OUMAN C203 Deployment Manual

Marka: OUMAN

Model: C203

Kategoria: Pomiary, testowanie

Typ: Deployment Manual

www.ouman.

O1 Krzywa grzewczae

Types of heating systems:

• Radiator heating

• Floor heating

• Preregulation of air conditioning

• Hot water regulation

Regulation for three circuits

INSTALLATION AND

CONFIGURATION MANUAL

www.ouman. www.ouman.

Saving energy, creating comfort

XM1410B: Version 1.5.3->

Ouman C203 overview

This is the installation and conﬁguration for C203. It describes conﬁguration and set-up of the regulator,

customer-speciﬁc conﬁguration as well as value settings.

The C203 is a heat regulator for three circuits that can be used to control two heating circuits and one hot

water circuit. Regulator can show in the display various usage modes depending on the connections and

conﬁguration. You can navigate between functions by turning the C203’s selection knob. When you press the

selection knob (OK), you can view the details of speciﬁc functions.

Turn the control knob

to navigate in the menu.

Navigating between favourite views or returning to basic view

• The regulator has the Basic view for H1 circuit as default

• Users can save their views if they want.

Press the control button to

enter the menu.

Control knob and OK

Cancel button

Holding the key down for an extended

period of time returns the regulator to

its basic mode. The display shows the

basic view, the monitor dims and the

keyboard locks if the locking function

is in use.

OK OK

Pomiary

O1 Woda zasilająca

O2 Woda zasilająca

C.W.U. Sterowanie

Menu główne

How to acknowledge alarms: Press OK

and the alarm sound will stop. If the

reason for the alarm has not been corrected,

the exclamation point in the top right will

continue to blink.

Ouman C203 can generate alarms for several dierent reasons. In the

event of an alarm, an alarm window pops up showing detailed alarm

information and a beeping alarm signal goes on.

If there are several unacknowledged alarms, the latest activated

alarm is always shown in the display. As soon as all active alarms

have been acknowledged, the alarm window disappears and the

alarm signal goes o.

Alarm signal of all active alarms may also be muted by pressing Esc

button. When you press Esc, the alarm signal stops and the last alarm

windows disappear from the display.

You may look into the alarms later by going to ”Alarms” > ”Active

alarms”. If an alarm has not been acknowledged, an exclamation mark

will appear in the beginning of the row.

Alarm notice

O1 Alarm przegrzania

PR 1 GRUPA 1

O1 Woda zasilająca =10.2 °C

Odebrane: 08.11.2018 02:27

Naciśnij OK, aby potwierdzić alarm

Content

1 Connection instructions ......................................................................................................................................................4

2 Start up wizard (Uruchomienie kreatora) ..................................................................................................................... 7

3 Service(Serwis) ....................................................................................................................................................................... 8

3.1 Connections and conﬁguration (Połączenia i konﬁguracja ................................................................................................ 9

3.2 Service setting values (Ustawienia dla obiegu grzewczego) ...........................................................................................12

3.3 Restore factory settings, do backup and update device .....................................................................................................18

4 Favourite views ......................................................................................................................................................................19

Remote control option ................................................................................................................................................................21

Index ............................................................................................................................................................................................ 23

Technical information .............................................................................................................................................................. 24

1 Connection instructions

4x0,8

24 VAC

0-10V

4x0,8 24 VAC

0-10V

4x0,8

2x0,8

0-10V

10 10

11 11

12 12

13 13

14 14

15 15

16 16

17 17

VDC_Out

15V

24 VAC IN

12 VDC IN

AO 6

AO 5

24 VAC

AO4

24 VAC

DI 2

UI 16

DI 1

UI 15

UI 14

UI 13

UI 12

UI 11

UI 10

UI 9

UI 8

UI 7

UI 6

UI 5

UI 4

UI 3

UI 2

UI 1

AO3

15 VDC (OUT)

C203

TR1 (DO)

TR2 (DO)

AO1

24 VAC

AO2

Rele1 NC

Rele2 NC

Triac 1

Triac 2

230 V

50 Hz

125 mA

24 VAC

0-10 V ctrl

2x1.5

4x0.8

2x0,8

TMO

TMW/TMS

NO/NC or

pulse

Pulse

TMW/TMS

NO/NC

24 VAC

0-10 V ctrl

4x0.8

KL-LED

24VAC

GSM modem data connection (RJ-45-2)

UI 1:Outdoor temperature sensor

UI 10: DH Supply water sensor or free meas.

UI 3: H1 Return water sensor

UI 2: H1 Supply water sensor

UI 11: DH Return water sensor or free meas.

UI 5: H2 Supply water sensor

UI 4: H1 DH Return water sensor

UI 12: H1 Pressure switch

UI 15: P2 Alarm (H1)

UI 16: Pump alarm, Pump indication

UI 6: H2 Return water sensor

UI 7: H2 DH Return water sensor

UI 13: H2 Pressure switch

UI 14: General compenstion or H/A switch

UI 9: HW Circulation/anticipate sensor

UI 8: HW Supply water sensor (Dom. hot w.)

DI 1: Pump alarm, Pump indication, General

alarm, Water ow meas. or Energy measurement

DI 2: Pump alarm, Pump indication, Water ow

meas. or Energy measurement

H2 Valve actuator 0 (2)...10 V

HW Valve actuator 0 (2)...10 V

cascade :

H2 Valve actuator 2

0 (2)...10 V

cascade:

HW Valve actuator 2

0 (2)...10 V

Red GSM-modem GSMMOD

power supply

Power

supply

Alternative connections are

shown on the next page.

Actuator’s combined

output power max. 15 VA

MicroSD memory card connection

External display connection

P3 Control (H2)

P2 Control (H1)

H1 Valve actuator

0 (2)...10 V

cascade:

H1 Valve actuator 2

0 (2)...10 V

NO = normal open (default)

NC = normal closed

Power supply

230VAC/125 mA

= Quick connection

front fuse max 10A

The sum alarm from the controller. Connect the external

power supply (12VAC - 230 VAC) to the indication lamp.

Below is an example of the connection.

Int. 24 VAC

OFF

Use the slide switch to select either 15 Vdc (factory

setting) or 5 Vdc for the regulator’s output 52.

If an external power source is used with C203, move the

jumper from ON to OFF position (INT24Vax).

Pump connection (ver. 1.5.3->): If dual pump function is used, at least one pump must be connected NO type.

GSM modem data connection (RJ-45-2)

H1 Valve actuator

3-point controlled

H2 Valve actuator

3-point controlled

3-point controlled actuator

H2 Room temperature

sensor, TMR (more

information p.9)

H1 Room temperature

sensor, TMR (more

information p.9)

Primary connection Alternative connection

Home/Away-switch

H1 Pressure

transmitter,

0-20 mA or 0...10 V

H1 Pressure switch,

2-wire connection

H1 Pressure

transmitter,

2-wire connection

H2 Pressure

transmitter,

0-20 mA or 0...10 V

General compensation,

transmitter measure

General compensation,

Transmitter measure-

ment from separate

control unit.

H1 Pressure switch

(more information

p. 10)

H2 Pressure switch

(more information

p. 10)

General

compensation

(can be labelled,

more information

p. 10) 24 VAC, e.g strip

conn. 44

24 VAC, e.g strip

conn. 44

24 VAC e.g strip

conn. 44

strip

connector 52

strip connector 52

H2 Heat exchanger

DH Return water

sensor

H1 Heat exchanger

DH Return water

sensor

NO = normal open (default)

H1 Pressure transducer,

PX2.10B

cable 3m

H2 Pressure transducer,

PX2.10B

PX2.10B Pressure transducer

Black

Blue

Brown

UI 12

UI 7

UI 10

UI 11

UI 4

2x0,8

C203

TR2 (DO)

TRS 2

TRS 1

Closed (24 VAC)

Open (24 VAC)

4x0.8

UI 12

UI 13

UI 14

4x0,8

2x0,8

0-20mA/0-10V

0-20mA

15 VDC

24 VAC

4x0,8

2x0,8

0-20mA/0-10V

0-20mA

15 VDC

24 VAC

2x0,8

General measurement

Freely labelled

2x0,8

4x0,8

NO/NC

0-10V

24 VAC

0.25-10.25V

15-30 Vdc

UI 13

TR1 (DO)

24 VAC

General measurement

Freely labelled

Alternative connections

General measurement

Freely labelled

DH Return water sensor

Freely labelled

General measurement

Freely labelled

DH Supply water sen-

sor (Freely labelled)

NTC10/ NTC1.8/

NTC2.2/NTC20/

NI1000/NI1000DIN/

PT1000 or 0-10 V

transmitter

NTC10/ NTC1.8/

NTC2.2/NTC20/

NI1000/NI1000DIN/

PT1000 or 0-10 V

transmitter

NTC10/ NTC1.8/

NTC2.2/NTC20/

NI1000/NI1000DIN/

PT1000

NTC10/ NTC1.8/

NTC2.2/NTC20/

NI1000/NI1000DIN/

PT1000

NTC10/ NTC1.8/

NTC2.2/NTC20/

NI1000/NI1000DIN/

PT1000

NTC10/ NTC1.8/

NTC2.2/NTC20/

NI1000/NI1000DIN/

PT1000

2x0,8

Twisted pair cable is used to connect RTU devices, e.g. DATAJAMAK 2 x (2 +

1) x 0.24.

The bus cable’s fault detector (FE) is connected to the BG connector of the

C203. In the master device the fault detector can be left disconnected or be

connected to a potential free contact. A 120 Ω terminating resistor is con-

nected to both ends of the bus.

The factory default for the device’s slave address is 10 and the bus speed is

9600 bauds. If necessary, make changes to the regulator’s system settings.

120 Ω

2x0,8

max. 5 A

24 VAC IN

12 VDC IN

15 VDC OUT

Battery backup:

GSM-modem connection:

Modbus RTU connection:

24 VAC ~

12 VDC -

OUMAN

GSMMOD

Red

C203

RJ45-2

GSMMOD

current feed

Master-

device

C203

Slave-device

Data

Requires separate 12 VDC UPS device, e.g. Ouman AP 1.

Int. 24 VAC

OFF

Ouman

AP 1

Current supply for the GSM modem can come from the network via a net-

work device or from C203. The modem is connected to C203’s RJ45 Port 2. If

M-LINK is connected to C203, the modem is connected to M-LINK device’s C-

connector.(If Oulink is connected to C203, the modem is connected to Oulink

device’s RJ45-2 port.)

If an external power source is used with C203, move the jumper

from ON to OFF position (INT24Vax).

Connection of external power source:

Internal 24 VAC power supply in use

Internal 24 VAC power supply not in use

Explanation

Jumper

OFF

Temp. zewnętrzna

O1 Woda zasilająca

O2 Woda zasilająca

C.W.U. Woda zasilająca

Automatyczny

19.4°C

19.2°C

19.8°C

58.0°C

13:51 12.04.2019 2

Wybór

Data

Pt 12.04.2019

dd.mm.yyyy

Wprowadź dzień

Czas

19:44

hh:mm

Wprowadź godzinę

Start-up wizard allows you to specify the regulator’s basic

settings. Accept the selection by pressing the selection knob

(OK). Change the selection by rotating the selection knob.

Set the date and press OK (the day of the week is updated automati-

cally).

Set the month and accept by pressing OK.

As ﬁnal point set the year and accept by pressing OK.

When the circuit is taken into use, you must also select a heating met-

hod. Regulation curves and settings for various heating methods have

been pre-set at the factory and usually do not need to be changed.

Select a circuit-speciﬁc heating method:

Ogrzewanie podłogowe (Floor heating) is intended for normal ﬂoor

heating

Ogrzewanie grzejnikowe (Radiator heating): suited for a number

of new radiator-heated locations such as passive or energy ecient

houses.

Select the type of actuator.

H2 circuit conﬁguration follows the same steps as H1 circuit conﬁgu-

ration.

If you select ”Yes”, the regulator will display the start-up sequence

when it is powered on. If you select ”No”, the regulator will display the

basic view when it is powered on. The heating method can then be set

in the circuit settings and service mode settings. Time and language

settings are found under system settings.

Czas (Time)

Data (Date)

H1 Circuit conﬁguration

H2 Circuit conﬁguration

Perform start-up sequence again?

Regulator basic mode

Next, set the time. Hours and minutes can be set separately.

Set hours and press OK to accept.

Set minutes and press OK to accept.

NOTE! If you later want to implement controlled start-up

again, select in the service mode ”Activate startup wizard.”

O1 Tryb ogrzewania

Wybór języka

Ogrzewanie podłogowe

Ogrzewanie grzejnikowe

Suomi/ Finnish

English

Svenska/Swedish

Eesti keel/ Estonian

Latvijas

Polish

Uruchomienie kreatora >

Zastosuj wybrane opcje, naciśnij OK

O1 Układ sterowania

O2 Układ sterowania

C.W.U. Układ sterowania

W użyciu English

Nieużywany

W użyciu

Nieużywany

W użyciu English

Nieużywany

When you take the circuit into use, you can select a voltage-controlled

motor type.

DHW Circuit conﬁguration

Heating control of the main factors has been gathered to the home

screen of the controller. When the device is in sleep mode (button

has not been pressed for 10 minutes), the display shows the basic

display.

• A blinking exclamation mark indicates that the device is active

alarms.

• This number shows the number of active alarms.

Alarm notice

2 Start up wizard (Uruchomienie kreatora) OK

3 Service (Serwis)

Here is the C203 controller menu

structure. Press the control button

(OK) to enter the menu.

Service mode can be accessed with a

service code.

Enter the service code

and press OK.

Service mode shows the regulator’s

connections and is used to service

functions.

Regulator tuning is also done in ser-

vice mode and it includes all of the

regulator’s value settings.

Serwis

Połączenia i konguracja

Ustawienia dla obiegu grzewczego

Spadki temperatur

Funkcja opóźnienia ogrzewania grzejni-

kowego

Prognozowanie ogrzewania podłogowego

Tryb letni

Proces jesiennego osuszania

Kompensacja temperatury pokojowej

Pompad

Kompensacja temperatury powrotu wody

SC Kompensacja temperatury powrotu

wody

Ogólna kompensacja

Kompensacja magistrali

Pomiary magistrali

Ustawienie alarmu

Dostrajanie wartości

Przywróć ustawienia fabryczne

Przywracanie z kopii zapasowej

Utwórz kopię zapasową

Aktywacja kreatora uruchamiania

Turn the control knob to navigate in

the menu.

Press OK at the “Service” row.

Pomiary

Temperatura zewnętrzna -18.2 °C

----------------------------------------------------

O1 Woda zasilająca 35.1 °C

O1 Powrót wody 22.0 °C

O1 Układ sterowania

O2 Układ sterowania

Woda zasilająca

Informacja o temperaturze pokojowej

Pomiary

O1 Krzywa grzewcza

Ustawienie wartości

Tryb sterowania

Programy czasowe

Woda zasilająca

Informacja o temperaturze pokojowej

Pomiary

O2 Krzywa grzewcza

Ustawienie wartości

Tryb sterowania

Programy czasowe

Automatyczny

C.W.U. Sterowanie

Ustawienie wartości

Tryb sterowania Automatyczny

Pomiary

Programy czasowe

Alarmy

Aktywne alarmy

Historia alarmów

Potwierdź wszystkie alarmy

Usuń historię alarmów

Harmonogram tygodniowy

Odbiorcy alarmów

Ustawienia systemowe

Czas 17:01

Data 12.04.2019

Czas letni W użyciu

Wybór języka

Polski

Ustawienia SMS

Ustawienia sieci

U s t a w i e n i a w y ś w i e t l a n i a

R o d z aj in f o r m a cj i

Kod blokady Nieużywany

Menu główne

Pomiary

O1 Układ sterowania

O2 Układ sterowania

C.W.U. Sterowanie

Alarmy

Ustawienia systemowe

Serwis

Check the functions on the screen that have been initialised.

Connection

place Alternative measurement options

W użyciu Note! Outdoor temperature can also read from bus.

W użyciu

Pomiar temperatury

O1 Pomiar temp. pokojowej

O1 Pomiar temp. pokojowej 0-10 V

O1 SC Powrót

W użyciu

Pomiar temperatury

O2 Pomiar temp. pokojowej

O2 Pomiar temp. pokojowej 0-10 V

O2 SC Powrót

W użyciu

Temperatura zewnętrzna

A1 Wody zasilającej

O1 Wody powrotnej

Pomiar 4

Temp. wody zasilającej

O2 Wody powrotnej

Pomiar 7

C.W.U. Ciepła woda użytkowa

C.W.U Cyrkulacja wody

Measurement More info

If the sensor is defective, the measurement value shown will be -50 or 130 °C.

Skalowanie wiadomości (Pomiar temp. pokojowej)

Min temperatura ____(0.0 °C)

Max temperature ____(50.0 °C)

Skalowanie wiadomości (Pomiar temp. pokojowej)

Min temperatura ____(0.0 °C)

Max temperature ____(50.0 °C)

Normalnie otwarty (NO)

Normalnie zamknięty (NC)

Normalnie otwarty (NO)

Normalnie zamknięty (NC)

Rodzaj wejść cyfrowych:

General measurement settings

UI 10 Opóźnienie wejścia alarmowego ___(60 s)

UI 10 Priorytet alarmu ___ ((1 = Awaria (Emergency))

UI 10 Dolny próg alarmu ____(-51 °C)

UI 10 Górny próg alarmu ____(131 °C)

Switch alarm setting:

UI 10 Opóźnienie wejścia alarmowego ___(30 s)

UI 10 Priorytet alarmu ___ ((1 = Awaria (Emergency))

Switch alarm setting:

UI 11 Opóźnienie wejścia alarmowego ___(30 s)

UI 11 Priorytet alarmu ___ (1 = Awaria (Emergency))

General measurement settings

UI 11 Opóźnienie wejścia alarmowego ___(60 s)

UI 11 Priorytet alarmu ___ (1 = Awaria (Emergency))

UI 11 Dolny próg alarmu ____(-51 °C)

UI 11 Górny próg alarmu ____(131 °C)

Pomiar temperatury

Przełącznik alarmowy

→ Name: SC Temperatura wody zasilającej, other specify ______________

→ Name: SC Temperatura wody powrotnej, other specify ______________

→ Nazwa alarmu: Przełącznik alarmowy (UI10), other specify __________

→ Nazwa alarmu: Przełącznik alarmowy (UI10), other specify _________

Pomiar 10

Pomiar 11

UI1

UI 2

UI 3

UI 4

UI 5

UI 6

UI 7

UI 8

UI 9

UI 10

UI 11

3.1 Connections and conﬁguration (Połączenia i konﬁguracja)

Połączenia i konguracjaUI

UI1:Temperatura zewnętrzna

U I 2 : A 1 W o d y z a s i l a j ą c e j

UI3: O1 Wody powrotnej

UI 4: Pomiar 4

W użyciu >

Nieużywany >

Not in use >

If for example the measurement reads 0.5°C too much, set the

temperature correction to -0.5°C.

you can select type of temperature sensor NTC10,NTC1.8,

NTC2.2, NTC20, NI1000LG, NI1000DIN or PT1000

UI 1 : Temperatura zewnętrzna

Tryb pomiaru

Temp. zewnętrzna

Obraz trendu

Włącz dziennik trendu

Dziennik trendu – interwał próbkowania

Zapis dziennika trendu

Auto. zapis dziennika trendu

Ręczny

Wartość sterowania ręcznego

Regulacja pomiaru

Typ czujnika

W użyciu >

-2.4 °C >

Nie >

60 s >

Nieużywany>

Nie >

-50.0 °C>

0.0 °C>

NTC1 0 >

Usage connections are grouped according to connection points and

functions. When you press OK, a menu will open by the measurement/

connection point that you can use to:

read measurement information

You can take inputs/outputs into use

inspect connection point trends

change trend log settings

- The trend log can hold 2,000 measurement samples.

(if the sample interval is 60 seconds → log for 33 hours)

- The regulator produces a separate trend log for each measurement.

- The trend log is saved in a ﬁle (for example UI1.csv).

rename some of the connection points, see page 11.

operate a connection point manually

Obraz trendu 28.01 08:26:19 [ 34.7 °C ] (s )

Note! H1 Room temperature can also read from bus.

Note! H2 Room temperature can also read from bus.

ALARMS, INDICATIONS AND PULSE MEASUREMENTS

UI 15

UI 16

DI 1

DI 2

Alarm/

Wskazanie 15

Alarm/

Wskazanie 16

Wejście cyfrowe17

Wejście cyfrowe 18

Wskazanie→

Nazwa: P2.1 Pompy

P2 Alarm →

Priorytet alarmu ___ (1 = Awaria)

P3 Wskazanie →

Nazwa: P3 Pompy

P3 Alarm →

Priorytet alarmu ___ (1 = Awaria)

P1 Alarm→

Name: Pump 1 alarm

Alarm ogólny →

General alarm status

Priorytet alarmu ___ (1 = Awaria)

Pomiar przepływu wody

Pomiar energii

Pomiar przepływu wody

Pomiar energii

Skalowanie wejścia impulsowego:

Początkowy stan licznika

Nazwa pomiaru.:

Skalowanie wejścia impulsowego

Początkowy stan licznika

Nazwa pomiaru.:

_____ 10 l/pulse (1...100l/pulse)

______0.0 m3

DI1(2) Water ﬂow measurement

_____ 10 kWh/pulse

(1...100 kWh/pulse)

______0.0 MWh

DI1(2) Pomiar energii

Normalnie otwarty

Normalnie zamknięty

Normalnie otwarty

Normalnie zamknięty

Normalnie otwarty

Normalnie zamknięty

Pomiar przepływu wody

Pulse measurement settings:

Pomiar energii

UI14 Pomiar 14 Ogólna kompensacja, 0-10 V

Ogólna kompensacja, 0-20 mA

Sterownie lokalne/zdalne

Pump indication can be selected when pump

control is also connected. The regulator emits a

conﬂict alarm if the regulator switches the pump

on but it does not activate. The alarm has a 5 s

delay.

Pump alarm: Pump indication data is supplied

by the frequency converter unit. The regulator

emits a pump alarm when a conﬂict state occurs.

When the counter initial value is set, go to the line “Za-

pisz wartość początkową licznika (Set initial value into the

counter)” and click “OK”.

Rodzaj wejścia cyfrowego:

Nazwa _________________

Ogólna kompensacja (General compensation): In cir-

cuit-speciﬁc value settings you can specify the measurement

message range in which compensation is used, as well as the

maximum correction to supply water temperature that can be

made using compensation. You can assign names to general

compensation (e.g. solar compensation, wind compensation or

pressure compensation).

Przełączanie sterowania lokalnego/zdalnego (Home/ Away

control):

The control will be taken separately into use (see Service

mode→ Temperature drops). You can also do Home/Away control

in “Measurements”-menu or by SMS message (”Home”/”Away”), if a

GSM-modem is connected to the controller.

UI 13

UI12

Pomiar 13

Pomiar 12

Pomiar temperatury

Wyłącznik ciśnieniowy

Przetwornik ciśnienia V

Przetwornik ciśnienia mA

Pomiar temperatury

Wyłącznik ciśnieniowy

Przetwornik ciśnienia V

Przetwornik ciśnienia mA

Pressure transmitter measurement:

Pomiar ciśnienia: Automatyczny/Ręczny

Zakres pomiarowy ___(7.0 bar, setting range 0.0...25.0)

Nazwa pomiaru: (Pomiar ciśnienia 2) , other,

_________________________________,

Regulacja pomiaru:___0.00V, (-5.00...5.00)

Pomiar ciśnienia:

Ciśnienie 2 min limit _____ (0.5 bar (0.0...20.0)

Ciśnienie 2 max limit _____ (15.0 bar (0.0...20.0)

Pressure transmitter measurement:

Pomiar ciśnienia: Automatyczny/ Ręczny

Zakres pomiarowy ___(16.0 bar, setting range 0.0...25.0)

Nazwa pomiaru: (Pomiar ciśnienia 1) , other,

_________________________________,

Regulacja pomiaru:___0.00V, (-5.00...5.00)

Pomiar ciśnienia:

Ciśnienie 1 min limit _____ (0.5 bar (0.0...20.0)

Ciśnienie 1 max limit _____ (15.0 bar (0.0...20.0)

Wyłącznik ciśnieniowy:

Normalnie otwarty

Normalnie zamknięty

Normalnie otwarty

Normalnie zamknięty

Rodzaj wejścia cyfrowego:

→Name: Meas. UI13; other _______________________________________

→ Name: Meas. UI12; other ______________________________________

Note

Alternative selectionsName

Input

P2.2 Wskazanie →

P2.2 Alarm →

P2.2 Wskazanie →

P2.2 Alarm →

P3.2 Wskazanie →

P3.2 Alarm →

P2.2 Wskazanie →

P2.2 Alarm →

P3.2 Wskazanie →

P3.2 Alarm →

Note

Alternative selectionsName

Input

AO1

TR1, TR2

AO3

TRS 1, TRS2

AO5

AO2

AO4

AO6

0-10 V / 2-10 V /

10-0 V / 10-2 V

3-punkty

0-10 V / 2-10 V /

10-0 V / 10-2 V

3-punkty

0-10 V / 2-10 V

10-0 V / 10-2 V

0-10 V / 2-10 V

10-0 V / 10-2 V

0-10 V / 2-10 V

10-0 V / 10-2 V

0-10 V / 2-10 V/

10-0 V / 10-2 V

AcSiłownik sterujący

O1 Siłownik sterujący

________________________

O2 Siłownik sterujący

________________________

C.W.U Siłownik sterujący

________________________

O1 Siłownik sterujący 2 (cascade)

________________________

O2 Siłownik sterujący 2 (cascade)

________________________

C.W.U Siłownik sterujący 2 (cascade)

________________________

Czas otwarcia siłownika ____ 150 s (10...500 s)

Czas zamknięcia siłownika ____ 150 s (10...500 s)

Czas otwarcia siłownika ____ 150 s (10...500 s)

Czas zamknięcia siłownika ____ 150 s (10...500 s)

Czas działania siłownika____ 15 s (10...500 s)

Czas działania siłownika ____ 150 s (10...500 s)

Czas działania siłownika ____ 15 s (10...500 s)

Nazwa

Potwierdź: Przytrzymaj OK

Anuluj: Przytrzymaj ESC

Ogól n a ko m sp ae cn

Renaming: Navigate to ”Measurement name” and press OK. A naming dialogue box will

open. Turn the selection knob and accept a letter by pressing OK.

Continue to the next screen by pressing OK.

Return to the previous screen by pressing ESC.

Accept the name by pressing OK for an extended period of time.

PUMP CONTROLS

Name Output Control mode Manual control

P2.1 Sterowanie

pompą (O1)

(72,73) zamknięte -> WŁĄCZONE/

(72,71) zamknięte -> WŁĄCZONE

Automatyczny

Ręczny →

Wył.

Wł.

P3.1Sterowanie pompą

(O2)

(75,76) zamknięte -> WŁĄCZONE/

(75,74) zamknięte -> WŁĄCZONE

Automatyczny

Ręczny →

Wył.

Wł.

P2.2 Sterowanie

pompą (O1)

(75,76) zamknięte -> WŁĄCZONE/

(75,74) zamknięte -> WŁĄCZONE/

TR1/ TR2/ TRS1 TRS2/

AO2/ AO4 / AO6

Automatyczny

Ręczny →

Wył.

Wł.

Funkcja podwójnej pompy::

Pompa rezerwowa

Pompa przemienna

P3.2 Sterowanie

pompą (O2)

(72,73) zamknięte -> WŁĄCZONE/

(72,71) zamknięte -> WŁĄCZONE/

TR1/ TR2/ TRS1 TRS2/

AO2/ AO4 / AO6

Automatyczny

Ręczny →

Wył.

Wł.

Funkcja podwójnej pompy:

Pompa rezerwowa

Pompa przemienna

SUM ALARM

TR 2

(connectors 79-80)

Sum alarm

(TRS 2)

Note! If a 3-point actuator

is in use in H2 control cir-

cuit, the sum alarm is not

in use.

1-kategoria

2-kategoria

1- lub 2-kategoria

An aggregate alarm is emitted if

an alarm in a selected alarm class

(priority) is activated.

Pompa rezerwowa, Backup pump/ Automatic: Backup pump/ Automatic: If pump 1 goes into a malfun-

ction the controller automatically switches on the backup pump (pump 2) and gives an alarm from pump 1.

Backup pump interval use: The controller drives the main pump (PX.1) once a week, on Mondays at 8.00-8.01 and the

backup pump (PX.2) 8.01-8.02. Backup pump function from version1.5.3.

Pompa przemienna , Alternate pump/ Automatic: Pumps 1 and 2 are controlled by the controller to function on al-

ternate time periods as a main pump. The other pump then functions as a backup pump. If pump goes into a malfun-

ction the controller automatically switches on the backup pump and gives an alarm from main pump. The pumps are

used alternatively so they both get the same amount of wear and thus have a longer lifespan.

The operation of the pumps is measured by a running time counter. The pump and the alternate pump vary by run

time and the pump change can be adjusted by the user (default 7 days, setting range 0...365 days). An alternative

pump function can be found from the version 1.53.

Interval operation also works in the alternating pump case. During interval operation, the co-pump is stopped, so only

one pump runs at a time.

3.2 Heating curve settings (Ustawienia dla obiegu grzewczego)

Service mode includes all value settings for the regulator. Some of the value settings can also be found in the cir-

cuit’s “Value settings” menu. Value settings preceded by a -symbol are found only in service mode.

Changing a value setting: Select the desired value setting by turning the selection knob. Press OK. A new window

will open where changes can be made. Accept the changes by pressing OK. Exit change mode by pressing ESC.

The regulator shows H1 circuit regulation curve settings rst and then H2 circuit settings.

Both circuits have the same factory settings and setting ranges.

Ustawienia dla obiegu grzewczego

Setting Factory setting Range Explanation

Układ sterowania W użyciu Nieużywany/

W użyciu

Control circuits are already taken into use in start-up wizard. If you

want to have the control disabled, select “ Nieużywany (Not in use)”.

Tryb ogrzewania Ogrzewanie

grzejnikowe

Ogrzewanie

podłogowe/

Ogrzewanie

grzejnikowe

In the controller there are preset the typical heating curves for ﬂoor

heating and radiator heating. Also the factory settings are determined

by the heating type. If the radiator heating is selected, the controller

uses the outdoor temperature delay in supply water control (see

Radiator heating delay). If the ﬂoor heating is selected, the controller

uses outdoor temperature anticipate (see Floor heating anticipate).

Typ krzywej 5-punktowa

krzywa

3-punktowa

krzywa/

5-punktowa

krzywa

20 0 -20 °C

outd. t.

supply water

20 0 -20 °C

outd. t.

supply water

With the 3-point curve you can

change supply water tempera-

tures with the outdoor tempe-

rature values -20°C, 0°C and

+20°C.

With the 5-point curve you can

change the supply water set-

tings at ﬁxed outdoor tempe-

rature -20°C and +20°C and at

three adjustable outdoor tem-

peratures (between -20 and

+20). To change the adjustable

outdoor temperatures press

OK for a long period of time.

Przesunięcie

równoległe

0.0 -15 ... +15 °C If room temperature is continuously above or below the setting

value despite the outdoor temperature, you can add a permanent

compensation value to the supply water setting value.

Tłumienie

przesunięcia równ.

7.0 -20 ... +20 °C Outdoor temperature set by the user at which the eect of

parallel shift begins to dampen. When the outdoor tempe-

rature reaches +20°C, the eect of parallel shift has already

completely stopped. The factory default setting for the dam-

ping point is 7°C. At a value setting of more than 17°C pa-

rallel shift damping is not enabled (the function is not avai-

lable if room temperature measurement is connected).

+ 60

+ 80

+ 40

+ 20

Parallel shift

Damping

point

Supply water °C

Outdoor t. -20 +20 0

Min.limit 18.0 °C 0 ... 99 °C The low limit for supply water. For comfort reasons, the higher low

limit is used in bath rooms than e.g. in rooms with parquet ﬂoor.

This also removes the moisture from path rooms at summer time.

Max.limit

Ogrzewanie

grzejnikowe/

Ogrzewanie

podłogowe

70 °C

45 °C

0 ... 99 °C High limit of supply water. With high limit settings it’s prevented

that there will not be too hot water in the circulation which might

damages the ﬂoor material of the heating pipes.

Kalibracja

siłownika

W użyciu Nieużywany/

W użyciu

The controller automatically calibrates the valve once a week on

(Monday at 09 am). The controller ﬁrst completely closes the val-

ve and then opens to the position determined by the controller.

Setting Factory

setting Range Explanation

C.W.U. Układ sterowania Nieużywany W użyciu/

Nieużywany

The control circuits will be taken into use already in start up wizard.

If you want to have the control disabled, select “ Not in use”.

C.W.U. Nastawa temp. 58.0 °C 20 ... 90 °C DHW Supply water temperature setting.

C.W.U. Program czasowy Nieużywany W użyciu/

Nieużywany

Domestic hot water increases and drops can be made by DHW time

program. The change of temperature setting value is made either by

the week calendar or exception calendar.

C.W.U. Zmniejszenie tem-

peratury

10.0 °C 0 ... 30 °C The amount of drop in domestic hot water drop/increase time programs.

C.W.U. Zwiększenie tem-

peratury

10.0 °C 0 ... 30 °C The amount of increase in domestic hot water drop/increase time

programs.

Kalibracja siłownika W użyciu Nieużywany/

W użyciu

The controller automatically calibrates the valve once a week on

(Monday at 09 am). The controller ﬁrst completely closes the valve

and then opens to the position determined by the controller.

Spadki temperatur

Spadek temperatury

Woda zasilająca, Ogrzewa-

nie grzejnikowe

Woda zasilająca, Ogrzewa-

nie podłogowe

Temperatura pokojowa

3.0

1.5

3.0

0... 40 °C Temperature drop of supply water, which be triggered from time pro-

gram or a Home/Away text message command or when selecting

continous temperature drop as circuit’s control mode. If room tempe-

rature measurement has been taken into use, the temperature drop

is given as a room temperature drop.

Duży spadek temperatury

Woda zasilająca, Ogrzewa-

nie grzejnikowe

Woda zasilająca, Ogrzewa-

nie podłogowe

Temperatura pokojowa

5.0

2.0

5.0

0... 40 °C A big temperature drop of supply water, which be triggered from time

program or a Home/Away text message command or when selec-

ting continous big temperature drop as circuit’s control mode. If room

temperature measurement has been taken into use, the temperature

drop is given as a room temperature drop.

Przegrzanie wody po

spadku

Ogrzewanie grzejnikowe/

Ogrzewanie podłogowe

Przegrzanie wody po

spadku

4.0

1.5

W użyciu

0... 25 °C

Nieużywany/

W użyciu

The amount of the automatic supply water pre-increase occurring

at the end of the temperature drop (time program) The pre-increase

helps raise the room temperature more quickly back to a nominal

room temperature after a temperature drop.

Room temperature can be increased to normal more quickly after

temperature drop by using the preliminary increase function.

Normal

temperature

Normal temperature

Pre-increase

Room temp.

°C

Time

Temperature drop period

Wstępne zwiększenie

czasu

1 0... 10 h The pre-increase time deﬁnes the time, when the pre-increase is

started. If pre-increase time is one hour, the pre-increase will start

one hour before the time program ends the temperature drop (retur-

ning to normal temperature).

Sterownie lokalne/zdalne W użyciu W użyciu/

Nieużywany

The Home/Away mode makes transitions between temperatu-

re levels. If transmission measurement is connected to the regula-

tor for general compensation, you cannot connect the Home/Away

switch but you can use the Home/Away mode via SMS or from the

regulator’s ”Measurements” menu.

Tryb wakacyjny Spadek temp. Spadek temp./

Duży spadek

temp.

If the Home/Away mode is in use, you can select the desired tempera-

ture in the ”Away” mode. The selections are temperature drop or big

temperature drop. The default is temperature drop.

Funkcja opóźnienia ogrz. grzejnikowego

Opóźnienie wpływu spad-

ku temp. zew.

Ogrzewanie grzejnikowe

2.0

0... 15 h Outdoor temperature delay is in use, if the radiator heating is se-

lected as a heating mode in the control circuit settings.

The amount of the outdoor temperature delay is deﬁned with ”Outd.

temp.delay on temp.drop” setting. The delayed outdoor temperature is

used for regulating the supply water temperature. The typical outdoor

temperature delay for radiator heating is 2 hours. If the room tempe-

rature rises too much when temperatures lowers, increase the ”Outd.

temp.delay on temp.drop” If the opposite occurs, lower the delay time.

Opóźnienie wpływu wz-

rostu temp. zew.

Ogrzewanie grzejnikowe

2.0

0... 15 h Typically 2 hours delay time is used in radiator heating. If room tem-

perature decreases too much when outdoor temperatures increase

below the freezing point, increase the setting value ”Outd.temp.delay

on temp.increase.”

Setting Factory

setting Range Explanation

Prognozowanie ogrzewania podłogowego

Funkcja przewidywania spad-

ku temp.

Ogrzewanie podłogowe

2.0 0... 15 h The anticipation drop of ﬂoor heating is in use, if the the ﬂoor heating

is selected as a heating mode in the control circuit settings. Typically 2

hours delay time is used in ﬂoor heating. If room temperature falls too

much when freezing temperatures fall further, increase anticipation. If

the opposite occurs, lower anticipation.

Funkcja przewidywania wz-

rostu temp.

Ogrzewanie podłogowe

2.0 0... 15 h Anticipation of ﬂoor heating is used for stabilizing room temperature

when outdoor temperature changes. In ﬂoor heating, the concrete

mass of the ﬂoor slows transmission of heat from ﬂoor to room air tem-

perature. If room temperature rises too much when temperatures rises

in winter, increase anticipation.

Tryb letni

Pompa obiegowa W użyciu W użyciu/

Nieużywany

If C203 controls also the pump, the pump can be stopped while the

summer function mode is active.

Letni przestój 19.0 10 ... 35 °C Summer function outdoor temperature limit. When the measured or fore-

cast outdoor temperature exceeds the outdoor temperature limit of the

summer function, the regulation valve closes and the circulation water

pump stops as selected.

Czułość funkcji 6.0 -10...20 The summer function is turned o immediately if the real-time outdoor

temperature falls to the ”Summer function prevention limit.” The summer

function is also turned o if room temperature falls at least 0.5°C below

the value setting or when the regulator restarts.

Max. opóźnienie wył. funk-

cji lato

Wsp. opóźnienia wył. fun. lato

2.0

0...20h

0.5...3.0

The summer function switch o delay determines the starting time

for heating. This helps avoid unnecessary heating during summer in

case the outdoor temperature falls momentarily. The switch o delay

is calculated as follows: [the duration of the summer function] x [sum-

mer function o delayfactor] (limited to the set max delay value). The

switch o delay is reset if the room sensor is active and the room tem-

perature drops more than 0.5 °C below the set value, or in the event of

a power cut.

Prognozowanie temp. zew. Nieużywany W użyciu/

Nieużywany

In addition to measured outdoor temperature, temperature forecasts

from Foreca can be used with the summer function (requires Ounet

connectivity). If the regulator has not received outdoor temperature

forecasts via the data channel for 2 hours, the forecast is not used in

the summer function.

Wył. zaworu miesz. latem W użyciu W użyciu/

Nieużywany

The value setting is used to select whether or not the regulation valve

is closed when the summer function is in use.

Płukanie zaw. miesz. latem W użyciu W użyciu/

Nieużywany

The ﬂushing operation is done in connection with inspection of the

valve’s position when the regulator is in summer function mode. During

the ﬂushing operation the controller opens the valve to 20% and then

closes it. If the controller has stopped the pump, the controller runs the

pump during ﬂushing of the valve. Valve ﬂushing is done at 8:00 a.m.

on Mondays.

Proces jesiennego osuszania

Osuszanie jesienne W użyciu W użyciu/

Nieużywany

In autumn dry mode, supply water temperature is automatically raised

for 20 days. The function is turned on automatically when the avera-

ge daytime temperature has been more than 7°C for a minimum of 20

days and then falls below +7°C. The function remains on for the follo-

wing 20 days if the outdoor temperature is below 7°C (10 hour time

constant for measurement).

°C

at least 20 days

continuous period of more than +7 °C

7°C

Time /

24 hours

days with medium heat

Autumn dry function is active

(a total of 20 days)

Temperature limit of Autumn

dry activation

Wpływ na temp. wody zas.

Woda zasilająca, Ogrzewanie

grzejnikowe

Woda zasilająca, Ogrzewanie

podłogowe

Wpływ na temp. wew.

4.0

1.5

1.0

0... 25 °C

0 ... 15 °C

0.0... 1.5 °C

The value setting shows how much the autumn dry function raises

supply water temperature. If room temperature regulation is in use, the

user sets how much the room temperature is raised.

Setting Factory

setting Range Explanation

Kompensacja temperatury wewnętrznej

Kompensacja temp. wew. W użyciu W użyciu/

Nieużywany

It can deﬁned whether room temperature aects to the con-

trol of supply water. If the measured room temperature dif-

fers from its setting

value, room compensation corrects the temperature of the

supply water.

Temperatura wewnętrzna 21.5 5... 50 °C Basic room temperature setting for the controller set by the

user. This setting value is not visible unless room compensa-

tion is in use.

Opóźnienie pomiaru temp.

wew.

2.0 0...2 h Amount of room temperature measurement delay (time cons-

tant). Dierent buildings react to temperature changes at

dierent rates. This setting value can reduce the eect of

the building on room regulation.

Współczynnik komp. temp.

wew.

Ogrzewanie grzejnikowe/

Ogrzewanie podłogowe

1.5

4.0

0...7 Coecient used in applying the dierence between room

measurement and the room setting value to the supply wa-

ter setting value. For example, if room temperature in ra-

diator heating is one degree below the setting value, supply

water is raised by four degrees.

O1 Max. wpływ komp. na

zasilanie

Ogrzewanie grzejnikowe/

Ogrzewanie podłogowe

5.0

16.0

0...25 °C Room compensation’s maximum eect on the supply water.

Kompensacja temp. wew.

Ogrzewanie grzejnikowe/

Ogrzewanie podłogowe

1.0

2.5

0.5 ... 7 h Time correction improves the room compensation function (I-

regulation). In massive houses or houses where ﬂoor heating

has been installed on a concrete ﬂoor, longer room compen-

sation correction times are used.

O1 Max. wpływ reg. na

wodę zasilającą

Ogrzewanie grzejnikowe/

Ogrzewanie podłogowe

3.0

2.0

0 ... 15 °C Room compensation time correction can change supply wa-

ter temperature to no more than this setting value. If room

temperature continuously ﬂuctuates, check whether the

problem is resolved by lowering the setting value.

Pompad

Funkcja podwójnej pompy Pompa

rezer-

wowa

Pompa

przemienna/

Pompa

rezerwowa

The other pump can function either as an alternate pump or as a

backup pump. If you choose an alternate pump use, the pump

operates alternately as a main pump and a s a backup pump. The

backup pump starts when the main pump fails.

Okres czasu pracy pompy 7 dni 1...365 dni In alternate pump use the pumps 1 and 2 are controlled by the

controller to function on alternate time periods as a main pump and

a backup pump. The alternate use is aimed at constant pump wear

and a longer lifetime. The operation of the pumps is measured by a

run time counter.

Czas pracy pompy Information to be read from the pump running time counter.

Zresetuj licznik czasu pracy

pompy

Nie Nie/Tak It is good to reset the run time counter when replacing the old pump

with a new one.

Sterowanie pompą Automa-

tyczny

Automatyczny/

Ręczny

Pump control status: on / off. If necessary, you can force the pump

to manual control and select whether the pump is in on mode or in

off mode. If the control is set to manual, the palm image will appear

at the beginning of the line.

Kompensacja temperatury powrotu wody

Kompensacja temp. powrotu 2.0 0 ... 7.0 If return water temperature falls below the setting value for

danger of return water freezing, supply water temperature

is raised by the value: amount of the deﬁcit multiplied by the

compensation ratio.

Setting Factory

setting

Range Explanation

SC Kompensacja temperatury powrotu wody

O1 (O2) SC Komp. temp.

wody pow.

W użyciu W użyciu/

Nieużywany

The function, which drops the setting value of heating circuit supply wa-

ter, if the DH return water temperature from the heat exchanger exceeds

the value of the compensation curve which is proportional to outdoor

temperature.

O1 (O2) SC Max. komp.

temp. wody pow.

20 0 ... 50 °C The value by which DH Return compensation can aect in maximum to

supply water setting.

O1 (O2) SC Komp. krzywej

temp. wody pow.

Enabled a 5-point curve, which can be edited.

H1 DH return temp. comp.

-20 = 65 °C

0 = 47 °C

+20 = 42 °C

Min.limit: 42 Max.limit: 65 +20 -200°C

-10 = 59 °C

+10 = 42 °C

Min. limit 42 20... 60 °C When DH return water temperature from heating exhanger is smaller

than min. limit, the eect of DH retur water compensation is zero.

Max.limit 65 50... 70 °C When DH return water temperature from heating exhanger is higher

than max limit, the eect of DH retur water compensation aects always.

O1 (O2) SC Nastawa pro-

porcjonalna P

200 2... 500 °C P-area of DH ret. water comp. in PI-control.

O1 (O2) SC Nastawa

całkująca I

180 0 ... 300 s I-time of DH ret. water comp. in PI-control.

Ogólna kompensacja

General compensation can increase or decrease the temperature of sup-

ply water. Transmitter measurement allows to utilize wind or solar mea-

surement or pressure dierential measurement over the heating network.

Przesunięcie równoległe

Kompensacja temp. powrotu

wody

100

0 ...100 %

Setting limit values for a compensation area. Set the transmitter mea-

surement message value at which compensation begins and the value at

which it reaches its maximum level. The amount of compensation is linear

between the limit values. (The transmitter is taken in use and setting val-

ues for the measurement area deﬁned in the conﬁguration of the particu-

lar measurement channel.)

Wpływ min. kompensacji 0-20 ... 20 °C Minimum compensation deﬁnes how much the supply water temperature

is changed when compensation begins.

Wpływ max. kompensacji 0-20 ... 20 °C Maximum compensation deﬁnes the maximum amount that compensa-

tion can raise or lower supply water temperature. If wind measurement is

used in transmitter measurement the setting value is positive, i.e. supply

water temperature is raised due to the wind. If solar measurement is used

in transmitter measurement the setting value is negative, i.e. supply wa-

ter temperature is lowered due to solar radiation.

°C

0 25 50 75 100

Compensation begins when the measurement message reaches 30%

Compensation is at its maximum when the

measurement message reaches 70%

Measurement message %

Maximum compensation

Raising supply water

temperature

Filtr kompensujący 5 0...300 s Output signal ﬁltering. The ﬁltering attenuates the eect of rapid chang-

es.

Kompensacja magistrali

In channel compensation the need for compensation can be speciﬁed by

an external device that relays the need for a supply water temperature

exception to the C203 through a communication channel (e.g. Ounet

S-compensation).

Max.wzrost temp.wody

zasilającej

00 ... 30.0 °C Channel compensation cannot increase supply water temperature more

than allowed by the setting value.

Max. spadek temp. wody zas. 00 ... 30.0 °C Channel compensation cannot drop supply water temperature more than

allowed by the setting value.

Setting Factory

setting

Range Explanation

Pomiary magistrali

Temp. zewnętrzna z magis-

trali

Nieużywany Nieużywany/

W użyciu

A outdoor temperature measurement can be read either from bus or through

UI1.

O1 Temp. wew. z magistrali Nieużywany Nieużywany/

W użyciu

A room temperature measurement speciﬁc to H1 control circuit can be read

either from bus or through UI4.

O2 Temp. wew. z magistrali Nieużywany Nieużywany/

W użyciu

A room temperature measurement speciﬁc to H2 control circuit can be read

either from bus or through UI7.

Ustawienie alarmu

Sygnał alarmowy W użyciu Nieużywany/

W użyciu

The alarm sound can choose to mute. The alarm is displayed in the active alarms

and forwarded even if the alarm sound is turned o.

O1 (O2) Ustawienia progów

alarmowych

Odchyłka alarmu wody

zasilającej

10.0

1...50 °C

Amount of dierence between measured supply water temperature and

the supply water temperature set by the regulator that causes an alarm

when the deviation has continued for the return delay time. A deviation

alarm is not allowed when heating has been turned o for the summer,

when the regulator is not on automatic or when outdoor temperature is

more than 10°C and supply water temperature is less than 35°C. The alarm

allows for a 5 s delay.

Opóźnienie alarmu 60min 0...120 min The alarm goes o if the deviation has lasted for the set time.

Alarm poziomu wody

zasilającej

Ogrzewanie grzejnikowe/

Ogrzewanie podłogowe

80.0

70.0

40...100 °C Supply water high limit alarm

Górny próg opóźnienia

alarmu

5 0...120 min A deviation alarm occurs when the value deﬁned as the upper limit for supply

water alarm is exceeded for more than the delay time speciﬁed.

Nastawa temp.

antyzamrożeniowej

Powrót wody – opóźnienie

alarmu

8.0

5...25 °C

1...120 min

The return water freezing risk alarm is activated when return water

temperature has remained below the freezing risk limit for longer than

the allowed delay time. The exit delay for freezing risk alarm is 5 sec-

onds.

C.W.U. Kontrola: ustawienia alarmu:The controller gives a domestic hot water alarm when the temperature

of domestic hot water exceeds the preset overheating alarm limit or

falls below the low limit alarm limit and the excess/drop has lasted the

delay time of overheating/ low limit alarm. The exit delay of the alarms

is 5 minutes. If either DHW increase or drop is in use, the alarm limits

will change so that in increase/drop mode the alarm limit is always at

least 5 degrees above/below the current DHW setting value.

C.W.U. Górny próg alarmu

C.W.U. Dolny próg alarmu

C.W.U. Opóźnienie alarmu

40.0

65...120 °C

20...70 °C

0 ... 15 min

Pomiar ciśnienia

Ciśnienie 1(2) min limit 0.5 0...20 bar A lower limit alarm is activated when the pressure measurement de-

creases below the lower limit of the pressure measurement set value.

Alarm is deactivated when the pressure is 0.1 bar over the limit.

Ciśnienie 1(2) max limit 15 0 ... 20 bar The controller gives the upper limit alarm when the pressure measure-

ment is greater than the upper limit of the pressure set value. Alarm

goes o when the pressure is 0.1 bar below the limit.

UI 10 (UI11) Opóźnienie wejścia alarmowego

UI 10 (11) Opóźnienie

wejścia alarmowego

60 0...300 s An alarm is activated, when the measured temperature has been under

deﬁned low limit or over high limit for longer than entry delay.

UI 10 (11) Dolny próg alarmu -51 -51...131 °C Low limit alarm is activated, when the temperature drops below the de-

ﬁned low limit. The alarm is deactivated, when the temperature is 1.0 °C

over the lower limit.

UI 10 (11) Górny próg alarmu 131 -51...131 °C High limit alarm is activated, when the temperature increases above

the deﬁned high limit. The alarm is deactivated when the temperature

is 1.0°C below the high limit.

Contact alarm of free measurements UI 10 and UI11

UI 10 (11) Opóźnienie

wejścia alarmowego

30 0...300 s Contact alarm is activated, when the entry delay has passed after an

alarm activation.

Dostrajanie wartości

O1 i O2 Dostrajanie wartości:

Nastawa P 200 2...600 °C Supply water temperature change at which the actuator runs the valve at

100%. E. g. If the supply water temperature changes 10 °C and the P area

is 200 °C the position of the actuator changes 5 % (10/200 x 100 % = 5 %).

Nastawa I 50 5 ... 300 s The deviation in the supply water temperature

from the set value is corrected by P amount in I time. For example, if deviation

is 10°C, P-range is 200°C and I time is 50 s, the actuator will be run at 5 %

for 50 seconds.

Nastawa D 00 ... 10 s Regulation reaction speed up in the event of a temperature change.

Beware of constant waver!

Max. szybkość zmian 4.0 0.5... 5°C/min The maximum speed at which the supply water can be raised when switching

from a temperature drop to a nominal temperature. If the radiators knock,

slow down the change rate (set the setting smaller).

Siłownik otwarty – czas pracy 150 10 ... 500 s The running time indicates how many seconds go by when the actuator

runs a valve nonstop from a closed position to an open position.

Siłownik zamkniety – czas

pracy

150 10 ... 500 s The running time indicates how many seconds go by when the actuator

runs a valve nonstop from a open position to an close position.

C.W.U. Dostrajanie wartości

Nastawa P 70 2 ... 500 °C Supply water temperature change at which the actuator runs the valve

at 100%.

Nastawa I 14 5 ... 300 s The deviation in the supply water temperature from the set value is

corrected by P amount in I time.

Nastawa D 0 0 ... 100 s Regulation reaction speed up in the event of a temperature change.

Beware of constant waver!

C.W.U. Prognozowanie 120 1....250 °C Uses anticipation sensor measurement information to speed up regula-

tion when DHW consumption changes. Increase the anticipation value

to decrease reaction to changes in consumption.

C.W.U. Szybkie uruchomienie 60 0 ... 100 % Functions during consumption changes. Decrease this value to de-

crease reaction to quick temperature changes.

Siłownik otwarty – czas pracy 15 10 ... 500 s The running time indicates how many seconds go by when the actuator

runs a valve nonstop from a closed position to an open position.

Siłownik zamkniety – czas pracy 15 10 ... 500 s The running time indicates how many seconds go by when the actuator

runs a valve nonstop from an open position to a close position.

Serwis

Przywróć ustawienia fabryczne >

Przywracanie z ko pii zapasowej >

Utwórz k opię zapas ową >

Aktywacja kreatora uruchamiania >

3.3 Restore factory settings and updates

Restore factory settings (Przywróć ustawienia fabryczne)

When you reset the system to factory default settings, the regulator will

revert to controlled start-up mode.

Create backup (Utwórz kopię zapasową)

Create a backup, when C203 has been conﬁgured and the device-

speciﬁc settings have been set.

If desired, also the factory settings can be restored to the device.

All the parameters which are saved in the non-volatile memory will

be included in the backup. Such parameters are e.g. all the setting

values and time programs. The backup can be saved to the internal

memory or to micro SD memory card. Memory card backups can be

copied from one device to another.

Technical requirements to microSD memory card:

• Standard: micro SDHC, UHS

• Capacity: 512 MB...32 GB,

• File system: FAT 32

• Class: 4...10+

Restore backup (Przywracanie z kopii zapasowej)

Przywracanie z kopii zapasowej

Z pamięci wewnętrznej >

Z karty pamięci >

If you created a backup, you can restore the backup by pressing OK.

You can restore the backup from the memory card or from the internal

memory.

Software updates

C203

memory card

t is recommended to create a backup of the system before software up-

date. The software update is done with following steps:

Insert microSD memory card which includes new software to controller

C203 asks: ”Would you like to restart device?”

Select: ”Yes”

C203 reboot to start the update of the new software. The updating of

the software takes few minutes.

Update external display ﬁrmware (Aktualizacja oprogramowania zewnętrznego)

C203

memory card

Insert the memory card containing the new ﬁrmware for the external dis-

play in the controller. Press OK.

Press OK- and ESC –buttons of the external display and connect the dis-

play to C203. The software update is started (the display ﬂashes). The

update process takes few minutes.

Activate startup wizard (Aktywacja kreatora uruchamiania)

Start-up wizard allows you to specify the regulator’s basic settings. Ac-

cept the selection by pressing the selection knob (OK) (see page 7).

4 Favourite views

You can easily navigate from the basic view to the desired menu using the favourite view function. By tap-

ping the button you can navigate from one favourite view to another. There can be a maximum of ﬁve of

these views. The pre-installed favourite views show the circuits’ main menus. You can also save a particular

regulator view as your own favourite view. You can return from favourite views to the basic view by tapping

the ESC key until the basic view appears.

Get to set your own favorite displays when you exit the service mode of the controller back to basic mode.

If you want to immediately go from the service mode to the basic mode, press and hold the ESC key as long

as the control displays the main screen and the backlight is dimmed. (The controller automatically goes to

base mode, where the keys of the controller is not touched for 10 minutes.)

Navigate to the view you want to add to your favourite views. Hold down the key for an extended period

of time until the ”Save view in memory location:” menu opens. Use the dial to select the position where you

want to add the favourite view and press OK. If you select a location where a favourite view has already

been saved, the new favourite view will replace the existing one.

Note! Favorite the screens can not be stored in the service mode screens.

Setting a favourite view

Temp. zewnętrzna

O1 Woda zasilająca

O2 Woda zasilająca

C.W.U. Woda zasilająca

Automatyczny

19.4°C

19.2°C

19.8°C

58.0°C

13:51 29.06.2018 2

Wybór

Basic view

H2 Circuit menu

H1 Circuit menu

DHW Circuit menu

Your own favourite view

Historia alarmów

02.12.2016 10:11:42 Błąd czujnika O1: Woda z

05.12.2016 11:22:40 Błąd czujnika O1: Woda po

O1 Układ sterowania

O2 Układ sterowania

Woda zasilająca

Informacja o temperaturze pokojowej

Pomiary

O1 Krzywa grzewcza

Woda zasilająca

Informacja o temperaturze pokojowej

Pomiary

O2 Krzywa grzewcza

C.W.U. Sterowanie

Ustawienie wartości

Tryb sterowania Automatyczny

Pomiary

Programy czasowe

C.W.U. Sterowanie

Strona jest ładowana ...

OUMAN C203 Deployment Manual

Marka: OUMAN

Model: C203

Kategoria: Pomiary, testowanie

Typ: Deployment Manual

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English: OUMAN C203

OUMAN C203 Deployment Manual

OUMAN C203 Deployment Manual

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