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mann filter products for the filtration of compressed air

Druckluftfiltration_GB

MANN-FILTER products for the
filtration of compressed air

Druckluftfiltration_GB 25.04.2007 11:52 Uhr Seite 1

Product overview

Depending on the required purity level, different filters are available:

Preliminary filter LD…/2
Separation efficiency
99.99 % with 3 µm

from page 5

For the filtration of solid and
liquid contaminants down to
a particle size of 3 µm

Fine filter LD …
Separation efficiency
99.9999 % with 1 µm

from page 9

For the filtration of solid and
liquid contaminants down to
a particle size of 1 µm

Ultra fine filter LD …/1
Separation efficiency
99.99999 % with 0.01 µm

from page 9

For the filtration of solid and
liquid contaminants down to a
particle size of 0.01 µm

Activated charcoal
filter LD …/3
Residual oil content
to 0.003 mg/m3

from page 15

For the adsorption of oil
vapours down to a residual
oil content of 0.003 mg/m3

(technically oil-free com-
pressed air)

2

MANN-FILTER products for the filtration of compressed air

MANN-FILTER stands
for leading brand quality,
excellent service, world-
wide availability and reliable
market success.

MANN-FILTER products
are now also available with
immediate effect for the filtra-
tion of compressed air. They
meet all the specifications of
OEM producers with regard to
filtration characteristics, pro-
duct quality and compatibility.

Over a period of 60 years
MANN+HUMMEL has been
a specialist for filtration re-
quirements in vehicles, mobile
industrial applications and
mechanical engineering.

In the aftermarket our filter
elements are known and
recognised the world over
under our MANN-FILTER
brand.

MANN-FILTER
products for the filtration
of compressed air – the
advantages at a glance:
• Large filter surface area
• Low flow rate
• Low pressure drop
• Low energy costs
• Constant high separation

efficiency
• High dirt holding capacity
• Long service life
• Excellent economy over the

whole life of the product

Druckluftfiltration_GB 25.04.2007 11:53 Uhr Seite 2

MANN-FILTER pleated elements reduce energy costs

• The special MANN-FILTER
pleating enables up to
4-times more filter surface
area than a conventional
element.

• The flow rate is correspon-
dingly lower.

• This in turn leads to a much
lower pressure drop which is
up to 0.2 bar less than a
conventional element. The
compressor only has to
overcome a low differential
pressure.

The MANN-FILTER pleating technology has numerous advan-
tages in comparison to conventionally wound filter elements: Differential pressure of filter elements of different designs

• The pleating technology
enables considerably lower
energy costs for the whole
life of the filter element.

• In addition, the low flow rate
prevents the particles from
being swept along and
improves the filtration
efficiency.

Clean compressed air

A reliable and economic
supply of compressed air
is an absolute must for pro-
duction facilities in all fields.

It is only possible to ensure
efficient and reliable produc-
tion if the required quality of
the compressed air is made
possible by the appropriate
filtration.

The alternative is machine
wear, malfunctions and pro-
duction downtimes leading to
increased waste and higher
costs for energy, maintenance
and servicing.

Clean compressed air ensures
the problem-free operation of
pneumatic drives and control
systems. Pipes and valves
remain free of contaminants
and therefore enable the effi-
cient use of energy.

Every cubic metre of ambient
air sucked into the compres-
sor has up to 200 million dirt
particles, of which 98 % are
particulate matter with a par-
ticle size under 5 µm.

Additional contaminants
present in the air are hydro-
carbons from oil vapour, bio-
logical germs and bacteria.

The inside of pipes are also
subject to contamination
through corrosion, condensa-
tion and deposits.

MANN-FILTER products for
the filtration of compressed air
offer constant compressed air
quality at low cost with high
operational reliability – which
means high reliability, quality
and energy efficiency at all
times.

3

1 yearOperating time

0.35

Di
ffe

re
nt

ia
l p

re
ss

ur
e

in
b

ar

0.2 bar

high performance pleated filter elements conventional filter elements

An example where clean com-
pressed air is a requirement is the
production of semiconductors.

MANN-FILTER
pleated filter element

Conventional,
wound filter element

Druckluftfiltration_GB 25.04.2007 11:53 Uhr Seite 3

4

Service notes

In general, we would like to
point out that the maintenance
instructions of the system
producer must be observed!

In addition, MANN-FILTER
recommends changing filter
elements at a differential
pressure of 350 mbar, but
at the latest, however, after
one year.

The activated charcoal ele-
ments are an exception to
this rule. In this case the
maximum period of service
is 1,500 operating hours or
a maximum of 3 months.

Depending on the temperature
of the incoming oil and the
oil content, the time when
a service is necessary may
arrive much earlier.

The reasons why it is neces-
sary to change the filter ele-
ments in a compressed air
system on a regular basis are:
• Increased energy costs

resulting from a higher
differential pressure

• Embrittlement of the seal
through ageing and leaks
as a result

• Lower filtration efficiency
due to lower elasticity of
filter fibres

In particular, the increase in
differential pressure leading
to a considerable increase in
energy costs means that
changing the element on a
regular basis will significantly
improve the economy of the
system.

Druckluftfiltration_GB 25.04.2007 11:53 Uhr Seite 4

MANN-FILTER Preliminary filters

5

Druckluftfiltration_GB 25.04.2007 11:53 Uhr Seite 5

100 µm

MANN-FILTER Preliminary filters
These filters are surface-type
filters designed for coarse
separation in the area of
pre-filtration.

They serve to reliably remove
liquids and solid particles
down to a size of 3 µm from
compressed air and gas flows
with a separation efficiency of
99.99 %.

The recommended operating
temperature range is from
1.5 °C to 60 °C.

The core of the filter is the
pleated and coated filtration
medium from impregnated
microfibre fabric with a 75 %
void volume.

In comparison to a wound ele-
ment with a similar size, the
machine-produced pleating
enables more than 4 times the
amount of filter surface area.

*1 Relating to particle size 3 µm
*2 Measured at 7 bar positive overpressure with the example LD 6001/2 x
*3 After 60 minutes exposure to test aerosols with an incoming concentration

of >20 mg/m3, measured at 7 bar positive overpressure, LD 6001/2 x

6

Separation efficiency
Differential pressure in new condition dry*2

Saturated differential pressure*3

Static bursting pressure

99.99 %*1

0.02 bar
0.07 bar
5 bar

LD..../2

Specifications

The supporting structure of
the filter element consists of
high quality stainless steel
mesh with extremely large
passage openings and end
covers in plastic or aluminium.

Druckluftfiltration_GB 25.04.2007 11:53 Uhr Seite 6

7

MANN-FILTER Preliminary filters

LD 4001/2 35 18.5 – WI 1/4 73 32 99.99 % (3 µm) 0.02 NBR H
LD 4002/2 35 – – G 3/4" 76 20 99.99 % (3 µm) 0.02 NBR E
LD 4003/2 35 – – G 3/4" 90 40 99.99 % (3 µm) 0.02 NBR E
LD 5001/2 x 42 16.3 – M 6 53 30 99.99 % (3 µm) 0.02 NBR A
LD 5004/2 42 – – G 1" 89 60 99.99 % (3 µm) 0.02 NBR D
LD 5005/2 42 – – G 3/4" 94 35 99.99 % (3 µm) 0.02 NBR E
LD 5006/2 42 – – G 3/4" 94 60 99.99 % (3 µm) 0.02 NBR E
LD 5007/2 42 – – G 3/4" 122 90 99.99 % (3 µm) 0.02 NBR E
LD 5008/2 45 23 – – 67.5 30 99.99 % (3 µm) 0.02 NBR B
LD 5009/2 45 23 – – 101 60 99.99 % (3 µm) 0.02 NBR B
LD 5010/2 45 23 – – 146 114 99.99 % (3 µm) 0.02 NBR B
LD 5002/2 50 30.4 – M 6 88 61 99.99 % (3 µm) 0.02 NBR H
LD 5003/2 50 30.4 – M 6 124 108 99.99 % (3 µm) 0.02 NBR H
LD 6001/2 x 51 24 – M 6 57 50 99.99 % (3 µm) 0.02 NBR A
LD 6002/2 x 51 24 – M 6 73 70 99.99 % (3 µm) 0.02 NBR A
LD 6003/2 x 51 24 – M 6 142 100 99.99 % (3 µm) 0.02 NBR A
LD 6004/2 52 – – WI 1 1/2 93 90 99.99 % (3 µm) 0.02 NBR D
LD 6005/2 52 – – WI 1 1/2 125 150 99.99 % (3 µm) 0.02 NBR D
LD 6006/2 52 – – G 1" 128 120 99.99 % (3 µm) 0.02 NBR E
LD 6007/2 52 – – G 1" 150 180 99.99 % (3 µm) 0.02 NBR E
LD 6008/2 60 19.5 – – 50 35 99.99 % (3 µm) 0.02 NBR F
LD 6009/2 60 19.5 – – 91 60 99.99 % (3 µm) 0.02 NBR F
LD 6010/2 60 19.5 – – 155 105 99.99 % (3 µm) 0.02 NBR F
LD 6011/2 60 35 – – 167 170 99.99 % (3 µm) 0.02 NBR F
LD 6012/2 60 35 – – 275 290 99.99 % (3 µm) 0.02 NBR F
LD 6013/2 60 33 – – 167 156 99.99 % (3 µm) 0.02 NBR B
LD 6014/2 60 33 – – 207 216 99.99 % (3 µm) 0.02 NBR B
LD 7001/2 62 – – G 1" 125 210 99.99 % (3 µm) 0.02 NBR D
LD 7002/2 62 – – G 1" 152 270 99.99 % (3 µm) 0.02 NBR D
LD 7003/2 62 – – G 1" 151 270 99.99 % (3 µm) 0.02 NBR E
LD 7004/2 62 – – G 1" 204 360 99.99 % (3 µm) 0.02 NBR E
LD 7005/2 68 43 – – 335 425 99.99 % (3 µm) 0.02 NBR F
LD 7006/2 68 43 – – 450 640 99.99 % (3 µm) 0.02 NBR F
LD 8001/2 x 75 48 – M 8 118.1 180 99.99 % (3 µm) 0.02 NBR A
LD 8002/2 x 75 48 – M 8 218.1 300 99.99 % (3 µm) 0.02 NBR A
LD 8003/2 x 75 48 – M 8 318.1 470 99.99 % (3 µm) 0.02 NBR A
LD 8004/2 x 75 48 – M 8 508.1 700 99.99 % (3 µm) 0.02 NBR A
LD 8005/2 77 38 – M 8 167 216 99.99 % (3 µm) 0.02 NBR H
LD 8006/2 77 38 – M 8 267 522 99.99 % (3 µm) 0.02 NBR H
LD 9015/2 83 57.5 – – 517 825 99.99 % (3 µm) 0.02 NBR F

Dimensions in mm Flow rate*1 Separation Differential Seal Design
d1 d2 d3 G h [m3/h] efficiency*2 pressure*3 [bar]

*1 Relating to 1 bar (a) and 20 °C at 7 bar positive overpressure
*2 Separation efficiency at nominal performance
*3 Differential pressure in new condition, dry, with nominal throughput
*4 Relating to MPPS 0.1 – 0.5 µm (most penetrating particle size)

Design overview on page 32.

Druckluftfiltration_GB 25.04.2007 11:53 Uhr Seite 7

8

MANN-FILTER Preliminary filters

LD 9016/2 83 57.5 – – 663 1060 99.99 % (3 µm) 0.02 NBR F
LD 9017/2 83 57.5 – – 821 1325 99.99 % (3 µm) 0.02 NBR F
LD 9018/2 x 83 63 – 5/16" 771.5 1110 99.99 % (3 µm) 0.02 NBR G
LD 9019/2 x 83 63 – 5/16" 625.5 1698 99.99 % (3 µm) 0.02 NBR G
LD 9001/2 86 57.15 – M 10 340 792 99.99 % (3 µm) 0.02 NBR H
LD 9002/2 86 57.15 – M 10 641.5 1188 99.99 % (3 µm) 0.02 NBR H
LD 9003/2 86 – – G 1" 152 330 99.99 % (3 µm) 0.02 NBR D
LD 9004/2 86 – – G 1" 205 480 99.99 % (3 µm) 0.02 NBR D
LD 9005/2 86 – – G 1" 279 720 99.99 % (3 µm) 0.02 NBR D
LD 9014/2 86 – – G 1" 330 860 99.99 % (3 µm) 0.02 NBR D
LD 9006/2 86 56 13.5 – 391 1080 99.99 % (3 µm) 0.02 NBR C
LD 9007/2 86 56 13.5 – 519 1440 99.99 % (3 µm) 0.02 NBR C
LD 9008/2 86 56 13.5 – 771 1920 99.99 % (3 µm) 0.02 NBR C
LD 9009/2 86 – – G 2" 206 480 99.99 % (3 µm) 0.02 NBR E
LD 9010/2 86 – – G 2" 280 720 99.99 % (3 µm) 0.02 NBR E
LD 9011/2 86 61 13.5 – 397 1080 99.99 % (3 µm) 0.02 NBR B
LD 9012/2 86 61 13.5 – 525 1440 99.99 % (3 µm) 0.02 NBR B
LD 9013/2 86 61 13.5 – 777 1920 99.99 % (3 µm) 0.02 NBR B
LD 9020/2 86 46 – – 300 432 99.99 % (3 µm) 0.02 NBR B
LD 9021/2 86 46 – – 335 540 99.99 % (3 µm) 0.02 NBR B
LD 9022/2 86 46 – – 380 630 99.99 % (3 µm) 0.02 NBR B
LD 9023/2 86 66.3 – M 8 607 2808 99.99 % (3 µm) 0.02 NBR C
LD 10 001/2 x 92 68.2 – M 8 510 940 99.99 % (3 µm) 0.02 NBR A
LD 10 002/2 x 92 68.2 – M 8 760 1450 99.99 % (3 µm) 0.02 NBR A
LD 11 001/2 102 66.5 – – 435 936 99.99 % (3 µm) 0.02 NBR B
LD 12 001/2 114.5 76 – M 10 423.5 1548 99.99 % (3 µm) 0.02 NBR H
LD 12 002/2 114.5 76 – M 10 644.5 2232 99.99 % (3 µm) 0.02 NBR H
LD 12 003/2 120 78.5 – – 523 1404 99.99 % (3 µm) 0.02 NBR B
LD 12 004/2 120 78.5 – – 693 1872 99.99 % (3 µm) 0.02 NBR B
LD 13 001/2 122 78 – M 8 694 1872 99.99 % (3 µm) 0.02 NBR C
LD 14 001/2 x 140 100 18 – 605 1940 99.99 % (3 µm) 0.02 NBR I
LD 14 002/2 x 140 100 18 – 755 2400 99.99 % (3 µm) 0.02 NBR I
LD 14 003/2 140 82 13.5 – 771 2880 99.99 % (3 µm) 0.02 NBR C
LD 14 004/2 140 89 13.5 – 777 2880 99.99 % (3 µm) 0.02 NBR B

Dimensions in mm Flow rate*1 Separation Differential Seal Design
d1 d2 d3 G h [m3/h] efficiency*2 pressure*3 [bar]

*1 Relating to 1 bar (a) and 20 °C at 7 bar positive overpressure
*2 Separation efficiency at nominal performance
*3 Differential pressure in new condition, dry, with nominal throughput
*4 Relating to MPPS 0.1 – 0.5 µm (most penetrating particle size)

Design overview on page 32.

Druckluftfiltration_GB 25.04.2007 11:53 Uhr Seite 8

MANN-FILTER Fine filters and Ultra fine filters

9

Druckluftfiltration_GB 25.04.2007 11:53 Uhr Seite 9

10

MANN-FILTER Fine filters and Ultra fine filters

These are designed as coal-
escence deep-bed filters and
reliably remove liquids and
solid particles down to a size
of 0.01 µm with a separation
efficiency of 99.99999 %
(LD…./1 x) from compressed
air and gas flows.

The recommended operating
temperature range is from
1.5 °C to 60 °C.

The core of the filter is the
pleated medium made from
borosilicate microfibre fabric
with more than 96 % void
volume. It is surrounded by
an additional filtration fabric
offering structural support.

In comparison to a wound ele-
ment with a similar size, the
machine-produced pleating
enables more than 4 times the
amount of filter surface area.

Separation efficiency
MPPS separation efficiency
Residual oil content*4

Differential pressure in new condition dry*5

Saturated differential pressure*6

Static bursting pressure

99.9999 %*1

99.99 %*3

0.5 mg/m3

0.03 bar
0.15 bar
5 bar

99.99999 %*2

99.9999 %*3

0.01 mg/m3

0.06 bar
0.20 bar
5 bar

LD.... LD..../1

Specifications

*1 Relating to particle size 1 µm
*2 Relating to particle size 0.01 µm
*3 Relating to MPPS 0.1 – 0.5 µm (most penetrating particle size)
*4 Relating to 1 bar (a), 20 °C with an incoming concentration of 20 mg/m3

*5 Measured at 7 bar positive overpressure with example LD 6001 x – LD 6001/1 x
*6 After 60 minutes exposure to test aerosols with an incoming concentration

of >20 mg/m3, measured at 7 bar positive overpressure, LD 6001 – LD 6001/1 x

100 µm

On the outside of the filter
there is a drainage layer made
from open-celled CFC-free
foam cladding.

The supporting structure of
the filter element consists of
high quality stainless steel
mesh with extremely large
passage openings and end
covers in plastic or aluminium.

Drainage

Coalescence







Druckluftfiltration_GB 25.04.2007 11:53 Uhr Seite 10

11

MANN-FILTER Fine filters and Ultra fine filters

LD 4001 35 18.5 – WI 1/4 73 32 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 4002 35 – – G 3/4" 76 20 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 4003 35 – – G 3/4" 90 40 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 4001/1 35 18.5 – WI 1/4 73 32 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 4002/1 35 – – G 3/4" 76 20 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 4003/1 35 – – G 3/4" 90 40 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 5001 x 42 16.3 – M 6 53 30 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 5004 42 – – G 1" 89 60 99.9999 % (1 µm) 0.03 99.99 % NBR L
LD 5005 42 – – G 3/4" 94 35 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 5006 42 – – G 3/4" 94 60 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 5007 42 – – G 3/4" 122 90 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 5001/1 x 42 16.3 – M 6 53 30 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 5004/1 42 – – G 1" 89 60 99.99999 % (0.01 µm) 0.06 99.9999 % NBR L
LD 5005/1 42 – – G 3/4" 94 35 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 5006/1 42 – – G 3/4" 94 60 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 5007/1 42 – – G 3/4" 122 90 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 5008 45 23 – – 67.5 30 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 5009 45 23 – – 101 60 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 5010 45 23 – – 146 114 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 5008/1 45 23 – – 67.5 30 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 5009/1 45 23 – – 101 60 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 5010/1 45 23 – – 146 114 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 5002 50 30.4 – M 6 88 61 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 5003 50 30.4 – M 6 124 108 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 5002/1 50 30.4 – M 6 88 61 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 5003/1 50 30.4 – M 6 124 108 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 6001 x 51 24 – M 6 57 50 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 6002 x 51 24 – M 6 73 70 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 6003 x 51 24 – M 6 142 100 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 6001/1 x 51 24 – M 6 57 50 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 6002/1 x 51 24 – M 6 73 70 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 6003/1 x 51 24 – M 6 142 100 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 6004 52 – – WI 1 1/2 93 90 99.9999 % (1 µm) 0.03 99.99 % NBR L
LD 6005 52 – – WI 1 1/2 125 150 99.9999 % (1 µm) 0.03 99.99 % NBR L
LD 6006 52 – – G 1" 128 120 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 6007 52 – – G 1" 150 180 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 6004/1 52 – – WI 1 1/2 93 90 99.99999 % (0.01 µm) 0.06 99.9999 % NBR L
LD 6005/1 52 – – WI 1 1/2 125 150 99.99999 % (0.01 µm) 0.06 99.9999 % NBR L

Dimensions in mm Flow rate*1 Separation Differential MPPS separation Seal Design
d1 d2 d3 G h [m3/h] efficiency*2 pressure*3 [bar] efficiency*4

*1 Relating to 1 bar (a) and 20 °C at 7 bar positive overpressure
*2 Separation efficiency at nominal performance
*3 Differential pressure in new condition, dry, with nominal throughput
*4 Relating to MPPS 0.1 – 0.5 µm (most penetrating particle size)

Design overview on page 32.

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 11

12

MANN-FILTER Fine filters and Ultra fine filters

LD 6006/1 52 – – G 1" 128 120 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 6007/1 52 – – G 1" 150 180 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 6008 60 19.5 – – 50 35 99.9999 % (1 µm) 0.03 99.99 % NBR P
LD 6009 60 19.5 – – 91 60 99.9999 % (1 µm) 0.03 99.99 % NBR P
LD 6010 60 19.5 – – 155 105 99.9999 % (1 µm) 0.03 99.99 % NBR P
LD 6011 60 35 – – 167 170 99.9999 % (1 µm) 0.03 99.99 % NBR P
LD 6012 60 35 – – 275 290 99.9999 % (1 µm) 0.03 99.99 % NBR P
LD 6013 60 33 – – 167 156 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 6014 60 33 – – 207 216 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 6008/1 60 19.5 – – 50 35 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 6009/1 60 19.5 – – 91 60 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 6010/1 60 19.5 – – 155 105 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 6011/1 60 35 – – 167 170 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 6012/1 60 35 – – 275 290 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 6013/1 60 33 – – 167 156 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 6014/1 60 33 – – 207 216 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 7001 62 – – G 1" 125 210 99.9999 % (1 µm) 0.03 99.99 % NBR L
LD 7002 62 – – G 1" 152 270 99.9999 % (1 µm) 0.03 99.99 % NBR L
LD 7003 62 – – G 1" 151 270 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 7004 62 – – G 1" 204 360 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 7001/1 62 – – G 1" 125 210 99.99999 % (0.01 µm) 0.06 99.9999 % NBR L
LD 7002/1 62 – – G 1" 152 270 99.99999 % (0.01 µm) 0.06 99.9999 % NBR L
LD 7003/1 62 – – G 1" 151 270 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 7004/1 62 – – G 1" 204 360 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 7005 68 43 – – 335 425 99.9999 % (1 µm) 0.03 99.99 % NBR P
LD 7006 68 43 – – 450 640 99.9999 % (1 µm) 0.03 99.99 % NBR P
LD 7005/1 68 43 – – 335 425 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 7006/1 68 43 – – 450 640 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 8001 x 75 48 – M 8 118.1 180 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 8002 x 75 48 – M 8 218.1 300 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 8003 x 75 48 – M 8 318.1 470 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 8004 x 75 48 – M 8 508.1 700 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 8001/1 x 75 48 – M 8 118.1 180 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 8002/1 x 75 48 – M 8 218.1 300 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 8003/1 x 75 48 – M 8 318.1 470 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 8004/1 x 75 48 – M 8 508.1 700 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 8005 77 38 – M 8 167 216 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 8006 77 38 – M 8 267 522 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 8005/1 77 38 – M 8 167 216 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 8006/1 77 38 – M 8 267 522 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 9015 83 57.5 – – 517 825 99.9999 % (1 µm) 0.03 99.99 % NBR P
LD 9016 83 57.5 – – 663 1060 99.9999 % (1 µm) 0.03 99.99 % NBR P

Dimensions in mm Flow rate*1 Separation Differential MPPS separation Seal Design
d1 d2 d3 G h [m3/h] efficiency*2 pressure*3 [bar] efficiency*4

*1 Relating to 1 bar (a) and 20 °C at 7 bar positive overpressure
*2 Separation efficiency at nominal performance
*3 Differential pressure in new condition, dry, with nominal throughput
*4 Relating to MPPS 0.1 – 0.5 µm (most penetrating particle size)

Design overview on page 32.

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 12

13

MANN-FILTER Fine filters and Ultra fine filters

LD 9017 83 57.5 – – 821 1325 99.9999 % (1 µm) 0.03 99.99 % NBR P
LD 9018 x 83 63 – 5/16" 771.5 1110 99.9999 % (1 µm) 0.03 99.99 % NBR Q
LD 9019 x 83 63 – 5/16" 625.5 1698 99.9999 % (1 µm) 0.03 99.99 % NBR Q
LD 9015/1 83 57.5 – – 517 825 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 9016/1 83 57.5 – – 663 1060 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 9017/1 83 57.5 – – 821 1325 99.99999 % (0.01 µm) 0.06 99.9999 % NBR P
LD 9018/1 x 83 63 – 5/16" 771.5 1110 99.99999 % (0.01 µm) 0.06 99.9999 % NBR Q
LD 9019/1 x 83 63 – 5/16" 625.5 1698 99.99999 % (0.01 µm) 0.06 99.9999 % NBR Q
LD 9001 86 57.15 – M 10 340 792 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 9002 86 57.15 – M 10 641.5 1188 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 9003 86 – – G 1" 152 330 99.9999 % (1 µm) 0.03 99.99 % NBR L
LD 9004 86 – – G 1" 205 480 99.9999 % (1 µm) 0.03 99.99 % NBR L
LD 9005 86 – – G 1" 279 720 99.9999 % (1 µm) 0.03 99.99 % NBR L
LD 9014 86 – – G 1" 330 860 99.9999 % (1 µm) 0.03 99.99 % NBR L
LD 9006 86 56 13.5 – 391 1080 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 9007 86 56 13.5 – 519 1440 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 9008 86 56 13.5 – 771 1920 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 9009 86 – – G 2" 206 480 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 9010 86 – – G 2" 280 720 99.9999 % (1 µm) 0.03 99.99 % NBR N
LD 9011 86 61 13.5 – 397 1080 99.9999 % (1 µm) 0.03 99.99 % NBR O
LD 9012 86 61 13.5 – 525 1440 99.9999 % (1 µm) 0.03 99.99 % NBR O
LD 9013 86 61 13.5 – 777 1920 99.9999 % (1 µm) 0.03 99.99 % NBR O
LD 9020 86 46 – – 300 432 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 9021 86 46 – – 335 540 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 9022 86 46 – – 380 630 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 9023 86 66.3 – M 8 607 2808 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 9001/1 86 57.15 – M 10 340 792 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 9002/1 86 57.15 – M 10 641.5 1188 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 9003/1 86 – – G 1" 152 330 99.99999 % (0.01 µm) 0.06 99.9999 % NBR L
LD 9004/1 86 – – G 1" 205 480 99.99999 % (0.01 µm) 0.06 99.9999 % NBR L
LD 9005/1 86 – – G 1" 279 720 99.99999 % (0.01 µm) 0.06 99.9999 % NBR L
LD 9014/1 86 – – G 1" 330 860 99.99999 % (0.01 µm) 0.06 99.9999 % NBR L
LD 9006/1 86 56 13.5 – 391 1080 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 9007/1 86 56 13.5 – 519 1440 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 9008/1 86 56 13.5 – 771 1920 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 9009/1 86 – – G 2" 206 480 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 9010/1 86 – – G 2" 280 720 99.99999 % (0.01 µm) 0.06 99.9999 % NBR N
LD 9011/1 86 61 13.5 – 397 1080 99.99999 % (0.01 µm) 0.06 99.9999 % NBR O
LD 9012/1 86 61 13.5 – 525 1440 99.99999 % (0.01 µm) 0.06 99.9999 % NBR O
LD 9013/1 86 61 13.5 – 777 1920 99.99999 % (0.01 µm) 0.06 99.9999 % NBR O
LD 9020/1 86 46 – – 300 432 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 9021/1 86 46 – – 335 540 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M

Dimensions in mm Flow rate*1 Separation Differential MPPS separation Seal Design
d1 d2 d3 G h [m3/h] efficiency*2 pressure*3 [bar] efficiency*4

*1 Relating to 1 bar (a) and 20 °C at 7 bar positive overpressure
*2 Separation efficiency at nominal performance
*3 Differential pressure in new condition, dry, with nominal throughput
*4 Relating to MPPS 0.1 – 0.5 µm (most penetrating particle size)

Design overview on page 32.

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 13

14

MANN-FILTER Fine filters and Ultra fine filters

LD 9022/1 86 46 – – 380 630 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 9023/1 86 66.3 – M 8 607 2808 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 10 001 x 92 68.2 – M 8 510 940 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 10 002 x 92 68.2 – M 8 760 1450 99.9999 % (1 µm) 0.03 99.99 % NBR J
LD 10 001/1 x 92 68.2 – M 8 510 940 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 10 002/1 x 92 68.2 – M 8 760 1450 99.99999 % (0.01 µm) 0.06 99.9999 % NBR J
LD 11 001 102 66.5 – – 435 936 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 11 001/1 102 66.5 – – 435 936 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 12 001 114.5 76 – M 10 423.5 1548 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 12 002 114.5 76 – M 10 644.5 2232 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 12 001/1 114.5 76 – M 10 423.5 1548 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 12 002/1 114.5 76 – M 10 644.5 2232 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 12 003 120 78.5 – – 523 1404 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 12 004 120 78.5 – – 693 1872 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 12 003/1 120 78.5 – – 523 1404 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 12 004/1 120 78.5 – – 693 1872 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 13 001 122 78 – M 8 694 1872 99.9999 % (1 µm) 0.03 99.99 % NBR K
LD 13 001/1 122 78 – M 8 694 1872 99.99999 % (0.01 µm) 0.06 99.9999 % NBR K
LD 14 001 x 140 100 18 – 605 1940 99.9999 % (1 µm) 0.03 99.99 % NBR R
LD 14 002 x 140 100 18 – 755 2400 99.9999 % (1 µm) 0.03 99.99 % NBR R
LD 14 003 140 82 13.5 – 771 2880 99.9999 % (1 µm) 0.03 99.99 % NBR M
LD 14 004 140 89 13.5 – 777 2880 99.9999 % (1 µm) 0.03 99.99 % NBR O
LD 14 001/1 x 140 100 18 – 605 1940 99.99999 % (0.01 µm) 0.06 99.9999 % NBR R
LD 14 002/1 x 140 100 18 – 755 2400 99.99999 % (0.01 µm) 0.06 99.9999 % NBR R
LD 14 003/1 140 82 13.5 – 771 2880 99.99999 % (0.01 µm) 0.06 99.9999 % NBR M
LD 14 004/1 140 89 13.5 – 777 2880 99.99999 % (0.01 µm) 0.06 99.9999 % NBR O

Dimensions in mm Flow rate*1 Separation Differential MPPS separation Seal Design
d1 d2 d3 G h [m3/h] efficiency*2 pressure*3 [bar] efficiency*4

*1 Relating to 1 bar (a) and 20 °C at 7 bar positive overpressure
*2 Separation efficiency at nominal performance
*3 Differential pressure in new condition, dry, with nominal throughput
*4 Relating to MPPS 0.1 – 0.5 µm (most penetrating particle size)

Design overview on page 32.

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 14

MANN-FILTER Activated charcoal filters

15

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 15

16

MANN-FILTER Activated charcoal filters

Activated charcoal filters are
used for the adsorption of oil
vapour and other gaseous
contaminants.

In connection with an ultra
fine filter (LD…/1) fitted up-
stream and appropriate drying
equipment the filter LD…/3
generates clean compressed
air which is technically oil-free
according to the require-
ments* for breathing air as
in DIN EN 12021 (previously
DIN 3188 or BS 4275).

The recommended operating
temperature range is from
1.5 °C to 40 °C.

The core of the filter is the
pleated fabric made from
microfibres enhanced with
highly concentrated, fine
ground activated charcoal.
The fabric is covered on both
sides by a filtration layer. This
prevents any activated char-
coal particles from entering
the gas flow.

In comparison to a wound ele-
ment with a similar size, the
machine-produced pleating
enables more than double
the filter surface area with
the respective amount of
activated charcoal.

* There are further requirements to take into consideration.
*1 New condition relating to 1 bar (a), 20 °C with an incoming concentration of 0.01 mg/m3

*2 Measured at 7 bar positive overpressure with example LD 6001/3 x

Residual oil content*1

Differential pressure in new condition dry*2

Static bursting pressure

0.003 mg/m3

0.03 bar
5 bar

LD..../3

Specifications

The supporting structure of
the filter element consists of
high quality stainless steel
mesh with extremely large
passage openings and end
covers in plastic or aluminium.

100 µm

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 16

17

MANN-FILTER Activated charcoal filters

LD 4001/3 35 18.5 – WI 1/4 73 32 0.003 mg/m3 0.03 NBR H
LD 4002/3 35 – – G 3/4" 76 20 0.003 mg/m3 0.03 NBR E
LD 4003/3 35 – – G 3/4" 90 40 0.003 mg/m3 0.03 NBR E
LD 5001/3 x 42 16.3 – M 6 53 30 0.003 mg/m3 0.03 NBR A
LD 5004/3 42 – – G 1" 89 60 0.003 mg/m3 0.03 NBR D
LD 5005/3 42 – – G 3/4" 94 35 0.003 mg/m3 0.03 NBR E
LD 5006/3 42 – – G 3/4" 94 60 0.003 mg/m3 0.03 NBR E
LD 5007/3 42 – – G 3/4" 122 90 0.003 mg/m3 0.03 NBR E
LD 5008/3 45 23 – – 67.5 30 0.003 mg/m3 0.03 NBR B
LD 5009/3 45 23 – – 101 60 0.003 mg/m3 0.03 NBR B
LD 5010/3 45 23 – – 146 114 0.003 mg/m3 0.03 NBR B
LD 5002/3 50 30.4 – M 6 88 61 0.003 mg/m3 0.03 NBR H
LD 5003/3 50 30.4 – M 6 124 108 0.003 mg/m3 0.03 NBR H
LD 6001/3 x 51 24 – M 6 57 50 0.003 mg/m3 0.03 NBR A
LD 6002/3 x 51 24 – M 6 73 70 0.003 mg/m3 0.03 NBR A
LD 6003/3 x 51 24 – M 6 142 100 0.003 mg/m3 0.03 NBR A
LD 6004/3 52 – – WI 1 1/2 93 90 0.003 mg/m3 0.03 NBR D
LD 6005/3 52 – – WI 1 1/2 125 150 0.003 mg/m3 0.03 NBR D
LD 6006/3 52 – – G 1" 128 120 0.003 mg/m3 0.03 NBR E
LD 6007/3 52 – – G 1" 150 180 0.003 mg/m3 0.03 NBR E
LD 6008/3 60 19.5 – – 50 35 0.003 mg/m3 0.03 NBR F
LD 6009/3 60 19.5 – – 91 60 0.003 mg/m3 0.03 NBR F
LD 6010/3 60 19.5 – – 155 105 0.003 mg/m3 0.03 NBR F
LD 6011/3 60 35 – – 167 170 0.003 mg/m3 0.03 NBR F
LD 6012/3 60 35 – – 275 290 0.003 mg/m3 0.03 NBR F
LD 6013/3 60 33 – – 167 156 0.003 mg/m3 0.03 NBR B
LD 6014/3 60 33 – – 207 216 0.003 mg/m3 0.03 NBR B
LD 7001/3 62 – – G 1" 125 210 0.003 mg/m3 0.03 NBR D
LD 7002/3 62 – – G 1" 152 270 0.003 mg/m3 0.03 NBR D
LD 7003/3 62 – – G 1" 151 270 0.003 mg/m3 0.03 NBR E
LD 7004/3 62 – – G 1" 204 360 0.003 mg/m3 0.03 NBR E
LD 7005/3 68 43 – – 335 425 0.003 mg/m3 0.03 NBR F
LD 7006/3 68 43 – – 450 640 0.003 mg/m3 0.03 NBR F
LD 8001/3 x 75 48 – M 8 118.1 180 0.003 mg/m3 0.03 NBR A
LD 8002/3 x 75 48 – M 8 218.1 300 0.003 mg/m3 0.03 NBR A
LD 8003/3 x 75 48 – M 8 318.1 470 0.003 mg/m3 0.03 NBR A
LD 8004/3 x 75 48 – M 8 508.1 700 0.003 mg/m3 0.03 NBR A
LD 8005/3 77 38 – M 8 167 216 0.003 mg/m3 0.03 NBR H
LD 8006/3 77 38 – M 8 267 522 0.003 mg/m3 0.03 NBR H
LD 9015/3 83 57.5 – – 517 825 0.003 mg/m3 0.03 NBR F

Dimensions in mm Flow rate*1 Residual oil Differential Seal Design
d1 d2 d3 G h [m3/h] content*2 pressure*3 [bar]

*1 Relating to 1 bar (a) and 20 °C at 7 bar positive overpressure
*2 Separation efficiency at nominal performance
*3 Differential pressure in new condition, dry, with nominal throughput
*4 Relating to MPPS 0.1 – 0.5 µm (most penetrating particle size)

Design overview on page 32.

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 17

18

MANN-FILTER Activated charcoal filters

LD 9016/3 83 57.5 – – 663 1060 0.003 mg/m3 0.03 NBR F
LD 9017/3 83 57.5 – – 821 1325 0.003 mg/m3 0.03 NBR F
LD 9018/3 x 83 63 – 5/16" 771.5 1110 0.003 mg/m3 0.03 NBR G
LD 9019/3 x 83 63 – 5/16" 625.5 1698 0.003 mg/m3 0.03 NBR G
LD 9001/3 86 57.15 – M 10 340 792 0.003 mg/m3 0.03 NBR H
LD 9002/3 86 57.15 – M 10 641.5 1188 0.003 mg/m3 0.03 NBR H
LD 9003/3 86 – – G 1" 152 330 0.003 mg/m3 0.03 NBR D
LD 9004/3 86 – – G 1" 205 480 0.003 mg/m3 0.03 NBR D
LD 9005/3 86 – – G 1" 279 720 0.003 mg/m3 0.03 NBR D
LD 9014/3 86 – – G 1" 330 860 0.003 mg/m3 0.03 NBR D
LD 9006/3 86 56 13.5 – 391 1080 0.003 mg/m3 0.03 NBR C
LD 9007/3 86 56 13.5 – 519 1440 0.003 mg/m3 0.03 NBR C
LD 9008/3 86 56 13.5 – 771 1920 0.003 mg/m3 0.03 NBR C
LD 9009/3 86 – – G 2" 206 480 0.003 mg/m3 0.03 NBR E
LD 9010/3 86 – – G 2" 280 720 0.003 mg/m3 0.03 NBR E
LD 9011/3 86 61 13.5 – 397 1080 0.003 mg/m3 0.03 NBR B
LD 9012/3 86 61 13.5 – 525 1440 0.003 mg/m3 0.03 NBR B
LD 9013/3 86 61 13.5 – 777 1920 0.003 mg/m3 0.03 NBR B
LD 9020/3 86 46 – – 300 432 0.003 mg/m3 0.03 NBR B
LD 9021/3 86 46 – – 335 540 0.003 mg/m3 0.03 NBR B
LD 9022/3 86 46 – – 380 630 0.003 mg/m3 0.03 NBR B
LD 9023/3 86 66.3 – M 8 607 2808 0.003 mg/m3 0.03 NBR C
LD 10 001/3 x 92 68.2 – M 8 510 940 0.003 mg/m3 0.03 NBR A
LD 10 002/3 x 92 68.2 – M 8 760 1450 0.003 mg/m3 0.03 NBR A
LD 11 001/3 102 66.5 – – 435 936 0.003 mg/m3 0.03 NBR B
LD 12 001/3 114.5 76 – M 10 423.5 1548 0.003 mg/m3 0.03 NBR H
LD 12 002/3 114.5 76 – M 10 644.5 2232 0.003 mg/m3 0.03 NBR H
LD 12 003/3 120 78.5 – – 523 1404 0.003 mg/m3 0.03 NBR B
LD 12 004/3 120 78.5 – – 693 1872 0.003 mg/m3 0.03 NBR B
LD 13 001/3 122 78 – M 8 694 1872 0.003 mg/m3 0.03 NBR C
LD 14 001/3 x 140 100 18 – 605 1940 0.003 mg/m3 0.03 NBR I
LD 14 002/3 x 140 100 18 – 755 2400 0.003 mg/m3 0.03 NBR I
LD 14 003/3 140 82 13.5 – 771 2880 0.003 mg/m3 0.03 NBR C
LD 14 004/3 140 89 13.5 – 777 2880 0.003 mg/m3 0.03 NBR B

Dimensions in mm Flow rate*1 Residual oil Differential Seal Design
d1 d2 d3 G h [m3/h] content*2 pressure*3 [bar]

*1 Relating to 1 bar (a) and 20 °C at 7 bar positive overpressure
*2 Separation efficiency at nominal performance
*3 Differential pressure in new condition, dry, with nominal throughput
*4 Relating to MPPS 0.1 – 0.5 µm (most penetrating particle size)

Design overview on page 32.

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 18

MANN-FILTER Cross reference lists

19

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 19

20

Cross reference list for preliminary filters

CECCATO
3320 LD 6001/2 x
3321 LD 6002/2 x
3322 LD 6003/2 x
3323 LD 8001/2 x
3324 LD 8002/2 x
3325 LD 8003/2 x
3326 LD 8004/2 x
3327 LD 10 001/2 x
3328 LD 10 002/2 x
3329 LD 14 002/2 x
332801 LD 14 001/2 x

DOMNICK HUNTER
E007PF LD 5002/2
E011PF LD 5003/2
E035PF LD 8005/2
E060PF LD 8006/2
E065PF LD 8006/2
E120PF LD 9001/2
E200PF LD 9002/2
E250PF LD 9002/2
E300PF LD 12 002/2
E360PF LD 12 002/2
EHA912PF LD 6008/2
EHA916PF LD 6009/2
EHA920PF LD 6010/2
EHA924PF LD 6011/2
EHA928PF LD 6012/2
EHA932PF LD 7005/2
EHA936PF LD 7006/2
EHA940PF LD 9015/2
EHA944PF LD 9016/2
EHA948PF LD 9017/2
EHA952PF LD 9018/2 x
EHA954PF LD 9019/2 x
EZ1030A0 LD 5001/2 x
EZ1050A0 LD 6001/2 x
EZ1070A0 LD 6002/2 x
EZ1140A0 LD 6003/2 x
EZ2010A0 LD 8001/2 x
EZ2020A0 LD 8002/2 x
EZ2030A0 LD 8003/2 x
EZ2050A0 LD 8004/2 x
EZ3050A0 LD 10 001/2 x
EZ3075A0 LD 10 002/2 x
EZ5060A0 LD 14 001/2 x
EZ5075A0 LD 14 002/2 x
K006PF LD 4001/2
K009PF LD 4001/2
K013PF LD 5002/2
K017PF LD 5002/2
K025PF LD 5003/2
K030PF LD 5003/2
K040PF LD 8005/2
K058PF LD 8005/2
K085PF LD 8006/2
K145PF LD 8006/2
K195PF LD 9001/2
K220PF LD 9001/2
K295PF LD 9002/2
K330PF LD 9002/2
K400PF LD 12 001/2
K430PF LD 12 001/2
K500PF LD 12 002/2
K620PF LD 12 002/2
PF02/05 LD 4002/2

DOMNICK HUNTER
PF02/10 LD 5005/2
PF03/05 LD 4003/2
PF03/10 LD 5006/2
PF04/10 LD 5007/2
PF04/20 LD 6006/2
PF05/20 LD 6007/2
PF05/25 LD 7003/2
PF07/25 LD 7004/2
PF07/30 LD 9009/2
PF10/3 LD 9005/2
PF10/30 LD 9010/2
PF15/3 LD 9006/2
PF15/30 LD 9011/2
PF20/3 LD 9007/2
PF20/30 LD 9012/2
PF3/1 LD 5004/2
PF3/1,5 LD 6004/2
PF30/3 LD 9008/2
PF30/30 LD 9013/2
PF30/5 LD 14 003/2
PF30/50 LD 14 004/2
PF4/1,5 LD 6005/2
PF4/2,5 LD 7001/2
PF5/2,5 LD 7002/2
PF5/3 LD 9003/2

GARDNER DENVER
GDP02/05 LD 4002/2
GDP03/05 LD 4003/2
GDP03/10 LD 5006/2
GDP04/10 LD 5007/2
GDP04/20 LD 6006/2
GDP05/20 LD 6007/2
GDP05/25 LD 7003/2
GDP07/25 LD 7004/2
GDP07/30 LD 9009/2
GDP10/30 LD 9010/2
GDP15/30 LD 9011/2
GDP20/30 LD 9012/2
GDP30/30 LD 9013/2
GDP30/50 LD 14 004/2

HANKISON
E9-12 LD 6008/2
E9-16 LD 6009/2
E9-20 LD 6010/2
E9-24 LD 6011/2
E9-28 LD 6012/2
E9-32 LD 7005/2
E9-36 LD 7006/2
E9-40 LD 9015/2
E9-44 LD 9016/2
E9-48 LD 9017/2
E9-52 LD 9018/2 x
E9-54 LD 9019/2 x

FINITE / PARKER
100WS10-020 LD 6008/2
100WS10-036 LD 6009/2
100WS10-060 LD 6010/2
100WS16-066 LD 6011/2
100WS16-108 LD 6012/2
100WS19-131 LD 7005/2
100WS19-176 LD 7006/2
100WS25-204 LD 9015/2
100WS25-265 LD 9016/2

FINITE / PARKER
12GJN08-024 LD 4002/2
12GJN08-030 LD 4003/2
3PG25-150 LD 9006/2
3PG25-200 LD 9007/2
3PG25-300 LD 9008/2
3PG43-300 LD 14 003/2
3PGN25-150 LD 9011/2
3PGN25-200 LD 9012/2
3PGN25-300 LD 9013/2
3PGN43-300 LD 14 004/2
3PJ10-030 LD 5004/2
3PJ13-030 LD 6004/2
3PJ13-044 LD 6005/2
3PJ15-040 LD 7001/2
3PJ25-050 LD 9003/2
3PJ25-100 LD 9005/2
3PJN10-030 LD 5006/2
3PJN10-040 LD 5007/2
3PJN13-040 LD 6006/2
3PJN13-050 LD 6007/2
3PJN15-050 LD 7002/2
3PJN15-050 LD 7003/2
3PJN15-070 LD 7004/2
3PJN25-070 LD 9009/2
3PJN25-100 LD 9010/2
3PZ07-020 LD 5001/2 x
3PZ12-023 LD 6001/2 x
3PZ12-029 LD 6002/2 x
3PZ12-056 LD 6003/2 x
3PZ20-046 LD 8001/2 x
3PZ20-086 LD 8002/2 x
3PZ20-126 LD 8003/2 x
3PZ20-200 LD 8004/2 x
3PZ27-200 LD 10 001/2 x
3PZ27-298 LD 10 002/2 x
3PZ46-239 LD 14 001/2 x
3PZ50-298 LD 14 002/2 x

ULTRA-FILTER
PE02/05 LD 4002/2
PE02/10 LD 5005/2
PE03/05 LD 4003/2
PE03/10 LD 5006/2
PE04/10 LD 5007/2
PE04/20 LD 6006/2
PE05/20 LD 6007/2
PE05/25 LD 7003/2
PE07/25 LD 7004/2
PE07/30 LD 9009/2
PE10/30 LD 9010/2
PE15/30 LD 9011/2
PE20/30 LD 9012/2
PE30/30 LD 9013/2
PE30/50 LD 14 004/2
SB02/05 LD 4002/2
SB02/10 LD 5005/2
SB03/05 LD 4003/2
SB03/10 LD 5006/2
SB04/10 LD 5007/2
SB04/20 LD 6006/2
SB05/20 LD 6007/2
SB05/25 LD 7003/2
SB07/25 LD 7004/2
SB07/30 LD 9009/2
SB10/30 LD 9010/2
SB15/30 LD 9011/2

ULTRA-FILTER
SB20/30 LD 9012/2
SB30/30 LD 9013/2
SB30/50 LD 14 004/2
VF12 LD 6008/2
VF16 LD 6009/2
VF20 LD 6010/2
VF24 LD 6011/2
VF28 LD 6012/2
VF32 LD 7005/2
VF36 LD 7006/2
VF40 LD 9015/2
VF44 LD 9016/2
VF48 LD 9017/2
VF54 LD 9019/2 x
VFPV LD 9018/2 x
V-PE 12/2,5 Z LD 8003/2 x
V-PE 2/1 Z LD 5001/2 x
V-PE 2/1,5 Z LD 6001/2 x
V-PE 20/2,5 Z LD 8004/2 x
V-PE 20/3 Z LD 10 001/2 x
V-PE 24/5 Z LD 14 001/2 x
V-PE 3/1,5 Z LD 6002/2 x
V-PE 30/3 Z LD 10 002/2 x
V-PE 30/5 Z LD 14 002/2 x
V-PE 4/2,5 Z LD 8001/2 x
V-PE 5/1,5 Z LD 6003/2 x
V-PE 8/2,5 Z LD 8002/2 x
V-PE10/3 LD 9005/2
V-PE12/3 LD 9014/2
V-PE15/3 LD 9006/2
V-PE20/3 LD 9007/2
V-PE3/1 LD 5004/2
V-PE3/1,5 LD 6004/2
V-PE30/3 LD 9008/2
V-PE30/5 LD 14 003/2
V-PE4/1,5 LD 6005/2
V-PE4/2,5 LD 7001/2
V-PE5/2,5 LD 7002/2
V-PE5/3 LD 9003/2
V-PE7/3 LD 9004/2
V-SB10/3 LD 9005/2
V-SB12/3 LD 9014/2
V-SB15/3 LD 9006/2
V-SB20/3 LD 9007/2
V-SB3/1 LD 5004/2
V-SB3/1,5 LD 6004/2
V-SB30/3 LD 9008/2
V-SB30/5 LD 14 003/2
V-SB4/1,5 LD 6005/2
V-SB4/2,5 LD 7001/2
V-SB5/2,5 LD 7002/2
V-SB5/3 LD 9003/2
V-SB7/3 LD 9004/2

ZANDER
1030V LD 5001/2 x
1050V LD 6001/2 x
1070V LD 6002/2 x
1140V LD 6003/2 x
2010V LD 8001/2 x
2020V LD 8002/2 x
2030V LD 8003/2 x
2050V LD 8004/2 x
3050V LD 10 001/2 x
3075V LD 10 002/2 x
5060V LD 14 001/2 x

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 20

21

Cross reference list for preliminary filters

ZANDER
5075V LD 14 002/2 x
80V-03/1 LD 5004/2
80V-03/1,5 LD 6004/2
80V-04/1,5 LD 6005/2
80V-04/2,5 LD 7001/2
80V-05/2,5 LD 7002/2
80V-05/3 LD 9003/2
80V-07/3 LD 9004/2
80V-10/3 LD 9005/2
80V-12/3 LD 9014/2
80V-15/3 LD 9006/2
80V-20/3 LD 9007/2
80V-30/3 LD 9008/2
80V-30/5 LD 14 003/2
90V-02/05 LD 4002/2
90V-02/10 LD 5005/2
90V-03/05 LD 4003/2
90V-03/10 LD 5006/2
90V-04/10 LD 5007/2
90V-04/20 LD 6006/2
90V-05/20 LD 6007/2
90V-05/25 LD 7003/2
90V-07/25 LD 7004/2
90V-07/30 LD 9009/2
90V-10/30 LD 9010/2
90V-15/30 LD 9011/2
90V-20/30 LD 9012/2
90V-30/30 LD 9013/2
90V-30/50 LD 14 004/2
AC009V LD 5008/2
AC017V LD 5009/2
AC032V LD 5010/2
AC044V LD 6013/2
AC060V LD 6014/2
AC120V LD 9020/2
AC150V LD 9021/2
AC175V LD 9022/2
AC260V LD 11 001/2
AC390V LD 12 003/2
AC520V LD 12 004/2
ACF520V LD 12 004/2
D009V LD 4001/2
D017V LD 5002/2
D030V LD 5003/2
D058V LD 8005/2
D145V LD 8006/2
D220V LD 9001/2
D330V LD 9002/2
D430V LD 12 001/2
D620V LD 12 002/2
HK012V LD 6008/2
HK016V LD 6009/2
HK020V LD 6010/2
HK024V LD 6011/2
HK028V LD 6012/2
HK032V LD 7005/2
HK036V LD 7006/2
HK040V LD 9015/2
HK044V LD 9016/2
HK048V LD 9017/2
HK052V LD 9018/2 x
HK054V LD 9019/2 x
L1030V LD 5001/2 x
L1050V LD 6001/2 x
L1070V LD 6002/2 x
L1140V LD 6003/2 x

ZANDER
L2010V LD 8001/2 x
L2020V LD 8002/2 x
L2030V LD 8003/2 x
L2050V LD 8004/2 x
L3050V LD 10 001/2 x
L3075V LD 10 002/2 x
L5060V LD 14 001/2 x
L5075V LD 14 002/2 x

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 21

22

Cross reference list for fine filters

CECCATO
3330 LD 6001 x
3331 LD 6002 x
3332 LD 6003 x
3333 LD 8001 x
3334 LD 8002 x
3335 LD 8003 x
3336 LD 8004 x
3337 LD 10 001 x
3338 LD 10 002 x
3339 LD 14 002 x
3340 LD 6001 x
3341 LD 6002 x
3342 LD 6003 x
3343 LD 8001 x
3344 LD 8002 x
3345 LD 8003 x
3346 LD 8004 x
3347 LD 10 001 x
3348 LD 10 002 x
3349 LD 14 002 x
33381 LD 14 001 x

DOMNICK HUNTER
AO02/05 LD 4002
AO02/10 LD 5005
AO03/05 LD 4003
AO03/10 LD 5006
AO04/10 LD 5007
AO04/20 LD 6006
AO05/20 LD 6007
AO05/25 LD 7003
AO07/25 LD 7004
AO07/30 LD 9009
AO10/3 LD 9005
AO10/30 LD 9010
AO15/3 LD 9006
AO15/30 LD 9011
AO20/3 LD 9007
AO20/30 LD 9012
AO3/1 LD 5004
AO3/1,5 LD 6004
AO30/3 LD 9008
AO30/30 LD 9013
AO30/5 LD 14 003
AO30/50 LD 14 004
AO4/1,5 LD 6005
AO4/2,5 LD 7001
AO5/2,5 LD 7002
AO5/3 LD 9003
C12MSDB LD 9001
C245MSD LD 12 002
E006AO LD 4001
E007AO LD 5002
E011AO LD 5003
E013AO LD 5002
E025AO LD 5003
E035AO LD 8005
E040AO LD 8005
E060AO LD 8006
E065AO LD 8006
E085AO LD 8006
E100AO LD 9001
E120AO LD 9001
E195AO LD 9001
E198AO LD 9002
E200AO LD 9002

DOMNICK HUNTER
E250AO LD 9002
E295AO LD 9002
E300AO LD 12 002
E360AO LD 12 002
E400AO LD 12 001
E500AO LD 12 002
EHA612AO LD 6008
EHA616AO LD 6009
EHA620AO LD 6010
EHA624AO LD 6011
EHA628AO LD 6012
EHA632AO LD 7005
EHA636AO LD 7006
EHA640AO LD 9015
EHA644AO LD 9016
EHA648AO LD 9017
EHA652AO LD 9018 x
EHA654AO LD 9019 x
EHA712AO LD 6008
EHA716AO LD 6009
EHA720AO LD 6010
EHA724AO LD 6011
EHA728AO LD 6012
EHA732AO LD 7005
EHA736AO LD 7006
EHA740AO LD 9015
EHA744AO LD 9016
EHA748AO LD 9017
EHA752AO LD 9018 x
EHA754AO LD 9019 x
EZ1030A0 LD 5001 x
EZ1050A0 LD 6001 x
EZ1070A0 LD 6002 x
EZ1140A0 LD 6003 x
EZ2010A0 LD 8001 x
EZ2020A0 LD 8002 x
EZ2030A0 LD 8003 x
EZ2050A0 LD 8004 x
EZ3050A0 LD 10 001 x
EZ3075A0 LD 10 002 x
EZ5060A0 LD 14 001 x
EZ5075A0 LD 14 002 x
K006AO LD 4001
K009AO LD 4001
K013AO LD 5002
K017AO LD 5002
K025AO LD 5003
K030AO LD 5003
K040AO LD 8005
K058AO LD 8005
K085AO LD 8006
K145AO LD 8006
K180AO LD 9002
K195AO LD 9001
K220AO LD 9001
K295AO LD 9002
K330AO LD 9002
K400AO LD 12 001
K430AO LD 12 001
K500AO LD 12 002
K620AO LD 12 002

GARDNER DENVER
GDF02/05 LD 4002
GDF03/05 LD 4003
GDF03/10 LD 5006

GARDNER DENVER
GDF04/10 LD 5007
GDF04/20 LD 6006
GDF05/25 LD 7003
GDF07/25 LD 7004
GDF07/30 LD 9009
GDF10/30 LD 9010
GDF15/30 LD 9011
GDF20/30 LD 9012
GDF30/30 LD 9013
GDF30/50 LD 14 004

HANKISON
E7-12 LD 6008
E7-16 LD 6009
E7-20 LD 6010
E7-24 LD 6011
E7-28 LD 6012
E7-32 LD 7005
E7-36 LD 7006
E7-40 LD 9015
E7-44 LD 9016
E7-48 LD 9017
E7-52 LD 9018 x
E7-54 LD 9019 x

FINITE / PARKER
10CF08-026 LD 4001
10CF35-165 LD 12 001
10CF43-252 LD 12 002
10CH10-020 LD 6008
10CH10-036 LD 6009
10CH10-060 LD 6010
10CH16-066 LD 6011
10CH16-108 LD 6012
10CH19-131 LD 7005
10CH19-176 LD 7006
10CH25-204 LD 9015
10CH25-265 LD 9016
10CJ10-030 LD 5004
10CJ13-030 LD 6004
10CJ13-044 LD 6005
10CJN10-030 LD 5006
10CJN10-040 LD 5007
10CJN13-040 LD 6006
10CJN13-050 LD 6007
10CZ07-020 LD 5001 x
10CZ12-023 LD 6001 x
10CZ12-029 LD 6002 x
10CZ12-056 LD 6003 x
10CZ20-046 LD 8001 x
10CZ20-086 LD 8002 x
10CZ20-126 LD 8003 x
10CZ20-200 LD 8004 x
10CZ27-200 LD 10 001 x
10CZ27-298 LD 10 002 x
10CZ46-239 LD 14 001 x
10CZ50-298 LD 14 002 x
10HJN08-024 LD 4002
10HJN08-030 LD 4003
10IF10-032 LD 5002
10IF10-046 LD 5003
10IF20-063 LD 8005
10IF20-102 LD 8006
10IF25-134 LD 9001
10IF25-254 LD 9002
10IG25-150 LD 9006

FINITE / PARKER
10IG25-200 LD 9007
10IG25-300 LD 9008
10IGN25-150 LD 9011
10IGN25-200 LD 9012
10IGN25-300 LD 9013
10IJ15-040 LD 7001
10IJ25-050 LD 9003
10IJ25-100 LD 9005
10IJN15-050 LD 7002
10IJN15-050 LD 7003
10IJN15-070 LD 7004
10IJN25-070 LD 9009
10IJN25-100 LD 9010
10QG43-300 LD 14 003
10QGN43-300 LD 14 004

SULLAIR
250024423 LD 4001
250024424 LD 5002
250024425 LD 5003
250024426 LD 8005
250024427 LD 8006
250024428 LD 9001
250024429 LD 9002
250024430 LD 12 002
250024438 LD 12 002
250030644 LD 12 001

ULTRA-FILTER
1296432 LD 8005
1382064/11 LD 8006
FF02/05 LD 4002
FF02/10 LD 5005
FF03/05 LD 4003
FF03/10 LD 5006
FF04/10 LD 5007
FF04/20 LD 6006
FF05/20 LD 6007
FF05/25 LD 7003
FF07/25 LD 7004
FF07/30 LD 9009
FF10/2,5D LD 8006
FF10/3 LD 9005
FF10/30 LD 9010
FF12 LD 6008
FF12/2,5 Z LD 8003 x
FF12/3 LD 9014
FF12/3D LD 9001
FF15/3 LD 9006
FF15/30 LD 9011
FF15/5D LD 12 001
FF16 LD 6009
FF2/0,5D LD 4001
FF2/1 Z LD 5001 x
FF2/1,5 Z LD 6001 x
FF20 LD 6010
FF20/2,5 Z LD 8004 x
FF20/3 LD 9007
FF20/3 Z LD 10 001 x
FF20/30 LD 9012
FF24 LD 6011
FF24/3D LD 9002
FF24/5 Z LD 14 001 x
FF24/5D LD 12 002
FF28 LD 6012
FF3/1 LD 5004

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 22

23

Cross reference list for fine filters

ULTRA-FILTER
FF3/1,5 LD 6004
FF3/1,5 Z LD 6002 x
FF3/1,5D LD 5002
FF30/3 LD 9008
FF30/3 Z LD 10 002 x
FF30/30 LD 9013
FF30/5 LD 14 003
FF30/5 Z LD 14 002 x
FF30/50 LD 14 004
FF32 LD 7005
FF36 LD 7006
FF4/1,5 LD 6005
FF4/1,5D LD 5003
FF4/2,5 LD 7001
FF4/2,5 Z LD 8001 x
FF40 LD 9015
FF44 LD 9016
FF48 LD 9017
FF5/1,5 Z LD 6003 x
FF5/2,5 LD 7002
FF5/3 LD 9003
FF54 LD 9019 x
FF6/2,5D LD 8005
FF7/3 LD 9004
FF8/2,5 Z LD 8002 x
FFPV LD 9018 x

ZANDER
1030Z LD 5001 x
1050Z LD 6001 x
1070Z LD 6002 x
1140Z LD 6003 x
2010Z LD 8001 x
2020Z LD 8002 x
2030Z LD 8003 x
2050Z LD 8004 x
3050Z LD 10 001 x
3075Z LD 10 002 x
5060Z LD 14 001 x
5075Z LD 14 002 x
80Z-03/1 LD 5004
80Z-03/1,5 LD 6004
80Z-04/1,5 LD 6005
80Z-04/2,5 LD 7001
80Z-05/2,5 LD 7002
80Z-05/3 LD 9003
80Z-07/3 LD 9004
80Z-10/3 LD 9005
80Z-12/3 LD 9014
80Z-15/3 LD 9006
80Z-20/3 LD 9007
80Z-30/3 LD 9008
80Z-30/5 LD 14 003
90Z-02/05 LD 4002
90Z-02/10 LD 5005
90Z-03/05 LD 4003
90Z-03/10 LD 5006
90Z-04/10 LD 5007
90Z-04/20 LD 6006
90Z-05/20 LD 6007
90Z-05/25 LD 7003
90Z-07/25 LD 7004
90Z-07/30 LD 9009
90Z-10/30 LD 9010
90Z-15/30 LD 9011
90Z-20/30 LD 9012

ZANDER
90Z-30/30 LD 9013
90Z-30/50 LD 14 004
AC009Z LD 5008
AC017Z LD 5009
AC032Z LD 5010
AC044Z LD 6013
AC060Z LD 6014
AC120Z LD 9020
AC150Z LD 9021
AC175Z LD 9022
AC260Z LD 11 001
AC390Z LD 12 003
AC520Z LD 12 004
ACF520Z LD 13 001
ACF780Z LD 9023
D006Z LD 4001
D007Z LD 5002
D009Z LD 4001
D013Z LD 5002
D017Z LD 5002
D025Z LD 5003
D030Z LD 5003
D035Z LD 8005
D040Z LD 8005
D058Z LD 8005
D085Z LD 8006
D120Z LD 9001
D145Z LD 8006
D195Z LD 9001
D220Z LD 9001
D250Z LD 9002
D295Z LD 9002
D330Z LD 9002
D400Z LD 12 001
D430Z LD 12 001
D500Z LD 12 002
D620Z LD 12 002
HK012Z LD 6008
HK016Z LD 6009
HK020Z LD 6010
HK024Z LD 6011
HK028Z LD 6012
HK032Z LD 7005
HK036Z LD 7006
HK040Z LD 9015
HK044Z LD 9016
HK048Z LD 9017
HK052Z LD 9018 x
HK054Z LD 9019 x
L1030Z LD 5001 x
L1050Z LD 6001 x
L1070Z LD 6002 x
L1140Z LD 6003 x
L2010Z LD 8001 x
L2020Z LD 8002 x
L2030Z LD 8003 x
L2050Z LD 8004 x
L3050Z LD 10 001 x
L3075Z LD 10 002 x
L5060Z LD 14 001 x
L5075Z LD 14 002 x

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 23

24

Cross reference list for ultra fine filters

CECCATO
3360 LD 6001/1 x
3361 LD 6002/1 x
3362 LD 6003/1 x
3363 LD 8001/1 x
3364 LD 8002/1 x
3365 LD 8003/1 x
3366 LD 8004/1 x
3367 LD 10 001/1 x
3368 LD 10 002/1 x
3369 LD 14 002/1 x
336801 LD 14 001/1 x

DOMNICK HUNTER
AA02/05 LD 4002/1
AA02/10 LD 5005/1
AA03/05 LD 4003/1
AA03/10 LD 5006/1
AA04/10 LD 5007/1
AA04/20 LD 6006/1
AA05/20 LD 6007/1
AA05/25 LD 7003/1
AA07/25 LD 7004/1
AA07/30 LD 9009/1
AA10/3 LD 9005/1
AA10/30 LD 9010/1
AA15/3 LD 9006/1
AA15/30 LD 9011/1
AA20/3 LD 9007/1
AA20/30 LD 9012/1
AA3/1 LD 5004/1
AA3/1,5 LD 6004/1
AA30/3 LD 9008/1
AA30/30 LD 9013/1
AA30/5 LD 14 003/1
AA30/50 LD 14 004/1
AA4/1,5 LD 6005/1
AA4/2,5 LD 7001/1
AA5/2,5 LD 7002/1
AA5/3 LD 9003/1
E006AA LD 4001/1
E007AA LD 5002/1
E011AA LD 5003/1
E013AA LD 5002/1
E025AA LD 5003/1
E035AA LD 8005/1
E040AA LD 8005/1
E060AA LD 8006/1
E065AA LD 8006/1
E085AA LD 8006/1
E100AA LD 9001/1
E120AA LD 9001/1
E195AA LD 9001/1
E198AA LD 9002/1
E200AA LD 9002/1
E250AA LD 9002/1
E295AA LD 9002/1
E300AA LD 12 002/1
E360AA LD 12 002/1
E400AA LD 12 001/1
E500AA LD 12 002/1
EHA712AA LD 6008/1
EHA716AA LD 6009/1
EHA720AA LD 6010/1
EHA724AA LD 6011/1
EHA728AA LD 6012/1
EHA732AA LD 7005/1

DOMNICK HUNTER
EHA736AA LD 7006/1
EHA740AA LD 9015/1
EHA744AA LD 9016/1
EHA748AA LD 9017/1
EHA752AA LD 9018/1 x
EHA754AA LD 9019/1 x
EZ1030AA LD 5001/1 x
EZ1050AA LD 6001/1 x
EZ1070AA LD 6002/1 x
EZ1140AA LD 6003/1 x
EZ2010AA LD 8001/1 x
EZ2020AA LD 8002/1 x
EZ2030AA LD 8003/1 x
EZ2050AA LD 8004/1 x
EZ3050AA LD 10 001/1 x
EZ3075AA LD 10 002/1 x
EZ5060AA LD 14 001/1 x
EZ5075AA LD 14 002/1 x
K006AA LD 4001/1
K007AA LD 5002/1
K009AA LD 4001/1
K013AA LD 5002/1
K017AA LD 5002/1
K025AA LD 5003/1
K030AA LD 5003/1
K035AA LD 8005/1
K040AA LD 8005/1
K058AA LD 8005/1
K085AA LD 8006/1
K120AA LD 9001/1
K145AA LD 8006/1
K180AA LD 9002/1
K195AA LD 9001/1
K220AA LD 9001/1
K250AA LD 9002/1
K295AA LD 9002/1
K300AA LD 9002/1
K330AA LD 9002/1
K360AA LD 12 002/1
K400AA LD 12 001/1
K430AA LD 12 001/1
K500AA LD 12 002/1
K620AA LD 12 002/1

GARDNER DENVER
GDU02/05 LD 4002/1
GDU03/05 LD 4003/1
GDU03/10 LD 5006/1
GDU04/10 LD 5007/1
GDU04/20 LD 6006/1
GDU05/20 LD 6007/1
GDU05/25 LD 7003/1
GDU07/25 LD 7004/1
GDU07/30 LD 9009/1
GDU10/30 LD 9010/1
GDU15/30 LD 9011/1
GDU20/30 LD 9012/1
GDU30/30 LD 9013/1
GDU30/50 LD 14 004/1

HANKISON
E5-12 LD 6008/1
E5-16 LD 6009/1
E5-20 LD 6010/1
E5-24 LD 6011/1
E5-28 LD 6012/1

HANKISON
E5-32 LD 7005/1
E5-36 LD 7006/1
E5-40 LD 9015/1
E5-44 LD 9016/1
E5-48 LD 9017/1
E5-52 LD 9018/1 x
E5-54 LD 9019/1 x

FINITE / PARKER
12GJN08-024 LD 4002/1
12GJN08-030 LD 4003/1
3PGN25-150 LD 9011/1
3PGN25-200 LD 9012/1
3PGN25-300 LD 9013/1
3PGN43-300 LD 14 004/1
3PJN10-030 LD 5006/1
3PJN10-040 LD 5007/1
3PJN13-040 LD 6006/1
3PJN13-050 LD 6007/1
3PJN15-050 LD 7003/1
3PJN15-070 LD 7004/1
3PJN25-070 LD 9009/1
3PJN25-100 LD 9010/1
4CJ10-030 LD 5004/1
4CJ13-030 LD 6004/1
4CJ13-044 LD 6005/1
4IG25-150 LD 9006/1
4IG25-200 LD 9007/1
4IG25-300 LD 9008/1
4IJ15-040 LD 7001/1
4IJ25-050 LD 9003/1
4IJ25-100 LD 9005/1
4IJN15-050 LD 7002/1
4QG43-300 LD 14 003/1
6CF08-026 LD 4001/1
6CF35-165 LD 12 001/1
6CF43-252 LD 12 002/1
6CH10-020 LD 6008/1
6CH10-036 LD 6009/1
6CH10-060 LD 6010/1
6CH16-066 LD 6011/1
6CH16-108 LD 6012/1
6CH19-131 LD 7005/1
6CH19-176 LD 7006/1
6CH25-204 LD 9015/1
6CH25-265 LD 9016/1
6CJ10-030 LD 5004/1
6CJ13-030 LD 6004/1
6CJ13-044 LD 6005/1
6CZ07-020 LD 5001/1 x
6CZ12-023 LD 6001/1 x
6CZ12-029 LD 6002/1 x
6CZ12-056 LD 6003/1 x
6CZ20-046 LD 8001/1 x
6CZ20-086 LD 8002/1 x
6CZ20-126 LD 8003/1 x
6CZ20-200 LD 8004/1 x
6CZ27-200 LD 10 001/1 x
6CZ27-298 LD 10 002/1 x
6CZ46-239 LD 14 001/1 x
6CZ50-298 LD 14 002/1 x
6IF10-032 LD 5002/1
6IF10-046 LD 5003/1
6IF20-063 LD 8005/1
6IF20-102 LD 8006/1
6IF25-134 LD 9001/1

FINITE / PARKER
6IF25-254 LD 9002/1
6IG25-150 LD 9006/1
6IG25-200 LD 9007/1
6IG25-300 LD 9008/1
6IJ15-040 LD 7001/1
6IJ25-050 LD 9003/1
6IJ25-100 LD 9005/1
6IJN15-050 LD 7002/1
6QG43-300 LD 14 003/1

SULLAIR
250024430 LD 12 002/1
250024431 LD 4001/1
250024432 LD 5002/1
250024433 LD 5003/1
250024434 LD 8005/1
250024435 LD 8006/1
250024436 LD 9001/1
250024437 LD 9002/1
250024438 LD 12 002/1
250030655 LD 12 001/1

ULTRA-FILTER
MF02/05 LD 4002/1
MF02/10 LD 5005/1
MF03/05 LD 4003/1
MF03/10 LD 5006/1
MF04/10 LD 5007/1
MF04/20 LD 6006/1
MF05/20 LD 6007/1
MF05/25 LD 7003/1
MF07/25 LD 7004/1
MF07/30 LD 9009/1
MF10/3 LD 9005/1
MF10/30 LD 9010/1
MF12/3 LD 9014/1
MF15/3 LD 9006/1
MF15/30 LD 9011/1
MF20/3 LD 9007/1
MF20/30 LD 9012/1
MF3/1 LD 5004/1
MF3/1,5 LD 6004/1
MF30/3 LD 9008/1
MF30/30 LD 9013/1
MF30/5 LD 14 003/1
MF30/50 LD 14 004/1
MF4/1,5 LD 6005/1
MF4/2,5 LD 7001/1
MF5/2,5 LD 7002/1
MF5/3 LD 9003/1
MF7/3 LD 9004/1
SMF02/05 LD 4002/1
SMF02/10 LD 5005/1
SMF03/05 LD 4003/1
SMF03/10 LD 5006/1
SMF04/10 LD 5007/1
SMF04/20 LD 6006/1
SMF05/20 LD 6007/1
SMF05/25 LD 7003/1
SMF07/25 LD 7004/1
SMF07/30 LD 9009/1
SMF10/3 LD 9005/1
SMF10/30 LD 9010/1
SMF12/3 LD 9014/1
SMF15/3 LD 9006/1
SMF15/30 LD 9011/1

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 24

25

Cross reference list for ultra fine filters

ULTRA-FILTER
SMF20/3 LD 9007/1
SMF20/30 LD 9012/1
SMF3/1 LD 5004/1
SMF3/1,5 LD 6004/1
SMF30/3 LD 9008/1
SMF30/30 LD 9013/1
SMF30/5 LD 14 003/1
SMF30/50 LD 14 004/1
SMF4/1,5 LD 6005/1
SMF4/2,5 LD 7001/1
SMF5/2,5 LD 7002/1
SMF5/3 LD 9003/1
SMF7/3 LD 9004/1

ZANDER
1030X LD 5001/1 x
1050X LD 6001/1 x
1070X LD 6002/1 x
1140X LD 6003/1 x
2010X LD 8001/1 x
2020X LD 8002/1 x
2030X LD 8003/1 x
2050X LD 8004/1 x
3050X LD 10 001/1 x
3075X LD 10 002/1 x
5060X LD 14 001/1 x
5075X LD 14 002/1 x
80X-03/1 LD 5004/1
80X-03/1,5 LD 6004/1
80X-04/1,5 LD 6005/1
80X-04/2,5 LD 7001/1
80X-05/2,5 LD 7002/1
80X-05/3 LD 9003/1
80X-07/3 LD 9004/1
80X-10/3 LD 9005/1
80X-12/3 LD 9014/1
80X-15/3 LD 9006/1
80X-20/3 LD 9007/1
80X-30/3 LD 9008/1
80X-30/5 LD 14 003/1
90X-02/05 LD 4002/1
90X-02/10 LD 5005/1
90X-03/05 LD 4003/1
90X-03/10 LD 5006/1
90X-04/10 LD 5007/1
90X-04/20 LD 6006/1
90X-05/20 LD 6007/1
90X-05/25 LD 7003/1
90X-07/25 LD 7004/1
90X-07/30 LD 9009/1
90X-10/30 LD 9010/1
90X-15/30 LD 9011/1
90X-20/30 LD 9012/1
90X-30/30 LD 9013/1
90X-30/50 LD 14 004/1
AC009X LD 5008/1
AC017X LD 5009/1
AC032X LD 5010/1
AC044X LD 6013/1
AC060X LD 6014/1
AC120X LD 9020/1
AC150X LD 9021/1
AC175X LD 9022/1
AC260X LD 11 001/1
AC390X LD 12 003/1
AC520X LD 12 004/1

ZANDER
D006X LD 4001/1
D009X LD 4001/1
D013X LD 5002/1
D017X LD 5002/1
D025X LD 5003/1
D030X LD 5003/1
D035X LD 8005/1
D040X LD 8005/1
D058X LD 8005/1
D085X LD 8006/1
D120X LD 9001/1
D145X LD 8006/1
D195X LD 9001/1
D220X LD 9001/1
D250X LD 9002/1
D295X LD 9002/1
D330X LD 9002/1
D400X LD 12 001/1
D430X LD 12 001/1
D500X LD 12 002/1
D620X LD 12 002/1
HK012X LD 6008/1
HK016X LD 6009/1
HK020X LD 6010/1
HK024X LD 6011/1
HK028X LD 6012/1
HK032X LD 7005/1
HK036X LD 7006/1
HK040X LD 9015/1
HK044X LD 9016/1
HK048X LD 9017/1
HK052X LD 9018/1 x
HK054X LD 9019/1 x
L1030X LD 5001/1 x
L1050X LD 6001/1 x
L1070X LD 6002/1 x
L1140X LD 6003/1 x
L2010X LD 8001/1 x
L2020X LD 8002/1 x
L2030X LD 8003/1 x
L2050X LD 8004/1 x
L3050X LD 10 001/1 x
L3075X LD 10 002/1 x
L5060X LD 14 001/1 x
L5075X LD 14 002/1 x

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 25

26

Cross reference list for activated charcoal filters

CECCATO
3380 LD 6001/3 x
3381 LD 6002/3 x
3382 LD 6003/3 x
3383 LD 8001/3 x
3384 LD 8002/3 x
3385 LD 8003/3 x
3386 LD 8004/3 x
3387 LD 10 001/3 x
3388 LD 10 002/3 x
3389 LD 14 002/3 x
338801 LD 14 001/3 x

DOMNICK HUNTER
AC02/05 LD 4002/3
AC02/10 LD 5005/3
AC03/05 LD 4003/3
AC03/10 LD 5006/3
AC04/10 LD 5007/3
AC04/20 LD 6006/3
AC05/20 LD 6007/3
AC05/25 LD 7003/3
AC07/25 LD 7004/3
AC07/30 LD 9009/3
AC10/3 LD 9005/3
AC10/30 LD 9010/3
AC15/3 LD 9006/3
AC15/30 LD 9011/3
AC20/3 LD 9007/3
AC20/30 LD 9012/3
AC3/1 LD 5004/3
AC3/1,5 LD 6004/3
AC30/3 LD 9008/3
AC30/30 LD 9013/3
AC30/5 LD 14 003/3
AC30/50 LD 14 004/3
AC4/1,5 LD 6005/3
AC4/2,5 LD 7001/3
AC5/2,5 LD 7002/3
AC5/3 LD 9003/3
E006AC LD 4001/3
E007AC LD 5002/3
E011AC LD 5003/3
E013AC LD 5002/3
E025AC LD 5003/3
E035AC LD 8005/3
E040AC LD 8005/3
E060ACS LD 8006/3
E065ACS LD 8006/3
E085AC LD 8006/3
E120AC LD 9001/3
E195AC LD 9001/3
E198AC LD 9002/3
E200AC LD 9002/3
E250AC LD 9002/3
E295AC LD 9002/3
E300AC LD 12 002/3
E360AC LD 12 002/3
E400AC LD 12 001/3
E500AC LD 12 002/3
EHA112AC LD 6008/3
EHA116AC LD 6009/3
EHA120AC LD 6010/3
EHA124AC LD 6011/3
EHA128AC LD 6012/3
EHA132AC LD 7005/3

DOMNICK HUNTER
EHA136AC LD 7006/3
EHA140AC LD 9015/3
EHA144AC LD 9016/3
EHA148AC LD 9017/3
EHA152AC LD 9018/3 x
EHA154AC LD 9019/3 x
EZ1030AC LD 5001/3 x
EZ1050AC LD 6001/3 x
EZ1070AC LD 6002/3 x
EZ1140AC LD 6003/3 x
EZ2010AC LD 8001/3 x
EZ2020AC LD 8002/3 x
EZ2030AC LD 8003/3 x
EZ2050AC LD 8004/3 x
EZ3050AC LD 10 001/3 x
EZ3075AC LD 10 002/3 x
EZ5060AC LD 14 001/3 x
EZ5075AC LD 14 002/3 x
K006ACS LD 4001/3
K007ACS LD 5002/3
K009ACS LD 4001/3
K013ACS LD 5002/3
K017ACS LD 5002/3
K025ACS LD 5003/3
K030ACS LD 5003/3
K035ACS LD 8005/3
K040ACS LD 8005/3
K058ACS LD 8005/3
K085ACS LD 8006/3
K145ACS LD 8006/3
K180ACS LD 9002/3
K195AC LD 9001/3
K220ACS LD 9001/3
K250ACS LD 9002/3
K295AC LD 9002/3
K295ACS LD 9002/3
K300ACS LD 9002/3
K330ACS LD 9002/3
K360ACS LD 12 002/3
K400AC LD 12 001/3
K400ACS LD 12 001/3
K430ACS LD 12 001/3
K500AC LD 12 002/3
K500ACS LD 12 002/3
K620ACS LD 12 002/3

GARDNER DENVER
GDK02/05 LD 4002/3
GDK03/05 LD 4003/3
GDK03/10 LD 5006/3
GDK04/10 LD 5007/3
GDK04/20 LD 6006/3
GDK05/20 LD 6007/3
GDK05/25 LD 7003/3
GDK07/25 LD 7004/3
GDK07/30 LD 9009/3
GDK10/30 LD 9010/3
GDK15/30 LD 9011/3
GDK20/30 LD 9012/3
GDK30/30 LD 9013/3
GDK30/50 LD 14 004/3

HANKISON
E1-12 LD 6008/3
E1-16 LD 6009/3

HANKISON
E1-20 LD 6010/3
E1-24 LD 6011/3
E1-28 LD 6012/3
E1-32 LD 7005/3
E1-36 LD 7006/3
E1-40 LD 9015/3
E1-44 LD 9016/3
E1-48 LD 9017/3
E1-52 LD 9018/3 x
E1-54 LD 9019/3 x

FINITE / PARKER
AF08-026 LD 4001/3
AF10-032 LD 5002/3
AF10-046 LD 5003/3
AF20-063 LD 8005/3
AF20-102 LD 8006/3
AF25-134 LD 9001/3
AF25-254 LD 9002/3
AF35-165 LD 12 001/3
AF43-252 LD 12 002/3
AG25-150 LD 9006/3
AG25-200 LD 9007/3
AG25-300 LD 9008/3
AG43-300 LD 14 003/3
AGN25-150 LD 9011/3
AGN25-200 LD 9012/3
AGN25-300 LD 9013/3
AGN43-300 LD 14 004/3
AH10-020 LD 6008/3
AH10-036 LD 6009/3
AH10-060 LD 6010/3
AHC16-066 LD 6011/3
AHC16-108 LD 6012/3
AHC19-131 LD 7005/3
AHC19-176 LD 7006/3
AHC25-204 LD 9015/3
AHC25-265 LD 9016/3
AJ10-030 LD 5004/3
AJ13-030 LD 6004/3
AJ13-044 LD 6005/3
AJ15-040 LD 7001/3
AJ25-050 LD 9003/3
AJ25-100 LD 9005/3
AJN08-024 LD 4002/3
AJN08-030 LD 4003/3
AJN10-030 LD 5006/3
AJN10-040 LD 5007/3
AJN13-040 LD 6006/3
AJN13-050 LD 6007/3
AJN15-050 LD 7002/3
AJN15-050 LD 7003/3
AJN15-070 LD 7004/3
AJN25-070 LD 9009/3
AJN25-100 LD 9010/3
AZ07-020 LD 5001/3 x
AZ12-023 LD 6001/3 x
AZ12-029 LD 6002/3 x
AZ12-056 LD 6003/3 x
AZ20-046 LD 8001/3 x
AZ20-086 LD 8002/3 x
AZ20-126 LD 8003/3 x
AZ20-200 LD 8004/3 x
AZ27-200 LD 10 001/3 x
AZ27-298 LD 10 002/3 x

FINITE / PARKER
AZ46-239 LD 14 001/3 x
AZ50-298 LD 14 002/3 x

SULLAIR
250024439 LD 9001/3
250024440 LD 9002/3
2500024441 LD 12 002/3
250024443 LD 4001/3
250024444 LD 5002/3
250024445 LD 5003/3
250024446 LD 8005/3
250024447 LD 8006/3
250030646 LD 12 002/3

ULTRA-FILTER
1382064/5 LD 8006/3
AK02/05 LD 4002/3
AK02/10 LD 5005/3
AK03/05 LD 4003/3
AK03/10 LD 5006/3
AK04/10 LD 5007/3
AK04/20 LD 6006/3
AK05/20 LD 6007/3
AK05/25 LD 7003/3
AK07/25 LD 7004/3
AK07/30 LD 9009/3
AK10/2,5D LD 8006/3
AK10/3 LD 9005/3
AK10/30 LD 9010/3
AK12/2,5Z LD 8003/3 x
AK12/3 LD 9014/3
AK12/3D LD 9001/3
AK15/3 LD 9006/3
AK15/30 LD 9011/3
AK15/5D LD 12 001/3
AK2/1,5Z LD 6001/3 x
AK2/1Z LD 5001/3 x
AK20/2,5Z LD 8004/3 x
AK20/3 LD 9007/3
AK20/30 LD 9012/3
AK20/3Z LD 10 001/3 x
AK24/3D LD 9002/3
AK24/5D LD 12 002/3
AK24/5Z LD 14 001/3 x
AK3/1 LD 5004/3
AK3/1,5 LD 6004/3
AK3/1,5D LD 5002/3
AK3/1,5Z LD 6002/3 x
AK30/3 LD 9008/3
AK30/30 LD 9013/3
AK30/3Z LD 10 002/3 x
AK30/5 LD 14 003/3
AK30/50 LD 14 004/3
AK30/5Z LD 14 002/3 x
AK4/1,5 LD 6005/3
AK4/1,5D LD 5003/3
AK4/2,5 LD 7001/3
AK4/2,5Z LD 8001/3 x
AK5/1,5Z LD 6003/3 x
AK5/2,5 LD 7002/3
AK5/3 LD 9003/3
AK6/2,5D LD 8005/3
AK7/3 LD 9004/3
AK8/2,5Z LD 8002/3 x
AKP12 LD 6008/3

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 26

27

Cross reference list for activated charcoal filters

ULTRA-FILTER
AKP16 LD 6009/3
AKP20 LD 6010/3
AKP24 LD 6011/3
AKP28 LD 6012/3
AKP32 LD 7005/3
AKP36 LD 7006/3
AKP40 LD 9015/3
AKP44 LD 9016/3
AKP48 LD 9017/3
AKP54 LD 9019/3 x
AKP-PV LD 9018/3 x

ZANDER
1030A LD 5001/3 x
1050A LD 6001/3 x
1070A LD 6002/3 x
1140A LD 6003/3 x
2010A LD 8001/3 x
2020A LD 8002/3 x
2030A LD 8003/3 x
2050A LD 8004/3 x
3050A LD 10 001/3 x
3075A LD 10 002/3 x
5060A LD 14 001/3 x
5075A LD 14 002/3 x
80A-03/1 LD 5004/3
80A-03/1,5 LD 6004/3
80A-04/1,5 LD 6005/3
80A-04/2,5 LD 7001/3
80A-05/2,5 LD 7002/3
80A-05/3 LD 9003/3
80A-07/3 LD 9004/3
80A-10/3 LD 9005/3
80A-12/3 LD 9014/3
80A-15/3 LD 9006/3
80A-20/3 LD 9007/3
80A-30/3 LD 9008/3
80A-30/5 LD 14 003/3
90A-02/05 LD 4002/3
90A-02/10 LD 5005/3
90A-03/05 LD 4003/3
90A-03/10 LD 5006/3
90A-04/10 LD 5007/3
90A-04/20 LD 6006/3
90A-05/20 LD 6007/3
90A-05/25 LD 7003/3
90A-07/25 LD 7004/3
90A-07/30 LD 9009/3
90A-10/30 LD 9010/3
90A-15/30 LD 9011/3
90A-20/30 LD 9012/3
90A-30/30 LD 9013/3
90A-30/50 LD 14 004/3
AC009A LD 5008/3
AC017A LD 5009/3
AC032A LD 5010/3
AC044A LD 6013/3
AC060A LD 6014/3
AC120A LD 9020/3
AC150A LD 9021/3
AC175A LD 9022/3
AC260A LD 11 001/3
AC390A LD 12 003
AC520A LD 12 004/3
D006A LD 4001/3

ZANDER
D006AC LD 4001/3
D007A LD 5002/3
D009A LD 4001/3
D013A LD 5002/3
D013AC LD 5002/3
D017A LD 5002/3
D025A LD 5003/3
D025AC LD 5003/3
D030A LD 5003/3
D035A LD 8005/3
D040A LD 8005/3
D040AC LD 8005/3
D058A LD 8005/3
D065AC LD 8006/3
D085A LD 8006/3
D085AC LD 8006/3
D120A LD 9001/3
D145A LD 8006/3
D195A LD 9001/3
D220A LD 9001/3
D250A LD 9002/3
D295A LD 9002/3
D330A LD 9002/3
D360A LD 12 002/3
D400A LD 12 001/3
D430A LD 12 001/3
D500A LD 12 002/3
D620A LD 12 002/3
HK012A LD 6008/3
HK016A LD 6009/3
HK020A LD 6010/3
HK024A LD 6011/3
HK028A LD 6012/3
HK032A LD 7005/3
HK036A LD 7006/3
HK040A LD 9015/3
HK044A LD 9016/3
HK048A LD 9017/3
HK052A LD 9018/3 x
HK054A LD 9019/3 x
L1030A LD 5001/3 x
L1050A LD 6001/3 x
L1070A LD 6002/3 x
L1140A LD 6003/3 x
L2010A LD 8001/3 x
L2020A LD 8002/3 x
L2030A LD 8003/3 x
L2050A LD 8004/3 x
L3050A LD 10 001/3 x
L3075A LD 10 002/3 x
L5060A LD 14 001/3 x
L5075A LD 14 002/3 x

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 27

28

Glossary of filtration terms

Activated charcoal
Activated charcoal is a fine-
grained charcoal with a large
internal surface which is used
as an adsorbent in the field of
filtration. Application areas
for activated charcoal filters
include filters for the treatment
of compressed air, filters for
chemicals and medicines,
filters for the treatment of
water and waste water and
filters for HVAC applications.
Activated charcoal consists
mainly of carbon (usually
> 90 %) and has an extremely
porous structure. The pores
are connected to each other
in a way which is similar to
that of a sponge. The internal
surface amounts to between
500 and 2000 m2/g of char-
coal. As a result the internal
surface of 2 grammes of acti-
vated charcoal is comparable
to the area of a soccer pitch.

Adsorption
In the process of adsorption a
molecule or atom is released
from a gas or liquid onto the
surface of the adsorbent to
enable separation. In the
application case of the treat-
ment of compressed air
using activated charcoal the
activated charcoal in the filter
element is the adsorbent.
In this way it is possible to
exploit adsorption to realise
the separation and fine filtra-
tion of gas mixtures whereby
oil vapour and aerosols are
removed from the air flow and
permanently retained in the
activated charcoal.

Aerosols
An aerosol is a mix of very
fine solid and/or liquid sus-
pended particles and air.
Aerosols develop on so-called
condensation germs and
depending on the ambient
conditions grow to become
larger particles. Typical exam-
ples are oil mist, pollen and
bacteria and also the products
of combustion such as fumes,
ash or dust.

Coalescence
In a coalescence separator air
(or also a liquid) is directed
through a very permeable
pack of fibres whereby oil
droplets and contaminant
particles „statistically“ meet
filter fibres and due to an
adhesive force are separated.
Due to a continuous flow
through the fibres more and
more droplets meet the fibres
which causes the droplets
to become larger. In simple
words: coalescence causes
many small droplets to form a
number of large drops. In the
coalescence separator these
large and subsequently heavy
drops are subject to gravity
and are directed back via a
drainage fabric into a liquid
state to realise separation
from the air flow.
Differential pressure
The pressure difference
between the raw and clean
side of the filter.

Dirt holding capacity [g]
The dirt holding capacity of
a filter or filter element is the
mass of the dirt under fixed
test conditions which is added
until a defined final differential
pressure (350 mbar) is rea-
ched.

Embrittlement
Embrittlement is a chemical or
physical ageing process which
particularly affects the materi-
als used in seals. Exposure to
chemicals or temperatures
cause the seal materials to
lose their elasticity and the
seals are damaged by micro-
cracks. These microcracks
can become larger until finally
the seal material fails and the
function of the seal is lost. A
careful selection of materials
has largely eliminated this
process from MANN-FILTER
products. However, it is not
possible to completely rule
out the ageing of materials.
Therefore regular replace-
ment of the filter element is
necessary.
Filter surface area
The filter surface area of a
pleated filter element is made
by calculation. A larger filter
surface results in a lower
flow resistance for the filter
elements. Simultaneously,
the dirt holding capacity in-
creases. However, in a filter
element a minimum distance
between the pleats must be
maintained to ensure effective
use of the filter surface area.
A further increase of the sur-
face area can have negative
effects on all the operating
parameters.

MMPS
Most penetrating particle size:
a technical value for filters
defining the particle size
which is most difficult to
separate. This value depends
on the particle composition
and on the filtration charac-
teristics of the filter medium.
The MMPS value for the treat-
ment of compressed air is
0.1 – 0.5 µm.

Residual oil content
This value gives the percent
by weight of oil relating to
1 m3 of air which is still in the
compressed air downstream
of the filter. A residual oil con-
tent of under 0.003 mg/m3 is
regarded as „compressed air
which is technically oil-free“
according to the requirements
for breathing air defined in
DIN EN 12021.

Separation efficiency
The ratio of the amount of
contaminant retained by the
filter to the amount of con-
taminant added (given in %).

Service life
Measured in (h). Life of filter
determined in the field before
the filter requires servicing.

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 28

Notes

29

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 29

30

Notes

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 30

31

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 31

Design overview

d1
d2

G

h

Design A

d2

d1

h

Design F

d2

d1

G

h

Design G

d2

d1
d3

h

Design B

d2

d1
d3

h

Design C

d2

d1G

h

Design H

G

d1

h

Design D

G

d1

h

Design E

Preliminary filter elements / Activated charcoal elements

d1
d2

h

Design J

d2

d1

h

Design K

G

d1

h

Design L

G

d1

h

Design N

Coalescence fine filter elements / Ultra fine filters elements

d1
d2

d3

h

Design I

G

d1
d2

h

Design R
d3

d2

d1

h

Design P

d2

d1

h

Design Q

G

d2

d3
d1

h

Design M

d2

d3
d1

h

Design O

G

32

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 32

MANN-FILTER Design overview

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 33

MANN+HUMMEL GMBH, Industrial Filters Business Unit
67346 Speyer, Germany, Telefon +49 (62 32) 53-80, Fax +49 (62 32) 53-88 99

E-Mail: if.info@mann-hummel.com, Internet: www.mann-hummel.com

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A
N

N
+

H
U

M
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E
L

G
M

B
H

Druckluftfiltration_GB 25.04.2007 11:54 Uhr Seite 34

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