industrie technik TH-xxxSx1 Series User Manual

EN

ROOM CONTROLLER

EVOLUTION

SERIES TH-xxxSx1

USER MANUAL

2/126

1. Technical features 10

2.

Code selection 10

3.

Display, keyboard and icons 11

4.

Quick access parameter setting 12

Keyboard lock: 12

Switch on and off 12

Setpoint setting 12

Fancoil operating mode 13

MODE button functionality 13

5.

Date and time setting (Model TH-xxCSx1) 15

6.

TIME ZONES operation and setting

(Model TH-xxCSx1) 15

7.

TIME ZONE duplication (Model TH-xxCSx1) 17

8.

Manufacturer parameter setting

(level 1 password) 18

9.

Installer parameter setting (level 2 password) 20

10.Digital and analogue input logic 24

Digital inputs 24

Analogue inputs 25

11.

Regulation sensor(s) 28

12.

Automatic season changeover

with water sensor (M01=2 or 5) 28

13.

Frost protection 28

14.

Working setpoint, ECONOMY mode

and HOLIDAY mode 29

15.

Timer extension mode 31

16.

Fancoil with EC motor

(models TH-0xxSx1, TH-1xxSx1, TH-2xxSx1) 31

EC motor automatic speed control logic with on/off outputs 31

EC motor automatic speed control logic with 0..10 V modulating outputs 32

17.

Fancoil with 3 speed on-off motor

(models TH-2xxSx1, TH-3xxSx1, TH-4xxSx1) 33

3 speed on-off motor speed control logic with on/off outputs 33

3 speed on-off motor speed control logic with 0...10V modulating outputs 33

18.

Manual speeds and ventilation

maintenance with no control 34

19.

Fan boost 34

20.

Minimum thermostat 34

21.

Destratication cycle 35

22.

Dirty lter 35

23.

Window contact 35

24.

Summertime changeover 35

25.

Sensor AI3 used as input 0...10V 35

26.

Outputs forced via Modbus 36

27.

Alarms 37

28.

Resetting the default parameters 39

29.

Control with EC motor (Model TH-0xxSx1) 40

HEATING mode (M01=0) 40

Wiring diagram 40

HEATING/HEATING mode (M01=1) 41

Wiring diagram 41

2 PIPE HEATING/COOLING mode with AUTOMATIC SEASON CHANGEOVER (M01=2): 42

2 PIPE HEATING/COOLING mode with SEASON CHANGEOVER by CONTACT (M01=3): 42

2 PIPE HEATING/COOLING with SEASON CHANGEOVER by PARAMETER (M01=4): 42

Wiring diagram 43

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with AUTOMATIC SEASON CHANGEOVER (M01=5): 44

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with SEASON CHANGEOVER by CONTACT (M01=6): 44

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with SEASON CHANGEOVER by

PARAMETER (M01=7): 45

Wiring diagram 47

4 PIPE HEATING/COOLING mode (M01=8) 48

Wiring diagram 48

4 PIPE HEATING/COOLING mode + ELECTRIC RESISTANCE (M01=9) 49

Wiring diagram 49

TABLE OF CONTENT

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COOLING mode (M01=10) 50

Wiring diagram 50

COOLING/COOLING mode (M01=11) 51

Wiring diagram 51

30.

Regulation (Model TH-1xxSx1) 52

HEATING mode (M01=0) 52

Wiring diagram 52

HEATING/HEATING mode (M01=1) 53

Wiring diagram 53

2 PIPE HEATING/COOLING mode with AUTOMATIC SEASON CHANGEOVER (M01=2): 54

2 PIPE HEATING/COOLING mode with SEASON CHANGEOVER by CONTACT (M01=3): 54

2 PIPE HEATING/COOLING with SEASON CHANGEOVER by PARAMETER (M01=4): 54

Wiring diagram 55

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with AUTOMATIC SEASON CHANGEOVER (M01=5): 56

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with SEASON CHANGEOVER by CONTACT (M01=6): 56

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with SEASON CHANGEOVER by

PARAMETER (M01=7): 56

Wiring diagram 58

4 PIPE HEATING/COOLING mode (M01=8) 59

Wiring diagram 60

4 PIPE HEATING/COOLING mode + ELECTRIC RESISTANCE (M01=9) 61

Wiring diagram 62

COOLING mode (M01=10) 63

Wiring diagram 63

COOLING/COOLING mode (M01=11) 64

Wiring diagram 64

31.

Regulation with EC motor (Model TH-2xxSx1) 65

HEATING mode (M01=0) 65

Wiring diagram 65

HEATING/HEATING mode (M01=1) 66

Wiring diagram 66

2 PIPE HEATING/COOLING mode with AUTOMATIC SEASON CHANGEOVER (M01=2): 67

2 PIPE HEATING/COOLING mode with SEASON CHANGEOVER by CONTACT (M01=3): 67

2 PIPE HEATING/COOLING with SEASON CHANGEOVER by PARAMETER (M01=4): 68

Wiring diagram 69

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with AUTOMATIC SEASON CHANGEOVER (M01=5): 70

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with SEASON CHANGEOVER by CONTACT (M01=6): 70

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with SEASON CHANGEOVER by

PARAMETER (M01=7): 71

Wiring diagram 73

4 PIPE HEATING/COOLING mode (M01=8) 74

Wiring diagram 74

4 PIPE HEATING/COOLING mode + ELECTRIC RESISTANCE (M01=9) 75

Wiring diagram 76

COOLING mode (M01=10) 77

Wiring diagram 77

COOLING/COOLING mode (M01=11) 78

Wiring diagram 78

32.

Control with 3 speed ON/OFF motor

(Model TH-2xxSx1) 79

HEATING mode (M01=0) 79

Wiring diagram 79

2 PIPE HEATING/COOLING mode with AUTOMATIC SEASON CHANGEOVER (M01=2): 80

2 PIPE HEATING/COOLING mode with SEASON CHANGEOVER by CONTACT (M01=3): 80

2 PIPE HEATING/COOLING with SEASON CHANGEOVER by PARAMETER (M01=4): 80

Wiring diagram 82

COOLING mode (M01=10) 83

Wiring diagram 83

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33. Regulation (Model TH-3xxSx1) 84

HEATING mode (M01=0) 84

Wiring diagram 84

HEATING/HEATING mode (M01=1) 85

Wiring diagram 85

2 PIPE HEATING/COOLING mode with AUTOMATIC SEASON CHANGEOVER (M01=2): 86

2 PIPE HEATING/COOLING mode with SEASON CHANGEOVER by CONTACT (M01=3): 86

2 PIPE HEATING/COOLING with SEASON CHANGEOVER by PARAMETER (M01=4): 86

Wiring diagram 88

4 PIPE HEATING/COOLING mode (M01=8) 89

Wiring diagram 90

COOLING mode (M01=10) 91

Wiring diagram 91

COOLING/COOLING mode (M01=11) 92

Wiring diagram 92

34.

Regulation (Model TH-4xxSx1) 93

HEATING mode (M01=0) 93

Wiring diagram 94

HEATING/HEATING mode (M01=1) 95

Wiring diagram 95

2 PIPE HEATING/COOLING mode with AUTOMATIC SEASON CHANGEOVER (M01=2): 96

2 PIPE HEATING/COOLING mode with SEASON CHANGEOVER by CONTACT (M01=3): 96

2 PIPE HEATING/COOLING with SEASON CHANGEOVER by PARAMETER (M01=4): 96

Wiring diagram 98

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with AUTOMATIC SEASON CHANGEOVER (M01=5): 99

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with SEASON CHANGEOVER by CONTACT (M01=6): 99

2 PIPE HEATING/COOLING + ELECTRIC RESISTANCE mode with SEASON CHANGEOVER by

PARAMETER (M01=7): 99

Wiring diagram 103

4 PIPE HEATING/COOLING mode (M01=8) 104

Wiring diagram 105

COOLING mode (M01=10) 106

Wiring diagram 106

COOLING/COOLING mode (M01=11) 107

Wiring diagram 107

35.

USB connection 108

36.

Jumper settings 108

37.

Modbus (for versions TH-xMxSx1) 109

Default parameters reset via MODBUS 114

Clock setting via MODBUS 115

MODBUS communications alarm 115

MODBUS connection diagram 116

38.

BACnet (for versions TH-xBxSx1) 117

BACnet connection diagram 117

BACnet protocol implementation conformance statement 118

Product description 118

BACnet Standardized Device Prole (Annex L) 118

List of all BACnet Interoperability

Building Blocks Supported (Annex K) 118

Segmentation Capability 118

Standard Object Types Supported 119

Data Link Layer Options 120

Device Address Binding 120

Networking Options 120

Network Security Options 120

Character Sets Supported 120

BACnet signals 121

Analogue inputs 121

Analogue values 121

Binary inputs 122

Binary values 123

Multistate values 124

Device 125

39.

Electrical connection 126

40.

Dimensions 128

41.

Installation instructions 128

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TH room controller

1. Technical features

Power: 110...230 V AC ±10%, 50/60 Hz

Power consumption: max 1.3W

Operating temperature: 0...50°C Display: backlit LCD display Inputs: 2 potential free contacts 2 or 3 NTC10K sensors

USB for conguration and software updates

Outputs: 3 analogue outputs 0...10V (RL > 10K) depending on model 5 SPST relays, 250V AC, 3A (AC1) depending on model Communications: Modbus RTU or BACnet B-ASC depending on model Temperature reading range: -15...90°C

Dimensions: 128 x 80 x 55.5 mm Installation: 3 module ush-mounted box

Protection class: IP30, class 2 CE standard conformity: EN 60730-1, EN 61000-6-3, EN 61000-6-1

2. Code selection

Room controller

TH

- x x x

S

x 1

Version:

1 digital output + 3 analogue outputs + 3 analogue inputs 2 digital outputs + 2 analogue outputs + 3 analogue inputs 3 digital outputs + 1 analogue output + 3 analogue inputs 3 digital outputs + 2 analogue outputs + 2 analogue inputs 5 digital outputs + 0 analogue outputs + 3 analogue inputs

0 1 2 3 4

Communications:

Without bus Modbus Bacnet

S M B

Clock:

Without clock With clock

S C

Internal sensor:

Temperature Temperature + humidity

T H

7/126

3. Display, keyboard and icons

%rH

485

°C

°F

set

HEAT COOL

M

O

D

E

%rH

485

°C

°F

set

%

HEAT

COOL

ESC

M

O

D

E

%rH

485

°C

°F

set

%

HEAT COOL

ESC

M

O

D

E

ESC

M

O

D

E

%rH

485

°C

°F

set

HEAT COOL

M

O

D

E

Display A

%rH

485

°C

°F

set

%

HEAT

COOL

ESC

M

O

D

E

Display B

On/Off

ashing

Timer extension on

on

Clock setting

Economy function on

General alarm

Communications alarm

Parameters menu

Working season

Filter dirty alarm

Cooling on

Frost protection on

Heating on

Electric resistance on

Holiday mode

Fancoil speed

%rH

485

°C

°F

set

%

HEAT COOL

ESC

M

O

D

E

Display C Time zone number with status

Keyboard

On/Off, navigation and conrm key

Change setpoint, navigation and value entry keys

ESC

Speed type key and ESC in navigation

M

O

D

E

Manual season or occupation changeover key or operating mode (see “MODE button functionality” page 9)

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4. Quick access parameter setting

The controller provides the following functions with a simple button press:

• Switch on and off

• Setpoint setting

• Fancoil operating mode

• MODE button functionality

The MODE button can be assigned one quick access function and two normal access functions, depending on parameter I44 (see “MODE button functionality” page 9)

I44=0: season changeover (if it is local, for 2 pipe systems) I44=1: timer extension. I44=2: operating mode (without clock, with time program, holiday)

• Keyboard lock:

To lock the keyboard, press simultaneously buttons

ESC

M

O

D

E

, script LK appears on display for one second.

It is then not possible to access parameters if a key is pressed, script LK appears on display for one second.

To unlock the keyboard, simultaneously buttons

ESC

M

O

D

E

, script NLK appears on display for one second.

• Switch on and off

Switching on and off can be done in two ways: with an external contact or manually If one of the digital contacts is congured as “Remote On/Off”(M03=1 or M05=1) or one of the sensors is used as a digital input congured as “Remote On/Off” (M07=4 or M09=4 or M11=4), the device can be switched off remotely by positioning the contact appropriately. On this case the display A shows OFF and the display B shows rem if keyboard is not locked or Lrem if keyboard is locked.

Example for digital input 1 (M03=1): Unit ON=

(M04=0) Unit OFF= (M04=0) Unit ON= (M04=1) Unit OFF= (M04=1)

If the device is switched on by an external contact, it is however manually possible to switch on the device by pressing

button

until ON or OFF is displayed.

When the device is switched off by an external contact, it is not possible to switch it on with button

.

If the device is off, all outputs are deactivated except heating outputs in case of frost protection (see “13. Frost protection” page 24).

If external contact is not used as remote on/off, when unit is switched off manually, the display A shows OFF and the dis- play B shows nothing if keyboard is not locked or Lc if keyboard is locked.

• Setpoint setting

Based on parameter I52 value(CONFORT function), it is possible to modify directly the setpoint if I52=0 or to set only a variation of ±3°C [±5°F] if I52=1. On the last case, this offset is added to the setpoint I07, I08, I09. This function is used when it is necessary that the setpoint is not directly accessible to users. With I52=0 pressing the or button, the value of actual setpoint is shown corresponding to setpoint I07 (for heating mode M01=0..7) or I08 (for cooling mode M01=2..7,10,11) or I09 (for 4 pipes operating mode). The “set” icon ashes. With the or button it is possible to modify the value; the new value is automatically saved. With I52=1 pressing the or button, the value of offset to apply to current setpoint is displayed. The icon “°C” or “°F” is ashing based on actual unit. With the or button it is possible to modify the value; the new value is automatically saved.

To exit the setting menu, wait for 4 seconds or press button

ESC

9/126

• Fancoil operating mode

Press button

ESC

, the icon ashes with the indication of the fancoil operating mode on display B.

Press button

ESC

one or more times to select the fan operating mode: AUtO=automatic control, SPE1=control with speed 1, SPE2=control with speed 2, SPE3=control with speed 3.

The value is automatically saved. To exit the menu, wait for 4 seconds until display B stops ashing.

• MODE button functionality

To access quick functions of the MODE button:

If I44=0 (local season selection setting for 2 pipe systems: M01=4 or M01=7)

Press button

M

O

D

E

, the “HEAT” icon ashes (for heating) or “COOL” (for cooling) based on the actual setting and the same

appears on display B.

Press button

M

O

D

E

to change the settings. The value is automatically saved. To exit the menu, wait for 4 seconds or press

button

ESC

.

If I44=1 (timer extension setting) The timer extension function extends operation with the base setpoint excluding the economy function and the “not occupied holiday” function for a time corresponding to parameter I47.

Press button

M

O

D

E

, the script noOC ashes on display B (to stop the timer extension if started) or script OC on display B and

icon

ashes (to activate the timer extension)

Press button

M

O

D

E

to change the settings. The value is automatically saved.

To exit the menu, wait for 4 seconds or press button

ESC

.

If I44=2 (operating mode setting)

The operation mode setting selects the control mode, either excluding or including the time program (see “6. TIME ZONES operation and setting (Model TH-xxCSx1)” page 11), or in “not occupied holiday” mode (see “14. Working setpoint, Economy mode and holiday mode” page 25).

Press the button

M

O

D

E

, the following script ashes:

nOrM on display B (for control without time zones) or tiMB on display B and icon

(for control with time zones) or

HOLY on display B and icon

(for control in “not occupied holiday” mode).

Press button

M

O

D

E

one or more times to select the control mode. The value is automatically saved.

To exit the menu, wait for 4 seconds or press button

ESC

.

To access the other functions of the MODE button:

■ If the quick access mode of the MODE button is set to: Local season changeover (I44=0), to access other functions,

press buttons

ESC

and

M

O

D

E

together to enter the menu for changing the timer extension function and the operating mode:

10/126

Parameter Description Default Min Max

MOC

Timer extension

noOC=timer extension off OC=timer extension on (this excludes the economy and not occupied

holiday modes for the time set with parameter I47)

noOC noOC OC

MOD

Operating mode

nOrM=operation without time zones tiMb=operation with time zones HOLY=not occupied holiday mode

nOrM nOrM, tiMb, HOLY

Press or to select a parameter and key to enter data entry mode, display B ashes with the current setting. Then press button or to change the value.

Press button

to save the settings, or button

ESC

to quit without saving

To exit the menu press button

ESC

again or wait for about 10 seconds.

If timer extension is on, icon

ashes for the time set in parameter I47.

If the timer extension function is not active, the icon

is off.

■ If the quick access mode of the MODE button is set to: Timer extension (I44=1), to access other functions, press but-

tons

ESC

and

M

O

D

E

together to enter the menu for setting the timer extension and season changeover functions.

Parameter Description Default Min Max

MOD

Operating mode

nOrM=operation without time zones tiMb=operation with time zones HOLY="not occupied holiday" mode

nOrM nOrM, tiMb, HOLY

SEA

Local season changeover (local season changeover setting for 2 pipe systems:

M01=4 or M01=7)

HEAT=heating mode CooL=cooling mode

HEAT HEAT CooL

Press or to select a parameter and key to enter data entry mode, display B ashes with the current setting. Then press button or to change the value.

Press button

to save the settings, or button

ESC

to quit without saving

To exit the menu press button

ESC

again or wait for about 10 seconds.

■ If the quick access mode of the MODE button is set to: Operating mode (I44=2), to access other functions press but-

tons

ESC

and

M

O

D

E

together to enter the menu for setting the timer extension and season changeover functions.

Parameter Description Default Min Max

SEA

Local season changeover (local season changeover setting for 2 pipe systems:

M01=4 or M01=7)

HEAT=heating mode CooL=cooling mode

HEAT HEAT CooL

MOC

Timer extension

noOC=timer extension off

OC=timer extension on (this excludes the economy and not occupied

holiday modes for the time set with parameter I47)

noOC noOC OC

Press or to select a parameter and key to enter data entry mode, display B ashes with the current setting. Then press button or to change the value.

Press button

to save the settings, or button

ESC

to quit without saving

To exit the menu press button

ESC

again or wait for about 10 seconds.

11/126

5. Date and time setting (Model TH-xxCSx1)

CLk

yMdH

y-r

2012

M-h

11

day

29

Hr.

11:37

Press and together. CLK is displayed on display A and yMdH on display B. Press button

to enter the date and hour setting menu

Parameter Description Min Max

CLk

Date and time setting menu

Y-r

Year

2012 2100

M-h

Month

1 12

day

Day

1 31

Hr.

Time (hour)

0 23

Time (minutes)

0 59

Press button or to select a parameter to be modied and button to enter edit mode, display B ashes with the current value of the parameter. Then press button or to change the value.

Press button

to save the settings, or button

ESC

to quit without saving.

To exit the menu press button

ESC

again or wait for about 120 seconds.

Note: setting parameter I46=1 for European zone or I46=2 for USA zone, the device is able to automatically update summertime. If parameter I46=0 (other zones), the summertime update is deactivated.

6. TIME ZONES operation and setting (Model TH-xxCSx1)

It is possible to use up to 4 time zones per day. Control is normal within an ON zone. Outside ON zones, the controller works in economy mode (see “14. Working setpoint, Economy mode and holiday mode” page 25). To work with a time zone, set the start time (ON) and the end time (OFF).

If the start time (ON) is equal or previous to the end time (OFF), the corresponding time zone is excluded. If a time zone is included in another time zone, the rst start time and the last end time will be used by the system.

Time

Time

Time

Time

OFF

ON

OFF

ON

OFF

ON

OFF

ON

Time

OFF

ON

ECO

NO

ECO

NO

ECO

NO

ECO

ECO

ECO

Time zone 1

Time zone 2

Time zone 3

Time zone 4

Operating mode

ECO=economy mode, NO ECO=normal mode (control with base setpoint)

12/126

To modify a time zone proceed as follows: Press buttons and together, the main screen is displayed:

CLK

yMdH

Press button , the following screen is displayed:

WPR

1--7

Press button , the screen with digit 1 ashing (corresponding to zone 1) is displayed;

Tib

1

Press button or to select the zone time to be modied. Press button

, the screen displays the day of the ashing time zone:

Mon

Press button or to select the day. Press button

, the screen displays the day, time zone number, and the starting hour (ON) of the ashing zone:

Mon

06:00

1

Then press button or to select the hour. Press button

, the zone start time stops ashing and is saved to memory, and the minutes of the selected time zone start

ashing.

Press button or to select the minutes. Press button

, the minutes of the starting time of the time zone stop ashing and are saved to memory.

The screen for setting the end time of the time zone is displayed:

Mon

08:00

1

Then press button or to select the hour. Press button

, the zone start time stops ashing and is saved to memory, and the minutes of the end of the selected time

zone start ashing

Press button or to select the minutes. Press button

, the minutes of the ending time of the zone stop ashing and are saved to memory.

The screen for selecting the time zone day is displayed (ashing).

Press button

ESC

to return to the zone selection menu:

Tib

1

Press button

ESC

to return to the main menu or repeat the procedure to set another time zone.

Parameter Description Min Max

WPR

Time zone settings menu

Tib

Zone selection 1 4

x Day of week (x=Mon, Tue, Wed, Thu, Fri, Sat, Sun)

Mon Sun

ON Start of zone (hours) 0 23

Start of zone (minutes) 0 59

OFF End of zone (hours) 0 23

End of zone (minutes) 0 59

13/126

7. TIME ZONE duplication (Model TH-xxCSx1)

It is possible to copy the settings of the time zones of a day on another single day or on 5 days from Monday to Friday or on 2 days from Saturday to Sunday. To copy the zones from one day to another day follow the procedure described below. Press buttons and together, the main screen is displayed:

CLK

yMdH

Press the button , the following screen is displayed:

Mo tu Ve tH fr Sa su MF SS

Mo tu Ve tH fr Sa su

Day to be copied: destination day

CTb

Mo:Mo

Press the button , the day to be copied ashes: Select the day to copy with buttons and . Press the button

, the destination day ashes on which the copy will be done:

If you set “MF“ as the destination, the selected day will be copied to the days from Monday to Friday. If you set “SS“ as destination, the selected day will be copied to the days from Saturday to Sunday.

Press button

to proceed with duplication, or button

ESC

to cancel.

Parameter Description Min Max

CTb

Copy time zones (Mo, tu, UE, tH, Fr, SA, Su) Mo SS

Mo

Monday

tu

Tuesday

Ve

Wednesday

tH

Thursday

fr

Friday

Sa

Saturday

su

Sunday

MF

copy to Monday, Tuesday, Wednesday, Thursday and Friday

SS

copy to Saturday and Sunday

14/126

8. Manufacturer parameter setting (level 1 password)

The manufacturer parameters are password protected. Press buttons and together to access the main menu. The following screen is displayed:

CLK

yMdH

(model TH-xxCSx1) or

AL

noAL

(model TH-xxSSx1)

Press or to display the following screen:

PAS

1

Press button and then button until the value 22 is displayed. Press button

to access level 1. The screen corresponding to the rst level 1 parameter is displayed:

M01

0

Use button or to scroll through the parameters. To modify a parameter press button

and then buttons or to select its value.

Press button

to save the value or button

ESC

to quit parameter editing mode without saving.

To quit the menu, press button

ESC

again or wait for about 120 seconds.

Parameter Description Default Min Max

M01

Unit regulation type 0=Heating 1=Heating/heating (2 stage) 2=Heating/cooling with automatic season changeover (2 pipe) 3=Heating/cooling with season changeover via remote contact (2 pipe) 4=Heating/cooling with season changeover via parameter (2 pipe) 5=Heating + electric resistance/cooling, with automatic season changeover (2 pipe + electric resistance) 6=Heating + electric resistance/cooling, with season changeover via remote contact (2 pipe) 7=Heating + electric resistance/cooling, with season changeover via parameter (2 pipe) 8=Heating/Cooling (4 pipe) 9=Heating + electric resistance/cooling (4 pipe + electric resistance) 10=Cooling 11=Cooling/cooling (2 stage)

0 0 11

M02

Electric resistance stage Determines which heating stages use the electric resistance 0=no stage 1=stage 1 2=stage 2 3=stages 1 and 2

If M01=5, 6 or 7, M02 is automatically forced to 2. If M01=0, 1, 2, 3 or 4, and M02=0, the fancoil and stage 1 are switched off together without delay. If the electric resistance is present, and is deactivated, at least the delay set in parameter I35 (see

installer parameters table) must be expired before the fancoil can switch off.

0 0 3

M03

Digital input 1 function: 0=Remote season changeover (INPUT ON=winter, INPUT OFF=summer) 1=Remote On/Off 2=Not occupied holidays (INPUT ON=occupied) 3=Economy (INPUT ON=economy on) 4=Window contact (INPUT OFF=window open) 5=Alarm (INPUT ON=alarm present) 6=Minimum thermostat contact, fancoil water coil 7=Not used

7 0 7

M04

Digital input 1 contact logic: 0=Normally open (open=INPUT OFF, closed=INPUT ON) 1=Normally closed (closed=INPUT OFF, open=INPUT ON)

0 0 1

M05

Digital input 2 function: 0=Remote season changeover (INPUT ON=winter, INPUT OFF=summer) 1=Remote On/Off 2=Not occupied holidays (INPUT ON=occupied) 3=Economy (INPUT ON=economy on) 4=Window contact (INPUT OFF=window open) 5=Alarm (INPUT ON=alarm present) 6=Minimum thermostat contact, fancoil water coil 7=Not used

7 0 7

M06

Digital input 2 contact logic: 0=Normally open (open=INPUT OFF, closed=INPUT ON) 1=Normally closed (closed=INPUT OFF, open=INPUT ON)

0 0 1

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Parameter Description Default Min Max

M07

Analogue input 1 function: 0=Remote regulation sensor 1=Water sensor for automatic season changeover 2=Minimum thermostat sensor (fancoil water coil) 3=Season changeover remote contact (INPUT ON=winter, INPUT OFF=summer) 4=Remote On/Off 5=Not occupied holidays (INPUT ON=occupied) 6=Economy (INPUT ON=economy on) 7=Window contact (INPUT OFF=window open) 8=Alarm (INPUT ON=alarm present) 9=Not used

9 0 9

M08

Analogue input 1 logic (only with M07=3...8): 0=Normally open (open=INPUT OFF, closed=INPUT ON) 1=Normally closed (closed=INPUT OFF, open=INPUT ON)

0 0 1

M09

Analogue input 2 function: 0=Remote regulation sensor 1=Water sensor for automatic season changeover 2=Minimum thermostat sensor (fancoil water coil) 3=Season changeover remote contact (INPUT ON=winter, INPUT OFF=summer) 4=Remote On/Off 5=Not occupied holidays (INPUT ON=occupied) 6=Economy (INPUT ON=economy on) 7=Window contact (INPUT OFF=window open) 8=Alarm (INPUT ON=alarm present) 9=Not used

9 0 9

M10

Analogue input 2 logic (only with M09=3...8): 0=Normally open (open=INPUT OFF, closed=INPUT ON) 1=Normally closed (closed=INPUT OFF, open=INPUT ON)

0 0 1

M11

Analogue input 3 function: 0=Remote regulation sensor 1=Water sensor for automatic season changeover 2=Minimum thermostat sensor (fancoil water coil) 3=Season changeover remote contact (INPUT ON=winter, INPUT OFF=summer) 4=Remote On/Off 5=Not occupied holidays (INPUT ON=occupied) 6=Economy (INPUT ON=economy on) 7=Window contact (INPUT OFF=window open) 8=Alarm (INPUT ON=alarm present) 9=Not used 10=Input 0...10V (Jumper JP1 must be set on 2-3 (0...10V))

9 0 10

M12

Analogue input 3 logic (only with M11=3...8): 0=Normally open (open=INPUT OFF, closed=INPUT ON) 1=Normally closed (closed=INPUT OFF, open=INPUT ON)

0 0 1

M13

Motor type 0=EC motor 1=3 speed on-off motor

0 0 1

M14

EC motor type

0=EC motor with auxiliary relay

1=standard EC motor

0 0 1

M15

Half season function enable Determines whether to enable the electric resistance for M01=5, 6 and 7 operation on models

TH-0xxSx1, TH-1xxSx1, TH-2xxSx1 (

M13=0), TH-4xxSx1.

0=half season function not enabled 1=half season function enabled In cooling mode, you can use the electric resistance for heating if the temperature drops below the setpoint (see heating/cooling 2 pipe + electric resistance (M01=5, 6,

7) for the models indicated)

1 0 1

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9. Installer parameter setting (level 2 password)

Installer parameters are password protected. Press buttons and together to access the main menu. The following screen is displayed:

CLK

yMdH

(model TH-xxCSx1) or

AL

noAL

(model TH-xxSSx1)

Press or to display the following screen:

PAS

1

Press button and then button until the value 11 is displayed. Press button

to access level 1. The screen corresponding to the rst level 1 parameter is displayed:

I01

0

Use button or to scroll through the parameters. To modify a parameter press button

and then buttons or to select its value.

Press button

to save the value or button

ESC

to quit parameter editing mode without saving.

To quit the menu, press button

ESC

again or wait for about 120 seconds.

Parameter

Description

Default Min Max

I01

Internal temperature correction (K) (°C [°F]) The correction factor is added to the temperature reading of the internal sensor I01

0 -5.0 [-9.0] 5.0 [9.0]

I02

Measured internal humidity correction (%r.H) Correction parameter I02 is added to the humidity reading (TH-xxxSH1 models only)

0 -10.0 10.0

I03

External temperature correction AI1 (K) (°C [°F]) Correction factor I03 is added to the external sensor reading AI1

0 -5.0 [-9.0] 5.0 [9.0]

I04

External temperature correction AI2 (K) (°C [°F]) Correction factor I04 is added to the external sensor reading AI2

0 -5.0 [-9.0] 5.0 [9.0]

I05

External temperature correction AI3 (K) (°C [°F]) Correction factor I05 is added to the external sensor reading AI3

0 -5.0 [-9.0] 5.0 [9.0]

I06

Weighting (%) of external sensor AI1 in relation to the internal sensor (if M07=0) to create the regulation sensor.

I06=0 → only internal sensor used as regulation sensor I06=100 → only sensor AI1 used as regulation sensor I06=Y → sensor AI1 and internal sensor used together to create the regulation sensor,

using the following formula Treg=[Ti (100 - Y) + (TA1 x Y)] / 100

The remote sensor AI1 must be set as remote regulation sensor, otherwise the parameter I06 is not considered

0 0 100

I07

Heating setpoint for regulation other than 4 pipe system (°C [°F]) 20.0 [70]

I11 I10

I08

Cooling setpoint for regulation other than 4 pipe system (°C [°F]) 25.0 [77]

I11 I10

I09

Setpoint for 4 pipe regulation (°C [°F]) 21.0 [70]

I11 I10

I10

Maximum regulation setpoint value (°C [°F]) Sets a maximum limit for setpoints I07, I08 and I09

40.0 [104]

I11

40.0 [104]

I11

Minimum regulation setpoint value (°C [°F]) Sets a minimum limit for setpoints I07, I08 and I09

6.0 [43] 6.0 [43]

I10

I12

Economy offset (K) (°C [°F]) In economy mode, the cooling setpoint is increased by I12 In economy mode, the heating setpoint is decreased by I12

Example: I12= 3 BHS=20 - I12= 17°C BCS=25 + I12= 28°C

3.0 [5] 1.0 [2] 6.0 [11]

I13

"Not occupied holiday" mode offset (K) (°C [°F]) In "not occupied holiday" mode, the cooling setpoint is increased by I13 In "not occupied holiday" mode, the heating setpoint is decreased by I13

Example: I13= 5 BHS=20 - I13= 15°C BCS=25 + I13= 30°C

5.0 [9] 1.0 [2] 10.0 [18]

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Parameter

Description

Default Min Max

I14

Frost protection setpoint (°C [°F]) 5.0 [41] 4.0 [39] 10.0 [50]

I15

Heating setpoint for automatic season changeover sensor (water sensor) (°C [°F]). Used only for the following congurations: M01=2, 5

28.0 [82] 26.0 [79] 40.0 [104]

I16

Cooling setpoint for automatic season changeover sensor (water sensor) (°C [°F]). Used only for the following congurations: M01=2, 5

17.0 [63] 10.0 [50] 25.0 [77]

I17

Minimum thermostat setpoint (°C) (constant hysteresis=2°C) Can be used with M07=2, M09=2, M11=2 and when M03≠6 and M05≠6 (see “20. Minimum thermostat” page 30)

21.0 [70] 19.0 [66] 50.0 [122]

I18

Heating hysteresis for on/off output (K) (°C [°F]) 1.0 [1.8] 0.5 [1.0] 2.0 [3.6]

I19

Cooling hysteresis for on/off output (K) (°C [°F]) 1.0 [1.8] 0.5 [1.0] 2.0 [3.6]

I20

Differential between 2 stages (K) (°C [°F]) 2.0 [3.6] 0 [0] 3.0 [5.4]

I21

Neutral zone for 4 pipe systems (K) (°C [°F]) 0.5 [1.0] 0.5 [1.0] 5.0 [9.0]

I22

Heating proportional band (K) (°C [°F]) 2.0 [3.6] 1.0 [1.8] 5.0 [9.0]

I23

Cooling proportional band (K) (°C [°F]) 2.0 [3.6] 1.0 [1.8] 5.0 [9.0]

I24

Integral time (s). Parameter used to regulate the 0..10V modulating valves If I24=0, integral action is excluded.

0 0 999

I25

Speed 1 activation point for 3 speed motor (%) (see ventilation function) 10 1 15

I26

Speed 2 activation point for 3 speed motor (%) (see ventilation function) 65 30 75

I27

Speed 3 activation point for 3 speed motor (%) (see ventilation function) 100 80 100

I28

Speed maintained when setpoint reached. Maintains speed 1 without regulation depending on season. 0=fancoil stopped when setpoint reached 1=fancoil at speed 1 when setpoint reached in heating/cooling modes 2=fancoil at speed 1 when setpoint reached in cooling mode only 3=fancoil at speed 1 when setpoint reached in heating mode only 4=fancoil at manual speed selected when setpoint reached in heating/cooling modes 5=fancoil at manual speed selected when setpoint reached in cooling mode only 6=fancoil at manual speed selected when setpoint reached in heating mode only

0 0 6

I29

Minimum EC motor starting voltage (see ventilation function) 1.0 0

I30

I30

Maximum voltage applicable to EC motor (see ventilation function) 8.0

I29

10.0

I31

Starting point of EC motor in regulation (% valve regulation). Enables the EC motor to be started only if the minimum opening percentage set in I31 has been reached by the valve (see ventilation function)

10 0 100

I32

Speed 1 of EC motor (% of range I30 - I29) 0%=I29 setting 100%=I30 setting (see ventilation function)

10 0 15

I33

Speed 2 of EC motor (% of range I30 - I29) 0%=I29 setting 100%=I30 setting (see ventilation function)

65 30 75

I34

Speed 3 of EC motor (% of range I30 - I29) 0%=I29 setting 100%=I30 setting (see ventilation function)

100 80 100

I35

Delay on ventilation deactivation (s) (only considered if electric resistance is active) Determines the minimum fan run time following deactivation of the electric resistance to prevent the resistance itself overheating.

30 0 600

I36

Fan start delay after valve opening (s) Prevent irritating ventilation (too cold in the winter or hot in the summer) and allows the coil to heat or cool enough before starting the fan.

0 10 600

I37

Fan boost

Denes the fan start during regulation

0=Fan starts at set speed

1=Fan starts at maximum speed for 1 s and then goes to set speed

1 0 1

I38

Air destratication function

Determines whether to start the fan at minimum speed if regulation is not active to prevent stratifying the air when the regulation sensor is mounted on the fancoil return. 0=OFF 1=ON in heating and cooling 2=ON in heating only 3=ON in cooling only

1 0 3

I39

Fan start time during destratication cycle (minutes) 1 1 5

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Parameter

Description

Default Min Max

I40

Fan stop time if regulation is not active before starting a new destratication cycle

(minutes)

10 1 60

I41

Maximum fan run time before lter is considered dirty (hours)

0=Not used

X=Maximum number of hours of fan operation before a warning is displayed.

2000 0 9990

I42

Value displayed on display A 0= Internal sensor temperature

1= external sensor temperature AI1 2= external sensor temperature AI2 3= external sensor temperature AI3

4= operating temperature (see “11. Regulation sensor(s)” page 24) 5= humidity reading (only models TH-xxxSH1) 6= operating setpoint (see “14. Working setpoint, Economy mode and holiday mode” page 25) 7= value of 0..10V output AO1 (V) 8= value of 0..10V output AO2 (V) 9= value of 0..10V output AO3 (V)

0 0 9

I43

Value displayed on display B 0= Internal sensor temperature

1= external sensor temperature AI1 2= external sensor temperature AI2 3= external sensor temperature AI3

4= operating temperature (see “11. Regulation sensor(s)” page 24) 5= humidity reading (only models TH-xxxSH1) 6= operating setpoint (see “14. Working setpoint, Economy mode and holiday mode” page 25) 7= value of 0..10V output AO1 (V) 8= value of 0..10V output AO2 (V) 9= value of 0..10V output AO3 (V) 10= current hours:minutes 11= total hours of fancoil operation 12= measure of input AI3 set as 0...10V input 13= display B switched off

10 0 13

I44

Mode key function 0= local season changeover with M01=4, M01=7

1= timer extension.

2= operating mode (normal, time zones, or “not occupied holiday”)

1 0 2

I45

Unit of measurement (0=°C, 1=°F) 0 0 1

I46

Summertime changeover Determines whether summertime is used automatically 0=no 1=yes (European summertime) 2=yes (USA summertime)

1 0 2

I47

Duration of extension timer (minutes) In timer extension mode, the working setpoint does not consider economy and

holiday mode for the time I47

60 1 480

I48

Baudrate: Modbus 1=2400, 2=4800, 3=9600, 4=19200, 5=38400 bit/s only TH-xMxSx1 BACnet 3=9600, 4=19200, 5=38400, 6=76800 bit/s only TH-xBxSx1

4 4

1 3

5 6

I49

Modbus parity (0=none, 1= odd, 2=even) (only models TH-xMxSx1)

2 0 2

I50

Device's Modbus address (1…247) (only models TH-xMxSx1)

1 1 247

I51

Reset fancoil hour counter Hours of fancoil operation are memorised.

When it exceeds I41, the icon

is displayed. To reset the counter, enter I51=1.

The parameter returns to 0 automatically after resetting.

0 0 1

I52

Comfort function 0= current setpoint adjustable in quick access parameter setting 1= offset of setpoint adjustable in quick access parameter setting For further details see paragraph “Setpoint setting” page 8

0 0 1

I53

Relay for pump (only for model TH-4xxSx1 set as 2-pipe system (M01=2, 3, 4)) 0= relay for pump always deactivated 1= relay for pump activated together with regulation valve

0 0 1

19/126

Parameter

Description

Default Min Max

I54

Working season selection in 2-pipe system (M01=2, 5) with temperature of water sensor between I15 and I16 (see paragraph “12. Automatic season changeover with water sensor (M01=2 or 5)” page 24) 0= heating (on startup) 1= cooling (on startup)

2= season not dened, regulation stopped

0 0 2

I55

Low limit of scale for input 0...10V 0 -50

I56

I56

High limit of scale for input 0...10V 2000

I55

9999

I57

Unit of measure on display B for input 0...10V 0= ppm 1= %r.h. 2= without unit

0 0 2

I58

Correction for input 0...10V AI3 0 -98.0 98.0

I59

Fan activation

It allows exclusion of the fan

0= fan not used 1= fan used

1 0 1

I60

BACnet mac address 3 0 254

I61

BACnet max masters 127 0 127

I62

BACnet low device ID BACnet device ID = (I63 x 10000) + I62

7000 0 9999

I63

BACnet high device ID BACnet device ID = (I63 x 10000) + I62

22 0 419

20/126

10. Digital and analogue input logic

• Digital inputs

1. Digital input 1 (DI1):

Parameter

M03=0

Remote season changeover

contact

M04 =

0 1

Summer

Winter

M03=1

Remote On/Off

M04 =

0 1

On

Off

M03=2

Not occupied

M04 =

0 1

"Not occupied holiday" mode

Occupied mode

M03=3

Economy mode

M04 =

0 1

No economy

Economy

M03=4

Window contact

M04 =

0 1

Window open

Window closed

M03=5

Alarm

M04 =

0 1

No alarm

Alarm active

M03=6

Minimum thermostat

M04 =

0 1

Open

Closed

2. Digital input 2 (DI2):

Parameter

M05=0

Remote season changeover

contact

M06 =

0 1

Summer

Winter

M05=1

Remote On/Off

M06 =

0 1

On

Off

M05=2

Not occupied

M06 =

0 1

"Not occupied holiday" mode

Occupied mode

M05=3

Economy mode

M06 =

0 1

No economy

Economy

M05=4

Window contact

M06 =

0 1

Window open

Window closed

M05=5

Alarm

M06 =

0 1

No alarm

Alarm active

M05=6

Minimum thermostat

M06 =

0 1

Open

Closed

21/126

• Analogue inputs

1. Analogue input 1 (AI1)

Parameter

M07=0

Remote regulation

sensor

Sensor AI1 is used in combination with the internal sensor to obtain the nal regulation temperature in relation to the value of I06 (see “11. Regulation sensor(s)” page 24)

M07=1

Water sensor for

season changeover

I54=0 or 1 I54=2

Summer

Winter

Temp. water

I16

I15

Summer

Winter

Temp. water

I16

I15

0,5°C

[1,0°F]

0,5°C

[1,0°F]

On startup, if the water temperature sensor reading is between I16 and I15, see paragraph

“12. Automatic season changeover with water sensor (M01=2 or 5)” page 24

M07=2 Minimum thermostat

sensor

Minimum

thermostat

open

Minimum thermostat closed

I17 -

2°C

I17

Temp. water coil

On startup, if the temperature of the heating coil is between I17 and I17 - 2, the minimum thermostat is deemed to be open

M07=3

Remote season

changeover contact

M08 =

0 1

Summer

Winter

M07=4

Remote On/Off

M08 =

0 1

On

Off

M07=5

Not occupied holi-

day

M08 =

0 1

"Not occupied holiday" mode

Occupied mode

M07=6

Economy mode

M08 =

0 1

No economy

Economy

M07=7

Window contact

M08 =

0 1

Window open

Window closed

M07=8

Alarm

M08 =

0 1

No alarm

Alarm active

M07=9

Sensor not used

For congurations M07 from 3 to 8, analogue input 1 is used as digital input. The contact is considered closed if it is shortcir- cuited at the analogue input. The contact is considered open if there is no connection.

Note:

If one or more digital and/or analogue inputs are congured with the same control functionality, then the input with the higher

priority is considered. Input priority: Digital input 1 (DI1) - Highest priority Digital input 2 (DI2) Analogue input 1 (AI1) Analogue input 2 (AI2) Analogue input 3 (AI3) - Lowest priority

22/126

2. Analogue input 2 (AI2)

Parameter

M09=0

Remote internal

sensor

Sensor AI2 is used in combination with the internal sensor to obtain the nal regulation temperature in relation to the value of I06 (see “11. Regulation sensor(s)” page 24).

M09=1

Water sensor for

season changeover

I54=0 or 1 I54=2

Summer

Winter

Temp. water

I16

I15

Summer

Winter

Temp. water

I16

I15

0,5°C

[1,0°F]

0,5°C

[1,0°F]

On startup, if the water temperature sensor reading is between I16 and I15, see paragraph

“12. Automatic season changeover with water sensor (M01=2 or 5)” page 24

M09=2 Minimum thermostat

sensor

Minimum

thermostat

open

Minimum thermostat closed

I17 -

2°C

I17

Temp. water coil

On startup, if the temperature of the heating coil is between I17 and I17 - 2, the minimum thermostat is deemed to be open

M09=3

Remote season

changeover contact

M10 =

0 1

Summer

Winter

M09=4

Remote On/Off

M10 =

0 1

On

Off

M09=5

Not occupied holi-

day

M10 =

0 1

“Not occupied holiday” mode

Occupied mode

M09=6

Economy mode

M10 =

0 1

No economy mode

Economy mode

M09=7

Window contact

M10 =

0 1

Window open

Window closed

M09=8

Alarm

M10 =

0 1

No alarm

Alarm active

M09=9

Sensor not used

For congurations M09 from 3 to 8, analogue input 1 is used as a digital input. The contact is considered closed if it is shortcir- cuited at the analogue input. The contact is considered open if there is no connection.

Note:

If one or more digital and/or analogue inputs are congured with the same control functionality, then the input with the higher

priority is considered. Input priority: Digital input 1 (DI1) - Highest priority Digital input 2 (DI2) Analogue input 1 (AI1) Analogue input 2 (AI2) Analogue input 3 (AI3) - Lowest priority

23/126

3. Analogue input 3 (AI3):

Parameter

M11=0

Remote internal

sensor

Sensor AI3 is used in combination with the internal sensor to obtain the nal regulation temperature in relation to the value of I06 (see “11. Regulation sensor(s)” page 24)

.

M11=1

Water sensor for

season changeover

I54=0 or 1 I54=2

Summer

Winter

Temp. water

I16

I15

Summer

Winter

Temp. water

I16

I15

0,5°C

[1,0°F]

0,5°C

[1,0°F]

On startup, if the water temperature sensor reading is between I16 and I15, see paragraph

“12. Automatic season changeover with water sensor (M01=2 or 5)” page 24

M11=2 Minimum thermostat

sensor

Minimum

thermostat

open

Minimum thermostat closed

I17 -

2°C

I17

Temp. water coil

On startup, if the temperature of the heating coil is between I17 and I17 - 2, the minimum thermostat is deemed to be open

M11=3

Remote season

changeover contact

M12 =

0 1

Summer

Winter

M11=4

Remote On/Off

M12 =

0 1

On

Off

M11=5

Not occupied holi-

day

M12 =

0 1

"Not occupied holiday" mode

Occupied mode

M11=6

Economy mode

M12 =

0 1

No economy

Economy

M11=7

Window contact

M12 =

0 1

Window open

Window closed

M11=8

Alarm

M12 =

0 1

No alarm

Alarm active

M11=9

Sensor not used

M11=10

Input 0...10V

For congurations M11 from 3 to 8, analogue input 1 is used as a digital input. The contact is considered closed if it is shortcir- cuited at the analogue input. The contact is considered open if there is no connection.

Note:

If one or more digital and/or analogue inputs are congured with the same control functionality, then the input with the higher

priority is considered. Input priority: Digital input 1 (DI1) - Highest priority Digital input 2 (DI2) Analogue input 1 (AI1) Analogue input 2 (AI2) Analogue input 3 (AI3) - Lowest priority

24/126

11. Regulation sensor(s)

The sensor used for control can be:

- the internal controller sensor

- an external sensor selected between AI1,AI2,AI3.

- the internal controller sensor combined to any of the remote sensor AI1,AI2,AI3 with a certain weight This permits to obtain an optimized control in rooms where temperature may be different from one side to another To use the internal sensor as a control sensor, set parameter I06 to 0. To use external sensor AI1 as a control sensor, set parameter M07=0 and I06=100. To use the internal sensor together with sensor AI1 with a 25% weighting of remote sensor AI1, set parameters M07=0 and I06=25. The operating temperature becomes Treg=[Ti (100 - I06) + (TAI1 x I06)] / 100 with Ti=internal sensor temperature, TAI1=remote sensor temperature AI1. In the case one or more sensors are congured as external working sensors (M07=0 and/or M09=0 and/or M11=0), only one sensor is considered to be combined with the internal sensor: the sensor with highest priority. The sensor AI1 has priority over sensor AI2, and sensor AI2 has priority over sensor AI3. Note: if no external sensor is used as a remote sensor (M07≠0, M09≠0, M11≠0), the internal sensor is used as the control sensor even if I06 is different from 0.

12. Automatic season changeover with water sensor (M01=2 or 5)

The selection of working season si done automatically (for operating modes M01=2 or 5) by external sensor set as water sen- sor (M07=1 or M09=1 or M11=1). According to parameter’s value I54, season changeover is done on the following way:

I54=0 o 1

Summer

Winter

Temp. water

I16

I15

On startup, if temperature of water sensor is between I16 and I15 the working season is heating (if I54=0) or cooling (if I54=1). If temperature of water sensor then increases and reaches I15, the working season becomes heating. If temperature of water sensor then decreases and reaches I16, the working season becomes cooling.

I54=2

Summer

Winter

Temp. water

I16

I15

0,5°C

[1,0°F]

0,5°C

[1,0°F]

On startup, if temperature of water sensor is between I16 and I15 the working season is not dene and no regulation takes place. If temperature of water sensor then increases and reaches I15, the working season becomes heating. If temperature of water sensor then decreases and reaches I15 - 0.5°C [1.0°F], the working season is not dened and regulation is stopped. If temperature of water sensor then decreases and reaches I16, the working season becomes cooling. If temperature increases and reaches I16 + 0.5°C [1.0°F], the working season is not dened and regulation is stopped.

13. Frost protection

If operating temperature falls below I14 (frost setpoint), heating outputs are activated and the fan starts at maximum speed (if

heating outputs are present) and icons and ash. If operating temperature rises above I14 + 2°C, the frost protection is deactivated. Note: frost protection is active even if device is OFF

ON

OFF

Temp.

2°C

Anti Frost

AFS

(I14)

25/126

14. Working setpoint, ECONOMY mode and HOLIDAY mode

If a digital contact is congured as remote contact “not occupied holiday” M03=2 or M05=2 or a remote sensor is congured as remote contact “not occupied holiday” M07=5 or M09=5 or M11=5, “not occupied holiday“ mode can be activated if the corresponding contact is in the appropriate position (see digital and analogue input logic ).

Installations different from 4 pipe system (M01≠8 and 9):

In “not occupied holiday” mode, the heating setpoint is decreased by I13 (see chart 2 pipe heating, WHS), the cooling setpoint is increased by I13 (see chart 2 pipe cooling, WCS). Installations with 4 pipe system (M01=8 and 9): In “not occupied holiday” mode, the heating activation point is decreased by I13 (see chart 4 pipe heating, WHS), the cooling activation point is increased by I13 (see chart 4 pipe cooling, WCS).

The icon

is activated to indicate that “not occupied holiday” mode is active.

If one of the digital contacts is congured as remote contact “energy saving” M03=3 or M05=3 or a sensor is congured as remote contact “energy saving” M07=6 or M09=6 or M11=6, energy saving mode can be activated if the corresponding contact is in the appropriate position (see digital and analogue inputs logic).

Installations different from 4 pipe system (M01≠8 and 9):

In economy mode, the heating setpoint is decreased by I12 (see chart 2 pipe heating, WHS), the cooling setpoint is increased by I12 (see chart 2 pipe cooling, WCS). Installations with 4 pipe system (M01=8 and 9): In economy mode, the heating activation point is decreased by I12 (see chart 4 pipe heating, WHS), the cooling activation point is increased by I12 (see chart 4 pipe cooling, WCS). The “ECO“ icon is activated to indicate “energy saving” mode.

The “not occupied holiday” mode has priority over economy mode when both modes are activated.

Chart 2 pipe (analog output, cooling) Chart 2 pipe (digital output, cooling)

100

0

Temp.

Outputs

BCS (I08)

100

0

Temp.

Outputs

(I12 o I13)

WCS

WCS

ECONOMY or HOLIDA

Y

100

0

Temp.

Outputs

BHS (I07)

100

0

Temp.

Outputs

WHS

WHS

ECONOMY or HOLIDAY

(I12 o I13)

100

0

Temp.

Outputs

BCS (I08)

100

0

Temp.

Outputs

ON

OFF

Temp

Outputs

BCS

(

I08

)

ON

OFF

Temp

Outputs

(I12 o I13)

(I12 o I13)

WCS

WCS

WCS

WCS

ECONOMY or HOLIDAY

ECONOMY or HOLIDA

Y

100

0

Temp.

Outputs

BHS (I07)

100

0

Temp.

Outputs

ON

OFF

Temp

Outputs

BHS (

I07

)

ON

OFF

Temp

Outputs

(I12 o I13)

WHS

WHS

WHS

WHS

ECONOMY or HOLIDAY

ECONOMY or HOLIDAY

(I12 o I13)

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Chart 2 pipe (analog output, heating) Chart 2 pipe (digital output, heating)

100

0

Temp.

Outputs

BHS (I07)

100

0

Temp.

Outputs

WHS

WHS

ECONOMY or HOLIDAY

(I12 o I13)

100

0

Temp.

Outputs

BHS (I07)

100

0

Temp.

Outputs

ON

OFF

Te

mp

Outputs

BHS (

I07

)

ON

OFF

Te

mp

Outputs

(I12 o I13)

WHS

WHS

WHS

WHS

ECONOMY or HOLIDAY

ECONOMY or HOLIDAY

(I12 o I13)

Chart 4 pipe (analog output) Chart 4 pipe (digital output)

100

0

Temp

.

Outputs

BS4P (I09)

100

0

Temp

.

Outputs

BS4P (I09)

(I12 o I13)(I12 o I13)

WCSWHS

WCSWHS

ECONOMY or HOLIDA

Y

100

0

Temp.

Outputs

BS4P (I09)

100

0

Temp.

Outputs

BS4P (I09)

ON

OFF

Temp

Outputs

BS4P (

I09

)

ON

OFF

Te

mp

Outputs

BS4P (I09)

(I12 o I13)(I12 o I13)

(I12 o I13)(I12 o I13)

WCSWHS

WCSWHS

WCSWHS

WCSWHS

ECONOMY or HOLIDAY

ECONOMY or HOLIDA

Y

It is possible to visualize the working setpoint by setting parameter I42 or I43 to 6. On this case the value of WHS is visualized in heating mode, the value of WCS is visualized in cooling mode and if working season is not dened (I54=2, and temperature of water sensor between I15 and I16), the message “---“ is visualized.

If no contacts or sensors are congured in “not occupied holiday” or "energy saving" mode, and if the operating mode has

been set manually with time zones (see “4. Quick access parameter setting” page 8), then within the time zone regulation is controlled with the basic setpoint; in this case “display C” (see “3. Display, keyboard and icons” page 7) indicates the number of the active zone. Outside the time zone, economy mode is active.

Otherwise, the contact or sensor status congured in “not occupied holiday” or “energy saving” mode has higher priority, and

time zones are not considered (TH-xxCSx1 models)

If no contacts or sensors are congured as “not occupied holiday” or “energy saving” and if operating mode is in holiday mode

(manually set using quick access parameters → see “MODE button functionality” page 9), holiday mode is active. Other-

wise the contact or sensor status congured in the “not occupied holiday” or “energy saving” mode has priority over manual

setting.

When timer extension mode is activated manually, it takes priority over energy saving, holiday (see “15. Timer extension mode” page 27) and time zone modes (TH-xxCSx1 models).

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15. Timer extension mode

If the “energy saving”, ”not occupied holiday” and time zone modes are active, the operating setpoints are calculated in relation to parameters I12 (economy offset) and I13 (“not occupied holiday” offset). It is possible to bypass these functions for a certain time (parameter I47) and to maintain control with the base setpoints, by

activating timer extension mode. Timer extension mode can be activated manually by setting parameter MOC to OC (see “MODE button functionality” page 9). Once activated, a delay equal to the value of I47 must expire before normal operation resumes.

16. Fancoil with EC motor (models TH-0xxSx1, TH-1xxSx1, TH-2xxSx1)

Parameter M13=0. Device is able to control 2 EC motors with parameter M14.

If M14=0, 2 outputs are used to control the EC motor: one relay output and one 0...10V analogue output.

When the motor starts, the relay output is activated rst, while the analogue output remains at 0V.

After 1 second, the analogue output is also activated. When the motor is stopped, the analogue output returns to 0V. After 1 second, the relay is deenergized.

If M14=1, only the analogue 0…10V output is activated to control the EC motor, without the auxiliary relay.

• EC motor automatic speed control logic with on/off outputs

Depending on the value of the stage 1 differential, a fan temperature band (FB) is set, within which the fancoil speed can vary from speeds 1 to 3.

Hysteresis 0.5 - 1.0 °C > 1.0...1.5 °C > 1.5...2.0 °C

FB 2.0 °C 3.0 °C 4.0 °C

ON

OFF

Temp.

HH

(I18)

Output

BHS

(I07)

ECM speed 1

Temp.

FB

Fan

ECM speed 3

(I27 < 100%)

DO1

AO1

I27 = 100%

The graph refers to heating mode operation. Set the EC motor parameters as follows:

- Set the voltage corresponding to the minimum EC motor speed with parameter I29.

- Set the voltage corresponding to the maximum EC motor

speed with parameter I30.

- Set parameters I32, I33, I34 for speeds 1, 2, 3 respectively.

Example: if I29=1V, I30=8V and I32=10%, speed 1 cor- responds to 1.7V → [I32 x (I30 - I29) + I29]

Automatic speed control is linear over the range of speeds 1 to 3, while manual control simply sets a given speed (see

“4.

Quick access parameter setting” page 8

).

To set speed 1 to the minimum EC motor speed, set I32 to 0.

To set speed 3 to the maximum EC motor speed, set

I34 to 100. To set speed 2 to the midpoint between speeds 1 and 3, set I33 to 50.

- Set I27 to dene the point at which maximum speed is reached within the fan band.

N.B.: parameters I25 and I26 are not used in this application. The activation/deactivation of the fancoil at speed 1 correspond to the activation/deactivation of stage 1.

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• EC motor automatic speed control logic with 0..10 V modulating outputs

We take the example of control in heating mode.

Temp.

BHS

(I07)

ECM speed 1

% opening valve

Fan

ECM speed 3

PBH

(I22)

(I31)

0%100%

100

0

Output valve

AO1

The graph refers to heating mode. Set the EC motor parameters as follows:

- Set the voltage corresponding to the minimum EC motor speed with parameter I29.

- Set the voltage corresponding to the maximum EC motor speed with parameter I30.

- Set parameters I32, I33, I34 for speeds 1, 2, 3 respectively. Example: if I29=1V, I30=8V and I32=10%, speed 1 corresponds to 1.7V → [I32 x (I30 - I29) + I29] Automatic speed control is linear over the range of speeds 1 to 3, while manual control simply sets a given speed (see “4. Quick access parameter setting” page 8). To set speed 1 to the minimum EC motor speed, set I32 to 0. To set speed 3 to the maximum EC motor speed, set I34 to 100. To set speed 2 to the midpoint between speeds 1 and 3, set I33 to 50.

- Set parameter I31 to determine the point at which the motor starts in relation to the valve's opening percentage. This enables the fan to start when water is already circulating in the fancoil coil. Example: if I31=5%, the motor starts when the valve's modulating output exceeds 0.5V → [I31*10 V]. The fan stops when the valve closes.

N.B.: parameters I24, I25 and I26 are not used in this application.

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17. Fancoil with 3 speed on-off motor (models TH-2xxSx1, TH-3xxSx1, TH-4xxSx1)

Parameter M13=1. The device can control 3 speed on-off fancoils. Parameter M14 is not considered in this case.

• 3 speed on-off motor speed control logic with on/off outputs

Depending on the value of the stage 1 differential, a fan temperature band (FB) is set, within which the fancoil speed can vary from speeds 1 to 3.

Hysteresis 0.5 - 1.0 °C > 1.0...1.5 °C > 1.5...2.0 °C

FB 2.0 °C 3.0 °C 4.0 °C

speed 1

Fan

speed 3

BHS

(I07)

speed 2

(I26)

(I27)

ON

OFF

Temp.

HH

(I18)

Output

Temp.

FB

The graph refers to heating mode operation. Set the 3 speed on-off motor parameters as follows:

- Set parameters I26, I27 to dene the activation points of speeds 2 and 3 within the fan band.

Example: if Stage 1 hysteresis=0.5°C, FB=2°C and I26=50%, I27=100%, then speed 2 starts at 0.75°C → [I26 x (FB - hys-

teresis)] below the activation point of speed 1 and speed 3

starts 1.5°C → [I27 x (FB - hysteresis)] below the activation

point of speed 1.

The hysteresis of speeds 2 and 3 corresponds to 20% of the FB band. The activation/deactivation of speed 1 correspond to the activation/deactivation of stage 1.

N.B.: parameters I25, I29 and I34 are not used in this application.

• 3 speed on-off motor speed control logic with 0...10V modulating outputs

We take the example of control in heating mode.

speed 1

% opening valve

Fan

speed 3

(I25)

0%100%

BHS

(I07)

speed 2

(I26)

(I27)

Set the 3 speed on-off motor parameters as follows:

- Set parameters I25, I26 and I27 to dene the activation points of speeds 1, 2 and 3 in relation to the valve opening.

Example: with I25=5%, I26=50%, I27=100% speed 1 starts when the valve is at ≥ 5% of its total aperture. speed 2 starts when the valve is at ≥ 50% of its total aperture. speed 3 starts when the valve is at ≥ 100% of its total aperture.

Speed 1 is deactivated when the valve is closed. The hysteresis of speeds 2 and 3 corresponds to 20% of the respective activation point.

In the above example:

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speed 2 deactivates when the valve is at ≤ 40% (50% - 20% of 50) of its total aperture. speed 3 deactivates when the valve is at ≤ 80% (100% - 20% of 100) of its total aperture.

N.B.: parameters I29 to I34 are not used in this application.

18. Manual speeds and ventilation maintenance with no control

The regulation speed type can be selected automatically or manually, at speeds 1, 2 and 3. To see how to select the type of ventilation, see “Fancoil operating mode” page 9. If the regulation speed is manual, it stays at the set speed once started throughout regulation. When it reaches the setpoint, the fan stops if I28=0. You can keep speed 1 active or the manual speed selected, regardless of the type of speed used in regulation, even if the regulation itself does not require it. This maintains constant ventilation to keep the air circulating. To keep speed 1 active in cooling without regulation, set I28=2. To keep speed 1 active in heating without regulation, set I28=3. To keep speed 1 active regardless of the season and without regulation, set I28=1. To keep manual speed selected active in cooling without regulation, set I28=5. To keep manual speed selected active in heating without regulation, set I28=6. To keep manual speed selected active regardless of the season and without regulation, set I28=4.

To stop ventilation once the setpoint is reached, set I28=0.

19. Fan boost

The boost function eliminates the problem of incorrect motor starting at low speeds. Set I37=1, this starts the motor at maximum speed for 1 second, after which it runs at the regulation speed. If this option is not wanted, set I37=0. When I37=0, the motor starts directly at the regulation speed.

20. Minimum thermostat

In all heating modes, when a digital input is set as minimum thermostat (M03=6 or M05=6) or remote sensor is congured as minimum thermostat M07=2 or M09=2 or M11=2, ventilation does not start until the minimum thermostat is closed. For digital contacts, the minimum thermostat is considered closed, in relation to the position of the contact and the digital contact logic (see “10. Digital and analogue input logic” page 20). For the analogue inputs, the logic is as follows:

Minimum

thermostat

open

Minimum

thermostat

closed

I17 -

2°C

I17

Temp. water coil

On startup, if the temperature of the heating coil is between I17 and I17 - 2, the minimum thermostat is deemed to be open. Icons , and turn on in sequence when the minimum thermostat is open during heating mode without electric resistance. N.B.: if the electric resistance is present, the minimum thermostat function is not considered. The fan is activated immediately when the electric resistance is activated even if the minimum thermostat is considered to be open. If no regulation is present or in cooling mode, the minimum thermostat is not considered.

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