the Smart Home app to congure it.

Page 20

10 11 12

Select your thermostat and press „Connect equipment” button.

Now choose Smart Relay.

Name your thermostat and go „Next”...

Select your Smart Relay from the list.

Press gear icon.

Choose „No” if you want to set

your own schedule later or „Yes” if

default now.

You’ve nished pair process with SR600 Smart Relay in the app.

Gateway stop ashing and it turn to steady

blue color which means pair process has

been nished.

After that thermostat will display

main screen.

Congratulations! You succesfully

congured SQ610 Quantum

thermostat with Smart Relay

SR600.

Page 21

5.6 Pairing as a Wired Device

Select “YES” by buttons.

Conrm by

„ ” or „ ”

button.

Now thermostat is looking for the signal from the coordinator...

SALUS

SmartHome

Go to SALUS Smart Home app

Open main menu. Select „Settings”. Now enter to the „Setup Equipment”.

7 8

Press „Scan for equipment” button

App has started scanning...

...Gateway has started ashing red and

searching for the thermostat...

Thermostat is connected. Go to the Smart Home app to congure it.

Page 22

10 11 12

Select your thermostat and press „Connect equipment” button.

13 14 15

Name your thermostat and go „Next”...

Press gear icon.

Now choose wired device.

Gateway stop ashing and it turn to steady

blue color which means pair process has

been nished.

Choose „No” if you want to set

your own schedule later or „Yes” if

After that thermostat will display

Congratulations! You succesfully

default now.

main screen.

congured SQ610 Quantum

thermostat as a wired device.

You’ve nished SQ610 Quantum pair process as a wired device in the app.

Page 23

5.7 Pairing with receiver RX10RF

Please note:

For easier installation, please make sure you have already added RX10RF receiver to your ZigBee network (please refer to the RX10RF receiver manual instruction).

SALUS

SmartHome

Select “YES” by buttons.

Conrm by

„ ” or „ ”

button.

Now thermostat is looking for the signal from the coordinator...

5 64

Go to SALUS Smart Home app

Open main menu. Select „Settings”. Now enter to the „Setup Equipment”.

7 8

Press „Scan for equipment” button

App has started scanning...

...Gateway has started ashing red and

searching for the thermostat...

Thermostat is connected. Go to the Smart Home app to congure it.

Page 24

10 11 12

Select your thermostat and press „Connect equipment” button.

Choose „More” to expand the menu.

Name your thermostat and go „Next”...

Now choose Boiler Receiver. If RX10RF is set as „RX1” then choose option „Boiler Receiver”. If as a „RX2” then select „Room Extension Receiver”.

Press gear icon.

Choose „No” if you want to set

your own schedule later or „Yes” if

default now.

You’ve nished pair process with RX10RF Boiler Receiver in the app.

Gateway stop ashing and it turn to steady

blue color which means pair process has

been nished.

After that thermostat will display

main screen.

Congratulations! You succesfully

congured SQ610 Quantum

Thermostat with RX10RF boiler

receiver.

Page 25

6. OPERATING in ONLINE MODE (by app)

6.1 General informations

This section will show how to use your SQ610 Quantum thermostat with the UGE600 Universal Gateway and the Salus Smart Home App. In order to do that, you will need a Salus UG600/UGE600 Universal Gateway, the Salus Smart Home App and Internet connection. Controlling your thermostat via the App gives you a lot of freedom and the possibilities to manage the temperature in your house/oce remotely (Smart Home app is available for Android/iOS mobile devices or Internet browser).

6.2 App icons description

View from Quantum thermostat SQ610 menu in SALUS SmartHome application:

Thermostat Name

Setpoint temperature

Humidity indicator (hygrometer) Room temperature

Identication tool

Icons of devices like

window/door sensors

(OS600/SW600), Smart

Plug (SPE600) and SR600

smart relay. You can see

them only when these

devices are

paired with system.

Through these icons you can

pair thermostat SQ610 fast

with selected device.

Thermostat name change tool

Setpoint temperature slider

Thermostat Heat/Cool mode indicator

Thermostat mode selection

Thermostat locking/unlocking function

Pin/Unpin thermostat to/from main application dashboard

Additional thermostat settings (including advanced installer parameters)

Page 26

6.3 Change thermostat name (pencil tool)

1 2

Select the thermostat in the main app menu.

3 4

Press the thermostat’s name.

Click on the pencil icon.

Name your termostat and conrm it by „Save” button.

Page 27

6.4 Setpoint temperature change

You can change the setpoint by sliding the cursor to left/right on your App. On your App screen, the setpoint temperature is the number displayed in a larger font.

1 2

Select the thermostat in the main app menu.

3 4

Old setpoint value.

New setpoint value.

Thermostat has started heating

(ame icon changed colour to

orange from white).

Page 28

6.5 Heat/Cool mode change (KL08RF connection)

SQ610 Quantum thermostat could be a heating device or cooling device. Default thermostat is set for heating. To set cool mode you have to insert

the jumper into „CO” terminal. Look at the instructions below:

HEATING MODE:

1 2 3

When there is no jumper at „CO” terminal KL08RF is automatically working in heating mode.

In the application you will see orange thermostat tile with „Flame” icon when heating mode is on.

COOLING MODE:

1 2

When thermostat calling for heating then icon is animating.

When there is jumper at „CO” terminal KL08RF is automatically working in cooling mode.

In the application you will see blue thermostat tile

with „Snow” icon when cooling mode is on.

On the thermostat display you will see „Snow” icon. When thermostat is calling for cooling then icon is animating.

Page 29

6.6 Thermostat modes

6.6.1 Schedule mode

To activate Schedule Mode:

1 2

Select thermostat in the main app menu.

Click on the Work Mode icon.

Choose „Follow Schedule” work mode.

When Schedule Mode is on then callendar icon will display.

The SQ610 Quantum Thermostat gives you the possibility to set schedules for the thermostat. You can add up to 6 programs during one day, by selecting the program’s start time and temperature. You can choose from 3 dierent schedule congurations:

• 5+2 (5 days same program + 2 days same program)

• Individual every week day

• All 7 days same program

Additionally, you can choose to set the Default schedules that already exist in the App, or to modify them according to your preferences. The schedules are displayed on the bottom of screen of your App on the selected thermostat. You can activate the schedules by pressing the Follow Schedule icon on your App. Once activated, the calendar icon will appear on your screen.

Page 30

TO SET THE SCHEDULE IN THE APP:

1 2 3

Select thermostat in the main app menu.

4 5 6

Press thermostat’s name.

Scroll down and press pencil button. As you can see there is default schedule. You can delete all default intervals by button.

Choose for which days you want to program your schedule.

• 5+2 (5 days same program + 2 days same program) (MON-FRI + SAT-SUN)

• Individual every week day (Daily)

• All 7 days same program (MON-SUN)

Please note:

You can add as many intervals as you wish by repeating the procedure described from steps 3 to 6. The procedure is the same for all 3 schedule congurations. You can customize the programs on the thermostat in any way you want.

After days period selection use „Add interval” option to add your intervals to the schedule.

Then add a start time and temperature setpoint, after all - conrm by pressing „Add” button.

Page 31

8 9

After you’ve added all the intervals, press „Save” to save it. Your schedule has been saved and set.

ADDITIONALLY: You can duplicate the same schedule for other thermostat’s. Click on the „Duplicate schedule” option.

PLEASE NOTE: To delete any interval in the schedule just use button next to selected interval.

Select thermostat for which you want to duplicate the schedule.

Now app is saving your choice and after it you will have the same schedule for thermostat’s you’ve selected.

Please note:

When thermostat has no schedule (or it has been deleted) then it maintains a constant temperature 21 °C (in „Follow Schedule” mode).

Page 32

TO SET DEFAULT SCHEDULE:

1 2

Select thermostat in the main app menu.

Press thermostat’s name.

Scroll down and press pencil icon.

To set default schedule use „Default schedule” button. It will remove all current intervals and it will set default schedule.

Page 33

6.6.2 Temporary override mode

Temporary override mode means manual temperature change during active schedule mode:

31 2

Use slider to set new setpoint

temperature.

When you have overwritten the temperature then hand icon next will appear to calendar which means that temporary override mode is

When you overwrote temperature then on the display you will see calendar with hand icon.

working until next schedule program.

NOTE: Temporary override mode will be maintained until next program will come, as it has been set in the schedule.

6.6.3 Manual mode

If the thermostat follows a schedule or is in Standby mode, user can change the operating mode to the manual mode. In manual mode thermostat will maintain setpoint temperature until user will manually change it to a new value or select a new operating mode. When thermostat works in manual mode, the hand icon will be displayed in the app screen.

1 2 2

Press thermostat’s work modes icon. Select „Permanent Hold” mode. Hand icon conrms that thermostat

is in manual mode.

Page 34

6.6.4 Standby Mode

In Standby mode the thermostat is displaying actual room temperature and maintain „Standby” setpoint temperature specied in thermostat settings (please refer to chapter 9.3). When thermostat works in Standby mode then you have no possibilities to change temperature setpoint. To activate. Standby mode online please followe steps below:

1 2

Press thermostat’s work modes icon. Select „Standby” mode.

3 4

Thermostat is in Standby Mode.

Note: When the thermostat exits Standby mode, previous mode will be restored.

You can also see that thermostat is in Standby mode on the display.

Page 35

6.7 Key Lock Function

You can lock/unlock buttons in your thermostat by application.

Press thermostat’s name.

2 3

If buttons are locked/unlocked then also

Click on the „padlock” icon to lock/unlock thermostat buttons.

you can see it on thermostat display („padlock” icon will display).

When thermostat is locked you can unlock it from app or from the device side (please refer to chapter 4.2). As an option you can lock thermostat by PIN, so it will be not possible to unlock it from the device side. To lock thermostat by PIN, please follow steps below:

1 2 3

Enter the settings. Scroll down and enable the pin code.

Then enter the PIN code. Additionally you can set PIN code for keys. Which means you’ll have

to enter code every time when

you want to unlock keys from the

thermostat side.

After all, press „Save” button to set

PIN code and save settings.

Page 36

6.8 Compatibility with window/door sensor OS600 / SW600

SQ610 Quantum thermostat paired with window/door sensor OS600/SW600 allows to create

OneTouch rules when window/door is opened or closed. If thermostat will receive information from window/ door sensor (that window has been opened for example) then OneTouch rule you programmed will turn o heating until window close. If you want to have acces to this function then rst you have to add window/ door sensor OS600 or SW600 (please refer to the OS600 or SW600 manual instruction).

To pair window/door sensor OS600/SW600 with SQ610 Quantum thermostat please follow steps below:

1 2

Select the thermostat in the main app menu.

Press thermostat’s name.

Choose the window icon.

Mark sensors which you want to link together with the thermostat. You can additionaly lock buttons on thermostat when window is opened by marking option above. Press „Save” button to nish pair process...

Page 37

6.9 Compatibility with Smart Plug SPE600

SQ610 Quantum thermostat paired with SPE600 Smart Plug allows to turn on/o any electric device

eg. pump, radiator or valve with actuator. When thermostat start heating then plug will turn on device (or turn o when there is no need to heat). If you want to have acces to this function then rst you have to add SPE600 Smart Plug to the SALUS SmartHome system (please refer to the SPE600 manual

instruction).

To pair SPE600 Smart Plug with SQ610 Quantum thermostat please follow steps below:

1 2

Select the thermostat in the main app menu.

3 4

Choose the plug icon.

Choose plugs which you want to add to the thermostat. Press „Save” button to nish pair process...

Press thermostat’s name.

Page 38

6.10 Compatibility with Smart Relay SR600

SQ610 Quantum thermostat paired with Smart Relay SR600 allows to wireless control of eg.

radiator, pump, boiler. When thermostat start heating then SR600 Smart Relay will turn on device (or turn o when there is no need to heat). If you want to have acces to this function then rst you have to add SR600 Smart Relay to the SALUS SmartHome system (please refer to the SR600

manual instruction).

To pair SR600 Smart Relay with SQ610 Quantum thermostat please follow steps below:

1 2

Select the thermostat in the main app menu.

Press the relay icon.

Press thermostat’s name.

Choose SR600 relays which you want to add to the thermostat. Press „Save” button to nish pair process...

Page 39

6.11 Identication mode

Identication mode can be useful when we are pairing more than one device in one moment and we don’t know which device is which. Beyond, if our system include more that one UGE600 Universal Gateway then we can easily identify which device is paired with which gateway.

1 2

Select the thermostat in the main app menu.

Press thermostat’s name.

Use the magnifying glass icon.

In the Identication mode thermostat’s display will start ashing „IDENTIFY” information for 10 minutes.

You can also identify your device during thermostat’s pairing process:

Click on the magnifying glass icon.

Page 40

6.12 Pinning/unpinning thermostat to/from application dashboard

To pin/unpin thermostat from dashboard in Smart Home application please follow steps below:

1 2 3

Open main menu in the app. Select equipment. Select All equipment option.

4 5

Select your SQ610RF thermostat. Press on the „Pin” icon to pin/unpin

thermostat to/from the app dashboard.

Page 41

6.13 Basic Settings (user)

User settings of SQ610 Quantum thermostat determine basic thermostat work modes (eg. thermostat calibration or standby temperature setpoint). Please consider that service parameters change should be done by experienced users.

1 2

Select the thermostat in the main app menu.

Press thermostat’s name.

Select thermostat’s settings.

Scroll down to the settings section.

BASIC SETTINGS:

Show/hide time on the

thermostat’s LCD.

Show/hide humidity

value on the

thermostat’s LCD.

Thanks to this function

you can calibrate

temperature measu-

rements made by

thermostat from

-3,0 °C to 3,0 °C

intervals in 0,5 °C

steps.

Setpoint temperature

value for standby/

holiday mode

(separately for

heating and cooling).

Thermostat language

selection.

Advanced settings.

Reset user settings.

Page 42

6.14 Admin Settings (Installer parameters)

PLEASE NOTE: Admin settings are mainly for qualied installers or knowledgeable users.

1 2

Select the thermostat in the main app menu.

Press thermostat’s name.

Select thermostat’s settings.

Scroll down to enter

„Admin settings”.

Please Note:

All service parameters with detailed admin settings are described on page 65!

Page 43

6.15 OneTouch rules (add/control)

OneTouch - function that distinguish SALUS Smart Home system in terms of functionality. OneTouch rules are pre-congured set of actions dened

in the interface easy in use. You can switch it on or o anytime. OneTouch informs thermostat or other device how it has to work according to pre-set settings. In application are 3 pre-dened OneTouch rules:

• Party Mode - set thermostat temperature to 21 °C for 2 hours

• Comfort Temperature - set thermostat temperature to 21°C

• Holiday Mode - set thermostat to Holiday Mode

To activate OneTouch rule please follow steps below (Party Mode activation as an example):

1 2 3

Open main menu in the app. Select equipment. Select OneTouch option.

4 5 6

Choose „Party Mode” as a one of the built-in OneTouch rules. Click „Add OneTouch” to add it.

Select thermostats which you want to congure with this rule. Press „Apply” to conrm.

Party Mode has been activated. You can check how it works by pressing „Run now” button.

Page 44

You can also create your own OneTouch rule. As an example we will create OneTouch rule which activates „send me a notication” action under „temperature is below 10 °C” condition. Please look at the steps below how to set this OneTouch rule.

2 3

Open main menu in the app. Select equipment. Select OneTouch option.

4 5 6

Press „Add a AND OneTouch” button. Enter OneTouch rule name. At this step choose condition which

have to be fullll in order to activate the rule.

Page 45

8 9

Select which thermostat you want to link up with your OneTouch rule.

Choose the condition details for your thermostat. In this case select „Temperature Below” option.

10 11 12

Enter a temperature setpoint trigger for your OneTouch rule. Press „Set” button to conrm.

Select „DO THIS” option to create OneTouch rule action.

Choose e-mail or SMS

notication and enter the message

content. Conrm by pressing „Set”

button.

To nish OneTouch rule creation press

„Save” button.

Page 46

13 14 15

As an option OneTouch rule tile can be pinned to the dashboard.

Newly created OneTouch rule tile can be found under OneTouch main menu...

1716 18

... and on your dashboard.

...and press it’s button.To force OneTouch rule activation

select it tile...

OneTouch rule is now activated. In this example SMS message will be send to the user.

Please note: SMS notications will be send to the user only if they are activated in the OneTouch settings and UGE600 Universal Gateway is connected to the Internet.

Page 47

6.16 Error codes (exclamation mark in app)

If there is any error in the Smart Home system which relates to the devices performance or functionality then the Smart Home app will inform user about it by a red exclamation mark in the upper menu. Please look at the example below:

1 2

Press the exclamation mark button. All current errors are displayed.

Errors are visible also on the thermostat’s LCD display (like in the example below):

Floor Sensor Defect means that external sensor which is set as oor sensor

hasn’t been found or it has been damaged.

When problem has been solved (sensor change or re-connection in this case)

- exclamation mark will disappear in application and thermostat will stop ashing error.

Full list of errors is in 12 chapter.

Page 48

6.17 Wireless signal strength test

Each wireless device has a limited range. Beyond distance there are many more elements which could aect on. For example - concrete walls, other

wireless network interferences, wooden walls, reinforced concrete ceilings, metal construction elements, pillars, aluminium foil for underoor heating etc.

Smart Home system has built-in function which allows to check wireless signal quality. If you want to check your system connectivity and signal’s strength please follow steps below:

1 2 3

Press the gear icon in upper right corner of the background image.

Select „Scan my home” option. Here you can check wireless

signal quality of given devices.

Signal quality is expressed in decibel units (db). Compare your value with scale below:

-50db to 0db - very good quality signal

-75db to -50db - good quality signal

-85db to -75db - low quality signal

-95db to -85db - bad quality signal, make wireless connection nearly impossible

PLEASE NOTE: Every Smart Home system device which is powered 230VAC is also working as a signal repeater of ZigBee network. If system is

based on battery devices there could be a need to use repeaters like Salus RE600, Salus RE10RF or any other device of Salus Smart Home series which is powered by 230V AC.

Page 49

6.18 Factory reset (removing thermostat from the app and ZigBee network)

To make thermostat factory reset and remove it from the ZigBee network please follow steps below:

1 2

Select the thermostat in the main app menu.

Press thermostat’s name.

At the very bottom of

thermostat’s menu choose

„Remove” option.

Press „Delete” button to remove

your thermostat from the app

and conrm factory reset.

NOTE: As a conrmation of correct removing process from the network we can’t see our thermostat in „My Equipment” list.

Page 50

You can also do factory reset from the thermostat directly. It will also remove your thermostat from the Zigbee network but you still will be able to see thermostat’s tile. After factory reset thermostat tile will change to dark grey colour.

Press

main menu.

button to enter the

Go to the Admin Settings.

Choose „Factory Reset” option.

Select YES and conrm choice by

pressing

button

Wait few moments to nish factory

reset procedure. Now you can

remove thermostat from the app.

7 8 9

Select the thermostat in

the main app menu.

Press thermostat’s name.

At the very bottom of thermostat’s

menu choose „Remove” option.

Press „Delete” button to remove your

thermostat from the app and con-

rm factory reset.

Page 51

7. Installation in OFFLINE MODE without SALUS SmartHome application

7.1 General informations

In OFFLINE mode (without application), you can use the UGE600 Universal Gateway or CO10RF coordinator to congure the system. Please note

that you cannot use both devices at the same time. Before installing the system you have to decide:

- to create a network using the UGE600 Universal Gateway (you can connect it to the Internet in the future)

- to create a network using the CO10RF coordinator (you can’t connect it to the Internet)

REMEMBER! The UGE600 Universal Gateway and CO10RF coordinator are two dierent devices. Each device creates and operates it’s own network.

Universal Gateway - - CO10RF Coordinator

Universal Gateway is

CO10RF Coordinator

NOT CONNECTED TO THE INTERNET

You can use standard ZigBee network coordinator to install and use your

You can use your devices locally without the Smart Home App. Gateway

works in this mode as standard ZigBee coordinator.

NOTE: CO10RF Coordinator is included in the set with the KL08RF

Please note! If your system has been installed in the OFFLINE mode using the UGE600 Universal Gateway and then

connected to the Internet, all devices should be found in the SALUS Smart Home application (using „Scan for equipment” button). All devices found in the application don’t need to be recongured, because all settings are automatically copied from the gateway.

Please note! If your system was created using the CO10RF coordinator and you would like to control the devices via the Internet, then all devices should be reinstalled using the UGE600 Universal Gateway.

devices.

Control Box.

KL08RF - Wiring Centre for 8-zone

underoor heating (UFH).

TRV

(Thermostatic Radiator Valve)

- with wireless communication.

+ expand KL04RF

RX10RF

receiver

Page 52

7.2 Pairing with underoor heating wiring centre (KL08RF/Control Box)

PLEASE NOTE!

Select “YES” by buttons.

Conrm by

„ ” or „ ”

button.

Now thermostat is looking for the signal from the coordinator...

5 sec.

Open the ZigBee network

Select system type: UNDERFLOOR, press

button to conrm.

Using select the Control Box number. Press

and buttons

button to conrm.

Use the zone number and press button to conrm.

or buttons to select

5 sec.

You can pair your thermostat with more than one zone. Select additional zones or nish the pairing process by

button.

REPLACE ZONE:

If user during pairing process will choose already occupied zone then thermostat will display „ZONE OCCUPIED” message. Occupied zone can be replaced by other thermostat. It will remove current thermostat assigned to that zone. Please look at the steps below:

When thermostat is succesfully

paired main screen will be

displayed.

Close the ZigBee network

Page 53

7.3 Pairing with Wireless TRV radiator head

PLEASE NOTE!

For easier installation, please make sure you have already added wireless TRV radiator heads to your ZigBee network (please refer to the wireless TRV radiator head manual instruction).

Select “YES” by buttons.

Conrm by

„ ” or „ ”

button.

Now thermostat is looking for the signal from the coordinator...

5 sec.

Open the ZigBee network

Select system type “RADIATORS” using or buttons and conrm it by button.

Hold antenna button for 10 sec. on all TRV’s which you want to pair with your thermostat.

10 sec

You can pair up to 6 TRV’s with 1 thermostat. All TRV’s have to be within the same room with thermostat.

5 sec.

On the LCD you will see the number of paired TRV’s. Once all TRV’s are paired - press the pairing process.

button to nish

When thermostat is succesfully

paired main screen will be

displayed.

Close the ZigBee network

Page 54

7.4 Pairing with Receiver RX10RF

PLEASE NOTE!

For easier installation, please make sure you have already added RX10RF receiver to your ZigBee network (please refer to the RX10RF receiver manual instruction).

Select “YES” by buttons.

Conrm by

„ ” or „ ”

button.

Now thermostat is looking for the signal from the coordinator...

5 sec.

Open the ZigBee network

Press button for 3 seconds to expand

“SYSTEM TYPE” menu.

5 sec.

Close the ZigBee network

Use or buttons to:

- choose pairing with the RX10RF receiver in the „RX1” conguration, if the receiver is set as RX1 (receiver responds to the heating signal from any thermostat),

- choose pairing with the RX10RF receiver in the „RX2” conguration, if the receiver is set as RX2 (receiver responds to the heating signal from only one thermostat). Conrm by

button

After all you will see the main thermostat’s display.

Page 55

8. Wired Device (how to set up)

Please note:

Thermostat SQ610 Quantum can work without UGE600 Universal Gateway or CO10RF Coordinator as a standalone device. You can connect it directly to the boiler, pump or other device which requires volt-free switching or 230V AC power supply. Look at the diagrams at the next page to see how to connect it.

Self-acting SQ610 Quantum thermostat without application support can be easily added to the Smart Home app anytime. All settings made before adding to the application are automatically copied to the Smart Home app.

1 2 3

To power on the thermostat you have to connect it to the 230V power then...

Now, choose your language by

„ ” or „ ” buttons.

Conrm your language by

button.

...display will show all icons...

Select „NO” by

„ ” or „ ” buttons to set

SQ610 Quantum thermostat as a

standalone wired device and conrm

button.

...then thermostat will display the

software version.

After all you will see the main thermostat’s display.

Page 56

Wiring diagrams for SQ610 Quantum setted as a Wired Device

Wiring diagram for volt-free connection (e.g. boiler control):

AC 230V

Wiring diagram for 230VAC connections:

Warning:

Please always ensure the AC 230V mains power is switched o before installing or working on any

COM

BOILER CONNECTIO

components.

Please note: Diagram shows the jumper use. Jumper is included with

the set with SQ610 Quantum.

Wiring diagram for control box connection:

Please note: Diagram shows the jumper use. Jumper is included with

the set with SQ610 Quantum.

AC 230V

COM NO

MAX 3(1)

Legend:

Pump

Valve actuator

COM

AC 230V

KL08

Power

NSB

Heating mat

Boiler

SLL

1-8 Zones

Boiler connection * - Boiler’s contacts for ON/OFF thermostat (according to the boiler’s instructions)

Page 57

9. OPERATING in OFFLINE MODE & for WIRED DEVICE

9.1 Setpoint temperature change (manual mode)

SQ610 Quantum thermostat is in manual mode by default. To change setpoint temperature please look at the steps below.

Use temperature.

Active HEATING (or COOLING) is indicated by animating ame (heating) or snowake (cooling).

or buttons to set

Conrm by button. Thermostat will go back to the main

screen.

PLEASE NOTE: If you want to switch between schedule mode and manual mode you

have to press button for 3 seconds on the main screen.

Page 58

9.2 Schedule mode

To program schedule in oine mode please follow steps below:

Press button to enter the main menu.

There are 3 possible schedule variants. Use

Separate schedule for WORKING DAYS and separate schedule for WEEKENDS.

Enter into the schedule settings.

or buttons to select schedule variant and conrm by button:

One schedule for

WHOLE WEEK

Seven separate schedules for

SINGLE DAYS

Schedule programming example for the WHOLE WEEK variant:

Use time. Conrm by button.

or buttons to set

Use

or buttons to set

temperature setpoint.

Conrm by button.

Thermostat will move to the next program

(next time period). If you made a mistake, you

can go back to the previous step using button (changes will not be saved). Repeat

steps 4 and 5 for the next time periods in

the schedule. No time --:-- on the display means given program is skipped. There are 6 programs/time perdiods in the schedule.

Hold button for 3 seconds to save and exit

After setting the schedule thermostat is working in schedule mode. You can see calendar icon on the display:

schedule editing.

Page 59

9.3 Temporary override mode

When thermostat is running schedule mode we can temporarily override it by setting new setpoint temperature.

Use or buttons to change setpoint temperature.

PLEASE NOTE: To cancel temporary override mode and go back to the schedule hold button for 3 seconds. The calendar icon indicates that thermostat went back to schedule mode.

Conrm by

button.

Calendar with hand icon means that schedule has been overwritten until next schedule program.

9.4 Standby mode

STANDBY mode is a special setpoint temperature which can be activated/deactivated in any time. It can work like a frost protection or overheating

protection when needed. When standby mode is activated the clock continues running, as well as the temperature sampling. To enter STANDBY mode hold the button for 3 seconds on your thermostat. You can always turn o STANDBY mode by holding the button for 3 seconds again.

1 2

3 sec.

9.5 Key lock function

To LOCK/UNLOCK SQ610 Quantum thermostat keys in OFFLINE MODE you have to press and hold + buttons for 3 SECONDS. When thermostat is locked you will see padlock icon on the display. When thermostat is unlocked padlock icon is not visible.

3 sec.

Page 60

9.6 User settings (basic settings)

In OFFLINE mode user has got acces to the all thermostat settings.

To open MAIN MENU press button on the main

screen.

9.6.1 Time/Date

Time/date change or edit can be done only in Oine mode. In Online Mode thermostat will synchronise current time and date based on information taken from the Internet. To set time/date follow steps below:

Press button to enter the main menu.

Go to the user settings. Choose time/date option.

Go to clock settings.

Set your time using and buttons. Conrm your choice by

DATE settings will automatically appear after clock setup:

4 5

button.

Page 61

9.6.2 Holiday mode

Holiday mode is a special program temperature setpoint which thermostat will maintain for specied days.

How to set HOLIDAY MODE:

Press main menu.

4 5

button to enter the

Go to the user settings.

Choose holiday mode option.

Select „Yes” to SET ON the

holiday mode.

HOLIDAY MODE is ON. On the top of the screen you can see days left to the end. Also „plane” icon indicator informs that HOLIDAY MODE is running.

Using and buttons set vacation time (in days). Conrm by

button.

To TURN OFF HOLIDAY MODE:

Press any button when HOLIDAY MODE is active. To turn o HOLIDAY MODE choose YES and conrm it by

button.

Set temperature setpoint for holiday mode by and buttons.

Conrm by

button.

Page 62

9.6.3 Thermostat calibration

Thermostat calibration is a function which allows user to recalibrate internal thermostat’s temperature sensor by a given number of degrees (in the range from -3,5 °C to 3,5 °C). To calibrate thermostat’s temperature sensor please follow steps below:

Press main menu.

button to enter the

Go to the user settings.

Choose temperature calibration option.

Set temperature calibration value by

and buttons and conrm by

button.

9.6.4 Display humidity

SQ610 thermostat has built-in hygrometer (humidity sensor). Humidity value can be displayed or hidden depending on the user’s needs. To show/hide humidity value please follow steps below:

Press main menu.

button to enter the

Go to the user settings.

Choose SHOW to see humidity indication on the main screen or HIDE to not to. Use

and buttons and conrm by

button.

Choose display humidity option.

Page 63

9.6.5 Display oor temp

Display oor temperature is a function which is available only when thermostat works with external oor temperature sensor. To show/hide oor temperature value please follow steps below:

Press main menu.

button to enter the

Go to the user settings.

Choose display oor temp option.

Select SHOW or HIDE using buttons. Conrm selection by button.

and

Floor temperature value is displayed with one degree accuracy.

9.6.6 Standby temp setpoint

There are two standby temperature setpoints - for heating and for cooling mode. Standby setpoint range for heating mode is from 5 ° C to 35 ° C. Standby setpoint range for cooling mode is from 5 ° C to 40 ° C. To set it on please follow steps below:

NOTE: If paired with TRV radiator heads or RX10RF receiver, then standby for cooling is not available.

Press main menu.

button to enter the

Go to the user settings.

Choose standby temp setpoint option.

Select for heating or cooling option.

Set temperature setpoint by or buttons. Conrm by

button.

Page 64

9.6.7 Heat/cool selection

SQ610 thermostat can work in heating or cooling mode. To set thermostat operating mode please follow steps below:

NOTE: Available only if thermostat is paired with Smart Plug SPE600 or Smart Relay SR600 in ONLINE MODE.

Press main menu.

button to enter the

Go to the user settings.

Choose heat/cool option.

Select heat or cool mode by or

9.6.8 Reset user settings

To reset user settings to it’s default please follow steps below:

Press main menu.

button to enter the

buttons. Conrm by button.

Go to the user settings.

Choose reset user settings.

Conrm reset by choosing YES.

User settings has been successfully reseted.

Page 65

10. Admin settings (installer parameters)

To enter admin settings (installer parameters) please follow steps below. Please refer to parameters table description before any changes. Use or buttons to move up or down between all parameters. Every change/selection conrm by button:

Press main menu.

Parameter name Parameter Values Description Default

TEMPERATURE SCALE CELSIUS ⁰C

DISPLAY TEMP RESOLUTION 0.5 ⁰C / 0.1 ⁰C

HEAT CONTROL ALGORITHM ITLC UFH

COOL CONTROL ALGORITHM SPAN +/- 0.25 ⁰C (0.5 ⁰F)

TRV ADVANCED CALIBRATION OFF

button to enter the

FAHRENHEIT ⁰F

1 ⁰F / 0.2 ⁰F

ITLC RAD ITLC ELECT SPAN +/- 0.25 ⁰C (0.5 ⁰F) SPAN +/- 0.5 ⁰C (1 ⁰F) THB ACTUATOR

SPAN +/- 0.5 ⁰C (1 ⁰F)

AUTO SELECT ON

Move or buttons to look for Admin Settings.

When you will nd Admin settings then enter by

This parameter species temperature unit of the thermostat. ⁰C

This parameter species the accuracy of the displayed (measured) temperature.

This parameter denes the algorith of the room temperature control. ITLC algorithm ensures reduction of overdrive states and economic operation of the system. It is an advanced algorithm designed to precisely maintain room temperature. ITLC UFH - algorithm designed for underoor heating (for heating systems with high inertia),

ITLC RAD - algorithm designed for radiator heating, ITLC ELECT - algorithm for electric heating (for heating systems

that heat up quickly and cool down quickly)

SPAN +/- 0.25⁰C (+/- 0.5⁰F) SPAN +/- 0.5⁰C (+/- 1.0⁰F) THB ACTUATOR - an algorithm designed for underoor

heating systems which are equipped with THB actuators with automatic ow balancing function (dynamic ow control). The THB actuator has two temperature sensors that are installed on the supply and return of the corresponding loop of the underoor heating. The self-regulating actuator measures temperature on the sensors and adjusts its work to maintain the correct temperature dierence between the supply and return ows(ΔT).

This parameter denes SPAN setting for cooling mode. SPAN +/-

This parameter is only available when thermostat is paired with the TRV head. This function runs an advanced self-learning algorithm for systems not equipped with the RX10RF receiver. System performs very accurate calibration of TRV head in order to self-adapt to room conditions.

OFF

This option should be used in a system equipped with the RX10RF (RX1) module to control the boiler. The advantage of

button.

Values

0.5⁰C / 1⁰F

ITLC UFH

0.25 ⁰C /

0.5 ⁰F AUTO

SELECT

Page 66

Parameter name Parameter Values Description Default

Values

this algorithm is that the heating process begins with the TRV heads opening and ensures the ow in the system before the boiler starts. The system also turns o the boiler via the RX10RF (RX1) module before all TRV heads are closed. AUTO Default setting (AUTO) means system decides itself which control algorithm to choose:

• if thermostat works in the system together with RX10RF (RX1) (which controls boiler), then TRV heads will be controlled according to „OFF” algorithm described above,

• if there is no RX10RF (RX1) - then thermostat selects the self-learning algorithm „ON” (Advanced Self Learning Control) described below ON Advanced Self Learning Control - an advanced self-learning algorithm. This algorithm is intended for systems that are not equipped with the RX10RF (RX1) module. Hydraulic system must have by-pass - boiler still can operate when all TRV heads are closed. The correct operation of the algorithm consists in double calibration process of the TRV head:

• standard - during TRV head installation on the valve.

• precise - to self-adapt to room conditions and maintain a stable temperature. Advanced calibration can take several hours (or even more if 1 thermostat controls several TRV heads simultaneously). While thermostat is performing calibration process, message „RADIATOR TRV CALIBRATING” appears on the display.

WARNING! Calibration process performs automatically. There is no need to force it manually.

S1/S2 INPUT DISABLE

FLOOR SENSOR EXT SENSOR OCCUP SENSOR ONE TOUCH CHANGEOVER

S1/S2 input can work in various congurations: DISABLE - S1/S2 input is o.

FLOOR SENSOR - S1/S2 input is used for oor temperature

sensor connection (e.g. FS300 - NTC 10kOhm). Thermostat maintains temperature in the room and additionaly (by oor sensor) prevents oor against overheating or overcooling which may cause discomfort or oor damage.

EXT SENSOR - S1/S2 input is used for external temperature sensor connection (e.g. FS300 - NTC 10kOhm). When an external temperature sensor is connected, thermostat will display temperature measured by this sensor and will ignore the internal built-in sensor. An external temperature sensor can be used when thermostat is controlling room to which we don’t have access. Please note that if no external sensor is connected and you have chosen to use the S1/S2 input as „EXT SENSOR”, the temperature will not be displayed.

OCCUP SENSOR - an external volt-free contact is connected to the S1/S2 input (e.g. hotel card, occupancy sensor). When S1/S2 contacts are closed, thermostat is in normal operation mode e.g. schedule mode or manual mode. When S1/S2 contacts are opened, thermostat activates standby

DISABLE

Page 67

Parameter name Parameter Values Description Default

MINIMUM SETPOINT MIN SETPOINT FOR HEATING

MIN SETPOINT FOR COOLING Temperature setting range: 5⁰C - 35⁰C

mode ONE TOUCH - this option is available only in ONLINE mode. In this scenario S1/S2 input is used to work with volt-free contact. By closing/opening S1/S2 contacts we can trigger any OneTouch rule created in the Smart Home application. More information in chapter 6.15 CHANGEOVER - an external volt-free contact is connected to the S1/S2 input. When S1/S2 contacts are closed, thermostat works in heating mode. When S1/S2 contacts are opened, thermostat works in cooling mode. This function is not available when thermostat is paired with KL08RF wiring centre, TRV head or RX10RF receiver.

This parameter allows to limit temperature setpoint range by setting minimum setpoint for heating and cooling modes.

Values

5 ⁰C

MAXIMUM SETPOINT MAX SETPOINT FOR HEATING

MAX SETPOINT FOR COOLING Temperature setting range: 5,5⁰C - 40⁰C

VALVE PROTECTION ON

OFF

INTERNAL RELAY DISABLE

ENABLE RELAY TYPE NO-COM* RELAY TYPE NC-COM*

MINIMUM TURN-OFF TIME MIN OFF TIME FOR COOLING This parameter species the minimum time between ON/OFF

OPTIMISATION FEATURE OPTIMUM START ON / OFF

OPTIMUM STOP ON / OFF

COMFORT WARM FLOOR DISABLE

LEVEL 1 LEVEL 2 LEVEL 3

This parameter allows to limit temperature setpoint range by setting maximum setpoint for heating and cooling modes.

Valve protection function is intended to protect thermostatic valves against getting stuck or jamming (e.g. in summer time when heating system is disabled). If thermostat doesn’t send a signal for heating for a period of 7 days, then heating is turned on for a very short period of time just to move the actuators.

If this option is disable then internal relay will not work at all. If this option is enable then relay will goes on if thermostat is calling for heating or cooling. *parameter allows to set relay’s work mode **as default the relay is disable, but if you use SQ610 as a standalone device (device is not paired wirelessly with other devices) the relay is enable

switching in cooling mode. Thermostat have to wait this time value before it switches on again. Minimum Turn-O time range: 0 - 300

Optimisation function is an energy-saving algorithm for eec tive control of the heating device ensuring better temperature comfort at pre-dened times of the day. When the OPTIMUM START function is active, thermostats sends the heating signal to the heat source earlier so that the setpoint temperature is reached at the time dened in the schedule. When the OPTIMUM STOP function is active, thermostat takes into account the system inertia, switches o the heat source earlier to reach setpoint temperature at the time dened in the schedule.

This function helps to keep the oor warm, even if the room is warm enough and there is no need to turn on the heating. User can select 3 levels of warm oor feature. PLEASE NOTE: it is not an economy feature, as your heating system may be ON even if there is no heating demand from the room thermostat. It is COMFORT feature which keeps your oor warm all the time. It is only for Heating Mode.

35 ⁰C

DISABLE**

FOR COOLING: 180

OPTIMUM START: OFF OPTIMUM STOP: OFF

DISABLE

Page 68

Parameter name Parameter Values Description Default

PIN CODE DISABLE

ENABLE

DEVICE INFORMATION PAIRED WITH

RF RANGE BATTERY LEVEL IDENTIFY MODE SOFT DEL OFFLINE DEVICE

CONNECT WITH GATEWAY YES

- LEVEL 1 - Heating will be ON for 11min (3min to open the actuator, then actuator will remain open for 5min, then closing the actuator will take another 3min). The option is for small rooms with short loops, which can be heated up quickly.

- LEVEL 2 - Heating will be ON for 15min (3min to open the actuator, then actuator will remain open for 9min, then closing the actuator will take another 3min). The option is for medium rooms with loops of medium length.

- LEVEL 3 - Heating will be ON for 19min (3min to open the actuator, then actuator will remain open for 13min, then closing the actuator will take another 3min). The option is for big rooms, with long loops.

There are two variants that can be set for the PIN CODE feature:

- PIN CODE will be used only to lock admin settings menu,

- PIN CODE will be used to completely lock thermostat. PIN CODE can be set from the Smart Home application or from device side. In case of any problems with thermostat unlocking, please contact the SALUS-Controls Technical Department.

This function helps user to nd out below informations about thermostat: PAIRED WITH - here we can check which devices are controlled by thermostat RF RANGE - this screen displays the value of RSSI (Received Signal Strength Indicator) between thermostat and coordinator (UGE600 or CO10RF) every 3 seconds. If the wireless connection is lost, „LOST LINK” information is displayed.

BATTERY LEVEL - information about percentage battery level status

IDENTIFY DEVICES - press

device side - you can check which devices are paired with thermostat (e.g. wiring centre, TRV head etc.). During identication time of 10 minutes are counted down. Press again

SOFT - information about thermostat rmware version

DELETE OFFLINE DEVICE - this function is available only when thermostat

is paired with CO10RF coordinator (in OFFLINE mode). It allows user to remove OFFLINE devices which are still present in the CO10RF memory. In a properly working network all devices should communicate. If there is any device installed in the network and it is turned o from the power supply or out of range (so it is not communicating with the network) it can be deleted from thermostat side. EXAMPLE: Choose the oine device type you wish to delete: CONTROL BOX, THERMOSTAT, RADIATORS, RX10RF RX1, RX10RF RX2. After conrming the selection (e.g THERMOSTAT), use the „up” and „down” keys and the following informations will be displayed:

- number of all devices in the network (e.g. THERMOSTAT 08 ALL)

- number of devices which are communicating with coordinator, (e.g. THERMOSTAT 06 ONLINE)

- number of devices which are disconnected from power supply or out of range (e.g. THERMOSTAT 02 OFFLINE). At this point, pressing

If you have congured the thermostat as a standalone device and now you want to add it to the gateway (pair with the other devices) you can use that option

button to enable identication process from

button to end identication process earlier.

button conrms oine devices removal.

Values

DISABLE

YES

Page 69

11. Factory Reset

To RESET SQ610 thermostat to it’s factory default settings please follow steps below:

Press main menu.

button to enter the

Go to the Admin Settings.

Choose „Factory Reset” option.

Select YES and conrm choice by

pressing

button

Wait few moments to nish factory

reset procedure.

12. Error codes (error codes description with possible solutions)

ERROR

CODE

DISPLAY

DESCRIPTION

TRV

HARDWARE

PROBLEM

FLOOR

SENSOR

OVERHEATED/

OVERCOOLED

ERROR DESCRIPTION TROUBLESHOOTING

TRV paired with thermostat - TRV hardware error.

Floor is overheated (heating mode). / Floor is overcooled (in cooling mode).

• Reinstall the TRV head or replace it. If necessary, contact with the SALUS Technical Department.

• Set the heating medium temperature or change oor sensor MAX/ MIN temperature setpoint in the „S1/S2 input” admin setting parameter.

• Set the cooling medium temperature or change oor sensor MAX/ MIN temperature setpoint in the „S1/S2 input” admin setting parameter.

FLOOR

SENSOR

DEFECT

FLOOR

SENSOR

DEFECT

CONNECTIVITY

LOST COORD.

CONNECTIVITY

LOST WC

Floor sensor is broken.

Floor sensor is shorted.

Thermostat lost contact with the CO10RF network coordinator or the UGE600 internet gateway.

Thermostat lost connection with the wiring centre.

• If oor sensor is connected to „S1/S2 input”, check the wiring.

• If oor sensor is not connected, check the „S1/S2 input” parameters settings.

• If oor sensor is connected to „S1/S2 input”, check the wiring.

• If oor sensor is not connected, check the „S1/S2 input” parameters settings.

• Check oor sensor wire insulation for any damages. Sensor resistance for 25°C=10kΩ.

• Check the coordinator/gateway power supply connection.

• Force identication process from the coordinator/gateway or thermostat.

Is the wiring centre turned ON and Status Network LED diode solid?

• If yes, send the heating signal from thermostat to the wiring centre (change setpoint temperature).

Page 70

ERROR

CODE

DISPLAY

DESCRIPTION

ERROR DESCRIPTION TROUBLESHOOTING

• If LED diode of the Network Status is ashing, pair the wiring centre with the system in accordance to the manual instruction and pair thermostat with wiring centre.

CONNECTIVITY

LOST TRV

CONNECTIVITY

LOST RX 1

CONNECTIVITY

LOST RX 2

Thermostat lost contact with the TRV head.

Thermostat has lost connection with the RX10RF receiver (RX1 mode).

Thermostat has lost connection with the RX10RF receiver (RX2 mode).

• Check TRV head batteries.

• Send the heating signal from thermostat and check if the TRV head is working.

• If the LED diode on the TRV head is ashing, repeat the pairing procedure with thermostat according to the manual instructions.

• Is the RX10RF receiver plugged to the power supply and the top LED diode is red? The Auto/Manual switch has to be set to AUTO position.

• Force identication process from the coordinator/gateway side and check if the devices are within the network.

• Send the heating signal from thermostat

• If the top LED diode is ashing, perform the pairing procedure according to the RX10RF manual instruction.

• Is the RX10RF receiver plugged to the power supply and the top LED diode is red? The Auto/Manual switch has to be set to AUTO position.

11-18.

19.

CONNECTIVITY LOST ZONE 1-8

WC / CB LOST

CONNECTIVITY

Wiring centre has lost connection with thermostat of the given zone: e.g. 11 = with zone 1; 12 = with the zone 2 etc. Error is displayed on all thermostats.

Wiring centre has lost connection with the CO10RF coordinator/UGE600 internet gateway. Error is displayed on all thermostats.

• Force identication process from the coordinator/gateway side and check if the devices are within the network.

• Send the heating signal from thermostat

• If the top LED diode is ashing, perform the pairing procedure according to the RX10RF manual instruction.

• Check the thermostat power supply.

• Send the heating signal from thermostat.

• If necessary, reinstall the thermostat.

• Is the wiring centre turned ON and Status Network LED diode solid?

• Force identication process from the coordinator/gateway side and check if wiring centre is within the network.

• If LED diode of the Network Status is ashing, pair the wiring centre with the system in accordance to the manual instruction and pair all thermostats with wiring centre.

20.

WC / CB LOST LINK-RX10RF

Wiring centre has lost connection with the RX10RF receiver operating in RX1 mode. Error is displayed on all thermostats.

• Is the wiring centre turned on? Status Network LED diode should be solid.

• Force identication process from the coordinator/gateway side and check if devices are within the network.

• If the LED diode of the AUTO/MANUAL receiver switch is ashing, follow the RX10RF manual instruction for pairing.

Page 71

ERROR

CODE

21.

DISPLAY

DESCRIPTION

CONNECTIVITY

LOST COORD.

ERROR DESCRIPTION TROUBLESHOOTING

TRV head has lost connection with CO10RF coordinator/UGE600 internet gateway.

• Check TRV head batteries (replace if necessary).

• Check if the coordinator/ internet gateway is connected to the power supply.

• Force identication process from the coordinator/gateway side and check if devices are within the network.

• Send the heating signal from thermostat.

22.

23.

24.

25.

26-29.

30.

TRV

LOW BATTERY

UNPAIRED TRV

WITHIN RANGE

THERMOSTAT

REJECTED WC

CONNECTIVITY

LOST

CONNECTIVITY

LOST ZONE

9-12

TRV GEAR

DEFECT

Low battery level in the TRV head.

TRV head’s pairing error or head is incompatible with the system.

Thermostat was rejected by the wiring centre.

Thermostat has lost connection with the nearest 230V powered device.

Wiring centre has lost connection with thermostat of the given zone: e.g. 26 = with zone 9; 27 = with zone 10; 28 = with zone 11, 29 = with zone 12. Error is displayed on all thermostats.

TRV head has a problem with the internal gear mechanism.

• Replace TRV head batteries.

• Remove TRV head from the system and repeat pairing procedure with thermostat.

• Perform the thermostat’s pairing procedure again.

• Check the power supply of the nearest 230V device. If there is problem with RF signal range, install the ZigBee Network Repeater and pair thermostat with the receiver again (wiring centre, TRV head etc.)

• Check the thermostat’s power supply.

• Send the heating signal from thermostat.

• If necessary, reinstall the thermostat.

• Reinstall the TRV head or replace it. If necessary, contact with the SALUS Technical Department.

31.

32.

33.

TRV FAILED

ADAPTATION

THERMOSTAT

LOW BATTERY

CONNECTIVITY

LOST RX10RF

Adaptation error of the TRV head assembled on the radiator valve insert.

Thermostat’s battery level is low (error is displayed only in the Smart Home application).

The RX10RF receiver has lost connection with thermostat (error is displayed only in the Smart Home application).

• Check assembly of the TRV head on radiator valve insert and reinstall the TRV head.

• Check the compatibility of the TRV head and radiator valve insert; replace the valve insert if necessary.

• Replace thermostat batteries.

• Check the thermostat’s power supply.

• Force identication process from the coordinator/gateway side and check if devices are within the network.

• Send the heating signal from thermostat side and check if RX10RF receiver is turning ON.

• If the top LED diode is ashing, perform the pairing procedure according to the RX10RF manual instruction.

• Pair thermostat with the RX10RF receiver again according to the thermostat’s manual instruction.

Page 72

13. Cleaning and Maintenance

The SQ610 Quantum Thermostat requires no special maintenance. Periodically, the outer casing can be wiped clean using a dry cloth (please DO NOT use solvents, polishes, detergents or abrasive cleaners, as these can damage the thermostat). There are no user serviceable parts within the unit; any servicing or repairs could only be carried out by Salus Controls or their appointed agents.

14. Technical Informations

Power Supply AC 230 V

Temperature range 5-40°C

Display temperature accuracy 0.5°C or 0.1°C

ITLC

Control algorithm

S1-S2 Input (multifunctional input)

SPAN (±0.25°C / ±0.5°C) THB

Floor temperature Air temperature Occupancy sensor One Touch Changeover (heating/cooling)

Output control

Max current 3 (1) A

Communication protocol ZigBee 2,4GHz

Mounting Flush mounting

Working temperature 0-45°C

IP protection class IP30

Dimensions [Width x Height x Deep]

Thickness after mounting in a wall-box φ60 10 mm

COM – NO (volt-free)

86 x 86 x 28 mm

86 mm 86 mm

86 mm

10 mm

28 mm

Page 73

15. Warranty

SALUS CONTROLS warrants this product to be free from any defects in material or workmanship and to perform as specied for a period of ve years from the date of installation. SALUS CONTROLS reserves the sole responsibility for breach of this warranty by repairing or replacing the defective product. This product includes software that matches the distributor’s identication at the time of sale. The manufacturer / distributor provides a guarantee covering all functions and specics of the product in accordance with this marking. The distributor’s warranty does not cover the correct operation of the functions and features available as a result of a product software update. The full warranty conditions are available at www.salus-controls.eu

Page 74

DISTRIBUTOR OF SALUS CONTROLS:

QL CONTROLS Sp. z o.o., Sp. k. Rolna 4, 43-262 Kobielice, Poland

IMPORTER:

SALUS Controls Plc Units 8-10 Northﬁeld Business Park Forge Way, Parkgate Rotherham S60 1SD United Kingdom

www.salus-controls.com

SALUS Controls is a member of the Computime Group.

Maintaining a policy of continuous product development SALUS Controls plc reserve the right to change speciﬁcation, design and materials of products listed in this brochure without prior notice.

Issued: 23 VI 2021

Soft version: 2.7

Salus SQ610 User guide

Specifications and Main Features

Frequently Asked Questions

User Manual

1. Introduction

1.2 Product Compliance

1.2 Safety Informations

1.3 Product Overview

2. Montage

2.1 Package Content

2.2 Proper thermostat location

2.3 Wiring diagram (SQ610 Quantum thermostat)

3. About ZigBee network

3.1 ZigBee network - creation and work

3.2 Compatibility with SALUS devices (ONLINE AND OFFLINE)

4.1 LCD Icon Description

4.2 Button Description

4.3 First power up sequence, language choice and preparing to the pair process

5. Installation by SALUS Smart Home application (ONLINE MODE)

5.1 General informations about SALUS Smart Home application

5.3 Pairing with Wireless TRV radiator head

5.4 Pairing with Smart Plug SPE600

5.5 Pairing with Smart Relay SR600

5.6 Pairing as a Wired Device

5.7 Pairing with receiver RX10RF

6. OPERATING in ONLINE MODE (by app)

6.1 General informations

6.2 App icons description

6.3 Change thermostat name (pencil tool)

6.4 Setpoint temperature change

6.5 Heat/Cool mode change (KL08RF connection)

6.6 Thermostat modes

6.6.1 Schedule mode

6.6.2 Temporary override mode

6.6.3 Manual mode

6.6.4 Standby Mode

6.7 Key Lock Function

6.8 Compatibility with window/door sensor OS600 / SW600

6.9 Compatibility with Smart Plug SPE600

6.10 Compatibility with Smart Relay SR600

6.12 Pinning/unpinning thermostat to/from application dashboard

6.13 Basic Settings (user)

6.14 Admin Settings (Installer parameters)

6.15 OneTouch rules (add/control)

6.16 Error codes (exclamation mark in app)

6.17 Wireless signal strength test

6.18 Factory reset (removing thermostat from the app and ZigBee network)