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4

BORÅS

 

Tel +46 (0)33 - 23 67 80      

STOCKHOLM

 

Tel +46 (0)8 - 54 55 12 70

FENIX4 Monitoring system – Commissioning instruction

2. Connection

Connect dampers, smoke detectors and other connections according to the 
following connection instructions when the unit is powered down.  

NOTE! If a smoke detector is not connected, then no

terminating resistance 

should 

be fitted.

The connection instructions for the ON/OFF damper (open/closed) are different 
from the regulating 0-10 V damper, see the connection instructions.

4

6 7 8 9 10

DET1

DAMPER/

DAMPER 3

DAMPER/

DAMPER 4

5

32

FUNC.

TEST

33 34

EXT.

ALARM

35 36

NIGHT

MODE

37

S2

S6

G0

G

0-10 

V

11

13 14 15 16 17

DET2

12

S2

S6

G0

G

0-10 

V

18

20 21 22 23 24

DET3

19

S2

S6

G0

G

0-10 

V

25

27 28 29 30 31

DET4

INPUTS

38

SUM.

ALARM

DET. SERV.

ALARM

39 40 41 42

44 45

EXT.

STOP

N

N

A

A

B

B

43

OUTPUTS

26

S2

S6

G0

G

C

46 47 48

NC

NO

C

C

NC

NO

NO

0-10 

V

X

ON/OFF damper *)

X

2

6 4 1

5

1 2

3

5

X

3

5

2

1

1

4

6

2

3

FENIX 0-10 V

0-10 V damper *)

Example 0-10 V damper with 

local control signal 1-10 V and 

FENIX 0-10 V module

Example common 

ON/OFF damper

X

X

0-10 V damper *)

X

2

6 4 1

5

5

1 2

3

3

Example 0-10 V damper 

with control via 

Modbus/BACnet

FENIX+ 
slave unit

X

X

DAMPER/

DAMPER 1

DAMPER/

DAMPER 2

1

2

3

230 VAC 
100 VA 
50 Hz

3
6

1

***) For 

channel

 detector

 RCKD

**) At room

detector

RCRD

COM

FENIX4

FENIX+ slavenhet

Cable recommendations

ON/OFF dampers, e.g. BSKC6 = EKKR/ELQRB/EQQRB 4x1 mm

2

Regulating damper 0-10 V, e.g. BSKC6R = EKKR/ELQRB/EQQRB 5x1 mm

2

 (7x1 mm

2

)

Between FENIX4 and FENIX+ slave units:  UTP cable AWG22, AWG24 with 2 pairs.  
A, , B, N must be connected (one conductor will be over). 

Recommended max. length between FENIX4 master and FENIX+ slave unit: 300 m.

For local 0-10 V  
control from, for  
example room  
sensors, the FENIX  
0-10 V module  
is used.

S2 S6 G0 G

X

X

FENIX4/FENIX+

0-10 V

S2 S6 G0

G0

G

0-10 V 0-10 V

S6

S2

S4

1

-

S1

0-10 V

2

+

FENIX 0-10 V

3 5

X

External 0-10 V signal 
from room sensors, 
for example

0-10 V damper *)

***) For duct detector RCKD 
      connected in series

**) For room detector RCRD 
     connected in series

*) 24 V DC max. 10 VA 

When separate thermal 
sensor is used, connect 
in series with motor.

Thermal

sensor

Actuator

3

6

1

3

6

1

***) For duct detector RCKD 
      connected in series

**) For room detector RCRD 
     connected in series

*) 24 V DC max. 10 VA 

When separate thermal 
sensor is used, connect 
in series with motor.

Thermal

sensor

Actuator

3

6

1

3

6

1

***) For duct detector RCKD 
      connected in series

**) For room detector RCRD 
     connected in series

*) 24 V DC max. 10 VA 

When separate thermal 
sensor is used, connect 
in series with motor.

Thermal

sensor

Actuator

3

6

1

3

6

1

N A B

46 47 48

EFX communication line

Screen & ”N” connection optional

4

6 7 8 9 10

DET1

DAMPER/

DAMPER 3

DAMPER/

DAMPER 4

5

S2

S6

G0

G

0-10 

V

11

13 14 15 16 17

DET2

12

S2

S6

G0

G

0-10 

V

18

20 21 22 23 24

DET3

19

S2

S6

G0

G

0-10 

V

25

27 28 29 30 31

DET4

N

N

A

A

B

B

26

S2

S6

G0

G

46 47 48

0-10 

V

X

ON/OFF damper *)

X

2

6 4 1

5

1 2

3

5

X

3

5

2

1

1

4

6

2

3

FENIX 0-10 V

0-10 V damper *)

Example 0-10 V

Example ON/OFF

Connections 
in RCHD

Connections 
in RCHD

Connections in 
RCHD

Connections in 
RCKD

X

X

DAMPER/

DAMPER 1

DAMPER/

DAMPER 2

1

2

3

SLAVE ADDRESS

3

1

2

230 VAC 100 VA 50 Hz

1 2

Overtemperature detector RCHD 
together with smoke detector

1 2

1

2

1 2 3 4 5

FENIX+ 
slave unit

FENIX+ slave unit 

or FENIX4

COM

4

6 7 8 9 10

DET1

DAMPER/

DAMPER 3

DAMPER/

DAMPER 4

5

S2

S6

G0

G

0-10 

V

11

13 14 15 16 17

DET2

12

S2

S6

G0

G

0-10 

V

18

20 21 22 23 24

DET3

19

S2

S6

G0

G

0-10 

V

25

27 28 29 30 31

DET4

N

N

A

A

B

B

26

S2

S6

G0

G

46 47 48

0-10 

V

X

ON/OFF damper *)

X

2

6 4 1

5

1 2

3

5

X

3

5

2

1

1

4

6

2

3

FENIX 0-10 V

0-10 V damper *)

Example 0-10 V

Example ON/OFF

Connections 
in RCHD

Connections 
in RCHD

Connections in 
RCHD

Connections in 
RCKD

X

X

DAMPER/

DAMPER 1

DAMPER/

DAMPER 2

1

2

3

SLAVE ADDRESS

3

1

2

230 VAC 100 VA 50 Hz

1 2

Overtemperature detector RCHD 
together with smoke detector

1 2

1

2

1 2 3 4 5

FENIX+ 
slave unit

FENIX+ slave unit 

or FENIX4

COM

Содержание FENIX+

Страница 1: ...www bevent rasch com FIRE SAFETY 22 01 2021 FENIX4 FENIX Monitoring system Commissioning instruction ...

Страница 2: ...ay be damaged in the event of improper use When connecting dampers smoke detectors and other connections the unit must be powered down The cover to access the terminal blocks is removed by unscrewing the cover on the lower part of the control unit The connection terminals for 230 V AC are opened by inserting a screwdriver with a suitable width into the notch above the connector and then bend the s...

Страница 3: ...regulation can be performed in two different ways either via a local 0 10 V signal out at the damper or via master communication Modbus TCP or BACnet IP If local control is desired with 0 10 V the FENIX 0 10 V module is used to separate the local control signal from e g a room sensor and the 10 V signal from FENIX that takes over during a functional test to check that the dampers can open 20 Nov 0...

Страница 4: ...0 10 V 3 5 X External 0 10 V signal from room sensors for example 0 10 V damper For duct detector RCKD connected in series For room detector RCRD connected in series 24 V DC max 10 VA When separate thermal sensor is used connect in series with motor Thermal sensor Actuator 3 6 1 3 6 1 For duct detector RCKD connected in series For room detector RCRD connected in series 24 V DC max 10 VA When separ...

Страница 5: ... detect smoke when no air is transported in the system Outputs Function Description 38 39 40 Main alarm Potential free changeover contact that switches for Detector failure Damper failure Tripped detector External incoming alarm Power outage System failure Communication failure with slave units Internal battery needs to be replaced In normal operation terminals 38 40 have contact Drawn in de energ...

Страница 6: ...nhet N A B 46 47 48 EFX communication line Screen N connection optional 4 6 7 8 9 10 DET1 DAMPER DAMPER 3 DAMPER DAMPER 4 5 S2 S6 G0 G 0 10 V 11 13 14 15 16 17 DET2 12 S2 S6 G0 G 0 10 V 18 20 21 22 23 24 DET3 19 S2 S6 G0 G 0 10 V 25 27 28 29 30 31 DET4 N N A A B B 26 S2 S6 G0 G 46 47 48 0 10 V X ON OFF damper X 2 6 4 1 5 1 2 3 5 X 3 5 2 1 1 4 6 2 3 FENIX 0 10 V 0 10 V damper Example 0 10 V Example...

Страница 7: ...tem cannot be start ed Use the troubleshooting guide on the display to correct the fault before commissioning Check that the number of fire dampers and smoke detector circuits found match the installation Use the troubleshooting guide on the display if your dampers or smoke detector circuits are not displayed NB The icons also show whether the dampers are of ON OFF type or regulating 0 10 V Exampl...

Страница 8: ...CUIT 1 RCUI IRCUIT RCUIT C CIRCUIT 1 SLAVE 1 DAMPER 1 DAMPER 1 AMPER AMPER SLAVE 1 DAMPER 1 AMPER AMPER CIRCUIT 1 CIRCUIT 1 RCUI IRCUIT RCUIT C CIRCUIT 1 SLAVE 1 DAMPER 1 DAMPER 1 AMPER AMPER SLAVE 1 DAMPER 1 AMPER AMPER CIRCUIT 1 CIRCUIT 1 RCUI IRCUIT RCUIT C CIRCUIT 1 SLAVE 1 DAMPER 1 DAMPER 1 AMPER AMPER SLAVE 1 DAMPER 1 AMPER AMPER CIRCUIT 1 CIRCUIT 1 RCUI IRCUIT RCUIT C CIRCUIT 1 SLAVE 1 CIRC...

Страница 9: ...ers is performed first after a 5 minute delay which then allows the electric heating coils to cool down Default setting no delay Automatic reset of External incoming alarm Normally an External incoming alarm 34 35 needs to be acknowledged on the unit via the display or terminal block 32 33 default setting this function permits External incoming alarms to be acknowledged automatically when a possib...

Страница 10: ...so be done in connection with service or an obligatory ventilation control OVK Instructions for replacing the battery 1 Power down the unit no 230 V AC must be connected when replacing the battery 2 Remove the cover by loosening the screws as shown below 3 Replace the CR2032 battery on the right side of the PCB Replace the battery within 10 seconds to prevent the unit from losing its settings If t...

Страница 11: ...11 BORÅS Tel 46 0 33 23 67 80 STOCKHOLM Tel 46 0 8 54 55 12 70 FENIX4 Monitoring system Commissioning instruction ...

Страница 12: ...190703 0002_ENG January 2021 teamfront se www bevent rasch com ...

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