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FRL<br />

<strong>Modular</strong> <strong>compressed</strong> <strong>air</strong> <strong>purification</strong>.<br />

The quality demands on <strong>compressed</strong> <strong>air</strong><br />

purity are set by the individual components.<br />

With a centralized <strong>purification</strong> the<br />

entire <strong>compressed</strong> <strong>air</strong> generated has to be<br />

purified to meet the quality requirements<br />

of the most sensitive application. Local<br />

<strong>compressed</strong> <strong>air</strong> treatment with ultrafilter<br />

FRL units supplies each individual application<br />

exactly with <strong>air</strong> quality required and<br />

therefore avoids costly superqualification<br />

of <strong>compressed</strong> <strong>air</strong> for low demand purposes.<br />

Decentralized <strong>compressed</strong> <strong>air</strong> <strong>purification</strong><br />

can decrease operation costs, especially<br />

in the case, where only a few applications<br />

require higher qualities.<br />

Step by step – the <strong>purification</strong> process<br />

The distinctive advantage of the ultrafilter<br />

FRL is the various combinations which<br />

offer individual solutions for every application.<br />

The ultrafilter <strong>purification</strong> chain starts with<br />

a Filter/Water separator. It retains bulk<br />

particle contamination by a sieve effect<br />

and contains a cyclone separator to remove<br />

water and oil droplets from the <strong>compressed</strong><br />

<strong>air</strong>.<br />

The filter/water separator prevents the following<br />

high efficiency filter from bulk contami-nants,<br />

and therefore avoids pollution<br />

related problems like short overall lifetime<br />

or high differential pressures.<br />

The next important step on your way to<br />

<strong>compressed</strong> <strong>air</strong> purified exactly to the individual<br />

requirement is filtration.Depending<br />

on inlet as well as outlet parameters filtration<br />

can be designed purely as a one stage<br />

FRL component but also up to a severalstage<br />

maximum retention device.<br />

ultrafilter offers the proven submicrofilter<br />

SMF with patented binderfree filter<br />

medium ultr<strong>air</strong>, already in the standard ver-<br />

sion. High volume flows, low differential<br />

pressure and high dirt retention capacities<br />

allow these filters to fulfil all requirements<br />

concerning highest operation scurity and<br />

optimzed economy.<br />

Technical alterations reserved (Date 03/03)<br />

AG Büssingstraße 1 · D-42781 Haan · Telefon ++49/2129/569-0 · Telefax ++49/2129/569-100


The Plus from ultrafilter – dry <strong>compressed</strong><br />

<strong>air</strong><br />

Leaving the last filtration stage the <strong>compressed</strong><br />

<strong>air</strong> is free of particles, oil and<br />

water but far from being dry. ultrafilter has<br />

therefore integrated their proven membrane<br />

dryer in the FRL system.<br />

Air coming from the filters enters the integrated<br />

dryer and is led through the centre<br />

of a bundle of hollow fibres. Moisture diffuses<br />

across the semi-permeable membranes<br />

as <strong>air</strong> moves through the centre of<br />

the hollow fibre bundle. A small portion of<br />

the dried <strong>compressed</strong> <strong>air</strong> is led back over<br />

the outside of the fibre bundle and vented<br />

to atmosphere via outlets. The dry <strong>air</strong> produced<br />

leaves the system in order to drive<br />

the application or to enter the next <strong>purification</strong><br />

step.<br />

Always the right pressure.<br />

Different pneumatic components usually<br />

require different operation pressures. The<br />

purified <strong>compressed</strong> <strong>air</strong> comes with an<br />

<strong>Modular</strong> Compressed Air Purification with integrated Dryer:<br />

VarioDry FRL<br />

� � � � �<br />

operating pressure generated in a central<br />

compressor station. The operating pressure<br />

has to become adjusted to the individual<br />

pneumatic components. An implemented<br />

regulator ensures that the maximum<br />

pressure for the pneu-matic component<br />

will not be exceeded and eliminates the<br />

transmission of pressure shock waves.<br />

No bitter aftertaste.<br />

After filtration and drying the purified <strong>compressed</strong><br />

<strong>air</strong> still contains oil and water<br />

aerosols and odour. If the following pneumatic<br />

components requires absolutely oilfree<br />

<strong>compressed</strong> <strong>air</strong>, e.g. in food industry,<br />

these aerosols must be eliminated by an<br />

activated carbon filter.<br />

ultrafilter Oil Mist Lubricator – and everything<br />

will work out fine.<br />

Usually pneumatic cylinders and actuators<br />

depend on a constant amount of lubricated<br />

<strong>compressed</strong> <strong>air</strong> in order to do their job<br />

with the required precision and repeating<br />

accuracy. These pneumatic components<br />

1 Filter-Water-Separator with cyclone<br />

system and filter element, filter<br />

element available in different pore<br />

sizes<br />

2 Submicrofilter equipped with ultrafilter<br />

filter element ultr<strong>air</strong> ® SMF<br />

3 VarioDry FRL with integrated purge <strong>air</strong><br />

nozzle and internal regeneration <strong>air</strong> duct<br />

4 Pressure Regulating Valve and Pressure<br />

Gauge for outlet pressure visualisation,<br />

handwheel lockable<br />

5 Activated Carbon Filter equipped with<br />

ultrafilter filter element ultrac ® AK<br />

therefore depend on a certain amount of<br />

oil only a lubricator can ensure. The ultrafilter<br />

mist lubricator ensures function of<br />

pneumatic components and improves operation<br />

time.<br />

Technical alterations reserved (Date 03/03)<br />

AG Büssingstraße 1 · D-42781 Haan · Telefon ++49/2129/569-0 · Telefax ++49/2129/569-100


Technical data<br />

operating<br />

parameter<br />

operating pressure<br />

Inlet Temperature<br />

operating pressure pg bar<br />

corrective factor fpü<br />

Type<br />

FRL<br />

SF 0002<br />

SF 0005<br />

SF 0010<br />

SF 0015<br />

SF 0020<br />

SF 0025<br />

SF 0035<br />

SF 0050<br />

SF 0065<br />

SF 0080<br />

SF 0100<br />

SF 0125<br />

SF 0150<br />

capacity connection<br />

m 3 /h 1) m 3 /h 1) l/min 1)<br />

2,5<br />

5<br />

10<br />

15<br />

20<br />

25<br />

35<br />

50<br />

65<br />

80<br />

100<br />

125<br />

150<br />

5 6 7 8 9 10 11 12 13 14 15 16<br />

0,57 0,78 1,00 1,21 1,42 1,64 1,85 2,06 2,28 2,49 2,70 2,92<br />

0,04<br />

0,08<br />

0,17<br />

0,25<br />

0,33<br />

0,42<br />

0,58<br />

0,83<br />

1,08<br />

1,33<br />

1,67<br />

2,08<br />

2,5<br />

42<br />

83<br />

167<br />

250<br />

333<br />

417<br />

583<br />

833<br />

1083<br />

1333<br />

1667<br />

2080<br />

2500<br />

* Dimensions for Membrane Dryer only.<br />

Membrane<br />

other<br />

Optional:<br />

dryer<br />

components other components<br />

min. max. min. max. min. max.<br />

5bar<br />

2oC 16 bar<br />

60oC 0,5 bar<br />

2oC 10 bar<br />

50oC 0,5 bar<br />

2oC 16 bar<br />

80oC G”<br />

1/4”<br />

1/4”<br />

1/2”<br />

1/2”<br />

1/2”<br />

1/2”<br />

1/2”<br />

1/2”<br />

1”<br />

1”<br />

1”<br />

1”<br />

1”<br />

weight<br />

kg<br />

2,1<br />

2,5<br />

3,2<br />

3,4<br />

3,6<br />

3,8<br />

6,1<br />

6,7<br />

12,2<br />

15,8<br />

19,5<br />

22<br />

22<br />

W D W D<br />

325<br />

495<br />

540<br />

540<br />

540<br />

540<br />

540<br />

540<br />

720<br />

720<br />

720<br />

720<br />

720<br />

dimensions in mm<br />

H W<br />

85<br />

85<br />

110<br />

110<br />

110<br />

110<br />

127<br />

127<br />

305<br />

395<br />

485<br />

575<br />

575<br />

D<br />

50<br />

50<br />

63<br />

63<br />

63<br />

63<br />

63<br />

63<br />

92<br />

92<br />

92<br />

92<br />

92<br />

·<br />

· V<br />

Vcorr = –––– nom.<br />

fpg Filter 0002 to 0050 with polycarbonat-housing.<br />

Filter 0065 to 0150 with metal housing.<br />

1) volume flow refers to compressor inlet<br />

(20°C, 1 bar),<br />

Ambient temperature 25°C.<br />

Operating pressure 7 bar g.<br />

Inlet temperature 35°C according to DIN ISO<br />

7183.<br />

Performance date given refer to a PDP reduction<br />

of 20°C and a regeneration <strong>air</strong> flow of 10 %.<br />

Min. ambient temperature: 2°C;<br />

max. ambient temperature: 60°C.<br />

Technical alterations reserved (Date 03/03)<br />

AG Büssingstraße 1 · D-42781 Haan · Telefon ++49/2129/569-0 · Telefax ++49/2129/569-100


ultrafilter FRL<br />

Prefilter PE<br />

Housing with filter element PE<br />

cyclone separator and drain<br />

Technical data<br />

Description<br />

model1) connection<br />

installation<br />

volume flow<br />

inlet temperature 4)<br />

ambient temperature 4)<br />

operating pressure<br />

pore size<br />

retention rate<br />

condensate drain<br />

bowl material<br />

nominal 2) m 3 /h<br />

maximal 3) m 3 /h<br />

min. °C<br />

max. °C<br />

min. °C<br />

max. °C<br />

min. bar<br />

max. bar<br />

30 µm<br />

5 µm<br />

1 5) µm<br />

in % 6)<br />

manual<br />

semi-automatical 7)<br />

automatical<br />

polycarbonat<br />

Metall with sight glass<br />

metal<br />

PE 1 / 4-5<br />

1 /4”<br />

vertical<br />

33<br />

86<br />

0<br />

50°C at 10 bar<br />

0<br />

50°C at 10 bar<br />

0<br />

16<br />

option<br />

standard<br />

option<br />

95 %<br />

standard<br />

option<br />

-<br />

standard<br />

option<br />

option<br />

PE 1 / 2-5A<br />

1 /2”<br />

vertical<br />

114<br />

300<br />

0<br />

50°C at 10 bar<br />

0<br />

50°C at 10 bar<br />

0<br />

16<br />

option<br />

standard<br />

option<br />

95 %<br />

option<br />

option<br />

standard<br />

standard<br />

option<br />

option<br />

1) Typing for standard execution only – options come with different typing.<br />

2) at an operating pressure of 6 bar and 25 m/s<br />

3) at an operating pressure of 6,3 bar and a p of 1 bar<br />

4) different temperatures upon request<br />

5) as dust filter without cyclone separator and drain. Housing in special finish, therefore not suiting filter<br />

housings of standard or superplus version.<br />

6) refered to nominal volume flow<br />

7) at pressure relief<br />

PE 1-5<br />

1”<br />

vertical<br />

300<br />

840<br />

0<br />

50°C at 10 bar<br />

0<br />

50°C at 10 bar<br />

0<br />

10<br />

option<br />

standard<br />

option<br />

96 %<br />

option<br />

option<br />

standard<br />

n.a.<br />

standard<br />

n.a.<br />

Technical alterations reserved (Date 03/03)<br />

AG Büssingstraße 1 · D-42781 Haan · Telefon ++49/2129/569-0 · Telefax ++49/2129/569-100


ultrafilter FRL<br />

Submicrofilter SMF<br />

Housing with depth filter SMF and<br />

condensate drain<br />

Depth filter SMF with threedimensional,<br />

binderfree filter fleece ultr<strong>air</strong>, made of<br />

binderfree borosilicat. Secure retention of<br />

particles and liquids is achieved by gravity,<br />

sieve effect and diffusion.<br />

Technical data<br />

description<br />

model1) connection<br />

installation<br />

volume flow<br />

inlet temperature4) ambient temperature 4)<br />

operating pressure<br />

differential pressure ( new )<br />

retention rate<br />

residual oil content<br />

condensate drain<br />

housing<br />

nominal m 3 /h 3)<br />

min. °C<br />

max. °C<br />

min. °C<br />

max. °C<br />

min. bar<br />

max. bar<br />

in bar<br />

in % 5)<br />

ppm 6)<br />

manual<br />

automatical<br />

polycarbonat<br />

metal with sight glass<br />

metal<br />

SMF 1/ 4-5<br />

1/ 4”<br />

vertical<br />

12<br />

0<br />

50°C at 10 bar<br />

0<br />

50°C at 10 bar<br />

0<br />

16<br />

0,1<br />

99,99999<br />


ultrafilter FRL<br />

Postfilter AK<br />

Housing with activated carbon filter AK<br />

The adsorption filter AK offers double<br />

security. Adsorption of steam and gaseous<br />

carbons and odours effects by a two-stage<br />

activated carbon filter media.<br />

The adsorption by two stages offers a<br />

higher adsorption surface, extended operation<br />

time and higher efficiency. A stainless<br />

steel support mesh and the filter<br />

medium fix the activated carbon and<br />

ensure that no carbon can leave the filter.<br />

Technical data<br />

description<br />

model1) connection<br />

installation<br />

volume flow<br />

inlet temperature3) ambient temperature 3)<br />

operating pressure<br />

differential pressure (new)<br />

residual oil content<br />

housing material<br />

nominal m 3 /h 2)<br />

min. °C<br />

max. °C<br />

min. °C<br />

max. °C<br />

min. bar<br />

max. bar<br />

in bar<br />

ppm 4)<br />

polycarbonat<br />

metal with sight glass<br />

metal<br />

AK 1/ 4-5<br />

1/ 4”<br />

vertical<br />

12<br />

0<br />

40°Cat10bar<br />

0<br />

40°Cat10bar<br />

0<br />

16<br />

0,1<br />

0,003<br />

standard<br />

option<br />

option<br />

1) Typing for standard execution only – options will come with different typing<br />

In order to prevent the AK filter element, we recommend a SMF-prefiltration.<br />

2) operating pressure of 6 bar<br />

3) other temperatures upon request<br />

4) in combination with a SMF-depth filter<br />

AK 1/ 2-5A<br />

1/ 2”<br />

vertical<br />

36<br />

0<br />

40°Cat10bar<br />

0<br />

40°Cat10bar<br />

0<br />

16<br />

0,1<br />

0,003<br />

standard<br />

option<br />

option<br />

AK 1-5<br />

1”<br />

vertical<br />

185<br />

0<br />

450°C at 10 bar<br />

0<br />

40°Cat10bar<br />

0<br />

10<br />

0,1<br />

0,003<br />

n.a.<br />

standard<br />

n.a.<br />

Technical alterations reserved (Date 03/03)<br />

AG Büssingstraße 1 · D-42781 Haan · Telefon ++49/2129/569-0 · Telefax ++49/2129/569-100


ultrafilter FRL<br />

Oil mist lubricator OL<br />

with volume compensation<br />

(drop quantity per minute almost constant)<br />

Technical data<br />

description<br />

model2) connection<br />

installation<br />

volume flow<br />

volume flow optimum<br />

inlet temperature 5)<br />

ambient temperature 5)<br />

operating pressure<br />

Oil-level quantity6) Oil re-filling<br />

housing material<br />

nominal m 3 /h 3)<br />

maximal m 3 /h 4)<br />

min. m 3 /h<br />

max. m 3 /h<br />

min. °C<br />

max. °C<br />

min. °C<br />

max. °C<br />

min. bar<br />

max. bar<br />

maxcm 2<br />

manual 7)<br />

automatic<br />

polycarbonat<br />

metal with sight glass<br />

metal<br />

OL 1/ 4-5<br />

1/ 4”<br />

vertical<br />

33<br />

110<br />

0,2<br />

30<br />

-20<br />

50°C at 10 bar<br />

-20<br />

50°C at 10 bar<br />

0<br />

16<br />

45<br />

standard<br />

n.a.<br />

standard<br />

option<br />

option<br />

1) Quantity of oil drops per minute almost constant – mixture relation Oil/Air degressive<br />

2) Typing for standard execution only – options will come with different typing<br />

3) at an operating pressure of 6 bar and 25 m/s<br />

4) at an operating pressure of 6,3 bar and Dp = 1 bar<br />

5) other temperatures upon request<br />

6) only for use of recommended oils of viscosity class VG 32 according to ISO 3448<br />

7) also during operation possible<br />

Oil Mist Lubricator with volume flow compensation 1)<br />

OL 1/ 2-5A<br />

1/ 2”<br />

vertical<br />

114<br />

318<br />

2<br />

120<br />

0<br />

50°Cat10bar<br />

0<br />

50°Cat10bar<br />

0<br />

16<br />

112<br />

standard<br />

n.a.<br />

standard<br />

option<br />

option<br />

OL 1-5<br />

1”<br />

vertical<br />

300<br />

1080<br />

0<br />

50°C at 10 bar<br />

0<br />

50°C at 10 bar<br />

0<br />

10<br />

500<br />

standard<br />

n.a.<br />

n.a.<br />

standard<br />

n.a.<br />

Technical alterations reserved (Date 03/03)<br />

AG Büssingstraße 1 · D-42781 Haan · Telefon ++49/2129/569-0 · Telefax ++49/2129/569-100


ultrafilter FRL<br />

Pressure regulator PR<br />

Membrane-pressure valve<br />

(spring controlled) with secondary relief and<br />

volume flow compensation,<br />

hand wheel fixable<br />

Technical data<br />

description<br />

model1) connection<br />

installation<br />

volume flow<br />

inlet temperature 4)<br />

ambient temperature 4)<br />

operating pressure inlet<br />

operating pressure outlet standard<br />

operating pressure outlet optional<br />

achievable differential pressure<br />

(inlet / outlet )<br />

Hysterese<br />

nominal m3 /h2) max. m3 /h3) min. °C<br />

max. °C<br />

min. °C<br />

max. °C<br />

min. bar<br />

max. bar<br />

min. bar<br />

max. bar<br />

min. bar<br />

max. bar<br />

min. bar<br />

5) bar<br />

bar<br />

PR 1/ 4-8<br />

1/ 4”<br />

any<br />

33<br />

63<br />

0<br />

60<br />

0<br />

60<br />

0<br />

16<br />

0,5<br />

8<br />

4<br />

15<br />

0,2<br />

0,5<br />

0,4 6)<br />

1) Typing for standard execution only – options come with different typing<br />

Delivery effects incl. manometer<br />

2) at an operation pressure of 6 bar and 25 m/s<br />

3) at an operation pressure inlet of 10 bar, outlet 6,3 bar and Dp = 1 bar<br />

4) other temperatures upon request<br />

5) at an inlet operation pressure of 10 bar, outlet 0 bar<br />

6) at an inlet operation pressure of 10 bar, outlet 8 bar<br />

7) at an inlet operation pressure of 10 bar, outlet 10 bar<br />

PR 1/ 2-8<br />

1/ 2”<br />

any<br />

114<br />

342<br />

0<br />

60<br />

0<br />

60<br />

0<br />

16<br />

0,5<br />

8<br />

4<br />

10<br />

0,2<br />

0,9<br />

0,7 7)<br />

PR 1-10<br />

1”<br />

any<br />

300<br />

840<br />

0<br />

60<br />

0<br />

60<br />

0<br />

16<br />

0,5<br />

10<br />

16<br />

Technical alterations reserved (Date 03/03)<br />

AG Büssingstraße 1 · D-42781 Haan · Telefon ++49/2129/569-0 · Telefax ++49/2129/569-100<br />

0,2<br />

0,6<br />

0,2 7)

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