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For the utmost of complex requirements<br />

<strong>GEA</strong> Air Filters<br />

Customised and efficient air treatment<br />

Air Treatment


Verified quality<br />

Filters from <strong>GEA</strong> Air Treatment<br />

with Eurovent certification<br />

When you are looking for just the right filter for your equipment<br />

– just to take one example, as replacement for a supplyair<br />

filter in your central ventilation system – you will be confronted<br />

by a great number of selection criteria. Instead of<br />

tediously checking suppliers’ brochures to make sure that their<br />

filters conform to the standards that apply to you, you can<br />

make Eurovent certification your guide in the selection procedure.<br />

The Eurovent seal verifies that the data in suppliers’ brochures<br />

for a particular product category conform with all the systems<br />

of regulations applying to the filters being offered. The testing<br />

data can be systematically found under www.eurovent-certification.com<br />

– and this means in turn that you benefit from a maximum<br />

of transparency.<br />

Fine-particulate air filters made by <strong>GEA</strong> Air Filters are tested by<br />

Eurovent for conformity to filter-class and initial pressure-drop<br />

specifications. Proper compliance with filter-class specifications<br />

verifies that particles, pollen, and other suspended particles are<br />

filtered out in accordance with the relevant standards. Pressure<br />

losses are a measure for the resistance that the filter represents<br />

for the air flow – and are therefore a highly relevant factor for<br />

energy costs.<br />

In order that buyers can depend on the reliability of the Eurovent<br />

seal over long periods of time, Eurovent-certified filters are<br />

tested every year. As a result, you can be sure that you are purchasing<br />

quality filter systems. This is especially important when<br />

you require effective filtration, at the same time as minimal pressure<br />

drops and adherence to strict hygiene requirements – for<br />

example, because you need effective filters for hospital or laboratory<br />

application.<br />

2<br />

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A clear signal for tested-and-proven filter quality in conformity with the strictest<br />

standards: i.e., DIN EN 779 and DIN EN 1822. Throughout the world, only<br />

9 companies are authorized to use the Eurovent seal (as of September 2008).<br />

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3


In almost 100 years of corporate history, <strong>GEA</strong> Air Treatment has developed a great number<br />

of highly specific filter solutions for the food and beverage industries – both for conventional<br />

as well as for complex applications.<br />

4<br />

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An extensive application spectrum<br />

A product portfolio with more than 2,000<br />

standard and specialised filters<br />

<strong>GEA</strong> air filters cover all areas of application in which pollutants<br />

and suspended particulate matter must be removed from<br />

contaminated air in production facilities.<br />

A great number and variety of work processes contaminate room<br />

air with pollutants and suspended particulate matter – contamination<br />

that in many cases is highly dangerous. Such conditions<br />

not only endanger human health, but also the quality of machines<br />

and products. While sterile atmospheres are essential in<br />

many situations (e.g., in operating theatres), other areas may demand<br />

absolute absence of dust in the air (for example, with sensitive<br />

systems in the optical industry).<br />

Whatever user profile your rooms must fulfil: there is always a<br />

<strong>GEA</strong> air filter that satisfies your individual requirements. The<br />

current <strong>GEA</strong> filter portfolio includes more than 2,000 different<br />

standard and special filters to assure fresh, pure air in all areas.<br />

The finest emulsion mists, toxic vapours, fine-particulate dust,<br />

and material removed during manufacturing processes: all are<br />

reliably filtered out by <strong>GEA</strong> filters – as are bacteria, fungal spores,<br />

and viruses.<br />

In addition, <strong>GEA</strong> air filters powerfully support cost-effective<br />

process management. They noticeably reduce consumption costs<br />

for power, heat, and water – and dependably conform to legal<br />

regulations. As a planner, you also profit from a maximum of<br />

flexibility. The great number of variation possibilities means that<br />

you will find at <strong>GEA</strong> a customised filter solution for any and all<br />

of your projects.<br />

Areas of application for <strong>GEA</strong> air filters:<br />

Industrial production<br />

Pharmaceuticals and life sciences<br />

Hospitals and laboratories<br />

Semiconductor production<br />

Trade and service activities<br />

Food and beverage industries<br />

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5


Overview<br />

Filter classes<br />

The most important criteria for selecting air filters is the separation<br />

capacity and efficiency required. We provide test certification<br />

that documents the technical specifications for the<br />

performance of our filters.<br />

Our product brochures provide detailed information on <strong>GEA</strong> air<br />

filters. We’ll gladly advise you at length and deliver you highquality<br />

air filters or filter media according to your requirements<br />

– also for retooling or retrofitting purposes.<br />

Filter classes G1 – G4: Coarse-dust filter with medium degree of separation, according to DIN EN 779<br />

Filter classes F5 – F9: Fine-particulate dust filters with medium filter efficiency according to DIN EN 779<br />

H10 – H14 and U15: High-efficiency submicron particulate air filters (HEPA) and ultra-low-penetration air filters<br />

(ULPA) according to DIN EN 1822<br />

6<br />

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Purity classes according to general directives<br />

American Standard 209E 100,000 10,000 1,000 100 10 1<br />

German standard VDI2083 6 5 4 3 2 1<br />

British Standards BS 5295 (1989) K J H-G F-E D C<br />

EC Directive (for pharmaceuticals) D C B-A B-A A A<br />

Purity class per ISO 14 644 ISO Class 8 ISO Class 7 ISO Class 6 ISO Class 5 ISO Class 4 ISO Class 3<br />

Healthcare systems<br />

Pharmaceutical industry<br />

Research<br />

Maximum sterile surgical areas<br />

Preliminary areas before maximum sterile<br />

surgical areas<br />

Sterile and contaminated surgical areas<br />

Preliminary areas before sterile<br />

and contaminated rooms<br />

Treatment areas<br />

Intensive-care units for burns and transplantations<br />

Intensive-care units for post-operative treatment<br />

Stations for anaesthesiology, resuscitation, and intensive care<br />

Pharmacy – production of cytostatic agents<br />

Clean bench<br />

Wall panelling for interior wall systems<br />

Partition wall for types R and E<br />

CRW windows<br />

Recessed lighting<br />

Rectangular-grid ceiling<br />

Filter-mount frame CGF with built-in HEPA filter,<br />

filter class H13<br />

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7


Filter overview<br />

Filter class as per<br />

DIN EN 779 or<br />

DIN EN 1822<br />

Filter mats, rolls,<br />

and special-dimension Roll-band Filter plates Filter<br />

elements filters Bag filters and cells elements<br />

Application examples<br />

- Paint-mist filters<br />

FARBGLAS 2“<br />

- Pre-filters for high dust G2<br />

concentrations<br />

- Supply air for the cooling of<br />

large machines<br />

- Filters for specific coarse dust<br />

types<br />

CTM 50<br />

FIBROIDELASTIC-20<br />

FIBROIDELASTIC-30<br />

- Pre-filters for fine-dust filters G3<br />

- Pre-filters for the steel and<br />

metallurgical industries;<br />

for offshore facilities in arid climates<br />

- Filters for machine-room ventilation<br />

- Filters for protection of heatexchanger<br />

assemblies<br />

- Pre-filters for climate-control facilities<br />

CTM 60 FIBROBAND GAL stainless steel<br />

FIBROIDELASTOV-10 402 GAL aluminium<br />

FIBROIDELASTOV-20 411 HL 12.5 (dual-plate)<br />

FIBROIDELASTIC-40 412<br />

VENUFA 290<br />

G4<br />

CTM 90 MULTISACK-K35 FILTERGLAS<br />

FIBROIDELASTOV-40<br />

HL 12.5 (triple-plate)<br />

MY-STOP 500 ULTRANGLAS / -H<br />

Z-50 / Z-100<br />

- Separation of superfine dust, F5<br />

for great air purity<br />

- Supply air for sensitive switchgear<br />

and paint-spray compartments<br />

ACELAN<br />

PERFEKT-600<br />

MULTISACK-G55<br />

MULTISACK-K50<br />

MULTISACK-K55<br />

- Separation of superfine dust in the F6<br />

pharmaceutical, electrical,<br />

and photo industries<br />

- Partial and full climate-control systems<br />

with great air purity<br />

- Laboratories and hospital rooms<br />

MULTISACK-G65<br />

MULTISACK-K65<br />

MULTIFORM-65<br />

MULTITHERM-60<br />

MULTIPLAN-65<br />

- Separation of superfine dust in F7<br />

climate-control systems with very<br />

great air purity<br />

- Supply air for precision assembly F8<br />

rooms and switchgear facilities<br />

- For production of food and beverages<br />

- Pre-filters for clean-room facilities F9<br />

in the pharmaceutical industries<br />

- pre-filters for hepa + ulpa filters<br />

H10<br />

MULTISACK-G85<br />

MULTISACK-K85<br />

MULTISACK-K95<br />

MULTISACK-G95<br />

MULTIFORM-85<br />

MULTIPLAN-85<br />

MULTIFORM-90<br />

MULTITHERM-90<br />

MULTIFORM-95<br />

MULTIPLAN-95<br />

MULTIFORM-98<br />

H11<br />

MULTIFORM-99<br />

H12<br />

MULTIFORM-100<br />

8<br />

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Filter overview<br />

Filter class as per<br />

DIN EN 779 or<br />

DIN EN 1822<br />

Elements for high-efficiency Filter frames<br />

submicron particulate Activatedair<br />

filter (HEPA) carbon filters For filter media Round air filters<br />

Application examples<br />

- Fine and superfine dust separation, H10<br />

by application of suitable<br />

pre-filters (at least G4 and F7)<br />

H11<br />

- Supply air for precision assembly rooms<br />

and switchgear facilities<br />

- For production of food and beverages H13<br />

- Sterilisation rooms and operating theatres<br />

- Clean-room facilities in the<br />

pharmaceutical industry<br />

H14<br />

- Clean-room facilities<br />

MICROPUR-F<br />

MICROPUR-FV<br />

MACROPUR<br />

MACROPUR-F<br />

MACROPUR-FV<br />

ABSOPUR-F<br />

ABSOPUR-FV<br />

U15<br />

U16<br />

ULTRAPUR-F<br />

SUPRAPUR-F<br />

- Separation of gaseous, odour-intensive,<br />

toxic, and/or radioactive air pollutants<br />

Activated-carbon<br />

element AK-20<br />

Cartridge no. 705<br />

Cartridge no. 706<br />

Cartridge no. 707<br />

Cartridge no. 708<br />

Cartridge no. 709<br />

Multi 2004-AKK<br />

Multi 2004-AKS<br />

Activated carbon,<br />

loose<br />

Filter holding frame CKG<br />

- All areas of application for selection<br />

of the applicable filter class<br />

and built-in frames<br />

Wall frame CDD<br />

Air outlet CGF<br />

- Purification of intake air<br />

for internal-combustion engines and fans<br />

- Application for piston compressors<br />

Round air filters<br />

DAH<br />

DAC<br />

DBH<br />

DBV<br />

DBA<br />

DBC<br />

- Intake and outlet air for<br />

laboratory equipment<br />

Glove-box filters<br />

DKA<br />

DKB<br />

DKC<br />

DKD<br />

COPULAR CKL<br />

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9


Filter mats, rolls, and special-dimension elements<br />

Filter class<br />

G2 G3 G4<br />

G2 G2 G3<br />

G3 G3 G4<br />

Designation<br />

CTM<br />

FIBROIDELASTIC<br />

FIBROIDELASTOV<br />

Type<br />

50 60 90<br />

20 30 40<br />

10 20 40<br />

Regenerable<br />

Yes Yes Yes<br />

Yes Yes Yes<br />

Yes Yes Yes<br />

Form of delivery *<br />

CTM consists of polyester fibres with<br />

FIBROIDELASTIC consists of<br />

FIBROIDELASTOV is a robust fleece<br />

pronounced labyrinth structure and<br />

latex-bonded, randomly structured<br />

made of randomly structured<br />

with progressive depth structure.<br />

natural mixed fibres with uniform<br />

polyester fibres with progressive<br />

CTM is elastic, not provided with a<br />

depth structure and great intrinsic<br />

depth structure. The filter layer, not<br />

wetting agent, and regenerable.<br />

stiffness. FIBROIDELASTIC is elastic,<br />

provided with a wetting agent, is<br />

not provided with a wetting agent,<br />

elastic and regenerable.<br />

and repeatedly regenerable.<br />

Technical filter data<br />

in accordance with DIN EN 779<br />

Pressure drop (Pa)<br />

75<br />

60<br />

45<br />

30<br />

15<br />

0<br />

CTM-90<br />

CTM-60<br />

CTM-50<br />

0 1750 3500 5250 7000<br />

Air volume (m³/h*m²)<br />

Pressure drop (Pa)<br />

100<br />

80<br />

60<br />

40<br />

20<br />

TIC-40<br />

TIC-30<br />

TIC-20<br />

0<br />

0 2500 5000 7500 10000<br />

Air volume (m³/h*m²)<br />

Pressure drop (Pa)<br />

200<br />

TOV-40<br />

160<br />

120<br />

TOV-20<br />

80<br />

40<br />

TOV-10<br />

0<br />

0 2500 5000 7500 10000<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

72 81.4 91.7<br />

73.1 77.1 84.6<br />

81 87 93<br />

Mean filter efficiency (%)<br />

– – –<br />

– – –<br />

– – –<br />

Max. allowed pressure drop<br />

(Pa)<br />

250 250 250<br />

250 250 250<br />

250 250 250<br />

Operating temperature<br />

(max. °C)<br />

80 80 80<br />

60 60 60<br />

80 70 70<br />

Installation depth/thickness<br />

(mm)<br />

5 10 20<br />

20 30 40<br />

10 20 40<br />

* Please see page 27 for an explanation of the symbols used under “Form of delivery.”<br />

10<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009


Filter mats, rolls, and special-dimension elements<br />

Filter class<br />

G3<br />

G4<br />

F5<br />

Designation<br />

VENUFA 290<br />

MY-STOP 500<br />

ACELAN<br />

Regenerable<br />

Yes<br />

Yes<br />

No<br />

Form of delivery *<br />

VENUFA 290 consists of polyester<br />

MY-STOP 500 consists of polyester<br />

ACELAN consists of thermally<br />

fibres with progressive depth<br />

fibres that have been spun to<br />

bonded polyester fibres. The elastic<br />

structure. VENUFA 290 is elastic,<br />

produce a very robust fleece with<br />

medium is not provided with a<br />

not provided with a wetting agent,<br />

progressive structure. The especially<br />

wetting agent, is progressive, and is<br />

and is regenerable.<br />

smoothed pure-air side prevents<br />

constructed with compression on<br />

migration of fibres and assures great<br />

the pure-air side.<br />

dust-storage capacity. MY-STOP 500<br />

VENUFA 290 is elastic, not provided<br />

with a wetting agent, and is<br />

regenerable.<br />

Technical filter data<br />

in accordance with DIN EN 779<br />

Pressure drop (Pa)<br />

50<br />

40<br />

30<br />

20<br />

10<br />

VEN-290<br />

Pressure drop (Pa)<br />

60<br />

50<br />

40<br />

30<br />

20<br />

10<br />

MY-500<br />

Pressure drop (Pa)<br />

160<br />

140<br />

120<br />

100<br />

80<br />

60<br />

40<br />

20<br />

ACELAN<br />

0<br />

0 1750 3500 5250 7000<br />

Air volume (m³/h*m²)<br />

0<br />

0 1750 3500 5250 7000<br />

Air volume (m³/h*m²)<br />

0<br />

0 1750 3500 5250 6400<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

87.7<br />

94.4<br />

96.6<br />

Mean filter efficiency (%)<br />

–<br />

–<br />

43.5<br />

Max. allowed pressure drop<br />

(Pa)<br />

250<br />

250<br />

450<br />

Operating temperature<br />

(max. °C)<br />

80<br />

80<br />

80<br />

Installation depth/thickness<br />

(mm)<br />

20<br />

20<br />

30<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009<br />

11


Filter mats, rolls, special-dimension elements, and filter bands for roll-band filter systems<br />

Filter class<br />

F5<br />

–<br />

G3<br />

Designation<br />

PERFEKT<br />

FARBGLAS 2“<br />

FIBROBAND<br />

Type<br />

300 600<br />

–<br />

–<br />

Regenerable<br />

No<br />

No<br />

No<br />

No<br />

Form of delivery *<br />

PERFEKT-300 consists of superfine,<br />

FARBGLAS 2“ consists of a spun<br />

FIBROBAND consists of fine,<br />

thermally bonded polyester fibres<br />

glass-fibre fabric with compression<br />

randomly structured polyester<br />

not provided with a wetting agent,<br />

on the pure-air side. The glass-fibre<br />

fibres. The filter layer is constructed<br />

with progressive structure, and with<br />

medium has no wetting agent and is<br />

on a stiff, tear-resistant polyester<br />

compression on the pure-air side.<br />

odourless, non-inflammable, and<br />

gauze. It is mounted on a<br />

PERFEKT-300 is wetted with a<br />

insensitive to moisture in the air.<br />

cardboard spool with insertion<br />

bond-active agent, and its pure-air<br />

sleeve for the DELBAG system.<br />

side is reinforced with a lattice-<br />

structured fabric.<br />

Technical filter data<br />

in accordance with DIN EN 779<br />

Pressure drop (Pa)<br />

70<br />

60<br />

50<br />

40<br />

30<br />

20<br />

10<br />

PF-600<br />

PF-300<br />

Pressure drop (Pa)<br />

40<br />

30<br />

20<br />

10<br />

FAGL 2<br />

Pressure drop (Pa)<br />

50<br />

40<br />

30<br />

20<br />

10<br />

FIBROBAND<br />

0<br />

0 500 1000 1500 2000<br />

0<br />

0 1500 3000 4500 6000<br />

0<br />

0 1750 3500 5250 7000<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

96,4 97,9<br />

97<br />

(with respect to paint mist)<br />

88,1<br />

Mean filter efficiency (%)<br />

53,5 56,6<br />

–<br />

–<br />

Max. allowed pressure drop<br />

(Pa)<br />

450 450<br />

80<br />

250<br />

Operating temperature<br />

(max. °C)<br />

80 80<br />

120<br />

80<br />

Installation depth/thicknes<br />

(mm)<br />

15 20<br />

50<br />

10<br />

*Please see page 27 for an explanation of the symbols used under “Form of delivery.”<br />

12<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009


Bag filters (synthetic)<br />

Filter class<br />

G4<br />

F5<br />

F5<br />

F6<br />

F7<br />

F8<br />

Designation<br />

K35<br />

K50<br />

K55<br />

K65<br />

K85<br />

K95<br />

Regenerable<br />

No<br />

No<br />

No<br />

No<br />

No<br />

No<br />

Form of delivery *<br />

The MULTISACK bag filter is composed of several filter bags. The individual bags, made of synthetic fleece, have<br />

been shaped so as to provide wedge-shaped filter bags. The spacers in the individual filter bags ensure complete<br />

utilization of the full bag depth and, in turn, of the entire filter surface. The ready-to-install filter bags are secured<br />

to sturdy U-shaped profile frames (25 mm) by clamp fittings.<br />

Technical filter data<br />

in accordance with DIN EN 779<br />

These plots are valid for<br />

size 592 x 592 mm.<br />

200<br />

200<br />

200<br />

K-95<br />

Pressure drop (Pa)<br />

150<br />

100<br />

50<br />

K-50<br />

Pressure drop (Pa)<br />

150<br />

100<br />

50<br />

K-65<br />

K-55<br />

Pressure drop (Pa)<br />

150<br />

100<br />

50<br />

K-85<br />

K-35<br />

0<br />

0 850 1700 2250 3400 4250<br />

0<br />

0 850 1700 2250 3400 4250<br />

0<br />

0 850 1700 2250 3400 4250<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

90 96.9<br />

98 98.2<br />

> 99 > 99<br />

Mean filter efficiency (%)<br />

– 46.1<br />

47.7 60.5<br />

84.9 92.3<br />

Number of filter bags<br />

(each)<br />

Dimensions: 592 x 592 mm<br />

allowed pressure drop (Pa)<br />

Operating temperature (max. °C)<br />

Installation depth / thickness (mm)<br />

4 / 6 6<br />

250 450<br />

80 80<br />

360 500<br />

6 6 / 8<br />

450 450<br />

80 80<br />

600 600<br />

6 / 8 8<br />

450 450<br />

80 80<br />

600 600<br />

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13


Bag filters (glass)<br />

Filter class<br />

F5<br />

F6<br />

F7<br />

F9<br />

Designation<br />

G55<br />

G65<br />

G85<br />

G95<br />

Regenerable<br />

No<br />

No<br />

No<br />

No<br />

Form of delivery *<br />

The MULTISACK bag filter is composed of several filter bags. The individual<br />

bags, made of micro-fibreglass fleece, have been shaped so as to provide<br />

wedge-shaped filter bags. The spacers in the individual filter bags ensure<br />

complete utilization of the full bag depth and, in turn, of the entire filter<br />

surface. The spacer seam is sealed. The ready-to-install filter bags are<br />

secured to sturdy U-shaped profile frames (25 mm) by clamp fittings.<br />

Technical filter data<br />

in accordance with DIN EN 779<br />

These plots are valid for<br />

size 592 x 592 mm.<br />

200<br />

200<br />

G-95<br />

Pressure drop (Pa)<br />

150<br />

100<br />

50<br />

G-55 + G-65<br />

Pressure drop (Pa)<br />

150<br />

100<br />

50<br />

G-85<br />

0<br />

0 850 1700 2250 3400 4250<br />

Air volume (m³/h*m²)<br />

0<br />

0 850 1700 2250 3400 4250<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

Mean filter efficiency (%)<br />

Number of filter bags<br />

(each)<br />

Dimensions: 592 x 592 mm<br />

allowed pressure drop (Pa)<br />

Operating temperature (max. °C)<br />

Installation depth / thickness (mm)<br />

96.8 98.4<br />

50.4 62.8<br />

6 8 / 10<br />

450 450<br />

80 80<br />

600 600<br />

> 99 > 99<br />

88.4 95.4<br />

8 / 10 8 / 10<br />

450 450<br />

80 80<br />

600 600<br />

*Please see page 27 for an explanation of the symbols used under “Form of delivery.”<br />

14<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009


Filter plates<br />

Filter class<br />

G3<br />

G3<br />

G3<br />

G4<br />

Designation<br />

GAL-<br />

ALUMINIUM<br />

GALstainless<br />

steel<br />

HL 12.5<br />

Dust-trapping agent<br />

VISCINOL A 30<br />

Regenerable<br />

Yes<br />

Yes<br />

Yes<br />

Yes<br />

–<br />

Form of delivery *<br />

Several layers of aluminium or<br />

stainless-steel woven wire mesh are<br />

installed between metal support<br />

plates made of expanded metal<br />

mesh on two sides, and are framed<br />

by a sturdy U-shaped profile frame<br />

made of aluminium or stainless<br />

steel. The filter cells are regenerable.<br />

The HL 12.5 filter plates consist of<br />

several layers of bonded expanded<br />

metal mesh, which is effective for<br />

separation of coarse dust owing to<br />

the labyrinth structure of the plates.<br />

The filter plates are wetted with a<br />

dust-trapping agent (VISCINOL), and<br />

are regenerable.<br />

The HL 12.5 filter plates are wetted<br />

with the dust-trapping agent<br />

VISCINOL. The wetted plates are<br />

regenerable.<br />

Technical filter data<br />

in accordance with DIN EN 779<br />

These plots are valid for<br />

size 494 x 494 mm.<br />

Pressure drop (Pa)<br />

90<br />

75<br />

60<br />

45<br />

30<br />

15<br />

GAL-A<br />

GAL-N<br />

Pressure drop (Pa)<br />

200<br />

160<br />

120<br />

80<br />

40<br />

Triple-plate<br />

Dual<br />

plate<br />

0<br />

0 2500 5000 7500 10000<br />

Air volume (m³/h*m²)<br />

0<br />

0 2500 5000 7500 10000<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

87 86<br />

86 91<br />

–<br />

Max. allowed pressure drop<br />

(Pa)<br />

500 500<br />

500 500<br />

–<br />

Temperature range<br />

(°C)<br />

– –<br />

– –<br />

-15 bis +45<br />

Package unit<br />

(I)<br />

– –<br />

– –<br />

5, 20, 200<br />

Operating temperature<br />

(max. °C)<br />

400 400<br />

max. 60 1) max. 60 1)<br />

–<br />

Installation depth / thickness (mm)<br />

48 48<br />

2 x 12 3 x 12<br />

–<br />

1)<br />

Depending on wetting agent.<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009<br />

15


Filter cells<br />

Filter class<br />

G4<br />

G4<br />

G4<br />

G4<br />

G4<br />

Designation<br />

FILTERGLAS<br />

ULTRANGLAS ULTRANGLAS-H<br />

Z-50 Z-100<br />

Regenerable<br />

No<br />

No<br />

No<br />

No<br />

No<br />

Form of delivery *<br />

FILTERGLAS consists of tightly<br />

ULTRANGLAS / -H consists of tightly<br />

These air-filter cells consist of<br />

intermeshed glass fibres with special<br />

intermeshed glass fibres.<br />

pleated synthetic fleece in a sturdy,<br />

closure fleece on the pure-air side.<br />

ULTRANGLAS is framed on two sides<br />

water-repellent, impregnated<br />

On two sides, the filter cell is framed<br />

in a moisture-resistant carton frame<br />

carton frame with supporting<br />

with large-perforation metal<br />

with large perforation in the metal<br />

lattices on the dust and pure-air<br />

support plates in a moisture-resi-<br />

support plates. ULTRANGLAS / -H is<br />

sides. The filter medium is folded in<br />

stant carton frame enclosure with a<br />

framed on all sides in expanded<br />

V shape and enables great air-flow<br />

crimp fold.<br />

aluminium mesh. The filter cell is<br />

rates with low pressure drop and<br />

designed for operating temperatures<br />

compact installation sizes. The filter<br />

up to 300°C.<br />

medium is not regenerable.<br />

Technical filter data<br />

in accordance with DIN EN 779<br />

These plots are valid for<br />

size 494 x 494 mm.<br />

Pressure drop (Pa)<br />

160<br />

120<br />

80<br />

40<br />

FILTER-<br />

GLAS<br />

Pressure drop (Pa)<br />

200<br />

160<br />

120<br />

80<br />

40<br />

U-GLAS-H<br />

U-GLAS<br />

Pressure drop (Pa)<br />

100<br />

80<br />

60<br />

40<br />

20<br />

Z-50-G4<br />

Z-100-G4<br />

0<br />

0 250 500 700 1000<br />

0<br />

0 375 750 1125 1500<br />

0<br />

0 2000 4000 6000 8000<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

96<br />

93 93<br />

92 93<br />

Mean filter efficiency (%)<br />

–<br />

– –<br />

– –<br />

Max. allowed pressure drop<br />

(Pa)<br />

500<br />

500 500<br />

250 250<br />

Operating temperature<br />

(max. °C)<br />

80<br />

80 300<br />

70 70<br />

Installation depth/thickness<br />

(mm)<br />

14<br />

48 14<br />

47 92<br />

* Please see page 27 for an explanation of the symbols used under “Form of delivery.”<br />

16<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009


Filter cells<br />

Filter class<br />

Designation<br />

Regenerable<br />

F5<br />

FIBERGLAS<br />

No<br />

Form of delivery *<br />

FIBERGLAS consists of tightly<br />

intermeshed glass fibres with special<br />

closure fleece on the pure-air side.<br />

On two sides, the filter cell is framed<br />

with large-perforation metal<br />

support plates in a moisture-resistant<br />

carton frame enclosure with a<br />

crimp fold.<br />

Technical filter data<br />

in accordance with DIN EN 779<br />

These plots are valid for<br />

size 480 x 480 mm.<br />

Pressure drop (Pa)<br />

200<br />

180<br />

160<br />

140<br />

120<br />

100<br />

80<br />

60<br />

40<br />

20<br />

0<br />

0<br />

FIBERGLAS<br />

100 200 300 400 500<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

Mean filter efficiency (%)<br />

Max. allowed pressure drop (Pa)<br />

Operating temperature (max. °C)<br />

Installation depth/thickness (mm)<br />

99<br />

55.4<br />

450<br />

80<br />

14<br />

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17


Filter elements<br />

Filter class<br />

F6 F7 F8<br />

F9 H10 H11<br />

H12<br />

Designation<br />

MULTIFORM<br />

MULTIFORM<br />

MULTIFORM<br />

Type<br />

65 85 90<br />

95 98 99<br />

100<br />

Regenerable<br />

No No No<br />

No No No<br />

No<br />

Form of delivery *<br />

During production, the filter medium made of micro-fibreglass fleece is pleated to form a stable package of folds.<br />

The number and the height of the folds are optimally designed to match operating conditions. The individual filter<br />

plates are arranged in a V-shape (in 4 compartments) inside a synthetic frame made of ABS, so as to assure a<br />

stable form of the filter plates, and are glued to assure airtightness .<br />

Technical filter data nach<br />

with DIN EN 779 and/or DIN EN 1822<br />

These plots are valid for<br />

size 592 x 592 mm.<br />

Pressure drop (Pa)<br />

200<br />

150<br />

100<br />

50<br />

MF-90<br />

MF-85<br />

MF-65<br />

Pressure drop (Pa)<br />

250<br />

200<br />

150<br />

100<br />

50<br />

99<br />

98<br />

95<br />

Pressure drop (Pa)<br />

400<br />

350<br />

300<br />

250<br />

200<br />

150<br />

100<br />

50<br />

100<br />

0<br />

0 1275 2550 3825 5100<br />

0<br />

0 850 2550 4250<br />

0<br />

0 850 2550 4250<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

As per DIN EN 779<br />

As per DIN EN 1822<br />

> 98 > 98 > 98<br />

– – –<br />

> 98 – –<br />

– > 85 > 95<br />

–<br />

> 99.5<br />

Mean filter efficiency (%)<br />

72.6 85.9 93.5<br />

96.2 – –<br />

–<br />

Max. allowed pressure drop<br />

(Pa)<br />

450 450 450<br />

450 650 650<br />

650<br />

Operating temperature<br />

(max. °C)<br />

70 70 70<br />

70 70 70<br />

70<br />

Installation depth / thickness (mm)<br />

298 298 298<br />

298 298 298<br />

298<br />

* Please see page 27 for an explanation of the symbols used under “Form of delivery.”<br />

18<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009


Filter elements<br />

Filter class<br />

F6<br />

F8<br />

F6 F7 F9<br />

F6 F7 F9<br />

Designation<br />

MULTITHERM<br />

MULTIPLAN<br />

MULTI 2004<br />

Type<br />

60 90<br />

65 85 95<br />

MF65 MF85 MF95<br />

Regenerable<br />

No<br />

No<br />

No No No<br />

No No No<br />

Form of delivery *<br />

The filter medium consists of deeply<br />

The filter medium used is special,<br />

The steel frame is corrosion-resi-<br />

folded, paper-like micro-fibre fleece.<br />

paper-like fleece made of superfine<br />

stant as a result of an RAL 9011<br />

The position of the folds is stabilised<br />

micro-glass fibres, which are<br />

surface finish. In the system frame,<br />

either by wave-shaped aluminium<br />

processed to form a stable package<br />

the filter inserts are inserted with a<br />

separators, or by filter-material strips<br />

of folds. As standard version, the<br />

magnetic-strip seal, in V shape. The<br />

to separate the folds. The filter<br />

filter element is provided with a<br />

pleated filter packs are glued<br />

package is inserted dry in a filter<br />

peripheral seal on the intake<br />

airtight in a moisture-resistant<br />

frame made of sendzimir-galvanised<br />

(dusty)-air side. The filter frame is<br />

carton frame.<br />

sheet steel, with grip protection on<br />

made of MDF.<br />

both sides. All materials satisfy<br />

stipulations pertaining to the absence<br />

of silicone, and are temperature<br />

resistant up to 250°C.<br />

Technical filter data<br />

in accordance with DIN EN 779<br />

These plots are valid for<br />

size 610 x 610 mm for MULTITHERM;<br />

otherwise, for 592 x 592 mm.<br />

Pressure drop (Pa)<br />

200<br />

160<br />

120<br />

80<br />

40<br />

MT-90-T<br />

MT-60-T<br />

Pressure drop (Pa)<br />

200<br />

160<br />

120<br />

80<br />

40<br />

MP-85<br />

MP-95<br />

MP-65<br />

Pressure drop (Pa)<br />

250<br />

200<br />

150<br />

100<br />

50<br />

MF-95<br />

MF-85<br />

0<br />

0 850 1700 2550 3400 4250<br />

Air volume (m³/h*m²)<br />

0<br />

0 750 1500 2250 3000<br />

Air volume (m³/h*m²)<br />

MF-65<br />

0 0 850 1700 2550 3400 4250<br />

Air volume (m³/h*m²)<br />

Mean degree of separation (%)<br />

As per DIN EN 779<br />

Mean filter efficiency (%)<br />

Max. allowed pressure drop (Pa)<br />

Operating temperature (max. °C)<br />

> 98 > 98<br />

60.5 90.5<br />

450 450<br />

250 250<br />

98 > 99 > 99<br />

60 80 95<br />

450 450 450<br />

80 80 80<br />

> 98 > 98 > 98<br />

60 80 95<br />

450 450 450<br />

80 80 80<br />

Installation depth / thickness (mm)<br />

40 / 55 / 78 / 292 –<br />

46 / 78 / 150 / 292 – –<br />

304 304 304<br />

Flat seal<br />

+6 –<br />

+8 – –<br />

– – –<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009<br />

19


High-efficiency submicron particulate air filters (HEPA)<br />

Filter class<br />

H11<br />

H11<br />

H13<br />

Designation<br />

MICROPUR–F<br />

MICROPUR–FV<br />

MACROPUR<br />

Form of delivery *<br />

The packages of folds are cast in The packages of folds are cast so as<br />

a frame with polyurethane so as to be airtight in a U-shaped profile.<br />

to be airtight.<br />

They have a V-shaped arrangement.<br />

The special, paper-like fleece made of superfine micro-glass fibres is<br />

processed by pleating to form a stable package of folds. Here the individual<br />

folds are separated down to the greatest depth of the folds by continuous<br />

synthetic threads that are bonded together, which provides great stability<br />

as a result of the compact fold structure. Available frames: MDF, plywood,<br />

aluminium, and stainless steel.<br />

For stabilisation, these filters use<br />

wave-shaped aluminium separators<br />

instead of synthetic threads. The<br />

packages of folds are cast in a<br />

wooden frame with polyurethane,<br />

so as to be airtight.<br />

Technical filter data<br />

in accordance with DIN EN 1822<br />

Pressure drop (Pa)<br />

150<br />

125<br />

100<br />

75<br />

50<br />

25<br />

Pressure drop (Pa)<br />

200<br />

150<br />

100<br />

50<br />

Pressure drop (Pa)<br />

250<br />

200<br />

150<br />

100<br />

50<br />

0<br />

0<br />

0<br />

0 20 40 60 80 100 0 20 40 60 80 100 0 20 40 60 80 100<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Degree of separation (%)<br />

> 95<br />

> 95<br />

> 99.95<br />

Max. allowed pressure drop<br />

(Pa)<br />

750<br />

750<br />

750<br />

Operating temperature<br />

(max. °C)<br />

80<br />

80<br />

80<br />

Installation depth<br />

+ thickness + seal<br />

(mm)<br />

4 6 / 5 4 / 78 / 15 0 / 2 92<br />

+8<br />

292<br />

+8<br />

150 / 292<br />

+8<br />

* Please see page 27 for an explanation of the symbols used under “Form of delivery.”<br />

20<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009


High-efficiency submicron particulate air filters (HEPA)<br />

Filter class<br />

H13<br />

H13<br />

H14<br />

Designation<br />

MACROPUR-F<br />

MACROPUR-FV<br />

ABSOPUR-F<br />

Form of delivery *<br />

The package of folds is cast with<br />

The packages of folds are cast<br />

The packages of folds are cast<br />

polyurethane in an MDF frame,<br />

airtight in U-shaped profiles,<br />

airtight in aluminium frames, and<br />

so as to be airtight.<br />

and are arranged in a V shape.<br />

are provided with grip protection<br />

on the pure-air side.<br />

The special, paper-like fleece made of superfine micro-glass fibres is processed by pleating to form a stable package<br />

of folds. Here the individual folds are separated down to the greatest depth of the folds by continuous synthetic<br />

threads that are bonded together, which provides great stability as a result of the compact fold structure. Available<br />

frames: MDF, plywood, aluminium, and stainless steel.<br />

Technical filter data<br />

in accordance with DIN EN 1822<br />

250<br />

250<br />

200<br />

Pressure drop (Pa)<br />

200<br />

150<br />

100<br />

50<br />

Pressure drop (Pa)<br />

200<br />

150<br />

100<br />

50<br />

Pressure drop (Pa)<br />

150<br />

100<br />

50<br />

0 0<br />

0<br />

0 20 40 60 80 100 0 20 40 60 80 100 0 20 40 60 80 100<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Air volume (m³/h*m²)<br />

Degree of separation (%)<br />

> 99.95<br />

> 99.95<br />

> 99.995<br />

Max. allowed pressure drop<br />

(Pa)<br />

750<br />

750<br />

600<br />

Operating temperature<br />

(max. °C)<br />

80<br />

80<br />

80<br />

Installation depth<br />

+ thickness + seal<br />

(mm)<br />

4 6 / 5 4 / 78 / 15 0<br />

+8<br />

292<br />

+8<br />

69<br />

–<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009<br />

21


Activated carbon cartridges<br />

Designation<br />

Type<br />

Regenerable<br />

Activated-carbon cartridges<br />

705 706 707<br />

Yes Yes Yes<br />

Activated-carbon cartridges<br />

708 709<br />

Yes<br />

Yes<br />

Form of delivery *<br />

These activated-carbon cartridges<br />

consist of perforated, concentric<br />

synthetic cylinders.<br />

The interstices of the cartridge are<br />

filled with activated carbon. The<br />

carbon content can be replaced.<br />

These activated-carbon cartridges<br />

consist of perforated sheet steel or<br />

of stainless steel. The carbon<br />

content can be replaced.<br />

Technical filter data<br />

1600<br />

Contact period (s) 0.30 0.14 0.10 0.07 0.06<br />

250<br />

Pressure drop (Pa)<br />

1200<br />

800<br />

400<br />

707<br />

705 / 706<br />

Pressure drop (Pa)<br />

200<br />

150<br />

100<br />

50<br />

708<br />

0<br />

0 25 50 75 100<br />

Air volume (m³/h*m²)<br />

125<br />

0<br />

0 50 100 150 200<br />

Air volume (m³/h*m²)<br />

Grain size: 1.5 mm<br />

250<br />

Activated-carbon type<br />

Length<br />

(mm)<br />

Used in<br />

Volume of activated carbon (I)<br />

Operating temperature(max . °C)<br />

Layer thickness<br />

(mm)<br />

AKOLIT-A<br />

291 291 291<br />

– – –<br />

1.7 1.7 1.7<br />

– – –<br />

21 22 31<br />

AKOLIT-A<br />

450 600<br />

CKG holding<br />

frame<br />

4.0 5.3<br />

40 40<br />

26 26<br />

* Please see page 27 for an explanation of the symbols used under “Form of delivery.”<br />

22<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009


Holding frames<br />

Designation<br />

Type<br />

Regenerable<br />

Holding frames<br />

CKG<br />

–<br />

Holding frames<br />

MULTI 2004<br />

with air-filter element<br />

No<br />

Form of delivery *<br />

Individual, exchangeable<br />

activated-carbon bayonet-fitted type<br />

708/709 cartridges are used in<br />

frames made of galvanised or<br />

stainless steel. The frames are used<br />

in duct air filters, or as wall frames.<br />

The filter medium consists of a<br />

special, open-pore synthetic foam<br />

that is filled (to be abrasion-resistant)<br />

with activated carbon in the form of<br />

powder or globules. The filter inserts<br />

are slid in (in V form) into the<br />

powder-coated system frames, which<br />

have sturdy forms.<br />

Technical filter data<br />

1600<br />

Pressure drop (Pa)<br />

1200<br />

800<br />

400<br />

592 / 592<br />

(size in mm)<br />

0<br />

0 850 1275 1700 2125 2550<br />

Air volume (m³/h*m²)<br />

Activated-carbon type<br />

Used in:<br />

Volume of activated carbon (I)<br />

Operating temperature (max . °C)<br />

Layer thickness/installation depth (mm)<br />

AKOLIT-A<br />

EBE duct filters;<br />

wall installation<br />

64 84.8<br />

– –<br />

450 600<br />

Activated-carbon foam<br />

Activated-carbon globules<br />

EBE duct filters;<br />

CDD wall frames<br />

30.0<br />

40<br />

304<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009<br />

23


Glove-box filters; COPULAR air filters<br />

Characteristics<br />

Cartridge enclosures<br />

Cartridge enclosures<br />

COPULAR air filters<br />

Designation<br />

DKA<br />

DKB<br />

DKC<br />

DKD<br />

CKL<br />

Glove-box filters are high-efficiency submicron particulate air filters (HEPA) in<br />

encapsulated form (model types DKA and DKB). In special application cases,<br />

glove box filters are combined with a gas sorption filter (model types DKC<br />

and DKD). The filters can be installed on the air-intake or the air-outlet sides.<br />

Filters with activated-carbon cartridges can be installed only vertically.<br />

COPULAR air filters with, one or<br />

two connection fittings, are<br />

primarily used for purification of air<br />

exhausted from glove boxes used in<br />

the nuclear and chemical industries,<br />

and in laboratories. The highefficiency<br />

submicron particulate air<br />

filter element (HEPA) cannot be<br />

exchanged.<br />

Filter class<br />

H12 / H13<br />

H12 / H13<br />

and activated carbon<br />

H13<br />

Filter size (depth x height)<br />

(mm)<br />

140 / 172 140 / 194<br />

140 / 257 140 / 279<br />

24 0 / 24 0 / 5 4<br />

4 9 0 / 4 9 0 / 5 4<br />

Connection fittings for<br />

1 2<br />

1 2<br />

–<br />

exchangeable filters<br />

(each)<br />

No<br />

No<br />

No<br />

No<br />

No<br />

24<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009


Round air filters<br />

Characteristics<br />

Pipe-attached filter installation<br />

Pipe-attached filter installation<br />

Pipe-attached filter installation<br />

Designation<br />

DAH<br />

DBH, DBA, DBV<br />

DAC<br />

DBC<br />

The cartridge can be exchanged,<br />

The cartridge can be exchanged,<br />

The filter medium can be<br />

and can be used again after being<br />

and can be used again after being<br />

exchanged and can be used again<br />

cleaned and wetted.<br />

cleaned and wetted.<br />

after cleaning.<br />

The filter medium can be exchanged<br />

and can be used again after cleaning<br />

(except for F5).<br />

These round filters are used to purify the intake air for internal-combustion engines and for fans. Various structural<br />

designs, sizes, and filter media are available, depending on the purpose of use. Weather-protection hoods are<br />

available for outdoor applications.<br />

Filter class (according to<br />

complement items installed)<br />

Filter size, depth x height (mm)<br />

Multi-stage versions<br />

Wetting agent use<br />

G2<br />

13 0 / 14 0<br />

18 0 / 155<br />

18 0 / 2 3 0<br />

–<br />

–<br />

No<br />

Yes<br />

G2, G4 and F5<br />

24 0 / 255<br />

3 6 0 / 3 0 5<br />

3 6 0 / 5 0 5<br />

5 0 0 / 5 0 5<br />

5 0 0 / 70 5<br />

Yes<br />

With or without<br />

G2 –<br />

180 / 120 240 / 255<br />

180 / 180 360 / 305<br />

180 / 250 360 / 505<br />

– 500 / 505<br />

– 500 / 705<br />

No –<br />

No –<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009<br />

25


Filter frames for wall or ceiling installation<br />

Characteristics<br />

Designation<br />

Wall frames for air filters<br />

CDD<br />

Ceiling air outlet<br />

CGF<br />

These wall filter frames are made of<br />

galvanized or stainless steel. Four<br />

spring clamps hold the air filters to<br />

the frame. The frames can be bolted<br />

together to form a filter wall.<br />

This filter housing consists of sheet<br />

steel with powder-coat finish (colour<br />

shade RAL 9010). A shut-off flap can<br />

be installed in the intake-air fitting<br />

at the side. The flap, which closes<br />

airtight, can be operated manually<br />

or electrically (as per DIN 1946, Part<br />

4). The enclosure is equipped with a<br />

device that checks to ensure that the<br />

filter is seated airtight. It also has a<br />

pressure-gauge connection fitting,<br />

and a fitting for oil-mist passage.<br />

Various air distributors can be<br />

connected to the CGF ceiling air<br />

outlet by means of central of 4-point<br />

fastenings.<br />

Filter class (according to<br />

complement items installed)<br />

Filter size, depth x height (mm)<br />

Multi-stage versions<br />

Wetting agent use<br />

G2 to F9<br />

28 7 / 28 7<br />

28 7 / 592<br />

4 9 0 / 592<br />

592 / 592<br />

72<br />

304 / 304, 304 / 609<br />

507 / 609, 609 / 609<br />

H10 to H14<br />

305 / 305 / 78 + 7<br />

457 / 457 / 78 + 7<br />

574 / 574 / 78 + 7<br />

610 / 610 / 78 + 7<br />

345 380 435<br />

318 / 318, 470 / 470<br />

587 / 587, 623/623<br />

26<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009


Explanation of the form of delivery<br />

Forms supplied<br />

Symbols<br />

Filter mat<br />

Filter roll<br />

Special-dimension elements<br />

Air-filter roll band<br />

Bag filter<br />

Filter plate, filter cell<br />

Filter element<br />

High-efficiency submicron<br />

particulate air filter (HEPA)<br />

Cartridge<br />

Package unit<br />

Image brochure<br />

Application brochures<br />

Product brochures<br />

Data & Facts and operation manuals<br />

(available only as PDF)<br />

You are on this level of our documentation structure. You can order at no charge<br />

from the first 3 levels as printed copies, under: info@gea-airtreatment.com.<br />

You can download all brochures as PDF files from the following Internet site:<br />

www.gea-airtreatment.com.<br />

PR-2009-0047-GB · We reserve the right to make changes without notice · Version: 02/2009<br />

27


Customer proximity, sales structures<br />

Reachable always and everywhere!<br />

A<br />

B<br />

BG<br />

BIH<br />

BY<br />

CH<br />

CZ<br />

CZ<br />

D<br />

D<br />

D<br />

<strong>GEA</strong> Klimatechnik<br />

GmbH & Co KG<br />

A-4673 Gaspoltshofen<br />

Tel. +43 / 7735 / 8000-0<br />

<strong>GEA</strong> <strong>Happel</strong> <strong>Belgium</strong> N. V.<br />

B-1130 Brussels<br />

Tel. +32 / 2 / 2406161<br />

EVISS Ltd.<br />

BG-7000 Rousse<br />

Tel . +359 / 82 / 81000<br />

<strong>GEA</strong> Klimatechnik<br />

GmbH & Co KG<br />

RS-11070 Novi Beograd<br />

Tel. +381 / 11 / 3193955<br />

<strong>GEA</strong> Klimatechnik UAB<br />

LT-01141 Vilnius<br />

Tel. +370 / 5 / 2106060<br />

ATC Klimatec Schweiz AG<br />

CH-3065 Bolligen-Station<br />

Tel. +41 / 31 / 9171919<br />

<strong>GEA</strong> LVZ, a.s.<br />

CZ-46312 Liberec<br />

Tel. +420 / 48 / 5225-111<br />

<strong>GEA</strong> Klimatizace spol. s r.o.<br />

CZ-46312 Liberec<br />

Tel. +420 / 48 / 5225-303<br />

<strong>GEA</strong> <strong>Happel</strong><br />

Klimatechnik GmbH<br />

D-44625 Herne<br />

Tel. +49 / 2325 / 468-00<br />

<strong>GEA</strong> <strong>Happel</strong><br />

Wieland GmbH<br />

D-44625 Herne<br />

Tel. +49 / 2325 / 468-754<br />

<strong>GEA</strong> Deichmann<br />

Umwelttechnik GmbH<br />

D-36179 Bebra<br />

Tel. +49 / 6622 / 504-0<br />

The complete addresses are available on the<br />

Internet under: www.gea-air-eco2nomy.com.<br />

D<br />

D<br />

DK<br />

E<br />

EST<br />

F<br />

F<br />

FIN<br />

GB<br />

<strong>GEA</strong> Delbag<br />

Lufttechnik GmbH<br />

D-44625 Herne<br />

Tel. +49 / 2325 / 468-700<br />

<strong>GEA</strong> Delbag-Luftfilter<br />

Vertriebsgesellschaft mbH<br />

D-10709 Berlin<br />

Tel. +49 / 30 / 43592-3<br />

<strong>GEA</strong> Klimateknik ApS<br />

DK-2610 Rødovre<br />

Tel . +45 / 38 / 887070<br />

<strong>GEA</strong> Air Treatment<br />

Marketing Services Int.<br />

GmbH – oficina España<br />

E-28036 Madrid<br />

Tel. +34 / 91 / 3837701<br />

<strong>GEA</strong> Klimatechnik UAB<br />

LT-01141 Vilnius<br />

Tel. +370 / 5 / 2106060<br />

<strong>GEA</strong> Delbag<br />

Filtration de l‘air<br />

F-77450 Montry<br />

Tel. +33 / 1 / 60043355<br />

<strong>GEA</strong> <strong>Happel</strong> France sarl<br />

F-59436 Roncq Cedex<br />

Tel. +33 / 3 / 20689020<br />

OY TEKNOCALOR AB<br />

FIN-01300 Vantaa<br />

Tel. + 358 / 10 / 8201100<br />

<strong>GEA</strong> Denco Ltd.<br />

UK-HR4 8DS Hereford<br />

Tel. +44 / 1432 / 277 277<br />

H<br />

HR<br />

IE<br />

IS<br />

L<br />

LT<br />

LV<br />

MWE<br />

N<br />

NL<br />

<strong>GEA</strong> Klimatechnika Kft<br />

H-1037 Budapest<br />

Tel. +36 / 1 / 4393200<br />

<strong>GEA</strong> Klima-rashladna<br />

tehnika d.o.o.<br />

HR-10000 Zagreb<br />

Tel. +385 / 1 / 6064900<br />

Aspect Environmental Ltd.<br />

Ardee, Co. Louth Ireland<br />

Tel. +353 / 41 / 6858983<br />

Rafn Jensson<br />

IS-110 Reykjavik<br />

Tel. +354 / 56 / 780-30<br />

<strong>GEA</strong> <strong>Happel</strong> Luxembourg<br />

L-4940 Bascharage<br />

Tel. +352 / 26 / 502970<br />

<strong>GEA</strong> Klimatechnik UAB<br />

LT-01141 Vilnius<br />

Tel. +370 / 5 / 2106060<br />

<strong>GEA</strong> Klimatechnik UAB<br />

LT-01141 Vilnius<br />

Tel. +370 / 5 / 2106060<br />

<strong>GEA</strong> Klimatechnik<br />

GmbH & Co KG<br />

RS-110 70 Novi Beograd<br />

Tel. +381 / 11 / 3193955<br />

<strong>GEA</strong> Klimaprodukter AS<br />

N-0484 Oslo<br />

Tel. +47 / 220 / 27990<br />

<strong>GEA</strong> <strong>Happel</strong> Nederland B.V.<br />

NL-2909 LL<br />

Capelle a/d Ijssel<br />

Tel. +31 / 10 / 2350606<br />

P<br />

PL<br />

RO<br />

RUS<br />

S<br />

SK<br />

SLO<br />

SRB<br />

TR<br />

UA<br />

UAE<br />

Nónio, Lda.<br />

P-1269-090 Lisboa<br />

Tel. +351 / 21 / 3826160<br />

<strong>GEA</strong> Klimatyzacja Sp. z o.o.<br />

PL-54610 Wroclaw<br />

Tel. +48 / 71 / 3737952<br />

<strong>GEA</strong> Klimatechnik s.r.l.<br />

RO-300222 Timisoara<br />

Tel. +40 / 356 / 423703<br />

<strong>GEA</strong> Klimatechnik<br />

GmbH & Co KG<br />

RU-105094 Moskva<br />

Tel. +7 / 495 / 9566674<br />

<strong>GEA</strong> EXOS Ventilation AB<br />

S-74528 Enköping<br />

Tel. +46 / 171 / 85530<br />

<strong>GEA</strong> Klimatizácia s.r.o.<br />

SK-83104 Bratislava<br />

Tel. +421 / 7 / 44457917<br />

<strong>GEA</strong> Klimatizacijska<br />

Tehnika d.o.o.<br />

SI-1000 Ljubljana<br />

Tel. +386 / 1 / 2573850<br />

<strong>GEA</strong> Klimatechnik<br />

GmbH & Co KG<br />

RS-11070 Novi Beograd<br />

Tel. +381 / 11 / 3193955<br />

<strong>GEA</strong> ISISAN<br />

TR-80700<br />

Balmumcu Istanbul<br />

Tel. +90 / 212 / 2757171<br />

<strong>GEA</strong> Ukraina t.o.v.<br />

UA-01135 Kyiv<br />

Tel. +38 / 044 / 4619356<br />

<strong>GEA</strong> Air Treatment<br />

Middle East<br />

UAE-Dubai<br />

Tel. +971 / 4 / 887 3881<br />

PR - 2009-0047-GB • Subject to modification<br />

Version 02/2009 • Copyright <strong>GEA</strong> Air Treatment<br />

www.gea-air-eco2nomy.com

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