background image

SWX C/D

9

Output charts water

Incoming / outgoing water temperature 90/70 °C
Air temp. in = +5 °C

Air temp. in = +15 °C

Type

Airflow  
 
[m³/h]

Output  
 
[kW]

Air temp. 
out  
[°C]

Water flow 
 
[l/s]

Pressure 
drop 
[kPa]

Output 
 
[kW]

Air temp.
out 
[°C]

Water 
flow 
[l/s]

Pressure 
drop 
[kPa]

SWXC12

2160

28,9

44,5

0,36

16,5

24,6

48,4

0,30

12,2

SWXC22

4300

54,1

42,2

0,66

19,2

46,0

46,3

0,56

14,0

Incoming / outgoing water temperature 80/60 °C
Air temp. in = +5 °C

Air temp. in = +15 °C

Type

Airflow  
 
[m³/h]

Output  
 
[kW]

Air temp. 
out  
[°C]

Water flow 
 
[l/s]

Pressure 
drop 
[kPa]

Output 
 
[kW]

Air temp.
out 
[°C]

Water 
flow 
[l/s]

Pressure 
drop 
[kPa]

SWXC12

2160

24,3

38,2

0,30

12,2

20,0

42,1

0,24

8,2

SWXC22

4300

45,2

36,1

0,55

13,7

37,2

40,3

0,45

9,4

Incoming / outgoing water temperature 60/40 °C
Air temp. in = +5 °C

Air temp. in = +15 °C

Type

Airflow  
 
[m³/h]

Output  
 
[kW]

Air temp. 
out  
[°C]

Water flow 
 
[l/s]

Pressure 
drop 
[kPa]

Output 
 
[kW]

Air temp.
out 
[°C]

Water 
flow 
[l/s]

Pressure 
drop 
[kPa]

SWXC12

2160

14,9

25,4

0,18

4,9

10,7

29,5

0,13

2,7

SWXC22

4300

27,4

23,8

0,33

5,5

19,4

28,2

0,24

2,7

SWX C

Incoming / outgoing water temperature 90/70 °C
Air temp. in = +5 °C

Air temp. in = +15 °C

Type

Airflow  
 
[m³/h]

Output  
 
[kW]

Air temp. 
out  
[°C]

Water flow 
 
[l/s]

Pressure 
drop 
[kPa]

Output 
 
[kW]

Air temp.
out 
[°C]

Water 
flow 
[l/s]

Pressure 
drop 
[kPa]

SWXD13

2200

21,8

32,8

0,27

4,7

18,4

39,4

0,23

6,3

SWXD23

4430

40,7

31,0

0,50

14,7

34,4

37,9

0,42

10,8

Incoming / outgoing water temperature 80/60 °C
Air temp. in = +5 °C

Air temp. in = +15 °C

Type

Airflow  
 
[m³/h]

Output  
 
[kW]

Air temp. 
out  
[°C]

Water flow 
 
[l/s]

Pressure 
drop 
[kPa]

Output 
 
[kW]

Air temp.
out 
[°C]

Water 
flow 
[l/s]

Pressure 
drop 
[kPa]

SWXD13

2200

18,7

28,8

0,23

6,5

15,3

35,4

0,19

4,6

SWXD23

4430

35,0

27,4

0,43

11,3

28,8

34,1

0,35

7,9

Incoming / outgoing water temperature 60/40 °C
Air temp. in = +5 °C

Air temp. in = +15 °C

Type

Airflow  
 
[m³/h]

Output  
 
[kW]

Air temp. 
out  
[°C]

Water flow 
 
[l/s]

Pressure 
drop 
[kPa]

Output 
 
[kW]

Air temp.
out 
[°C]

Water 
flow 
[l/s]

Pressure 
drop 
[kPa]

SWXD13

2200

12,4

20,8

0,15

3,2

9,1

27,1

0,11

1,8

SWXD23

4430

23,3

19,9

0,28

5,6

17,3

26,5

0,21

3,3

SWX D

Summary of Contents for SWX D13

Page 1: ...SWX C D 10 SE 14 GB Original instructions 18 NO 22 DE 26 ES 30 FR 34 IT 38 NL 42 PL 46 RU ...

Page 2: ... 150 B E F C D G A H ØI 150 B E F C D A G H ØI mm A B C D E F G H ØI SWX C12 D13 585 535 455 705 R3 4 250 330 410 10 SWX C22 D23 740 660 455 725 R3 4 270 420 505 10 Electrical installation 230V 0 85 m cable Terminal box ...

Page 3: ...E NRF nr NO SD20 672 70 37 85 021 57 TVVS20 673 92 96 85 024 52 TVVS25 673 92 97 85 024 53 Water regulation SWXRT35 RE1 5 3 RE7 Controls SWX C Type RSK nr SE NRF nr NO HxWxD mm SWXRT35 175x150x100 RE1 5 673 09 56 200x105x105 RE3 672 70 31 85 021 41 200x105x105 RE7 672 70 32 85 021 42 247x147x145 Note Only for mounting outside corrosive environment SWXCDFT Type RSK nr SE NRF nr NO SD20 672 70 37 85...

Page 4: ...thermostat only SWX C SWXC 12 22 SWXD 13 23 M N L BK BU WT RD 11 10 L N 230V SWXRT35 SWXC 12 22 SD20 M TVV20 25 L 7 6 5 4 3 2 1 N 8 N L BK BU WT RD 11 10 SWXC 12 22 M N L BK BU WT RD 11 10 SD20 TVV20 25 Note Only for mounting outside corrosive environment ...

Page 5: ...2 22 M L 7 6 5 4 3 2 1 N 8 N L BK BU WT RD 11 10 SWXC 12 22 M N L BK BU WT RD 11 10 SD20 TVV20 25 SD20 TVV20 25 Note Only for mounting outside corrosive environment N L 230V N N N M N L BK BU WT RD 11 10 M N L BK BU WT RD 11 10 RE1 5 3 5 Note Only for mounting outside corrosive environment SWXC 12 22 SWXC 12 22 ...

Page 6: ... of airflow only SWXD 13 23 SD20 M TVVS20 25 N L BK BU WT RD 11 10 SWXD 13 23 SD20 M TVVS20 25 N L BK BU WT RD 11 10 3 2 1 C KRT V 19 00 16A 230V 10A 400V N L 230V N L 230V RE1 5 3 5 N N N SWXD 13 23 M N L BK BU WT RD 11 10 SWXD 13 23 M N L BK BU WT RD 11 10 ...

Page 7: ...SWX C D 7 Thermostat and 5 step control N L 230V RE1 5 3 5 N N N SWXD 13 23 SD20 M TVVS20 25 N L BK BU WT RD 11 10 SWXD 13 23 SD20 M TVVS20 25 N L BK BU WT RD 11 10 3 2 1 C KRT V 19 00 16A 230V 10A 400V ...

Page 8: ...е DE Spannung PL Napięcie ES Tensión IT Tensione motore NL Voltage GB Amperage SE Ström NO Strøm FR Intensité RU Сила тока DE Stromstärke PL Natężenie ES Intensidad IT Corrente motore NL Stroom sterkte GB Weight SE Vikt NO Vekt FR Poids RU Вес DE Gewicht PL Waga ES Peso IT Peso NL Gewicht 1 Applicable at water temperature 80 60 C air temperature in 15 C 2 Conditions Distance to the unit 5 metres 3...

Page 9: ...re drop kPa SWXC12 2160 14 9 25 4 0 18 4 9 10 7 29 5 0 13 2 7 SWXC22 4300 27 4 23 8 0 33 5 5 19 4 28 2 0 24 2 7 SWX C Incoming outgoing water temperature 90 70 C Air temp in 5 C Air temp in 15 C Type Airflow m h Output kW Air temp out C Water flow l s Pressure drop kPa Output kW Air temp out C Water flow l s Pressure drop kPa SWXD13 2200 21 8 32 8 0 27 4 7 18 4 39 4 0 23 6 3 SWXD23 4430 40 7 31 0 ...

Page 10: ...eel EN 1 4404 All pipes in the water heater including hoses and connections are made from stainless acid proof steel EN 1 4404 Aluminium fins with nano coating Protection class IP65 protected against dust and water jets Removable front panel for fast and easy cleaning Fitted with draining plugs for removing dirty water after spraying Supplied without any automation and a single fan speed Wall brac...

Page 11: ...delivered with the air deflector installed for water connection on the left hand side If the fan heater is mounted with the pipes facing right the air deflector must be turned for the air to be deflected downward Remove the six screws 1 4 hex head attaching the air deflector as shown in picture C lift out the air deflector and turn it 180 Then reattach it 5 Mount the fan heater as shown in photo D...

Page 12: ... regulations The appliance should be supplied via a triple pole switch with at least 3 mm breaking gap The fan motor is connected to a detached terminal box which is mounted on a wall next to the unit 0 85 m cable The cable glands used must meet the protection class requirements After the electrical installation of the motor check the rotation of the fan Seen from the inlet side the impellers shou...

Page 13: ...e used to lift the appliance The unit is unpainted and may have sharp metal edges When adjusting the louvers please note that the water heating coil may have sharp edges Cleaning The interval between each cleaning depends on the environment the fan heater is used in Dust on the fan protective grille and on the water coil s aluminum fins impedes the airflow and reduces its heat exchanging performan...

Page 14: ...in office Frico AB Tel 46 31 336 86 00 Box 102 SE 433 22 Partille mailbox frico se Sweden www frico se For latest updated information and information about your local contact www frico se 2016 09 22 HH CH ...

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