Air flow management. Fan Filters Introduction

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Emery Anderson
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2 Fan Filters Introduction Air management Increasingly often, the causes behind malfunctions or faults in electrical and electronic equipment housed in control panels or fitted as an integral part of a machine, are due to heat problems. In reality, the life span of components depends on the temperature and level of humidity inside the electrical cabinet. The normal recommended average operating temperature inside a cabinet is 35 C with relative humidity of no more than %. Fandis offers a wide range of solutions for efficiently disposing of dissipated heat from electrical components suitable for different applications. NATURAL CONVECTION The use of exhaust filter ensures the passage of air and the removal of heat in a natural manner. This solution can be considered for dissipating low level of heat in dusty environments. FORCED CONVECTION Forced ventilation is an inexpensive and efficient solution for preventing the formation of air pockets inside electrical cabinets. The best configuration includes fitting a fan filter to an exhaust filter. The fan filter positioned at the bottom of the cabinet, takes in and filters air from the outside (standard air ) while the exhaust filter at the top expels hot air. The pressure generated by the ventilation prevents unfiltered air from entering through holes or openings. 8 Fandis

3 Fan Filters Introduction FAN FILTERS An inverted air version - reverse - is also available (fan filter at top and exhaust filter at bottom). The system can be controlled by a thermostat that turns the fan on when high temperatures are detected. Hot air can also be expelled from the roof of the cabinet if, for instance, the sides of the cabinet are covered by obstacles, walls or by the sides of other cabinets. In a perfect configuration, an exhaust filter is positioned at the bottom of the cabinet. The lower pressure generated by the roof unit sucks in air from the outside through the exhaust filter to enhance internal air and the dissipation of heat. The use of a swivelling fan is an alternative solution for a better air circulation inside the electrical cabinet. This fan distributes heat to reduce the temperature, cools local hot spots and disperses cold air emitted by cooling units. Fandis 9

Fan Filters Introduction EMC shielding Electromagnetic compatibility, or EMC, relates to the unintentional generation or reception of electromagnetic energy that may lead to electromagnetic

By incorporating EMC into electrical component design, electronics engineers can ensure the long-term stability and lifespan of multiple electrical components operating within a given space.

4 Fan Filters Introduction EMC shielding Electromagnetic compatibility, or EMC, relates to the unintentional generation or reception of electromagnetic energy that may lead to electromagnetic interference with a component or item of equipment. By incorporating EMC into electrical component design, electronics engineers can ensure the long-term stability and lifespan of multiple electrical components operating within a given space. The EMC shielding of an enclosure guarantees both limited radiated emissions and protects internal components from external sources of interference. Fandis EMC filters and fan filters are designed to prevent the weakening of the shielding effect in enclosures with a high level of protection, even with cutouts, and to maintain this status. 1 Fandis

Fan Filters Introduction FAN FILTERS Fan filters are a practical

They channel filtered ambient air into the enclosure, expelling

reduce temperatures and protect electronic components from

Fandis offers three different series of fan filters to better

FAN FILTERS FF SERIES TIME-SAVING INSTALLATION Quick tool-less

7mm thick plates QUICK CONNECTION Cage clamp free-tool wiring

use in harsh industrial environments EMC-COMPATIBLE Metal

5 Fan Filters Introduction FAN FILTERS Fan filters are a practical solution for removing heat from the cabinet. They channel filtered ambient air into the enclosure, expelling warm internal air through an exhaust filter or roof unit to reduce temperatures and protect electronic components from overheating. Fandis offers three different series of fan filters to better satisfy various cooling and ventilation requirements. FAN FILTERS FF SERIES TIME-SAVING INSTALLATION Quick tool-less mounting system with clips for 1 to 3.7mm thick plates QUICK CONNECTION Cage clamp free-tool wiring system IP55 AND TYPE 3R (OPTIONAL) Ideal for indoor or outdoor use in harsh industrial environments EMC-COMPATIBLE Metal shielding for electromagnetic protection SLIDE OPENING Easy replacement of the filter media without the need of tools COLORS Custom RAL colors subject to minimum order Details that make the difference Fandis 11

Fan Filters Introduction FPF SERIES FPF fan filters are the first series of Fandis filtering

An integrated sealing gasket also provides secure dust and water protection.

for electromagnetic protection IP55 PROTECTION (OPTIONAL) Ideal for harsh ambient condition

an innovative mounting system with jacks, which accommodate both plastic and plate

This series has the advantage of a fast outer installation, without extra drilling, and an

6 Fan Filters Introduction FPF SERIES FPF fan filters are the first series of Fandis filtering solutions for enclosures. These units have a low external profile to avoid obstruction and are easy to mount on standard panel cutouts with a fast snap-on assembly. An integrated sealing gasket also provides secure dust and water protection. QUICK INSTALLATION Snap-mounting system with elastic hooks EMC-COMPATIBLE Metal shielding for electromagnetic protection IP55 PROTECTION (OPTIONAL) Ideal for harsh ambient condition in industrial applications GF SERIES FAN FILTERS The GF fan filter range is characterized by an innovative mounting system with jacks, which accommodate both plastic and plate enclosures with thick wall applications. This series has the advantage of a fast outer installation, without extra drilling, and an easy filter replacement through the original hinged protection guard. FIXING WITH JACKS Patented system for thick wall applications in both plastic and plate enclosures (up to 16mm) HINGED OPENING Easy tool-less replacement of the filter media through the hinged protection guard 12 Fandis

7 FPF filter standard without fans FAN FILTERS A B C D E F G mm mm mm mm mm mm mm Kg FPF8KUG CE; curus; FPF12KUG CE; curus; FPF13KUG CE; curus; FPF15KUG CE; curus; FPFKUG CE; curus; G A B E F A C D F E 1 1 FPF12 FPF FPF13 FPF15 FPF Fandis 47

FPF8 12 13 15 EMC filter standard without fans ffelectromagnetic radiation protection A B C D E F G mm mm mm mm mm mm mm Kg FPF12KUGC-11 15 124 21 7 131 125 4.5.24 CE; FPF13KUGC-11 4 175 8 185 177 4.

8 FPF EMC filter standard without fans ffelectromagnetic radiation protection A B C D E F G mm mm mm mm mm mm mm Kg FPF12KUGC CE; FPF13KUGC CE; FPF15KRGC CE; FPF15KUGC CE; FPFKRGC CE; FPFKUGC CE; G A B E F A C D F E 1 1 FPF12 FPF FPF13 FPF15 FPF Fandis

9 FPF8K fan filter 115/23 Va.c FAN FILTERS Current FPF8KU115B V a.c. 5/.115/.92 9./7. 23/3 42/62 33./ CE; curus; FPF8KU115BR V a.c. 5/.115/.92 9./7. 23/3 42/62 33./ CE; curus; FPF8KU23B V a.c. 5/.7/.55 1/8. 23/3 42/62 33./ CE; curus; FPF8KU23BR V a.c. 5/.7/.55 1/8. 23/3 42/62 32./ CE; curus; Standard / Reverse 65 5Hz 55 Hz FPF8KRG 5 FPF12KRG Fandis 49

10 FPF8KD fan filter 12/24 Vd.c Current V A W m 3 /h Pa db(a) Kg C FPF8KUD12B V d.c CE; FPF8KUD24B V d.c CE; curus; FPF8KUD24BR V d.c CE; curus; Standard Reverse FPF8KUG 24 FPF12KUG 22 FPF8K*D12/24B Air Flow [m3/h] FPF8KUG 35 FPF12KUG FPF8K*D24BR Fandis

11 FPF12K fan filter 24/115/23 Va.c FAN FILTERS Current FPF12KU115BE V a.c. 5/.21/.1 /18 57/61 66/73 46./ CE; curus; FPF12KU115BER V a.c. 5/.21/.1 /18 57/61 66/73 46./ CE; curus; FPF12KU23BE V a.c. 5/.125/.11 /19 57/61 66/73 46./ CE; curus; FPF12KU23BER V a.c. 5/.125/.11 /19 57/61 66/73 46./ CE; curus; FPF12KR24BE V a.c. 5/.81/.85 15/16 57/61 66/73 46./ CE; FPF12KU24BER V a.c. 5/.81/.85 15/16 57/61 66/73 46./ CE; Standard / Reverse Hz Hz FPF12KRG FPF13KRG Fandis 51

12 FPF12KD fan filter 24/48 Vd.c Current V A W m 3 /h Pa db(a) Kg C FPF12KUD24B V d.c CE; curus; FPF12KUD24BR V d.c CE; curus; FPF12KUD48B V d.c CE; Standard / Reverse Fan Filter FPF12KRG FPF13KRG Fandis

13 FPF13K fan filter 115/23 Va.c FAN FILTERS Current FPF13KU115BE V a.c. 5/./.1 22/ 1/135 84/1 46./ CE; curus; FPF13KU115BER V a.c. 5/./.1 22/ 1/135 84/1 46./ CE; curus; FPF13KU23BE V a.c. 5/.1/.9 23/21 1/135 84/1 46./ CE; curus; FPF13KU23BER V a.c. 5/.1/.9 23/21 1/135 84/1 46./ CE; curus; Standard / Reverse Hz Hz FPF13KRG FPF15KRG Fandis 53

14 FPF13KP fan filter 115/23 Va.c Current FPF13KPU115BE V a.c. 5/.21/.1 /18 11/1 68/82 46./ CE; curus; FPF13KPU115BER V a.c. 5/.21/.1 /18 11/1 68/82 46./ CE; curus; FPF13KPU23BE V a.c. 5/.125/.11 /19 11/1 68/82 46./ CE; curus; FPF13KPU23BER V a.c. 5/.125/.11 /19 11/1 68/82 46./ CE; curus; Standard / Reverse 9 5Hz Hz 7 FPF13KRG FPF15KRG Fandis

15 FPF13KPD fan filter 24 Vd.c FAN FILTERS Current V A W m 3 /h Pa db(a) Kg C FPF13KPRD24B V d.c CE; curus; FPF13KPRD24BR V d.c CE; curus; Standard / Reverse 7 5 Fan Filter FPF13KRG FPF15KRG Fandis 55

16 FPF15K fan filter 115/23 Va.c Current FPF15KU115BE V a.c. 5/.265/.274 3/3 2/27 111/134 5./ CE; curus; FPF15KU115BER V a.c. 5/.265/.274 3/3 2/27 111/134 5./ CE; curus; FPF15KU23BE V a.c. 5/.132/.13 29/29 2/27 111/134 5./ CE; curus; FPF15KU23BER V a.c. 5/.132/.13 29/29 2/27 111/134 5./ CE; curus; Standard / Reverse Hz 5 Hz FPF15KRG FPFKRG Fandis

17 FPF15KD fan filter 24/48 Vd.c FAN FILTERS Current V A W m 3 /h Pa db(a) Kg C FPF15KRD24BR V d.c CE; curus; FPF15KUD24B V d.c CE; curus; FPF15KUD48B V d.c CE; Standard / Reverse Fan Filter FPF15KRG FPFKRG Fandis 57

18 FPF15KG fan filter 115/23/ Va.c ffhigh performance Current FPF15KGR115BE V a.c. 5/./.65 58/7 3/ 1/1 66,/69, CE; curus; FPF15KGU115BE V a.c. 5/.54/.65 5/64 3/ 1/1 66,/69, CE; FPF15KGU115BER V a.c. 5/.54/.65 5/64 3/ 1/1 6/ CE; FPF15KGR23BE V a.c. 5/.3/.3 7/85 3/ 1/1 63.3/ CE; curus; FPF15KGU23BE-1 23 V a.c. 5/.3/ /87 3/ 1/1 63.3/ CE; 58 Fandis

19 FPF15KG fan filter 115/23/ Va.c Current FPF15KGU23BER-1 23 V a.c. 5/.3/ /87 3/ 1/1 63.3/ CE; FPF15KGUTBE-1 V a.c. 5/.1/.13 71/93 3/ 1/1 69.8/ CE; FPF15KGUTBER-1 V a.c. 5/.1/.13 71/93 3/ 1/1 69.8/ CE; FAN FILTERS 114 Standard / Reverse Hz 5 Hz FPF15KRG FPFKRG Fandis 59

20 FPF15KM fan filter 115/23 Va.c Current FPF15KMR115BER V a.c. 5/./.1 17/15 13/15 75/92 46./ CE; curus; FPF15KMU115BE V a.c. 5/./.1 17/15 13/15 75/92 46./ CE; curus; FPF15KMU23BE V a.c. 5/.1/.9 23/21 13/15 75/92 46./ CE; curus; FPF15KMU23BER V a.c. 5/.1/.9 23/21 13/15 75/92 46./ CE; curus; Standard / Reverse 1 9 5Hz Hz FPF15KRG FPFKRG Fandis

21 FPF15KP fan filter 115/23 Va.c FAN FILTERS Current FPF15KPR115BE V a.c. 5/.21/.1 /18 115/125 51/59 46./ CE; curus; FPF15KPR115BER V a.c. 5/.21/.1 /18 115/125 51/59 46./ CE; curus; FPF15KPU23BE V a.c. 5/.125/.11 /19 115/125 51/59 46./ CE; curus; FPF15KPU23BER V a.c. 5/.125/.11 /19 115/125 51/59 46./ CE; curus; Standard / Reverse Hz 5 Hz FPF15KRG FPFKRG Fandis 61

22 FPF15KPD fan filter 24/48 Vd.c Current V A W m 3 /h Pa db(a) Kg C FPF15KPRD24BR V d.c CE; curus; FPF15KPUD24B V d.c CE; curus; FPF15KPRD48B V d.c CE; FPF15KPRD48BR V d.c CE; Standard / Reverse 7 Fan Filters FPF15KRG FPFKRG Fandis

23 FPFK fan filter 115/23/ Va.c FAN FILTERS Current FPFKR115BE V a.c. 5/./.65 58/7 5/5 1/ / CE; curus; FPFKU115BE V a.c. 5/.54/.65 5/64 5/5 1/ / CE; FPFKU115BE V a.c. 5/./.65 58/7 5/5 1/186 66,/69, CE; curus; FPFKU115BER V a.c. 5/.54/.65 5/64 5/5 1/ / CE; FPFKR23BE V a.c. 5/.326/.391 7/85 5/5 1/ / CE; curus; FPFKU23BE-1 23 V a.c. 5/.335/.5 77/92 5/5 1/ / CE; Fandis 63

24 FPFK fan filter 115/23/ Va.c Current FPFKU23BE V a.c. 5/.3/.3 7/85 5/5 1/186 65,3/68, CE; curus; FPFKU23BER-1 23 V a.c. 5/.3/ /87 5/5 1/ / CE; FPFKRTBER-1 V a.c. 5/.1/.13 71/93 5/5 1/ / CE; FPFKUTBE-1 V a.c. 5/.1/.13 71/93 5/5 1/ / CE; Standard / Reverse Hz Hz FPFKRG Fandis

25 FPFKG B fan filter 115/23/ Va.c FAN FILTERS ffhigh performance Current FPFKGR115B V a.c. 5/ 1.5/ /148 6/745 2/ / CE; curus; FPFKGR115BR V a.c. 5/ 1.5/ /148 6/745 2/ / CE; curus; FPFKGU115B V a.c. 5/ 1.2/1.2 1/135 65/73 186/ / CE; FPFKGU115B V a.c. 5/ 1.5/ /148 6/745 2/ / CE; curus; FPFKGU115BR V a.c. 5/ 1.2/1.2 1/135 65/73 186/ / CE; Fandis 65

26 FPFKG B fan filter 115/23/ Va.c Current FPFKGR23B V a.c. 5/.7/ /1 6/745 2/ / CE; curus; FPFKGR23BR V a.c. 5/.7/ /1 6/745 2/ / CE; curus; FPFKGU23B V a.c. 5/.62/.81 1/185 65/73 186/ / CE; FPFKGU23B V a.c. 5/.7/ /1 6/745 2/ / CE; curus; FPFKGU23BR V a.c. 5/.4/.64 16/147 65/73 186/ / CE; FPFKGUTB-11 V a.c. 5/.1/. 93/123 65/73 186/ / CE; Standard / Reverse - 11 Standard / Reverse Hz Hz 1 FPF15KRG FPFKRG Hz Hz FPF15KRG FPFKRG 66 Fandis

27 FPFKG BE fan filter 115/23/ Va.c FAN FILTERS ffhigh performance Current FPFKGR115BE V a.c. 5/ 1.4/ /148 6/745 2/ / CE; curus; FPFKGU115BE V a.c. 5/.96/1.3 17/143 6/745 2/ / CE; FPFKGU115BE V a.c. 5/ 1.4/ /148 6/745 2/ / CE; curus; FPFKGU115BER V a.c. 5/.96/1.3 17/143 6/745 2/ / CE; FPFKGR23BE V a.c. 5/./ /1 6/745 2/ / CE; curus; Fandis 67

28 FPFKG BE fan filter 115/23/ Va.c Current FPFKGU23BE-1 23 V a.c. 5/.5/ /1 6/745 2/ / CE; FPFKGU23BE V a.c. 5/./ /1 6/745 2/ / CE; curus; FPFKGU23BER-1 23 V a.c. 5/.5/ /1 6/745 2/ / CE; FPFKGRTBER-1 V a.c. 5/.1/. 93/123 6/745 2/ / CE; Standard / Reverse Hz Hz FPFKRG Fandis

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