FlaktWoods STRA-14 Скачать руководство пользователя страница 10

STRA-14 Room controller. Installation and maintenance manual.

Fläkt Woods

8710 GB 2016.09.08

10 (12)

Specifications are subject of alteration without further notice.

Parameter

number

Description

Values

Unit

FS STRA-14

11

Heating/Cooling Functions

0=Heat, 1=Heat/Heat, 2=Heat or

Cool via changeover, 3=Heat/Cool,

4=Heat/Cool with VAV and forced

ventilation, 5=Heat/Cool with VAV,

6=Cool, 7=Cool/Cool, 8=Heat/

Cool with UO3, 9=Heat/Cool with

Change-Over

4

12

Boost Mode Timer

Minutes

60

13

P.I.R Delay Off

Minutes

10

14

P.I.R Delay On

Minutes

0

15

Connected sensor on AI1

0=internal, 1=external, 2=Change

over sensor

0

16

UI1 Signal

0 = Disabled, 1 = Change over

sensor digital, 2 = Change over

sensor analogue

2

17

Connected sensor DI1

0=Disabled, 1=Window contact,

3=P.I.R, 4=Change over sensor

0

18

Connected sensor DI2

0=Disabled, 1=Window Contact,

2=Condensation Sensor, 4=Change

over sensor

0

20

Function of UO1 Signal

0=

 

None, 1=Thermal actuator heat,

 

2= None,

 

3=Heating actuator

 

0...10V, 4= None, 

                            

5=

 

None

, 6= None

1

21

Function of UO2 Signal

0= None 1= None, 2=Thermal

 

actuator Cool, 3= None, 

   

4=Cooling

 

actuator 0…10V, 

         

5= None,6=

 

None

2

22

Function of UO3 Signal

0=None, 1=Forced Vent Digital,

2=Forced Vent 3 Step Analog,

3=None, 4=Ordinary Analog output,

5=None, 6=Control of EC-fan

2

24

UO3 output in manual mode

%

0

28

Actuator type for UO3

0=0-10v, 1=2-10v, 2=10-2v,

3=10-0v

0

29

Heating Modulating Actuator Control

0=0-10v, 1=2-10v, 2=10-2v,

3=10-0v

0

30

Cooling Modulating Actuator Control

0=0-10v, 1=2-10v, 2=10-2v,

3=10-0v

0

31

Heating Thermal Actuator Time

Seconds

60

32

Cooling Thermal Actuator Time

Seconds

60

33

Travelling Time for Increase/Decrease Heating Valve

(Not in use)

Seconds

120

34

Travelling Time for Increase/Decrease Cooling Valve

(Not in use)

Seconds

120

35

Increase/Decrease NZ (Not in use)

%

0

36

Heating Valve Periodic Exercise Interval

0=Inactive

Hours

23

37

Cooling Valve Periodic Exercise Interval

0=Inactive

Hours

23

38

Hysteresis for the heating thermostat function

K

2

39

Hysteresis for the cooling thermostat function

K

2

40

The minimum heat output in heating mode

%

0

41

Fan runs on low speed (Not in use)

0

42

Display View

0=Actual Temp Value, 1=Heating

Setpoint, 2=Cooling Setpoint,

3=Average of Heating/Cooling,

4=Only Setpoint Displacement,

5=CO2, 6=Heating Se

Setpoint Displacement, 7=Cooling

Se Setpoint Displacement,

8=Average of Heating/Cooling

Set Setpoint Displacement,

9=Calculated Flow in L/S

0

43

Highest Setpoint Offset Increase

°C

3

44

Lowest Setpoint Offset Decrease

°C

3

45

Normal Mode Function

0=Off, 1=Unoccupied, 2=Stand-by,

3=Occupied

3

46

Energy Saving Mode Function

0=Off, 1=Unoccupied

1

47

BMS Operating Mode

0=Off, 1=Unoccupied, 2=Standby,

3=Occupied, 4=Not Used, 5=No

Remote control

5

48

Minimum airflow on cooling UO2 in % of 0-10V.

Parameter is in use when cooling/heating mode with

VAV is selected

%

0

Содержание STRA-14

Страница 1: ...or no parity Communication speed 9600 bps not changeable Built in temperature sensor NTC type measuring range 0 50 C accuracy 0 5 C at 15 30 C Material casing Polycarbonate PC Weight 110 g This produ...

Страница 2: ...ecifications are subject of alteration without further notice Installation instructions Ensure that the installation complies with local safety regulations Information about commissioning of the produ...

Страница 3: ...cooling setpoints is done automatically in the controller depending on the heating and cooling requirement Display handling The display has the following indications Function button By pressing the Fu...

Страница 4: ...lve actuator max 5 mA The valve actuator s 0 10 V control signal terminal is connected to terminal 23 and its supply terminals to terminals 10 and 11 Make sure that the reference pole G0 is connected...

Страница 5: ...e is 22 C and the cooling setpoint value is 24 C the controller will allow the temperature in the room to be between 19 C and 27 C Local adjustment of setpoint value via the display on STRA 14 The bac...

Страница 6: ...ed operating mode to attain energy efficiency Control states The controllers can be configured for different control states control sequences Parameter 11 FI 4 Heating Cooling with VAV control with fo...

Страница 7: ...s air cooling and 51 100 is water cooling This is adjusted by changing the parameter 309 309 0 Free cooling off Water cooling 0 50 and 51 100 air cooling 309 1 Free cooling on Air cooling 0 50 and 51...

Страница 8: ...prevents the temperature from dropping below 8 C Return to normal fan speed and control occurs automatically when the room temperature exceeds 8 C Control the light with an occupancy sensor It s possi...

Страница 9: ...ng 1 2 3 4 5 6 STELLA 0 23 40 59 75 100 WEGA Standard 0 21 38 56 73 100 WEGA Power 0 23 23 23 23 100 NOVA 0 21 38 56 73 100 Nozzle selection for air flow in Energy Saving Mode and Boost Mode is adjust...

Страница 10: ...10v 1 2 10v 2 10 2v 3 10 0v 0 29 Heating Modulating Actuator Control 0 0 10v 1 2 10v 2 10 2v 3 10 0v 0 30 Cooling Modulating Actuator Control 0 0 10v 1 2 10v 2 10 2v 3 10 0v 0 31 Heating Thermal Actu...

Страница 11: ...or 1 For N O actuator 0 74 HMI Displacement View 0 The offset 1 The active setpoint offset 2 The heating setpoint offset 3 The cooling setpoint offset 4 Occupied Heating Setpoint Offset 5 Occupied Coo...

Страница 12: ...28 Branch Version 129 Revision 300 Voltage x 10 for nozzle 2 21 301 Voltage x 10 for nozzle 3 38 302 Voltage x 10 for nozzle 4 56 303 Voltage x 10 for nozzle 5 73 304 Max air level at 100 cooling 5 30...

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