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AGI A/W

10

Incoming / outgoing water temperature 80/60°C

Air temp. in = +15°C

Air temp. in = +20°C

Type

Fan 
position

Airflow  
 
[m³/h]

Output  
 
[kW]

Air.temp. 
out.  
[°C]

Water 
flow 
[l/s]

Output 
 
[kW]

Air.temp. 
out 
[°C]

Water 
flow 
[l/s]

AGIH2
AGIV2

high

7000

55,7

38,6

0,7

50,5

41,4

0,6

high

7000

50,1

36,3

0,6

45,5

39,0

0,5

AGIH3
AGIV3

high

10500

85,6

39,2

1,0

77,5

41,9

1,0

high

10500

77,0

36,8

0,9

69,8

40,0

1,0

AGIH4
AGIV4

high

14000

117,9

40,0

1,4

106,4

42,6

1,3

high

14000

106,1

37,5

1,3

95,8

40,2

1,2

AGIH5

high

17500

147,1

40,0

1,8

132,8

42,5

1,6

AGIV5

high

17500

132,4

37,5

1,6

119,5

40,2

1,4

Incoming / outgoing water temperature 70/40°C
Air temp. in = +15°C

Air temp. in = +20°C

Type

Fan 
position

Airflow  
 
[m³/h]

Output  
 
[kW]

Air.temp. 
out.  
[°C]

Water 
flow 
[l/s]

Output 
 
[kW]

Air.temp. 
out 
[°C]

Water 
flow 
[l/s]

AGIH2
AGIV2

high

7000

37,2

30,8

0,3

31,8

33,5

0,3

high

7000

33,5

29,2

0,1

28,6

32,2

0,1

AGIH3
AGIV3

high

10500

56,6

31,0

0,5

48,0

33,6

0,4

high

10500

50,9

29,4

0,2

43,2

32,2

0,2

AGIH4
AGIV4

high

14000

77,9

31,5

0,6

66,3

34,1

0,5

high

14000

70,1

29,9

0,3

59,7

32,7

0,2

AGIH5

high

17500

96,9

31,5

0,8

82,5

34,0

0,7

AGIV5

high

17500

87,2

29,8

0,4

74,2

32,6

0,3

Incoming / outgoing water temperature 60/40°C
Air temp. in = +15°C

Air temp. in = +20°C

Type

Fan 
position

Airflow 
[m³/h]

Output  
[kW]

Air.temp. 
out.  
[°C]

Water 
flow 
[l/s]

Output 
[kW]

Air.temp. 
out 
[°C]

Water 
flow 
[l/s]

AGIH2
AGIV2

high

7000

33,7

29,3

0,4

28,4

32,1

0,3

high

7000

30,3

27,9

0,1

25,6

30,9

0,1

AGIH3
AGIV3

high

10500

51,5

29,6

0,6

43,2

32,2

0,5

high

10500

46,3

28,1

0,2

38,9

31,0

0,2

AGIH4
AGIV4

high

14000

71,0

30,1

0,9

59,5

32,6

0,7

high

14000

64,0

28,6

0,3

53,6

31,4

0,2

AGIH5

high

17500

88,5

30,0

1,1

74,1

32,6

0,9

AGIV5

high

17500

79,7

28,5

0,3

66,7

31,3

0,3

Incoming / outgoing water temperature60/30°C
Air temp. in = +15°C

Air temp. in = +20°C

Type

Fan 
position

Airflow  
 
[m³/h]

Output  
 
[kW]

Air.temp. 
out.  
[°C]

Water 
flow 
[l/s]

Output 
 
[kW]

Air.temp. 
out 
[°C]

Water 
flow 
[l/s]

AGIH2
AGIV2

high

7000

25,7

25,9

0,2

19,8

28,4

0,2

high

7000

23,1

24,8

0,1

17,8

27,6

0,1

AGIH3
AGIV3

high

10500

38,6

26,0

0,3

28,9

28,2

0,2

high

10500

34,7

24,8

0,1

26,0

27,4

0,1

AGIH4
AGIV4

high

14000

53,3

26,3

0,4

40,9

28,7

0,3

high

14000

48,0

25,5

0,2

36,8

27,8

0,2

AGIH5

high

17500

66,2

26,2

0,5

48,4

28,2

0,4

AGIV5

high

17500

59,5

25,1

0,2

43,6

27,4

0,2

Output charts Water

 WL

Summary of Contents for Thermozone AGI

Page 1: ...Thermozone AGI 15 SE 19 GB ...

Page 2: ...AGI A W 2 L L 2 25 25 25 25 575 75 75 485 185 730 300 160 M10 47 97 50 100 Type L mm DN25 DN32 AGIH2 1200 X AGIH3 1800 X AGIH4 2400 X AGIH5 3000 X ...

Page 3: ...AGI A W 3 300 485 185 730 160 50 L 25 25 25 75 75 575 25 47 97 100 50 Type L mm DN25 DN32 AGIV2 1200 X AGIV3 1800 X AGIV4 2400 X AGIV5 3000 X ...

Page 4: ...AGI A W 4 Accessories RTRD7 RTRD14 RTRDU7 MDC MDCDC included T10 RTI2 KRT1900 KRT2800 AGB304 ...

Page 5: ... TVV20 25 SD20 VR20 25 Air curtain Air curtain AGI A W 5 SD20 AV20 25 TRV20 25 BPV10 TVV20 25 JVF20 25 VR20 25 Water regulators Accessories Type RSK nr SE VR20 672 59 98 VR25 672 59 99 TVV20 672 70 35 TVV25 672 70 36 SD20 672 70 37 TE3434 ...

Page 6: ...inals L1 L2 and L3 in slave units To terminals 5 6 in slave units PE L1 N L2 L3 N L L TK TK FS FS U1 V1 W1 RT RT 400V3N RTRD Fan 1 M 3 M 3 M 3 M 3 U V TK W TK PE U V TK W TK PE U V TK W TK PE U V TK W TK PE U V TK W TK PE Fan 2 Fan 3 Fan 4 Fan 5 M 3 PE L1 L2 L3 5 6 6 5 6 5 6 5 6 5 AGIV5 AGIH5 13 14 AGB ...

Page 7: ...ve units To terminals 5 6 in slave units PE L1 N L2 L3 N L L TK TK FS FS U1 V1 W1 RT RT 400V3N RTRD SD20 TVV20 25 Fan 1 M 3 M 3 M 3 M 3 U V TK W TK PE U V TK W TK PE U V TK W TK PE U V TK W TK PE U V TK W TK PE Fan 2 Fan 3 Fan 4 Fan 5 M 3 PE L1 L2 L3 5 6 6 5 6 5 6 5 6 5 AGIV5 AGIH5 230V A B 2 4 4 t C 6 2 7 T10 13 14 AGB 1 2 3 KRT1900 ...

Page 8: ...T MDC Door contact N L DCDC 12 11 14 21 22 24 32 31 34 230V 230V 400V3N RTRDU 1 2 3 SD20 TVV20 25 Fan 1 M 3 M 3 M 3 M 3 U V TK W TK PE U V TK W TK PE U V TK W TK PE U V TK W TK PE U V TK W TK PE Fan 2 Fan 3 Fan 4 Fan 5 M 3 PE L1 L2 L3 5 6 6 5 6 5 6 5 6 5 AGIV5 AGIH5 To terminals L1 L2 and L3 in slave units To terminals 5 6 in slave units ...

Page 9: ...AGI A W 9 Wiring diagrams AGI W Convertible connection 230V3 ...

Page 10: ... 32 7 0 2 AGIH5 high 17500 96 9 31 5 0 8 82 5 34 0 0 7 AGIV5 high 17500 87 2 29 8 0 4 74 2 32 6 0 3 Incoming outgoing water temperature 60 40 C Air temp in 15 C Air temp in 20 C Type Fan position Airflow m h Output kW Air temp out C Water flow l s Output kW Air temp out C Water flow l s AGIH2 AGIV2 high 7000 33 7 29 3 0 4 28 4 32 1 0 3 high 7000 30 3 27 9 0 1 25 6 30 9 0 1 AGIH3 AGIV3 high 10500 5...

Page 11: ...out C Water flow l s AGIH2 AGIV2 high 7000 28 2 27 0 0 3 22 8 29 7 0 3 high 7000 25 4 25 8 0 1 20 6 28 7 0 1 AGIH3 AGIV3 high 10500 43 0 27 1 0 5 34 6 29 8 0 4 high 10500 38 6 25 9 0 2 31 1 28 8 0 1 AGIH4 AGIV4 high 14000 59 1 27 5 0 7 47 6 30 1 0 6 high 14000 53 2 26 3 0 2 42 9 29 1 0 2 AGIH5 high 17500 73 5 27 5 0 9 59 3 30 1 0 7 AGIV5 high 17500 66 19 26 3 0 3 53 3 29 1 0 2 ...

Page 12: ...0 118 1 40 1 0 9 110 5 43 5 0 9 AGIH5 high 17500 163 7 42 8 1 4 153 1 46 0 1 3 AGIV5 high 17500 147 4 40 1 1 2 137 8 43 4 1 1 Incoming outgoing water temperature 90 70 C Air temp in 15 C Air temp in 20 C Type Fan position Airflow m h Output kW Air temp out C Water flow l s Output kW Air temp out C Water flow l s AGIH2 AGIV2 high 7000 49 8 36 2 0 6 46 0 39 5 0 6 high 7000 45 5 34 1 0 5 41 4 37 6 0 ...

Page 13: ... water temperatures the pressure drop is multiplied by the factor K Average temp water C 40 50 60 70 80 90 K 1 10 1 06 1 03 1 00 0 97 0 93 Water pressure drop over AGI WH water coil Water flow l s Water flow m h Pressure drop kPa Pressure drop bar A G I 2 W H 0 1 10 100 1 1 0 10 A G I 3 W H A G I 4 W H A G I 5 W H 0 01 0 1 1 10 1 0 0 1 A G I 2 W L 0 1 10 100 1 1 0 10 A G I 3 W L A G I 4 W L A G I ...

Page 14: ...4 Technical specifications Thermozone AGI A with ambient 3 Type Airflow m h Sound level dB A Voltage Amperage control Voltage Amperage heat Weight kg AGIH V2 7000 69 400V3 2 4A 2 4 51 AGIH V3 10500 71 400V3 3 5A 3 5 75 AGIH V4 14000 72 400V3 4 7A 4 7 97 AGIH V5 17500 73 400V3 5 9A 5 9 120 GB 1 t temperature rise of passing air at maximum heat output and lowest highest airflow 2 Conditions Distance...

Page 15: ...ext to each other Ensure that the front panel service hatch is accessible and can be fully opened For minimum distance see fig 2 Electrical installation The installation which should be preceded by an omnipolar switch with a contact separation of at least 3 mm should only be wired by a competent electrician in accordance with the latest edition of IEE wiring regulations and in accordance with this...

Page 16: ...t the cables to the water coil 3 Remove the mounting screws securing the water coil in the unit and lift the water coil out 4 Install the new water coil in reverse order to the above Draining the water coil AGI W The drain valve is on the underside of the coil on the connector side It can be accessed via the service hatch Troubleshooting If the fans are not working or not blowing enough check the ...

Page 17: ...rvision or instruction concerning use of the appliance by a person responsible for their safety Children should be supervised to ensure that they do not play with the appliance Technical data is shown on page 14 AGI A W 21 ...

Page 18: ......

Page 19: ...1 492 590 787 5706 TK Helmond info fricobv nl Netherlands www fricobv nl For latest updated information see www frico se United Kingdom Frico Limited Tel 44 0 121 322 0854 72 Cheston Road Fax 44 0 121 322 0858 B7 5EJ info uk frico se UK Birmingham www frico co uk United Kingdom Russia Frico repr office in Russia Tel 7 495 238 63 20 Lavrov per 6 7 495 676 44 48 RU 109044 Moscow Fax 7 495 676 44 48 R...

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