***Catálogo mann hummel filters for liquids

mann hummel filters for liquids

01-Einleitung en

MANN+HUMMEL Filters for Liquids

MANN+HUMMEL Industrial Filters

Also near to you

Our production facilities and
sales offices at a number of
European locations, in the
USA, South America and in
Asia enable the analysis of
technical questions on site.
One of our subsidiary com-
panies or representatives is
also sure to be near to you
to enable easy contact.

Modern, high-performance
vehicles, machines, equipment
and engines require filters
and components with a
corresponding performance.
This catalogue provides an
overview of our filters for
liquids and the matching
accessories, naturally all in
the standard MANN+HUMMEL
OEM quality.

Our customers come from
many varied fields such as:

• Construction machines
• Agricultural machines
• Compressors
• Mechanical engineering
• Engine and drive systems
• Commercial and special

vehicles, etc.,

This extensive experience
enables MANN+HUMMEL
to offer individual concepts
and solutions for special
customer requirements.

Liquid filters for many applications

How to find your contact
partner:

In order to establish your
contact partner at
MANN+HUMMEL or make
contact with one of our re-
presentatives, just call

Tel.: +49 (62 32) 53-80
Fax: +49 (62 32) 53-88 99

and tell us your area of ope-
rations. We will then imme-
diately put you in contact with
one of our specialised sales
teams.

You can find us in the internet
at:
www.mann-hummel.com
E-Mail: if.info@mann-hummel.com

automotive industry and many
other fields. A key area is
high quality filtration products
for vehicles, engines and
industrial applications. The
OEM business with global
market leaders and produc-
ers of vehicles, machines
and installations defines the
quality and performance of
the group. Filters for the

The MANN+HUMMEL Group
is an international company
with its headquarters in
Ludwigsburg, Germany. The
group employs approx. 9500
people worldwide at more
than 40 locations.

The company develops, pro-
duces and sells technically
complex components for the

international aftermarket are
sold under numerous inter-
national brands as well as
under the MANN-FILTER
brand.

The Industrial Filters Business
Unit with its headquarters in
Speyer, Germany is special-
ised in meeting the require-
ments of off-highway vehicle

and - engine applications,
compressed air and vacuum
technology, mechanical
engineering and plant
construction. For these
and other industrial fields
MANN+HUMMEL Industrial
Filters offers high perfor-
mance products for the
filtration and separation
of air, gases and liquids.

Contents

Company profile .................................................................................................................................................. Page 2
Product overview ................................................................................................................................................. Page 4

Spin-on oil filters .................................................................................................................................................. Page 7
In-line oil filters .................................................................................................................................................... Page 15
Overview of oil filter heads .................................................................................................................................. Page 18
Oil filter elements ................................................................................................................................................. Page 33
High pressure filters ............................................................................................................................................ Page 43
Strainer filters ...................................................................................................................................................... Page 51
Centrifuges .......................................................................................................................................................... Page 55
Fuel filters ........................................................................................................................................................... Page 65
Spin-on fuel filters ............................................................................................................................................... Page 68
In-line fuel filters .................................................................................................................................................. Page 73
Overview of fuel filter heads ............................................................................................................................... Page 76
PreLine® in-line fuel filter .................................................................................................................................... Page 78
Fuel filter elements ............................................................................................................................................. Page 87
Gap-type filters ................................................................................................................................................... Page 91
Plate gap-type filters ........................................................................................................................................... Page 94
Wire gap-type filters .......................................................................................................................................... Page 96
Gap-type tube filters ........................................................................................................................................... Page 97
High pressure filters for reaction injection moulding .......................................................................................... Page 99
Accessories for liquid filters ................................................................................................................................ Page 103

Technical annex .................................................................................................................................................. Page 109
Filter terminology ................................................................................................................................................ Page 110
Oil and fuel viscosities ........................................................................................................................................ Page 112
List of contents according to order numbers ...................................................................................................... Page 114
MANN+HUMMEL Industrial Filters worldwide .................................................................................................... Page 118
Notes .................................................................................................................................................................. Page 120
Conversion table (back cover)

Spin-on filters

W type Page 10-12

Spin-on filters as full-flow fil-
ters are used for the filtration
of oil. The raw oil flows in
through the outside holes in
the cover plate of the filter
and leaves again through the
central thread. Depending
on the requirements, the
spin-on filters are equipped
with bypass valves, non-
return valves, ascending
pipes or similar.

Product overview

WD, WH type Page 12+13

Spin-on filters similar to the
W type but designed for
higher operating pressures.

PL type Page 79

Spin-on filter for the PreLine®

preliminary fuel filter.

WP type Page 14

Partial-flow filters or a combi-
nation of full-flow and partial-
flow filters as a spin-on filter.
The dirty oil flows in through
the outer holes in the filter
mounting plate. In the filter
the oil flow is divided into a
full and partial flow and then
leaves on the filtered side
with different degrees of fil-
tration fineness.

WK type Page 70+71

Spin-on filters similar to the
W types but mainly used for
fuel filtration.

WDK type Page 70+71

Spin-on filters similar to the
WK type but designed for
higher operating pressures.

In-line filters

W, WD type Page 20-31

WK, WDK type Page 80-85

Spin-on filters for use with in-
line filters with filter heads.

Overview of oil filter heads
Page 18+19

Overview of fuel filter
heads Page 76+77

HD type Page 38-40

Oil filter elements for higher
pressures, especially suitable
for hydraulic applications.

P type Page 89

Mainly used for the fine filtra-
tion of fuel.

PF type Page 42

Mainly used for filtration of
the partial oil flow.

Filter elements

BFU type Page 90

These are metal-free and
especially environmentally-
friendly fuel filter elements
mainly used with in-line injec-
tion pumps. For multi-stage
filters the BFU type is always
used as a preliminary filter.

H type Page 35-37

Housing filter elements only
for use in the full flow of the
liquid.

HU type Page 41

Especially environmentally-
friendly metal-free oil filter
elements.

Product overview

Centrifuges Page 55

Centrifuges have an external
housing cover and a central
spindle around which a rotor
turns at high speed. The
resulting centrifugal force
serves to separate the finest
particles (soot) from the lube
oil. Centrifuges are partial-
flow filters and are operated
in combination with a full-flow
filter.

Gap-type filters Page 91

Gap-type filters always find
application when coarse par-
ticles have to be separated
from heavily contaminated
liquids. These are surface-
type filters. During normal
operation a filter cake forms
which is cleaned away
manually or with the support
of a motor.

High pressure filters
Page 43

Filters with a housing desi-
gned to handle pressures
up to 400 bar. A wide variety
of filter elements allows use
in many varied application
areas in all industrial fields,
especially in hydraulics.

Strainer filters Page 51

Strainer filters are used as a
cost-effective solution for the
pre-filtration of liquids or as a
protection filter. They have a
low flow resistance and filter
liquids through particle sepa-
ration on the strainer surface.

MANN+HUMMEL Spin-on oil filters

Filter element

Central tube

Filter housing

Seal

The advantages at a glance:

• Available with a variety of
filter media

• Efficient separation and
high dirt holding capacity
with minimal pressure drop

• Robust, corrosion-protected
housing with high pulsation
and pressure stability

MANN+HUMMEL spin-on
filters are used for the fil-
tration of lube oils, hydrau-
lic oils and coolants in a
variety of applications.
MANN+HUMMEL has been
a leading producer world-
wide of spin-on filters for
more than twenty years.
The filters are distributed
under the MANN-FILTER
brand and a number of
customer brands.

• Improved flow geometry
• Bypass valves with clearly-

defined opening characteri-
stics and leak-free closing

• Undetachable seals
• Stable central tube resistant

to collapse
• Non-return valve with mini-

mal pressure drop

MANN+HUMMEL Spin-on oil filters

Maintenance

The time for maintenance is
usually defined by the engine
or machine manufacturer.
Maintenance simply requires
replacement of the complete
spin-on filter. The spin-on
filter can easily be removed
using a MANN+HUMMEL
filter wrench (see page 105).

Design

The spin-on filter consists of
a robust metal housing with
a filter element fitted inside.
Depending on the application,
the spin-on filter can be
equipped with various com-
ponents such as a different
filter medium, a non-return
valve, a bypass valve, etc..
The liquid to be filtered flows
into the cover plate through
concentric openings, flows
through the filter element and
finally the cleaned liquid exits
through the central connec-
tion. An undetachable seal
integrated in the cover plate
ensures optimum sealing to
the outside under all opera-
ting conditions.

Bypass valve

Non-return valve
Clean side

Cross-section picture

Non-return valve
Raw side

MANN+HUMMEL Spin-on oil filters

Oil filters

The W and WD type
MANN+HUMMEL spin-on fil-
ters are mostly used for the
filtration of oil as full-flow fil-
ters, whereby the complete
flow of oil flows through the
filter. As an option, a bypass
valve can be fitted which
opens for cold starts to ensu-
re there is always an ade-
quate flow of oil.

On request an integrated
non-return valve on the raw
and clean sides prevents
emptying of the spin-on filter
when the engine is not in
operation. Thus when the
engine starts the lube oil rea-
ches the lubrication points
more quickly.

Partial-flow filter

The WP type partial-flow
filter is a spin-on filter from
MANN+HUMMEL fitted with
a very fine medium. The
amount of fine particles in the
oil is reduced leading to less
engine wear. At the same
time there is a positive influ-
ence on the pumping charac-
teristics of the oil.

In addition to partial-flow
filters the MANN+HUMMEL
product range also includes
a combination of a full-flow/
partial-flow filters (WP type,
see page 14).

Types of spin-on filters

The dimension tables refer to
these forms.

Form A

Form D

Form B

Form E

Form C

Form F

7
(0.28)

Spanner size
30

The table below lists selected
examples from our range of
filters. Many other variations
with other media, valve
equipment, seal materials,
release devices, etc., are
also available.

W type
Oil full-flow filters

W 712/20

W 712/4

W 712/52

W 719/14

W 719/30

W 920

W 920/7

W 930

W 930/21

W 940

MANN-
FILTER

Dimensions in mm (Dimensions in inches)

3/4” -
16 UNF
3/4” -

16 UNF
3/4” -

16 UNF

62
(2.44)

71
(2.80)

80
(3.15)

96
(3.78)

76
(2.99)

93
(3.66)

h
79

(3.11)
93

(3.66)
79

(3.11)
123

(4.84)
123

(4.84)
95

(3.74)
95

(3.74)
114

(4.49)
114

(4.49)
142

(5.59)

Non-
return
valve

[bar]

–

0.12

By-
pass
valve

[bar]

2.5

1.5

2.5

3.0

2.5

Permissible
operating
pressure

[bar]

Type

(see
page

Nominal
flow
rate

[l/min]
[gpm]

15
(3.96)

20
(5.28)

15
(3.96)

25
(6.61)

30
(7.93)

50
(13.21)

Filter fineness
acc. to ISO 16 889

[µm (c)] * with
50% 99%

separation efficiency

20 > 50

14 38

20 > 50

14 38

20 > 50

14 38

20 > 50

14 38

20 > 50

* In comparison to the previously used calibration, the new calibration with the same filter results in a lower filter fineness with small particles.

W type
Full-flow oil filters

d3
d2

W 940/51

W 950

W 950/17

W 962/2

W 962/6

W 1160

W 11 102

W 11 102/4

W 1374/2

W 1374/4

W 1374/6

W 13 145/1

W 13 145/6

MANN-
FILTER

Dimensions in mm (Dimensions in inches)

G 3/4”
1”-

12 UNF
1”-

12 UNF
M 30x2
1 1/8”-
16 UN
1 1/8”-
16 UN

G 1 1/4”
1 1/2”-
16 UN
1 1/2”-
16 UN
1 1/2”-
16 UN
M 42x2

62
(2.44)

93
(3.66)

93
(3.66)
100

(3.94)
100

(3.94)

71
(2.80)

71
(2.80)
104

(4.09)
103

(4.06)
103

(4.06)
111

(4.37)
111

(4.37)

96
(3.78)

96
(3.78)
110

(4.33)
110

(4.33)
140

(5.51)
140

(5.51)

93
(3.66)

93
(3.66)
108

(4.25)
108

(4.25)
136

(5.35)
136

(5.35)

h
142

(5.59)
170

(6.69)
170

(6.69)
210

(8.27)
210

(8.27)
178

(7.01)
260

(10.24)
260

(10.24)
177

(6.97)
177

(6.97)
302

(11.89)
302

(11.89)

Non-
return
valve

[bar]

–

0.12

–

0.12

–

0.12

–

By-
pass
valve

[bar]

2.5

1.6

2.5

–

0.2

2.5

Permissible
operating
pressure

[bar]

14
Suction range

- 0.8
Suction range

- 0.8
14

Type

(see
page

Nominal
flow
rate

[l/min]
[gpm]

50
(13.21)

60
(15.85)

75
(19.82)

50
(13.21)

100
(26.42)

75
(19.82)

85
(22.46)

180
(47.56)

Filter fineness
acc. to ISO 16 889

[µm (c)] * with
50% 99%

separation efficiency

14 38

20 > 50

14 38

14 36

20 > 50

14 38

20 > 50

14 36

20 > 50

15 > 36

20 > 50

14 36

* In comparison to the previously used calibration, the new calibration with the same filter results in a lower filter fineness with small particles.

W type, WD type
Full-flow oil filters for use with compressors

d3
d2

W 712/65

W 719/37

W 920/51

W 920/40

W 930/35

W 940/55

W 950/24

W 962/14

W 962/18

W 1170

W 11 102

WD 962/21

WD 13 145/8

WD 13 145/10

WD 13 145/14

MANN-
FILTER

Dimensions in mm (Dimensions in inches)

3/4” -
16 UNF
3/4” -

16 UNF
3/4” -

16 UNF
1” -

12 UNF
1” -

12 UNF
1 1/8” -
16 UN

1” -
12 UNF
1 1/2” -
16 UN
1 1/2” -
16 UN
1 1/2” -
16 UN

62
(2.44)

93
(3.66)

62
(2.44)
100

(3.94)
100

(3.94)

71
(2.80)

71
(2.80)
104

(4.09)
104

(4.09)
71

(2.80)
111

(4.37)
111

(4.37)

80
(3.15)

96
(3.78)

96
(3.78)
110

(4.33)
110

(4.33)
96

(3.78)
140

(5.51)
140

(5.51)

76
(2.99)

93
(3.66)

93
(3.66)
108

(4.25)
108

(4.25)
93

(3.66)
136

(5.35)
136

(5.35)

h
93

(3.66)
123

(4.84)
95

(3.74)
95

(3.74)
114

(4.49)
142

(5.59)
170

(6.69)
210

(8.27)
210

(8.27)
227

(8.94)
260

(10.24)
212

(8.34)
302

(11.89)
302

(11.89)

Non-
return
valve

[bar]

0.12

–

0.12

–

By-
pass
valve

[bar]

2.5

1.2

2.5

1.6

2.5

1.2

2.5

Permissible
operating
pressure

[bar]

Type

(see
page

Nominal
flow
rate

[l/min]
[gpm]

20
(5.28)

30
(7.93)

35
(9.25)

40
(10.57)

55
(14.53)

70
(18.49)

75
(19.82)

100
(26.42)

70
(18.49)

100
(26.42)

65
(17.17)

190
(50.20)

210
(55.48)

Filter fineness
acc. to ISO 16 889

[µm (c)] * with
50% 99%

separation efficiency

20 > 50

14 38

20 > 50

14 38

5 19

14 38

20 > 50

4 10

15 38

< 3 7

4 10

Oil filters used with compres-
sors have to be free of silicon
to enable use of the com-
pressors on paint-spray lines.
Furthermore, compressors
have different requirements
for oil filters in comparison
to engines. Firstly, the life
of the oil and the oil filter is
considerably longer in a com-
pressor than in an engine.
Secondly, the compressor oil
and oil filter are not exposed
to combustion residues and
in addition are subjected to
a lower temperature level.

* In comparison to the previously used calibration, the new calibration with the same filter results in a lower filter fineness with small particles.

WD type, WH type
Full-flow oil filters

d3
d2

The WD filters are spin-on
filters designed to handle
operating pressures between
20 and 35 bar. They are
suitable for lube-oil circuits
where higher pressure stabi-
lity is required.

WH spin-on filters have a
similar design to the WD type
but are designed to handle
pressures up to 35 bar. They
are mainly used in hydraulic
applications.

WH 945/1

WH 945/2

WH 980

WH 980/1

WD 724/6

WD 920

WD 940

WD 940/2

WD 950

WD 950/2

WD 962

WD 962/9

WD 1374

WD 13 145

WD 13 145/4

MANN-
FILTER

Dimensions in mm (Dimensions in inches)

1 3/8” -
12 UNF
1 3/8” -
12 UNF
1 3/8” -
12 UNF
1 3/8” -
12 UNF
3/4” -

16 UNF
3/4” -

16 UNF
1”-

12 UNF
1”-

12 UNF
M 24x1.5
1 1/2” -
16 UN
1 1/2” -
16 UN
1 1/2” -
16 UN

–
–
–
–
–
–
–
–

62
(2.44)

62
(2.44)
100

(3.94)
100

(3.94)

–
–
–
–
–
–
–
–

71
(2.80)

71
(2.80)
111

(4.37)
111

(4.37)

97
(3.28)

80
(3.15)

96
(3.78)

96
(3.78)
140

(5.51)
140

(5.51)

94.2
(3.71)
94.2
(3.71)
94.2
(3.71)
94.2
(3.71)

76
(2.99)

93
(3.66)

93
(3.66)
136

(5.35)
136

(5.35)

h
152

(5.98)
152

(5.98)
240

(9.45)
240

(9.45)
138

(5.43)
97

(3.82)
144

(5.67)
144

(5.67)
172

(6.77)
172

(6.77)
212

(8.35)
212

(8.35)
177

(6.97)
302

(11.89)
302

(11.89)

Non-
return
valve

[bar]

–

By-
pass
valve

[bar]

–

3.5

2.5

3.5

2.5

–

2.5

Permissible
operating
pressure

[bar]

–

Type

(see
page

Nominal
flow
rate

[l/min]
[gpm]

70
(18.49)

100
(26.42)

25
(6.61)

50
(13.21)

60
(15.85)

75
(19.82)

95
(25.10)

180
(47.56)

Filter fineness
acc. to ISO 16 889

[µm (c)] * with
50% 99%

separation efficiency

7 22

4 11

7 22

4 11

11 28

20 > 50

20 50

14 38

20 > 50

15 36

20 > 50

6 22

20 > 50

14 38

13
* In comparison to the previously used calibration, the new calibration with the same filter results in a lower filter fineness with small particles.

WP type
Partial-flow oil filters

The partial-flow filter always
works together with a full-flow
filter. The types WP 1170 and
WP 11 102 are solely partial-
flow filters. All other WP
types are a combination of
full-flow and partial-flow filter.

Further types are available
on request.

WP 914/80

WP 928/82

WP 1144

WP 1169

WP 1170

WP 11 102

MANN-
FILTER

Dimensions in mm
(Dimensions in inches)

M 24x1.5
1” -

12 UNF
3/4” -

16 UNF
M 30x2

M 22x1.5
1 3/8” -
16 UN

103
(4.06)

93
(3.78)
110

(4.33)
110

(4.33)

102
(4.02)

93
(3.78)
108

(4.25)
108

(4.25)

h
81

(3.19)
120

(4.72)
145

(5.71)
213

(8.39)
227

(8.94)
260

(10.24)

Non-
return
valve

[bar]

0.12

–

By-
pass
valve

[bar]

–

2.5

–

Permissible
operating
pressure

[bar]

Type

(see
page

Nominal
flow
rate

[l/min]
[gpm]

14
(3.70)

11
(2.91)

26
(6.87)

45
(11.89)

4.5
(1.19)
6.5

(1.72)

Filter fineness
(full flow) acc.
ISO 16 889

[µm (c)] * with
50% 99%
separation
efficiency

20 > 50

14 36

– –

Filter fineness
(partial flow) acc.

ISO 16 889
[µm (c)] * with
50% 99%
separation
efficiency

14 38

5 19

< 3 6

< 3 15

* In comparison to the previously used calibration, the new calibration with the same filter results in a lower filter fineness with small particles.

MANN+HUMMEL In-line oil filters

The advantages at a
glance:

• Easy to fit to existing lines
• Solid and stable cast

aluminium construction
• Increased flexibility availa-

ble for standard version
with option of optical or
electrical service switch
(see pages 106 107)

MANN+HUMMEL in-line
filters are used mainly in
hydraulic systems, for the
filtration of engine and
gearbox oil, and in lube-oil
circuits in general mecha-
nical engineering applica-
tions. The range of filters
includes filters with single
heads, duplex filters with-
out changeover, duplex
filters with changeover,
and large triplex oil filters.
The filtration characteristics
depend on the respective
spin-on filter and used filter
medium.

• Duplex types with change-
over available

• Minimal pressure drop
• Proven quality of

MANN+HUMMEL spin-on
filters

Design

The filters consist of the filter
head with connection threads,
mounting holes and the
MANN+HUMMEL spin-on
filter.

Available versions:

• with bypass valve without
service indicator

• with bypass valve and
service indicator

• with bypass valve and
service switch (make/break
contact convertible)

MANN+HUMMEL service
indicators, service switches
and bypass valves have to
be selected such that when a
service is necessary a signal
is given before the bypass
valve opens. Should you
have any questions please
get in touch with your
MANN+HUMMEL contact
partner.

Main fuel filter

Preliminary fuel filter

Oil full flow

Oil partial flow

Injection pump

Engine

Oil Fuel

Installation and maintenance

The filter is fitted in the pipe-
line, whereby the flow direc-
tion has to be observed. This
is indicated by arrows on the
connection threads.

The time for maintenance is
usually defined by the engine
or equipment manufacturer.
Maintenance simply requires
replacement of the complete
spin-on filter.

The respective spin-on filter
can easily be removed using
a MANN+HUMMEL filter
wrench (see page 105).

The in-line filter allows
various combinations of the
spin-on filter and filter head.
This catalogue only lists the
basic types. If you do not find
an in-line filter suitable for
your application, please get

in touch with your
MANN+HUMMEL contact
partners. They will be happy
to advise you on the appro-
priate in-line filter consisting
of a filter head, spin-on filter
and accessories.

Diagram of filter arrangement around the engine

Single head with flange
connection

Compact filter head with low
space requirement and the
connections made from
above. In spite of its compact
form the head has advanced
flow characteristics without
deflection of the flow.

Overview of oil filter heads

Single in-line head

This universal filter head is
designed for installation in
pipelines. The heads already
have mounting holes suitable
for installation of a
MANN+HUMMEL service
switch and service indicator
(see pages 106 -107) availa-
ble as an optional extra.

Page 20

Page 21+22
Page 24+25
Page 30+31

Overview of oil filter heads

In-line duplex without
changeover

This head allows the fitting
of two filters in parallel to
enable a higher volume flow
or longer filter service life.

In-line triplex

This filter head has three fil-
ters fitted in parallel to enable
a higher volume flow or a
longer filter service life.

In-line duplex with change-
over

This robust filter head suitable
for heavy duty applications
enables a filter change to be
carried out during continuous
operation.

Page 23+26

Page 27

Page 28+29

In-line oil filters with single head
Operating pressure 14 bar, up to 40 l/min – Flange connection

This light and robust filter
head is mounted with two
screws to a flat surface. The
filter inlet and outlet are from
above.

67 502 62 026

67 503 62 026

67 502 62 106

67 504 62 126

Part no. Dimensions in mm
(Dimensions in inches)

M 20x1.5

G 1/2”

h
145

(5.71)
192

(7.56)
145

(5.71)
192

(7.56)

Weight
approx.

[kg]

0.7

0.8

0.7

0.8

Nominal flow rate
[l/min]
[gpm]

25
(6.61)

40
(10.6)

25
(6.61)

40
(10.6)

MANN-
FILTER

(see page 10)

W 920

W 940

W 920

W 940

17
(0.67)

95 (3.74)

ø 11 (0.43)

R 12

93 (3.66)

12
(0.47)55

(2.17)
58

(2.28)32
(1.26)

Characteristics
Flow resistance acc. to ISO 3968 with 36 mm2/s.

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

1.0

0.5

0.1

0.05
3 5 10 50 100 300

67
5

02
6

2
...

67
5

03
6

2
...

/
67

5
04

6
2

...

Removal clearance 20 (0.79)

In-line oil filters with single head
Operating pressure: 14 bar, up to 70 l/min (in-line)

Fig. 1

93 (3.66)

7
(0.28)

Removal clearance 30 (1.18)

e e

b
c

Fig. 2 Fig. 3

c138
(1.50)

53
(2.09)

c
b

Service switch
swivels by 360°

1) Further threads available on request.

67 502 62 256

67 502 62 236

67 502 62 226

67 503 62 306

67 503 62 276

67 503 62 266

67 506 62 706

67 506 62 666

67 506 62 676

Part no. Dimensions in mm (Dimensions in inches)

90
(3.54)

95
(3.74)

40
(1.57)

47.5
(1.87)
47.5
(1.87)
47.5
(1.87)

–
21.5
(0.83)
21.5
(0.83)

–
28.5
(1.12)
28.5
(1.12)

–
24

(0.94)
24

(0.94)

–
24

(0.94)
24

(0.94)

–
26

(1.02)
26

(1.02)

–
46

(1.81)
62

(2.44)

–
46

(1.81)
62

(2.44)

–
46

(1.81)
62

(2.44)

22
(0.87)

25
(0.98)

d1
1)

G 1/2”

G 1”

147
(5.79)
147

(5.79)
147

(5.79)

194
(7.64)
194

(7.64)
194

(7.64)

269
(10.59)

M 8

M 10

Weight
approx.

[kg]

1.2

1.3

1.2

1.3

1.6

1.7

Fig.

MANN-
FILTER

(see pages 10+11)

W 920

W 940

W 962/2

Nominal flow rate up to 25 l/min (6.6 gpm)

Nominal flow rate up to 40 l/min (13.2 gpm)

Nominal flow rate up to 70 l/min (18.5 gpm)

Service
indica-

tion

–

optical

electrical

–

optical

electrical

–

optical

electrical

Service indicator

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

1.0

0.5

0.1

0.05
3 5 10 50 100 300

67
5

02
6

2
...

67
5

03
6

2
...

67
5

06
6

2
...

Characteristics
Flow resistance acc. to ISO 3968 with 36 mm2/s.

This design has the inlet and
the outlet on the side (in-line).

In-line oil filters with single head
Operating pressure: 14 bar, up to 100 l/min (in-line)

67 612 62 146

67 612 62 176

67 612 62 166

Part no. Dimensions in mm
(Dimensions in inches)

–
46

(1.81)
62

(2.44)

Weight
approx.

[kg]

2.4

2.5

Fig.

MANN-
FILTER

(see page 11)

W 11 102

Service
indication

–

optical

electrical

Nominal flow rate
[l/min]
[gpm]
100

(26.42)
100

(26.42)

108 (4.25)

Removal clearance 30 (1.18)

Service indicator

356
(14.02)

50
(1.97) G 1 1/4” G 1 1/4”

Fig. 1

47.5
(1.87)

130 (5.12)

Fig. 2 Fig. 3

Service switch
swivels by 360°

M 10

130 (5.12)

M 10

47.5
(1.87)

43
(1.69)

28 28
28 28

M 10

130 (5.12)

47.5
(1.87)

43
(1.69)

(1.10)
(1.10)

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

1.0

0.5

0.1

0.05
3 5 10 50 100 300

67
6

12
6

2
...

Characteristics
Flow resistance acc. to ISO 3968 with 36 mm2/s.

In-line duplex oil filters without changeover
Operating pressure: 14 bar, up to 180 l/min (in-line)

1) The filters are supplied without a special wrench profile.
2) Further threads are available on request.

67 512 62 106

67 512 62 136

67 512 62 126

67 625 62 106 1)

67 625 62 116 1)

67 625 62 126 1)

Part no. Dimensions in mm (Dimensions in inches)

200
(7.87)
200

(7.87)
200

(7.87)

270
(10.63)

–
40

(1.57)
40

(1.57)

–
45

(1.77)
45

(1.77)

47.5
(1.87)

43
(1.69)

70
(2.76)

65
(2.56)

–
47.5
(1.87)
47.5
(1.87)

–
70

(2.76)
70

(2.76)

–
46

(1.81)
62

(2.44)

–
46

(1.81)
62

(2.44)

30
(1.18)

35
(1.38)

d1
2)

G 1”

G 1 1/2”

275
(10.83)

337
(13.27)

93
(3.66)

108
(4.25)
108

(4.25)
108

(4.25)

Weight
approx.

[kg]

2.5

2.6

4.6

4.7

Fig.

MANN-
FILTER

(see page 11)

2x W 962/2

2x W 11 102

Nominal flow rate up to 120 l/min (31.7 gpm)

Nominal flow rate up to 180 l/min (47.6 gpm)

Service
indi-

cation

–

optical

electrical

–

optical

electrical

Removal clearance 30 (1.18)

Service switch
swivels by 360°

7
(0.28)

h1
d1d1

M 10

Fig. 1

M 10
Fig. 2

b b

M 10

Fig. 3

b b
Service
switch
swivels
by 360°

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

1.0

0.5

0.1

0.05
3 5 10 50 100 300

67
5

12
6

2
...

67
6

25
6

2
...

Characteristics
Flow resistance acc. to ISO 3968 with 36 mm2/s.

In-line oil filters with single head
Operating pressure: 20/25/35 bar, up to 180 l/min (in-line)

Characteristics
Flow resistance acc. to ISO 3968 with 36 mm2/s.

Fig. 1

Fig. 2 Fig. 3

Service switch
swivels by 360°c1

38
(1.50)

c
b

c53
(2.09)

Removal clearance 30 (1.18)

Service indicator

h1
d1

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

Volume flow V̇ [l/min]
3 5 10 20 50 100 200 500

1.0

0.5

0.2

0.1

0.05

67
7

08
6

2
...

67
7

16
6

2
...

67
7

30
6

3
...

/
67

7
30

6
2

...
67

7
50

6
2

...

67
5

12
6

2
...

67
5

06
6

2
...

67
5

04
6

2
...

(W
D

9
40

/2
)

67
4

03
6

2
...

/
67

5
04

6
2

...
(W

D
9

40
)

67
5

02
6

2
...

In-line oil filters with single head
Operating pressure: 20/25/35 bar, up to 180 l/min (in-line)

1) Further threads available on request.
2) Without bypass valve.
3) Flow rates are valid for liquids with 36 mm2/s and flow resistance according to the diagram on page 24.

67 403 62 246

67 502 62 246

67 502 62 216

67 502 62 206

67 504 62 436

67 504 62 456

67 504 62 446

67 504 62 426

67 504 62 416

67 504 62 406

67 506 62 756

67 506 62 696

67 506 62 656

67 506 62 646

67 708 62 1462)

67 708 62 1562)

67 708 62 1662)

67 716 62 216

67 716 62 226

67 716 62 236

Part no. Dimensions in mm (Dimensions in inches)

90
(3.54)

95
(3.74)

135
(5.32)
135

(5.32)
135

(5.32)

40
(1.57)

40
(1.57)
47.5
(1.87)
47.5
(1.87)
47.5
(1.87)
47.5
(1.87)
47.5
(1.87)
47.5
(1.87)
47.5
(1.87)

56
(2.20)

–

–
21.5
(0.85)
21.5
(0.85)

–
28.5
(1.12)
28.5
(1.12)

–

–
28.5
(1.12)
28.5
(1.12)

–
30

(1.18)
30

(1.18)
–

30
(1.18)

–

–
24

(0.94)
24

(0.94)
–

24
(0.94)

–
26

(1.02)
26

(1.02)
–

–
26

(1.02)
26

(1.02)

–
26

(1.02)
26

(1.02)
–

26
(1.02)

–

–
46

(1.81)
62

(2.44)
–

46
(1.81)

62
(2.44)

–
46

(1.81)
62

(2.44)
–

–
46

(1.81)
62

(2.44)

–
46

(1.81)
62

(2.44)
–

46
(1.81)

62
(2.44)

22
(0.87)

25
(0.98)

28
(1.10)

d1
1)

G 1/2”

G 1”

G 3/4”

G 1”

G
1 1/4”

192
(7.56)

149
(5.87)
149

(5.87)
149

(5.87)
196

(7.72)
196

(7.72)
203

(7.99)
203

(7.99)
271

(10.67)
271

(10.67)

246
(9.69)
246

(9.69)
246

(9.69)
371

(14.61)
371

(14.61)

76
(2.99)

93
(3.66)

136
(5.35)
136

(5.35)
136

(5.35)

Weight
approx.

[kg]

0.9

0.8

1.3

1.4

0.9

1.0

2.7

2.8

3.0

3.1

3.4

3.5

Fig.

MANN-
FILTER

(see
page 13)

WD 724/6

WD 920

WD 940

WD 940/2

WD 962

WD 1374

WD 13 145

Operating pressure 35 bar (3.5 MPa)

Operating pressure 25 bar (2.5 MPa)

Service
indi-

cation

–

optical

electrical

–

optical

electrical

–

optical

electrical

–

optical

electrical

–

optical

electrical

–

optical

electrical

Nominal
flow rate
[l/min]3)

[gpm]

20
(5.28)

25
(6.60)

40
(10.57)

70
(18.49)

95
(25.09)

180
(47.55)

Operating pressure 20 bar (2.0 MPa)

M
8

M
1

In-line duplex oil filters without changeover
Operating pressure: 20/25 bar, up to 360 l/min (in-line)

1) Further threads available on request.
2) Flow rates are valid for liquids with 36 mm2/s and flow resistance according to the diagram on page 24.

67 512 62 156

67 512 62 166

67 512 62 176

67 730 62 296

67 730 62 266

67 730 62 256

Part no. Dimensions in mm
(Dimensions in inches)

200
(7.87)
200

(7.87)
200

(7.87)

320
(12.60)

30
(1.18)

42
(1.65)

d1
1)

G 1”

G 2”

277
(10.91)

402
(15.83)

93
(3.66)

136
(5.35)
136

(5.35)
136

(5.35)

Weight
approx.

[kg]

3.0

3.2

6.8

6.9

Fig.

1.1

1.2

MANN-
FILTER

(see page 13)

2 x WD 962

2 x WD 13 145

Nominal flow rate up to 120 l/min (31.7 gpm) 2)

Nominal flow rate up to 360 l/min (95.1 gpm) 2)

Service
indication

–

optical

electrical

–

optical

electrical

Permissible
operating pressure

[bar] [MPa]

25 2.5

20 2

Removal
clearance
30 (1.18)

h1
d1

Service switch
swivels by 360°

62
(2.44)

53 (2.09)
a

d2
Removal clearance

approx. 30 (1.18)

d1 d1
102

(4.02)
X h1

47.5
(1.87)

M 10

M 12

Service switch
swivels by 360°40 40

43
(1.69)

M 10

Service switch
swivels by 360°

62 (2.44)

160 (6.30)

80 (3.15)

53
(2.09)

25 (0.98)

60
(2.36)

M 12

35 (1.38)

42.9
(1.69)

102
(4.02)

77.75
(3.06)

50.8
(2.00)

View X

Fig. 1

Fig. 2

Fig. 1.1

Fig. 1.2

102
(4.02)

(1.57)

47.5 (1.87)

In-line triplex oil filters
Operating pressure: 20 bar, up to 540 l/min (in-line)

Service switch
swivels by 360°

a
53 (2.09)

Removal
clearance
30 (1.18)

d1 d1

55.5
(2.19)

Fig. 1

Connection for
service indicator
and service switch

80 (3.15)

160 (6.30)
M 12

160 (6.30)

40
(1.57)

47.5
(1.87)

95
(3.74)

110 (4.33)
View X

50.8
(2.00)

M 12

116
(4.57)

88.9
(3.50)

63.5
(2.50)

1) Flow rates are valid for liquids with 36 mm2/s and flow resistance according to the diagram on page 24.

67 750 62 106

67 750 62 116

67 750 62 126

Part no. Dimensions in mm
(Dimensions in inches)

480
(18.90)

SAE

136
(5.35)
136

(5.35)
136

(5.35)

424.5
(16.71)
424.5
(16.71)
424.5
(16.71)

53.5
(2.11)
53.5
(2.11)
53.5
(2.11)

Weight
approx.

[kg]

10.1

10.2

Fig.

MANN-
FILTER

(see page 13)

3 x WD 13 145

Nominal flow rate up to 540 l/min (142.7 gpm) 1)

Service
indication

–

optical

electrical

Permissible
operating pressure

[bar] [MPa]

20 2

In-line duplex oil filters with changeover
Operating pressure: 10/25 bar, up to 100 l/min

Removal
clearance
30 (1.18)

The changeover function
enables filter maintenance
without a break in operation.

Characteristics
Flow resistance acc. to ISO 3968 with 36 mm2/s.

Fig. 1

38
(1.50) 160

(6.30)

Fig. 2

100 (3.94)11
(0.43)

153
(6.02)

31
(1.22)

54
(2.13)

26.5
(1.04)

ø 11 (0.43)

70
(2.76) 81

(3.19)

62 (2.44)

53
(2.09)32

(1.26)

27°
G 1”

Service switch
swivels by 360°

62 (2.44)

53
(2.09)200

(7.87)
30°

35
(1.38)

M 12

200 (7.87)

194
(7.64)

80
(3.15) 44

(1.73)

G 1 1/2”

27
(1.06)

1) With non-return valve.
2) Flow rates are valid for liquids with 36 mm2/s (cSt) and a flow resistance of 0.4 up to 0.6 bar (40 up to 60 kPa).

The nominal flow rate per filter half is indicated.
3) Changeover lever spanner size 24, order no. 02 086 01 024.

67 506 82 176 3)

67 506 82 166

67 506 82 136

67 612 82 116

67 612 82 146

Part no. Dimensions in mm
(Dimensions in inches)

93
(3.66)

108
(4.25)
108

(4.25)

50
(1.97)

71
(2.80)

102
(4.02)
102

(4.02)
102

(4.02)

130
(5.12)
130

(5.12)

22
(0.87)

53
(2.09)

294
(11.57)

373
(14.69)

Weight
approx.

[kg]

4.1

4.2

7.2

7.3

Fig.

MANN-
FILTER

(see pages 12+13)

2 x WD 962

2 x W 11 102 1)

Nominal flow rate up to 80 l/min (21.14 gpm) 2)

Nominal flow rate up to 100 l/min (31.7 gpm) 2)

Service
indication

–

optical

electrical

–

electrical

Permissible
operating pressure

[bar] [MPa]

25 2.5

10 1

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

1.0

0.5

0.2

0.1

0.05
10 20 50 100 200

67
5

06
8

2
...

67
6

12
8

2
...

In-line duplex oil filters with changeover
Operating pressure: 20 bar, up to 180 l/min

ZUR REINIGUNG DREHEN

1) On request available with 1 counter flange (with screws and spring washer), order no. 22 078 21 101.
2) Flow rates are valid for liquids with 36 mm2/s (cSt) with a flow resistance of 0.4 up to 0.6 bar (40 up to 60 kPa).

The nominal flow rate per filter half is indicated.

67 730 82 106 1)

67 730 82 126 1)

67 730 82 116 1)

Part no. Dimensions in mm
(Dimensions in inches)

136
(5.35)
136

(5.35)
136

(5.35)

160
(6.30)
160

(6.30)
160

(6.30)

424
(16.69)

52
(2.05)

70
(2.76)

Weight
approx.

[kg]

9.7

9.8

Fig.

MANN-
FILTER

(see page 13)

2 x WD 13 145

Nominal flow rate bis 180 l/min (47.6 gpm) 2)

Service
indication

–

optical

electrical

Permissible
operating pressure

[bar] [MPa]

20 2

160 (6.30)

292
(6.30)

Fig. 1 Fig. 2

77.8 (3.06)
ø 18 (0.71)

92
(3.62)

25
(0.98)

42.9
(1.69)

91
(3.58)

M 12

103
(4.06)

35
(1.38)

160 (6.30)

292
(6.30)

77.8 (3.06)
ø 18 (0.71)

92
(3.62)

25
(0.98)

42.9
(1.69)

107
(4.21)

M 12

103
(4.06)

35
(1.38)

Service switch
swivels by 360°

Removal
clearance
30 (1.18)

d2
d1

h253
(2.09)

38
(1.50)

200
(7.87)

ø 50.5 (1.99) ø 50.5 (1.99)

Characteristics
Flow resistance acc. to ISO 3968 with 36 mm2/s.

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

1.0

0.5

0.2

0.1

0.05
10 20 50 100 200

67
7

30
8

2
...

In-line oil filters with single head (suction range)
Operating pressure: 0.8 bar, up to 85 l/min (in-line)

Suction filters are primarily
used in hydraulic systems on
the suction side of the feed
pump. Typical application
areas include agricultural
machines with their compre-
hensive mobile hydraulics.
Suction filters are designed
to achieve a low pressure
drop. Filter monitoring is made
via the optionally available
MANN+HUMMEL low pressu-
re switch or through differen-
tial pressure monitoring.

Notes for installation:

• No cross-section constric-
tion of the suction line to
the connection on the filter
head

• No additional pressure
drop such as with fittings
and redirected lines

High pressure pump

In-line filter oil
pressure range

Feed pump

In-line filter oil
suction range

Tank

In-line oil filters with single head (suction range)
Operating pressure: 0.8 bar, up to 85 l/min (in-line)

Characteristics
Flow resistance acc. to
ISO 3968 with 36 mm2/s.

Removal clearance 20 (0.79)

135 (5.32)

28
(1.10)

177
(6.97)

G 1 1/4”

c
56

(2.20)

135 (5.32)

View X

M 10

1) Spin-on filter with bypass valve, opening pressure 0.2 + 0.15 bar (20 + 15 kPa).
Further threads available on request.

67 708 62 276

67 708 62 286

67 708 62 356

67 708 62 100

67 708 62 110

67 708 62 120

Part no. Dimensions in mm (Dimensions in inches)

–
30

(1.18)
30

(1.18)
–

30
(1.18)

–
26

(1.02)
26

(1.02)
–

26
(1.02)

246
(9.69)
336

(13.23)
330

(12.99)
246

(9.69)
336

(13.23)
330

(12.99)

MANN-
FILTER

(see page 11)

W 1374/4 1)

W 1374/6 1)

Nominal flow rate up to 85 l/min (22.46 gpm)

Service
indication

–

optical

electrical

–

optical

electrical

Volume flow V̇ [l/min]
D

if
fe

re
n

ti
al

p
re

ss
u

re
∆

p
[

b
ar

]

0.2

0.1

0.05
0.04
0.03

0.02

0.01
20 30 40 50 60 70 100 200

67
7

08
6

2
...

MANN+HUMMEL Oil filter elements

The advantages at a
glance:

• Consistently high separati-
on efficiency

• High dirt holding capacity
of filter elements through
high filter surface area

• Pleat structuring allows the
complete filter surface area
to be effective for the whole
of the operating time

MANN+HUMMEL filter ele-
ments are fine filters for
lube oils, hydraulic oils and
cooling liquids. The ele-
ments are characterised by
a high surface area relative
to volume. This enables a
high dirt holding capacity.

• Special impregnation pro-
vides resistance to water,
coolants and oils up to a
temperature of 140 °C

• A variety of versions are
available acc. to DIN or
ISO standards

• Excellent economy with
high utilisation of the
machine through re-use
of the filter housing on the
machine side.

Design

The filter element consists of
two end caps with the filter
medium fitted in the middle.
Depending on the type of
element, end caps are avai-
lable in metal or metal-free
versions. The end caps are
fitted with seals which ensure
reliable sealing between the
raw and the clean side.
Depending on the application,
filter elements are available
with element protection
through an integrated handle.
The flow of liquid through the
element takes place from the
outside to the inside.

Maintenance

The time when maintenance
is required is usually defined
by the engine or machine pro-
ducer. Maintenance simply
requires replacement of the
used element.

H 31/1

H 31/2

H 42

H 53

H 53/3

H 68/1

H 601

H 601/4

H 614/3

H 616/1

H 617 N

H 715/1 X

MANN-
FILTER

Dimensions in mm
(Dimensions in inches)

30.5
(1.20)

26
(1.02)
27.5
(1.08)

40
(1.57)

59
(2.32)

60
(2.36)

59
(2.32)

68
(2.68)

8
(0.32)

10
(0.39)
12.8
(0.50)
12.8
(0.50)

32
(1.26)

18
(0.71)

18
(0.71)
28.3
(1.11)

32
(1.26)
28.2
(1.11)

20
(0.79)

h
26

(1.02)
19

(0.75)
51

(2.01)
64

(2.52)
64

(2.52)
103

(4.06)
101

(3.98)
101

(3.98)
200

(7.87)
189

(7.44)
101

(3.98)
109

(4.29)

Type

Nominal flow rate

[l/min]
[gpm]

0.5
(0.1)
0.5
(0.1)
1.5
(0.4)

5
(1.3)

5
(1.3)
10

(2.6)
17

(4.5)
17

(4.5)
18

(4.8)
20

(5.3)
21

(5.5)
18

(4.8)

H types are star-pleated filter
elements for housings only
for use in the full flow of the
liquid.

H type
Oil full flow

50%

99%

> 50

Filter fineness acc. to ISO 16 889
[µm (c)] * with

separation efficiency

Form A Form B

Form E

* In comparison to the previously used calibration, the new calibration with the same filter results in a lower filter fineness with small particles.
Other types are available on request.

H type
Oil full flow

H 724/1

H 822/1 X

H 829

H 925/2

H 932/2

H 1081

H 1273

H 1275 X

H 1282 X

H 1290/1

H 11 171

H 12 107/1

MANN-
FILTER

Dimensions in mm
(Dimensions in inches)

63
(2.48)

73
(2.87)

72
(2.83)

81
(3.19)

84
(3.31)
100

(3.94)
118

(4.65)
120

(4.72)
117

(4.61)
118

(4.65)
110

(4.33)
117

(4.61)

28.3
(1.11)

26
(1.02)

13
(0.51)
24.2
(0.95)

40
(1.57)

59
(2.32)

56
(2.20)

59
(2.32)

48
(1.89)

56
(2.20)

h
248

(9.76)
148

(5.83)
165

(6.50)
112

(4.41)
134

(5.28)
234

(9.21)
163

(6.42)
171

(6.73)
196

(7.72)
165

(6.50)
452

(17.80)
196

(7.72)

Type

Nominal flow rate

[l/min]
[gpm]

30
(7.9)
30

(7.9)
38

(10.0)
32

(8.5)
40

(10.6)
80

(21.1)
95

(25.1)
145

(38.3)
160

(42.3)
100

(26.4)
85

(22.5)
160

(42.3)

50%

< 3

99%

> 50

Filter fineness acc. to ISO 16 889
[µm (c)] * with

separation efficiency

Form A Form B Form C Form D
acc. to DIN 73 358

* In comparison to the previously used calibration, the new calibration with the same filter results in a lower filter fineness with small particles.
Other types are available on request.

H type
Oil full flow

H 12 113

H 12 110/2 X

H 12 225

H 13 104

H 15 111/2

H 15 206/1

H 15 222/2

H 15 230/1

H 15 250/1

H 20 211

H 20 440

H 25 669/1

H 28 545

MANN-
FILTER

Dimensions in mm
(Dimensions in inches)

117
(4.61)
120

(4.72)
117

(4.61)
126

(4.96)
150

(5.91)
150

(5.91)
194

(7.64)
194

(7.64)
242

(5.93)
274

(10.79)

43
(1.69)

56
(2.20)
56.5
(2.22)

40
(1.69)

88
(3.46)

31
(1.22)

88
(3.46)

31
(1.22)

31
(1.22)
118

(4.65)
118

(4.65)
132

(5.20)
195

(7.68)

h
229

(9.02)
249

(9.80)
462

(18.19)
290

(11.42)
165

(6.50)
375

(14.76)
330

(12.99)
375

(14.76)
375

(14.76)
183

(7.20)
366

(14.41)
366

(14.41)
304

(11.97)

Type

Nominal flow rate

[l/min]
[gpm]
110

(29.1)
145

(38.3)
121

(32.0)
50

(13.2)
200

(52.8)
200

(52.8)
270

(71.3)
230

(60.8)
250

(66.1)
390

(103.0)
495

(130.8)
850

(224.6)
675

(178.3)

50%

99%

> 50

Filter fineness acc. to ISO 16 889
[µm (c)] * with

separation efficiency

* In comparison to the previously used calibration, the new calibration with the same filter results in a lower filter fineness with small particles.
Other types are available on request.

Form A Form B Form D
acc. to DIN 73 358

Form E

HD type
Oil full flow – For higher pressures

HD types are oil filter ele-
ments designed for higher
pressures and especially
suitable for hydraulic appli-
cations.

HD 45

HD 46

HD 46/1

HD 46/2

HD 46/3

HD 56

HD 57/3

HD 57/2

HD 58

HD 65

HD 65/1

HD 65/2

HD 68

MANN-
FILTER

Dimensions in mm
(Dimensions in inches)

35
(1.38)

40
(1.57)

47
(1.85)

45
(1.77)

57
(2.24)

57
(2.24)
55.5
(2.19)

12.2
(0.48)

18
(0.71)

18
(0.71)
22.2
(0.87)
25.5
(1.00)
25.5
(1.00)
25.8
(1.02)

25
(0.98)

25
(0.98)
28.7
(1.13)

h
94

(3.70)
122

(4.80)
122

(4.80)
84

(3.31)
94

(3.70)
94

(3.70)
112.5
(4.43)

71
(2.80)

71
(2.80)
136

(5.35)

Type

Nominal flow rate

[l/min]
[gpm]

30
(7.93)

25
(6.6)
20

(5.3)
25

(6.6)
25

(6.6)
60

(15.85)
50

(13.21)
50

(13.21)
40

(10.57)
60

(15.85)
35

(9.24)
45

(11.88)
40

(10.57)

Differential pressure sta-
bility of the filter element

[bar]

210

160

180

ßx ≥ 200

17.5

Form A

Form E

HD type
Oil full flow – For higher pressures

HD 69

HD 513

HD 513/3

HD 518

HD 610

HD 610/1

HD 610/2

HD 613

HD 613/1

HD 613/2

HD 620

HD 751

HD 829

MANN-
FILTER

Dimensions in mm
(Dimensions in inches)

55
(2.17)

47
(1.85)

57
(2.24)

57
(2.24)
56.5
(2.22)

69
(2.72)

74
(2.91)

25.5
(1.00)
25.5
(1.00)
25.5
(1.00)
25.5
(1.00)

25
(0.98)

25
(0.98)
25.7
(1.01)
34.2
(1.35)

20
(0.79)

h
101

(3.98)
172

(6.77)
172

(6.77)
249

(9.80)
124

(4.88)
124

(4.88)
171

(6.73)
171

(6.73)
170

(6.69)
356

(14.02)
203

(7.99)

Type

Nominal flow rate

[l/min]
[gpm]

90
(23.78)

80
(21.14)

110
(29.06)

100
(26.42)

50
(13.21)

70
(18.49)

125
(33)
60

(15.85)
85

(22.45)
75

(19.82)
280

(73.98)
240

(63.41)

Differential pressure sta-
bility of the filter element

[bar]

210

180

ßx ≥ 200

Form A Form D
acc. to DIN 73 358

Form E

HD type
Oil full flow – For higher pressures

HD 929/3

HD 929

HD 938

HD 938/1

HD 938/2

HD 958

HD 958/1

HD 958/2

HD 952

HD 952/2

HD 1060

HD 1066

HD 12 112

MANN-
FILTER

Dimensions in mm
(Dimensions in inches)

82.5
(3.25)
82.5
(3.25)

85
(3.35)

85
(3.35)
82.5
(3.25)
82.5
(3.25)

94
(3.72)
90.5

(3.569)
114

(4.49)

47.5
(1.87)
47.5
(1.87)

46
(1.81)

46
(1.81)
47.5
(1.87)
47.5
(1.87)
48.5
(1.91)
48.5
(1.91)
68.2
(2.69)

h
142

(5.59)
142

(5.59)
200

(7.87)
200

(7.87)
300

(11.81)
300

(11.81)
257

(10.12)
257

(10.12)
256

(10.87)
329

(12.95)
414

(16.30)

Type

Nominal flow rate

[l/min]
[gpm]
150

(39.63)
150

(39.63)
300

(79.26)
250

(66.05)
200

(52.84)
450

(118.89)
350

(92.47)
280

(73.97)
300

(79.26)
300

(79.26)
500

(132.10)
660

(174.37)
850

(224.57)

Differential pressure sta-
bility of the filter element

[bar]

180

30 (Bypass +/- 3 bar)

ßx ≥ 200

Form A Form D
acc. to DIN 73 358

Form E

HU type
Oil full flow

HU types have oil filter
elements which are metal-
free and are particularly en-
vironmentally friendly. After
use they can be incinerated
without leaving any residue

HU 718/1 K

HU 726/2 X

HU 921 X

HU 932/4 X

HU 931/5 X

HU 947/1 X

HU 945/2 X

HU 951 X

HU 12 140 X

MANN-
FILTER

Dimensions in mm
(Dimensions in inches)

63.5
(2.50)

64
(2.52)

81
(3.19)

78
(3.07)

80
(3.15)

78
(3.07)

82
(3.23)
82.6
(3.25)
118

(4.65)

31
(1.22)

25
(0.98)
36.5
(1.44)

23
(0.91)

39
(1.54)

23
(0.91)

39
(1.54)

36
(1.42)
55.8
(2.20)

h
115

(4.53)
153

(6.02)
88.5
(3.48)
133

(5.24)
138

(5.43)
135

(5.32)
200

(7.87)
169

(6.65)
312.5
(12.30)

Type

Nominal flow rate

[l/min]
[gpm]

34
(8.98)

47
(12.42)

27
(7.13)

60
(15.85)

61
(16.11)

91
(24.04)

90
(23.77)

83
(21.92)

182
(48.08)

50%

99%

> 50

Filter fineness acc. to ISO 16 889
[µm (c)] * with

separation efficiency

Form C Form F

Form A

* In comparison to the previously used calibration, the new calibration with the same filter results in a lower filter fineness with small particles.

PF type
Oil partial flow

PF types are mainly partial-
flow filters for oil.

PF 815

PF 915

PF 926

PF 1025

PF 1050/1

PF 1055/1

PF 1155

PF 1190

PF 1552

MANN-
FILTER

Dimensions in mm (Dimensions in inches)

75
(2.95)

90
(3.54)

98
(3.86)

90
(3.54)

90
(3.54)
110

(4.33)
110

(4.33)
150

(5.91)

14
(0.55)

24
(0.94)

14
(0.55)

32
(1.26)

h
104

(4.09)
110

(4.33)
110

(4.33)
206

(8.11)
169

(6.65)
196

(7.72)
125

(4.92)
202

(7.95)
367

(14.88)

Filling volume

[cm3]

310

520

630

1300

580

685

950

1600

5500

Code according to
DIN 71 455

–

DIN 71 455 - E 1.5

DIN 71 455 - E 2.5

DIN 71 455 - E 8

MANN+HUMMEL High pressure filters

MANN+HUMMEL Housings for high pressure filters

The advantages at a
glance:

• High pressure hydraulics
up to 400 bar

• Nominal flow rate 20 l/min
up to 125 l/min

• Wide range of applications
thanks to a variety of avai-
lable filter finenesses for
the filter used

MANN+HUMMEL high pres-
sure filter housings acc. to
DIN 24 550 are mainly used
for the filtration of lube oils
and hydraulic fluids in
engines and machines. A
version with a special filter
element is available for the
filtration of polyurethane
components (see pages
100-101).

Fitting and maintenance:

• Fit the filter in the high
pressure line

• Observe the flow direction
according to the marking
on the threads.

• Open the high pressure
housing using a commonly
available ring spanner

• Replace the HD filter
element after the service
interval

• Check the seal between
the filter head and bowl
and replace if necessary

• Close the housing

Design

High pressure filters consist
of a filter housing, filter head
with two connecting threads
and the replaceable filter ele-
ment of the MANN+HUMMEL
HD series. Due to its large
filter surface area, the filter
element has a high dirt hol-
ding capacity. The design
and pleating support of the
filter element enables diffe-
rential pressures from 10 bar
up to 180 bar (1 MPa up to
18 MPa) acc. to DIN ISO
2941.

• Optionally available with
MANN+HUMMEL service
switch, service indicator
and bypass valve (see
pages 106-107)

• Robust design with filter
head in spheroidal graphite
cast iron and filter bowl in
steel

Available versions:

• without bypass valve
without service indicator

• with bypass valve
and service indicator

• with bypass valve
and service switch

• without bypass valve
with service switch

The service indicator or
service switch and bypass
valve are selected such that
necessary filter maintenance
is signalled before the by-
pass valve opens.

High pressure filters
Operating pressure: 200 bar, up to 25 l/min

Characteristics
Flow resistance acc. to ISO 3968 with 32 mm2/s.

• Filter volume: 0.2 l
• Weight: approx. 2 kg

ø 52
(2.05)

Removal clearance 125 (4.92)

Service switch
swivels by 360°

182
(7.17)

21.5
(0.85)

d
30 (1.18)

62
(2.44)

Service switch
swivels by 360°

M 8
18

(0.71)
52

(2.05)

View X

1) V = Bypass valve (7 bar opening pressure)
S = Service switch with make/break contact (convertible)

67 201 62 101

67 201 62 126

67 201 62 116

Part no. Dimensions in mm
(Dimensions in inches)

M 18x1.5

G 3/8”

13
(0.51)

63
(2.48)

Service
indication 1)

MANN-FILTER

(see page 38)

HD 46/2

HD 46/1

HD 46/3

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

2.0

1.0

0.5

0.3
0.2

0.1

0.05

0.03
0.02

1 2 3 4 5 10 20 30 50 100

HD 4
6/2

/
HD 4

6/3

HD 4
6/1

ø 63
(2.48)

Nominal flow rate
[l/min]
[gpm]

25
(6.6)
20

(5.3)
25

(6.6)

High pressure filters
Operating pressure: 400 bar, up to 60 l/min

Service switch
installation height

1) A = Service indicator
V = Bypass valve (7 bar opening pressure)
S = Service switch with make/break contact (convertible)

67 300 62 156

67 300 62 166

67 300 62 176

67 300 62 202

67 300 62 212

67 300 62 222

67 300 62 180

Part no. Dimensions in mm
(Dimensions in inches)

11.5
(0.45)
53.5
(2.11)
70.5
(2.78)
11.5

(0.45)
53.5
(2.11)
70.5
(2.78)
70.5
(2.78)

Service
indication 1)

–

A and V

S and V

–

A and V

S and V

MANN-FILTER

(see page 38)

HD 65

HD 65/2

HD 65/1

Service switch
swivels by 360°

Spanner size 36

Removal clearance
75 (2.95)

25.5 (1.00)
G 3/4”

6 kt
ø 78
(3.07)

Service indicator

158.5
(6.24)

G 3/4”

12
(0.47)

38
(1.50)

M 10

15 (0.59)

18
(0.71)

View X

• Filter volume: 0.2 l
• Weight: approx. 4.9 kg

104 (4.09)

ø 100 (3.94)

Characteristics
Flow resistance acc. to ISO 3968 with 32 mm2/s.

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

2.0

1.0

0.5

0.3
0.2

0.1

0.05

0.03
5 10 20 30 50 100 200 500

HD 6
5/1

/
HD 6

5/2

HD 6
5

Nominal flow rate
[l/min]
[gpm]

60
(15.85)

45
(11.88)

35
(9.25)

High pressure filters
Operating pressure: 400 bar, up to 85 l/min

Service switch
installation height

• Filter volume: 0.4 l
• Weight: approx. 5.6 kg

Characteristics
Flow resistance acc. to ISO 3968 with 32 mm2/s.

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

2.0

1.0

0.5

0.3
0.2

0.1

0.05

0.03
5 10 20 30 50 100 200 500

HD 61
0/1

/ H
D 61

0/2

HD 6
13

/1
/

HD 6
13

Spanner
size 36

223
(8.78)

G 1”

ø 79 (3.11)

Outlet

G 1”

h2 M 10

104 (4.09)

12
(0.47)

38
(1.50) 15

(0.59)

18
(0.71)

Service indicator
installation height

Inlet

100
(3.94)

Service switch
swivels by 360°

View X

1) A = Service indicator
V = Bypass valve (opening pressure 7 bar)
S = Service switch with make/break contact (convertible)

67 301 62 222

67 301 62 232

67 301 62 210

67 302 62 192

67 302 62 202

67 302 62 212

67 302 62 170

Part no. Dimensions in mm
(Dimensions in inches)

11.5
(0.45)

42
(1.65)

60
(2.36)
11.5

(0.45)
53.5
(2.11)
70.5
(2.78)
70.5
(2.78)

Service
indication 1)

–

A and V

–

A and V

S and V

MANN-FILTER

(see page 39)

HD 610/2

HD 610/1

HD 613/2

HD 613/1

Nominal flow rate
[l/min]
[gpm]

70
(18.49)

50
(13.21)

85
(22.45)

60
(15.85)

High pressure filters
Operating pressure: 400 bar, up to 125 l/min

• Filter volume: 0.6 l
• Weight: approx. 6.3 kg

Characteristics
Flow resistance acc. to ISO 3968 with 32 mm2/s.

Volume flow V̇ [l/min]

D
if

fe
re

n
ti

al
p

re
ss

u
re

∆
p

[
b

ar
]

2.0

1.0

0.5

0.3
0.2

0.1

0.05

0.03
5 10 20 30 50 100 200 500

HD 6
13

Service switch
installation height

Spanner
size 36

223
(8.78)

G 1”

ø 79 (3.11)

Outlet

G 1”

h2 M 10

104 (4.09)

12
(0.47)

38
(1.50) 15

(0.59)

18
(0.71)

Service indicator
installation height

Inlet

100
(3.94)

Service switch
swivels by 360°

View X
HD 6

1) A = Service indicator
V = Bypass valve (opening pressure 7 bar)
S = Service switch with make/break contact (convertible)

67 301 62 186

67 301 62 196

67 301 62 206

67 302 62 146

67 302 62 156

67 302 62 166

Part no. Dimensions in mm
(Dimensions in inches)

11.5
(0.45)

42
(1.65)

60
(2.36)
11.5

(0.45)
53.5
(2.11)
70.5
(2.78)

Service
indication 1)

–

A and V

S and V

–

A and V

S and V

MANN-FILTER

(see page 39)

HD 610

HD 613

Nominal flow rate
[l/min]
[gpm]
100

(26.42)
100

(26.42)
125

(33.03)
125

(33.03)

MANN+HUMMEL Strainer filters

The advantages at a
glance:

• Excellent as a preliminary
filter

• Suction filter for the protec-
tion of components fitted
downstream

• Various levels of filter
fineness available on
request

• Low flow resistance
• Suitable for use with highly

viscous liquids
• Easy to fit
• Low maintenance

These are surface-type fil-
ters. They are reasonably
priced, robust and are
excellently suited to high
dirt particle loads and the
separation of coarse par-
ticles. These strainer filters
are designed to be suction
filters for installation in
tanks or for suction from
a reservoir. Strainer filters
with a filter housing are
fitted as in-line filters in
the pipeline.

MANN+HUMMEL Strainer filters

Fitting and maintenance

• Suction filters are screwed
directly to the connections
of the feed pump or to an
appropriate suction pipe.

• When using a housing the
filter is screwed in-line on
the raw and clean side in
the pipeline.

• Housing filters are equip-
ped with a drain screw for
the purpose of cleaning.

• Depending on the dirt load
a filter cake forms which
can be removed from
the strainer material by
washing.

Design

The strainer material is loca-
ted between robust metal
end caps. The strainer mate-
rial used with strainer filters
listed in the catalogue is star-
pleated in order to maximise
the surface area. The flow is
from the inside to the outside.

Strainer filters
Suction filters for use in tanks

62 300 52 551

62 300 53 571

62 300 52 541

62 500 53 411

62 501 52 281

62 501 53 281

62 501 53 291

62 602 53 251

62 602 53 261

62 804 53 101

Part no. Dimensions in mm (Dimensions in inches)

G 1/2”

G 3/4”

G 1”

G 1 1/2”

G 2”

61
(2.40)

87
(3.43)

87
(3.43)
110

(4.33)
110

(4.33)
150

(5.91)

55
(2.17)

84
(3.31)

87
(3.43)

85
(3.35)
105

(4.13)
105

(4.13)
155

(6.10)
165

(6.50)
205

(8.07)
225

(8.86)

42
(1.65)

71
(2.80)

70
(2.76)

63
(2.48)

84
(3.31)

84
(3.31)
134

(5.28)
120

(4.72)
160

(6.30)
180

(7.09)

SW
27

(1.06)
27

(1.06)
36

(1.42)
41

(1.61)
41

(1.61)
60

(2.36)
60

(2.36)
70

(2.76)

Mesh
size

[µm]

100

Nominal
flow rate

[l/min]
[gpm]

20
(5.28)

30
(7.93)

45
(11.89)

60
(15.85)

80
(21.14)

120
(31.70)

150
(39.63)

250
(66.05)

Spanner size

Further types available on request.

Strainer filters
Housing filters for coarse particle filtration of oils

These strainer filters with
housings in cast iron are de-
signed to handle pressures
of between 10 and 40 bar.
They are particularly suitable
for the filtration of oils such
as heating oil, heavy oil or
lube oil.

The housing can be fitted
with strainers of varying mesh
sizes and materials. Your
MANN+HUMMEL contact
partner will be happy to advi-
se you on the best choice for
your application.

62 301 63 121

62 301 62 111

61 402 62 031

61 402 61 032 *

Part no. Mesh
size

[µm]

100

Connection
dimension

M 26x1.5

M 22x1.5

Nominal
flow rate

[l/min]
[gpm]

50
(13.21)

100
(26.42)

Permissible
operating
pressure

[bar]

Bypass
valve

[bar]

–

* Strainer in stainless steel

ø 77 (3.03)

90 (3.54)222
(8.74)

88
(3.46)

Filter elements for customer housings

62 300 53 285

62 300 52 591

62 301 52 171

62 301 52 144

62 401 52 161

62 401 52 171

62 501 57 362

62 501 52 341

Part no. Dimensions in mm
(Dimensions in inches)

60
(2.36)

72
(2.83)

85
(3.35)

24
(0.94)

29
(1.14)

24
(0.94)

41
(1.61)

29
(1.14)

h
25

(0.98)
71

(2.80)
112

(4.41)
125

(4.92)
117

(4.61)
165

(6.50)
82

(3.23)
133

(5.24)

Mesh size

[µm]

100

MANN+HUMMEL Centrifuges

MANN+HUMMEL is the
market leader worldwide for
centrifuges. This product
range provides high perfor-
mance filtration solutions
for partial-flow oil. The
MANN+HUMMEL centrifu-
ges efficiently separate dirt
particles such as soot par-
ticles and particles resul-
ting from the abrasion of
metal in lube oils in diesel
engines. This technology is
also suitable and efficient
for gearboxes, hydraulic
systems and other industri-
al applications.

The advantages at a
glance:

• Improved purity of the oil
• Extended oil service life
• Longer service intervals
• Reduced engine wear
• Preventative engine pro-

tection
• Reduced maintenance

costs
• Lower disposal costs
• Less engine down-times
• Maximum availability for

vehicles, engines and
machines

• Lower running costs in total
• Improved combustion pro-

cess and reduced fuel
consumption

• Supports systems to mini-
mise exhaust emissions
(e.g. exhaust gas recircu-
lation)

• An investment which
quickly pays for itself

Function

Oil is pumped into the centri-
fuge and directed into a hol-
low spindle from where it is
pressed through a cross-hole
into the rotor of the centrifuge.
When the rotor is full of oil
the resulting pressure forces
it out through two tangential
and opposite nozzles in the
bottom of the rotor.

This causes the rotor to rotate
quickly. The centrifugal force
in the rotor causes the dirt
particles present accelerate
radially and deposit on the
internal wall of the rotor. In
the course of operation these
deposits form a thick cake.

Installation instructions

of inclination occurring tem-
porarily through operation of
the engine can be ignored.
MANN+HUMMEL can adapt
the centrifuge specifications
for special applications which
require a greater degree of
inclination.

Gravity allows the oil to return
from the centrifuge to the oil
sump without pressure.
Therefore the oil return must
be above the oil level. The oil
return pipe must have a suffi-
ciently large internal diameter
and as low a resistance as
possible.

A MANN+HUMMEL centrifu-
ge is either integrated in the
engine concept of the OEM
product or can be retrofitted
by the end user to existing
engines. The partial-flow
centrifuge requires a supply
of oil under pressure. In most
applications the oil feed is
achieved using normal engine
pressure and via the lube oil
pump. If the oil pressure is
insufficient, a supplementary
pump can be fitted.

The deviation between the
longitudinal and vertical axis
of the centrifuge should not
exceed 15°. A greater degree

respective engine. Your
MANN+HUMMEL contact
partner will be happy to ad-
vise you on the choice and
installation of an oil centrifuge.

In cases where the retrofitting
of a centrifuge directly to the
engine is difficult or impossi-
ble, MANN+HUMMEL offers
solutions for an external fitting
solution where the oil return
flow to the oil sump is made
using compressed air. This
means a permanent supply of
compressed air is required.

In the process of dimensio-
ning a centrifuge for an engi-
ne application it is essential
that the lube oil system of the
engine has sufficient reserves
to ensure the additional oil
requirement for the operation
of the partial-flow centrifuge.
This must not compromise
the amount of lubrication
required for the engine
components. In most cases
the engine oil pump has
enough power to operate a
partial-flow centrifuge if it is
correctly dimensioned for the

Overview of the MANN+HUMMEL centrifuges

Sizes
Type
Part no.
For oil sump volume from/to [l]
Connection for oil inlet
Smallest internal diameter
Oil feed pipe [mm]
Smallest internal diameter
Oil outlet pipe [mm]
Mounting holes for threads
Air inlet connection
Max. air requirement [l/h]
Rotor dirt holding capacity [l]
Rotor oil volume [l]
Switch-off valve [bar]
Empty weight approx. [kg]

FM 090-31
68 991 42 101

15 / 90
3/8” BSP

9.5

–
1/2” NPT

–
0.9

1.125
1.3
3.5

FM 090-LCB
68 991 39 301

15 / 90
1/2” NPT

–

–
1/4” NPT

36
0.9

1.125
1.3
6.0

FM 200-21
68 991 19 701

40 / 170
1/2” BSP

M 12
–
–

2.0
2.3
2.5
9.5

FM 200-22
68 991 19 801

40 / 170
7/8” UNF

1/2” UNC
–
–

2.0
2.3
2.1
9.5

FM 200-25
68 991 19 901

40 / 170
M 22x1.5

M 12
–
–

2.0
2.3
2.5
9.5

FM 200-28
68 991 20 001

40 / 170
M 22x1.5

M 12
–
–

2.0
2.3
2.1
9.5

FM 090 FM 200

FM 400-21
68 991 34 401

200 / 1500
3/4” BSP

M 12
–
–

4.0
4.5
–
22

FM 400-23
68 991 38 801

200 / 1500
3/4” BSP

M 12
–
–

4.0
4.5
2.5
22

FM 400-24
68 991 36 801

200 / 1500
5/16” BSP

1/2” UNC
–
–

4.0
4.5
2.5
22

FM 400-26
68 991 34 701

200 / 1500
M 27x1.5

M 12
–
–

4.0
4.5
2.5
22

FM 400

FM 600-21
68 991 18 701

200 / 1500
3/4” BSP

M 12
–
–

6.0
6.5
–
25

FM 600-22
68 991 18 801

200 / 1500
3/4” BSP

M 12
–
–

6.0
6.5
3.5
25

FM 600-23
68 991 18 901

200 / 1500
3/4” BSP

M 12
–
–

6.0
6.5
2.5
25

FM 600-24
68 991 19 001

200 / 1500
15/16” UNF

1/2” UNC
–
–

6.0
6.5
2.5
25

FM 600-25
68 991 19 201

200 / 1500
3/4” NPT

1/2” UNC
–
–

6.0
6.5
2.5
25

FM 600-26
68 991 19 301

200 / 1500
M 27x1.5

M 12
–
–

6.0
6.5
2.5
25

FM 600

FM 090 Centrifuge

• This model is available
with a cleanable rotor.
The rotor is equipped with
a paper insert (part no.
68 933 30 101) for simpler
maintenance.

• Additional options accor-
ding to customer specifi-
cations are available on
request

• Empty weight: approx.
3.5 kg

• Suitable for engine oil volu-
mes of 15 up to 90 litres

• Dirt holding capacity of the
rotor: 0.9 litres

• Oil capacity of the rotor:
1.125 litres

• Internal diameter of the oil
feed pipe: min. 9.5 mm

• Internal diameter of the oil
return pipe: min. 38 mm

4 Mounting holes
ø11 (0.43)

76 (2.99)

ø 51 (2.01)
Oil outlet

54 (2.13)

ø 173 (6.81)

320
(12.60)

210
(8.27)

20
(0.79)

ø 141 (5.55)

78 (3.07)
Oil inlet

M
in

.
re

m
ov

al
c

le
ar

an
ce

f
or

r
ot

Characteristics
Typical rotor output for SAE 30 oil at 100 °C

Part no.

68 991 42 101

Connection
thread
oil inlet

3/8” BSP

Switching pressure
shut-off valve

[bar]

1.3

Type

FM 090-31

Oil pressure [bar]

F
lo

w
v

o
lu

m
e

[l
/m

in
]

3 4 5 6 7

9000

8000

7000

6000

5000

R
o

to
r

sp
ee

d
[

rp
m

]

Speed

Flow volume

FM 090-LCB Centrifuge

• Integrated mounting plate
for external mounting away
from the engine

• Suitable for engine oil
volumes from 15 up to
90 litres

• Dirt holding capacity of the
rotor: 0.9 litre

• Oil capacity of the rotor:
1.125 litres

216 (8.50)

108 (4.25)

50
(1.97)

110 (4.33)

120
(4.72)

1/2” NPT oil inlet

1/2” NPT oil outlet

1/4” NPT
compressed
air inlet

76 (2.99)

16
(0.63)

ø 177 (6.97)

4 Mounting holes
ø10.2 (0.40)

108 (5.25)

140 (5.51)

M
in

.
re

m
ov

al
c

le
ar

an
ce

f
or

r
ot

• Internal diameter of the oil
return pipe: min. 12 mm

• Compressed air consump-
tion: max. 36 l/h. This
model is available with
a cleanable rotor.
The rotor is equipped
with a paper insert (part
no. 68 933 30 101) for
simpler maintenance.

• Empty weight: approx. 6 kg

Characteristics
Typical rotor output for SAE 30 oil at 100 °C

Oil pressure [bar]

F
lo

w
v

o
lu

m
e

[l
/m

in
]

3 4 5 6 7

9000

8000

7000

6000

5000

R
o

to
r

sp
ee

d
[

rp
m

]

Speed

Flow volume

20
(0.79)

19
(0.75)

330
(12.99)

440
(17.32)

Type

FM 090-LCB
Transit

Connection
thread oil

pipe

1/2” NPT

Connection
thread com-
pressed air

1/4” NPT

Switching
pressure shut-
off valve [bar]

1.3

Part no.

68 991 39 301

FM 200 Centrifuge

off valve can be matched
to customer specifications.

• The following accessories
are available for this centri-
fuge:
- A mounting plate is avai-

lable for external fitting
away from the engine with
compressed-air driven oil
return (part no.
68 999 11 101).

- A release tool for remo-
ving the rotor (part no.
68 906 90 601)

- A pulling-off device for the
central tube (part no.
68 906 90 901)

• Empty weight: approx. 9.5 kg

• Suitable for engine oil
volumes between 40 and
170 litres

• Dirt holding capacity of the
rotor: 2 litres

• Oil capacity of the rotor:
2.3 litres

• Internal diameter of the oil
feed pipe: min. 12 mm

• Internal diameter of the oil
return pipe: min. 50 mm

• This model is available
with a cleanable rotor.
The rotor is equipped
with a paper insert (part
no. 68 903 22 001) for
simpler maintenance.

• The inlet thread and shut-

ø 90 (3.54)
Oil outlet

ø 230 (9.06)

4 tapped holes with
mounting thread

ø 203 (7.99)

113.5 (4.47)
Oil inlet

M
in

.
re

m
ov

al
c

le
ar

an
ce

f
or

r
ot

160 (6.30)

126 (4.96)

126
(4.96)

99 (3.90)

Characteristics
Typical rotor output for SAE 30 oil at 100 °C

Oil pressure [bar]

F
lo

w
v

o
lu

m
e

[l
/m

in
]

2 3 4 5 6 7

5000

4000

3000

2000

1000

R
o

to
r

sp
ee

d
[

rp
m

]

Speed

Flow volume

528
(20.79)

298
(11.73)

344
(13.54)

41
(1.61)

160
(6.30)

130
(5.12)

Type

FM 200-21
FM 200-22
FM 200-25
FM 200-28

Oil inlet
connection

thread

1/2” BSP
7/8” UNF
M 22x1.5
M 22x1.5

Switching
pressure

shut-off valve
[bar]

2.5
2.1
2.5
2.1

Mounting
thread

M 12
1/2” UNC

M 12
M 12

Part no.

68 991 19 701
68 991 19 801
68 991 19 901
68 991 20 001

FM 400 Centrifuge

• Oil inlet thread and shut-off
valve can be adapted to
meet customer specifica-
tions

• A mounting plate is avail-
able for this centrifuge for
external fitting away from
the engine with com-
pressed-air driven oil return
(part no. 68 999 11 108).

• A release tool is available
for removing the rotor (part
no. 68 906 91 301).

• Empty weight: approx.
22 kg

• Suitable for engine oil
volumes between 200
and 1500 litres

• Dirt holding capacity of the
rotor: 4 litres

• Oil capacity of the rotor:
4.5 litres

• Internal diameter of the oil
feed pipe: min. 19 mm

• Internal diameter of the oil
return pipe: min. 76 mm

• This model is exclusively
available with a cleanable
rotor. The rotor is equipped
with a paper insert (part
no. 68 933 22 601) for
simpler maintenance.

ø 102 (4.02)
Oil outlet

ø 330 (12.99)

4 tapped holes with
mounting thread

161 (6.34) Oil inlet

M
in

.
re

m
ov

al
c

le
ar

an
ce

f
or

r
ot

160 (6.30)

126 (4.96)

126
(4.96)

146 (5.75)

Characteristics
Typical rotor output for SAE 30 oil at 75 °C

Oil pressure [bar]

F
lo

w
v

o
lu

m
e

[l
/m

in
]

2 3 4 5 6 7

5000

4000

3000

2000

1000

R
o

to
r

sp
ee

d
[

rp
m

]

Speed

Flow volume

356
(14.02)

690
(27.17)

404
(15.91)

58
(2.28)

58
(5.47)

184
(7.24)

160
(6.30)

Type

FM 400-21
FM 400-23
FM 400-24
FM 400-26

Oil inlet
connection

thread

3/4” BSP
3/4” BSP

5/16” UNF
M 27x1.5

Switching
pressure

shut-off valve
[bar]

–
2.5
2.5
2.5

Mounting
thread

M 12
M 12

1/2” UNC
M 12

Part no.

68 991 34 401
68 991 38 801
68 991 36 801
68 991 34 701

FM 600 Centrifuge

• Oil inlet thread and shut-off
valve can be adapted to
customer specifications

• A mounting plate is avail-
able for this centrifuge for
external fitting away from
the engine with com-
pressed-air driven oil return
(part no. 68 999 11 101).

• A release tool is available
for removing the rotor (part
no. 68 906 91 301).

• Empty weight: approx.
25 kg

• Suitable for engine oil
volumes between 200
and 1500 litres

• Dirt holding capacity of the
rotor: 6 litres

• Oil capacity of the rotor:
6.5 litres

• Internal diameter of the oil
feed pipe: min. 19 mm

• Internal diameter of the oil
return pipe: min. 76 mm

• This model is exclusively
available with a cleanable
rotor. The rotor is equipped
with a paper insert (part
no. 68 900 00 815) for
simpler maintenance.

ø 102 (4.02)
Oil outlet

ø 330 (12.99)

4 tapped holes with
mounting thread

161 (6.34) Oil inlet

M
in

.
re

m
ov

al
c

le
ar

an
ce

f
or

r
ot

160 (6.30)

126 (4.96)

146 (5.75)

Characteristics
Typical rotor output for SAE 30 oil at 75 °C

Oil pressure [bar]

F
lo

w
v

o
lu

m
e

[l
/m

in
]

2 3 4 5 6 7

5000

4000

3000

2000

1000

R
o

to
r

sp
ee

d
[

rp
m

]

Speed

Flow volume

126
(4.96)

160
(6.30)

184
(7.24)

769
(30.28) 484

(19.06) 436
(17.17)

139
(5.47)

58
(2.28)

Part no.

68 991 18 701
68 991 18 801
68 991 18 901
68 991 19 001
68 991 19 201
68 991 19 301

Oil inlet
connection

thread

3/4” BSP
3/4” BSP
3/4” BSP

15/16” UNF
3/4” NPT
M 27x1.5

Switching
pressure

shut-off valve
[bar]

–
3.5
2.5
2.5
2.5
2.5

Mounting
thread

M 12
M 12
M 12

1/2” UNC
1/2” UNC

M 12

Type

FM 600-21
FM 600-22
FM 600-23
FM 600-24
FM 600-25
FM 600-26

MANN+HUMMEL Fuel filters

The rapid development
of diesel technology has
made the filtration of diesel
fuel before it reaches the
injection system a top prio-
rity. Badly filtered diesel
causes particle erosion,
corrosion, and can lead
to damage in the injection
system.

Application areas for MANN+HUMMEL fuel filters

We recommend the
MANN+HUMMEL PreLine®

(see page 78) as a prelimi-
nary fuel filter to pre-separate
water and coarse particles.

The contamination of fuel
with particles and water
occurs during production,
transportation, in storage,
when the fuel is delivered,
and when the tank is filled.
This contamination has to be
removed in a reliable way.
The MANN+HUMMEL pro-
duct range has the right filter
for all types of injection
systems.

Typical required minimum
separation efficiency

> 20 %

> 67 %

> 85 %

> 95 %

> 98.6 %

Filter
medium

Standard
medium

Graded
medium

Multigrade
HC medium

Multigrade
HE medium

Multigrade
HE+ Medium

Page

Application area

In-line injection pump

Distributor pump

Unit injector

Common rail

MANN+HUMMEL Multigrade
Fuel filter media

Modern diesel and petrol
injection systems require the
highest fuel quality and there-
fore set ever higher standards
for the filtration of fuel.
The newly patented
MANN+HUMMEL multigrade
media were developed for
diesel and petrol engines and
meet today's highest require-
ments for fuel filter elements.

The family of multigrade
media represents an impor-
tant milestone in the field of
fuel filtration. These media
are used in all our high per-
formance filters.

On page 71 of this catalogue
you will find MANN+HUMMEL
spin-on filters with the multi-
grade media HC (high capa-
city with water separation),
HE (high filter fineness) and
HE+ (highest filter fineness).
This range economically
covers all the requirements
of modern fuel filtration. The
MANN+HUMMEL multigrade
media guarantee the pro-
tection necessary for the
sensitive injection systems
of today.

Multilayer technology ensu-
res that sensitive injection
systems are protected from
even the finest particles. In
comparison to other media
available on the market the
multigrade media offers a
performance increase in dirt
holding capacity of up to
100% with the same high
initial separation efficiency.

MANN+HUMMEL multigrade media:
Extended service life and high initial separation efficiency are achieved through an open layer with high
dirt holding capacity on the in-flow side and a fine filter layer on the out-flow side.

The advantages at a
glance:

• Available with a range of
filter media

• Efficient separation and
high dirt holding capacity
with low pressure drop

• Robust, anti-corrosion
housing with high pulsation
and pressure stability

MANN+HUMMEL spin-on
filters are used for the fil-
tration of fuel in a number
of applications.
MANN+HUMMEL has been
a leading manufacturer of
spin-on filters worldwide
for many years. The filters
are distributed under the
MANN-FILTER brand and
under a variety of customer
brands.

• Geometry designed for
optimum flow

• Undetachable seals
• Stable, non-collapsible

central tube
• Non-return valve with low

pressure drop

MANN+HUMMEL Spin-on fuel filters

Maintenance

Design

The spin-on filter consists of
a robust metal housing with
the fitted filter element.
Depending on the application,
the spin-on filter can be
equipped with various com-
ponents such as a different
filter medium, non-return
valve or bypass valve, etc..
The liquid to be filtered ent-
ers the cover plate through
the concentric inlet openings,
flows through the filter ele-
ment and the cleaned liquid
then leaves through the
central connection. The filter
cover plate has an undetach-
able seal which ensures
secure sealing to the outside
under all operating conditions.

Filter element

Central tube

Filter housing

Seal

Cross-section picture

MANN+HUMMEL Spin-on fuel filters

MANN+HUMMEL fuel filters
filter out the finest particles
from the fuel and thus effec-
tively protect the injection
system against wear and dirt
particles. They are available
with or without a water trap
and drain.

Types of spin-on filters

Reference is made to the fol-
lowing types in the dimension
table.

Form A

Form D

Form B

Form E

Form C

Form F

7
(0.28)

Spanner size
30

WK type, WDK type
In-line fuel injection pumps

These filters are a particularly
economic solution for the
typical requirements of in-line
injection pumps.

We recommend use of our
PreLine® preliminary fuel filter
(see page 78) for water se-
paration in addition to the
main filter.

WK 712/2

WK 723

WK 731

WK 731/1

WK 842 1)

WK 842/6 1)

WK 950/3

WK 962/4

WDK 962/10

MANN-
FILTER

Dimensions in mm (Dimensions in inches)

M 16x1.5

M 14x1.5

M 16x1.5

1“-14 NS

M 16x1.5

62
(2.44)

30
(1.18)

61
(2.40)

62
(2.44)

71
(2.80)

38
(1.50)

70
(2.76)

71
(2.80)

80
(3.15)

84
(3.31)

96
(3.78)

76
(2.99)

81
(3.19)

93
(3.66)

h
80

(3.15)
124

(4.88)
117

(4.61)
115

(4.53)
134.5
(5.30)
134.5
(5.30)
170

(6.69)
210

(8.27)
212

(8.35)

Separation
efficiency *

> 20%

Strainer 63 µm

> 20%

> 45%

Permissible
operating
pressure

[bar]

9.5

2.5

Type
(see
page
69)

–

Nominal
flow rate

[l/h]
[gph]
150

(39.63)
180

(47.56)
180

(47.56)
200

(52.84)
300

(79.26)
350
(92)
480

(126.82)
600

(158.52)

Drain

55
(2.17)

ø 38 (1.50)

d3
d2

d5 d5

d4
d3
d2
d1

Fig. 1 Fig. 2

Fig.

* All figures relate to a particle size of 3-5 µm (c) and are given acc. to ISO/TR 13 353 (1994).
1) with drain

WK type, WDK type
Fuel distributor pumps / unit injectors / common rail

d3
d2

These fuel filters from
MANN+HUMMEL use our
high performance graded and
patented multigrade media.
The multigrade media are
especially characterised by
a simultaneous high dirt hol-
ding capacity and excellent
separation performance.

For common rail, unit injectors
and distributor pumps we
recommend the use of our
PreLine® preliminary fuel filter
(see page 78) for the separa-
tion of water.

WDK 719

WDK 725 1)

WDK 925

WK 940/2

WK 962/7

WDK 962/15

WDK 962/16

WDK 962/14

WDK 962/12

WDK 11 102/7

WDK 11 102/1

WDK 11 102/6

WDK 11 102/3

MANN-
FILTER

Dimensions in mm (Dimensions in inches)

M 16x1.5

M 22x1.5

M 24x1.5

M 18x1.5

M 16x1.5

M 32x1.5

62
(2.44)

93
(3.66)

71
(2.80)

71
(2.80)
104

(4.09)
104

(4.09)

80
(3.15)

96
(3.78)

96
(3.78)
113

(4.45)
113

(4.45)

76
(2.99)

93
(3.66)

93
(3.66)
108

(4.25)
108

(4.25)

h
127

(5.00)
146

(5.75)
144

(5.67)
144

(5.67)
212

(8.35)
212

(8.35)
262

(10.31)
262

(10.31)

Separation
efficiency *

> 85%

> 67%

> 85%

> 67%

> 85%

> 95%

> 98.6%

> 67%

> 85%

> 95%

> 98.6%

Permissible
operating
pressure

[bar]

Medium

Multigrade
HC

Graded
medium

Multigrade
HC

Graded
medium

Multigrade
HC

Multigrade
HE

Multigrade
HE+

Graded
medium

Multigrade
HC

Multigrade
HE

Multigrade
HE+

Type
(see
page
69)

Nominal
flow rate

[l/h]
[gph]
170

(44.91)
120

(31.70)
250

(66.05)
250

(66.05)
650

(171.73)
590

(155.88)
530

(140.03)
530

(140.03)
580

(153.24)
1000

(264.20)
860

(227.21)
860

(227.21)
* All figures relate to a particle size of 3-5 µm (c) and are given acc. to ISO/TR 13 353 (1994).
1) with drain

MANN+HUMMEL In-line fuel filters

The advantages at a
glance:

• Easy fitting in existing lines
• Robust, stable cast alumi-

nium design
• More flexibility can be

added to the standard ver-
sion by the addition of an
optional optical or electrical
service switch (see pages
106-107)

The range of
MANN+HUMMEL in-line
fuel filters starts with the
PreLine® preliminary filter
for the separation of water
and includes the main fuel
filter with single or duplex
versions, right up to duplex
filters with changeover. The
filtration characteristics are
mainly defined by the spin-
on filter used or the filter
media.

• Duplex types with change-
over are available and are
particularly suitable for
marine applications

• Low pressure drop
• Proven quality of the

MANN+HUMMEL spin-on
filter

Design

The filter consists of the filter
head with connection threads
and mounting possibilities
and the MANN+HUMMEL
spin-on filter.

Available versions:

• with service indicator

• with service switch
(make/break contact
convertible)

The MANN+HUMMEL servi-
ce indicator or service switch
and bypass valve have to be
selected so as to ensure that
necessary filter maintenance
is signalled before the by-
pass valve opens. Please
contact your MANN+HUMMEL
contact partner for further
information.

Fitting and maintenance

The filter is fitted in the pipe-
line, whereby the flow direc-
tion has to be observed. This
is indicated by arrows on the
connection threads.

The time for maintenance is
usually defined by the engine
or equipment manufacturer.
Maintenance simply requires
replacement of the complete
spin-on filter.

The spin-on filter can be
easily removed using the
respective MANN+HUMMEL
filter wrench (see page 105).

The in-line filter allows va-
rious combinations between
the spin-on filter and the filter
head. This catalogue only
lists the basic types. If you
do not find an in-line filter
suitable for your application,

please get in touch with your
MANN+HUMMEL contact
partners. They will be happy
to advise you on the appro-
priate in-line filter consisting
of a filter head, spin-on filter
and accessories.

Main fuel filter

Preliminary fuel filter

Oil full flow

Oil partial flow

Injection pump

Engine

Oil Fuel

Diagram of filter arrangement around the engine

Overview of fuel filter heads

Single head, screwed on,
with optional manual pump
and heater

This head is designed espe-
cially for our PreLine® prelimi-
nary fuel filter series. It is
optionally available with a
manual pump and heater.

Single head

The universal head for fuel
filtration to reduce weight and
save space. In the horizontal
plane there are three usable
inlet openings and one outlet
in the vertical plane. The
head is equipped with a vent
screw.

Single head with flange

In one plane there are res-
pectively two inlet openings
for fuel on the raw side and
two outlets on the clean side.
The head is suitable for fitting
to a vertical mounting surface.
There is a venting possibility.

Page 79

Page 80

Page 81

Overview of fuel filter heads

Duplex with changeover

Both heads are manufactured
in cast aluminium. They allow
a change of filter during ope-
ration. Using a changeover
lever it is possible to direct
the flow through a single
filter or through both filters
in parallel. If necessary a
MANN+HUMMEL service
switch or service indicator
can be fitted (see pages
106-107). Both heads are
equipped with venting.

Duplex with changeover in
spheroidal graphite cast
iron (EN-GJS-400-15)

This duplex filter is classified
according to prevailing regu-
lations in the marine field
such as SOLAS * and GL **
and is predestined for use in
marine applications on ships.
High quality PTFE sealing
elements are used on the
changeover handle. A change
of filter during operation is
possible by changing to only
one filter.

* SOLAS = Safety of Life at
Sea

** GL = German Lloyd

Page 82+83

Page 84

In-line fuel filters
PreLine® preliminary filter for the separation of water

Increasing pressures in injec-
tion systems have in turn
considerably increased the
requirements for fuel filtration
with regard to the separation
of water and particles. The
injection pump manufacturers
have therefore drawn up a
list of requirements.
MANN+HUMMEL filters more
than completely fulfil the
requirements.

Our PreLine® preliminary fuel
filter series reliably meets the
required water separation
efficiency of at least 93 %
acc. to ISO 4020 thanks to
the specially developed melt-
blown medium.

The standard version has a
manual pump and manual
drain. Other versions are
available with an electrical
diesel heater and water sen-
sor.

The advantages at a
glance:

• Excellent water separation
• Design with highly integra-

ted function
• High dynamic stiffness
• Optional: electrical heater

in the inflow
• Increases the filter service

life of the main filter

• Ideal as retrofit solution
• Protects modern injection

systems against damage
caused by corrosion and
abrasion

• Reduces costs through
longer engine life

• Reduces repair costs

PreLine® 270

PreLine® 420 with heater
and water sensor

Water trap and fitting tool

Typical arrangement of the fuel filter around the engine

Tank

PreLine®

preliminary filter
Feeder
pump

Main
filter

Injection
pump

Injection nozzles

In-line fuel filters
PreLine® preliminary filter for the separation of water

Dimensions in mm
(Dimensions in

inches)
h

406
(15.98)

Nominal
flow rate

[l/h]
[gph]

420
(110.96)

ø 10.5
(0.41)

125 (4.92)

108 (4.25)

93 (3.66)

20 (0.79)

The following is valid for all PreLine® variations:
Water separation: > 93 %
Operating pressure: 4 bar
Separation efficiency acc. to ISO/TR 13 353 for 3-5 µm particles:
Multigrade medium PF: > 45%
Multigrade medium PFO: > 10%

130 (5.12)

88 (3.46)

12.4
(0.49)

Removal
clearance
20 (0.79)

Type

PreLine®

420

Part no.

66 606 62 251
66 606 62 255
66 606 62 257
66 606 62 253
66 606 62 261
66 606 62 265
66 606 62 267
66 606 62 263

PreLine® with manual pump PreLine® without manual pump

Water
trap

with sensor
without sensor

Filter head

with pump
with pump

without pump
without pump

with pump
with pump

without pump
without pump

MANN-FILTER

Multigrade
medium PFO

–
–
–
–

PL 420
PL 420
PL 420
PL 420

Multigrade
medium PF

PL 420/1
PL 420/1
PL 420/1
PL 420/1

–
–
–
–

Dimensions in mm
(Dimensions in

inches)
h

326
(12.83)

Nominal
flow rate

[l/h]
[gph]

270
(71.33)

Type

PreLine®

270

Part no.

66 604 62 251
66 604 62 255
66 604 62 257
66 604 62 253
66 604 62 261
66 604 62 265
66 604 62 267
66 604 62 263

Water
trap

with sensor
without sensor

Filter head

with pump
with pump

without pump
without pump

with pump
with pump

without pump
without pump

MANN-FILTER

Multigrade
medium PFO

–
–
–
–

PL 270
PL 270
PL 270
PL 270

Multigrade
medium PF

PL 270/1
PL 270/1
PL 270/1
PL 270/1

–
–
–
–

Accessories:
Heater for fitting in the filter head: part no. 29 017 00 202
(24 V, 350 W; temperature switching point 5 °C, switches
automatically on and off)
Water trap: part no. 66 606 12 982
Fitting tool: part no. LS 7/4

Holes for the filter head
M 12; long hole 50-88 mm

M 18x1.5

120 (4.72)

M 18x1.5

In-line fuel filters
Main filter with single head

The following shows a se-
lection of MANN+HUMMEL
in-line filters equipped with
our proven fuel filters. Many
other combinations are also
available.
Please contact your
MANN+HUMMEL contact
partner for more information.

66 403 62 182

66 404 62 242

66 405 62 112

66 400 62 252

Part no. Dimensions in mm
(Dimensions in inches)

h
126

(4.96)
119

(4.69)
155

(6.10)
155

(6.10)

153
(6.02)
144

(5.67)
182

(7.17)
182

(7.17)

d
76

(2.99)
76

(2.99)
80

(3.15)
81

(3.19)

MANN-
FILTER

(see page 70)

WK 723

WK 731

WK 842

WK 842/6

Nominal
flow rate

[l/h]
[gph]
180

(47.56)
180

(47.56)
200

(52.84)
300

(79.26)

max.
operating
pressure

[bar]

2.5

Inlet

Drain

yes

Fig.

ø d

10 (0.39)

Removal clearance
approx. 15 (0.59)

Fig. 1
Fig. 2

ø d

Outlet

5
(0.20)

40
(1.57)

90
(3.54)

55 (2.17) 46 (1.81)

113.5 (4.47)

M 14x1.5

In-line fuel filters
Main filter with single head

66 402 62 162

66 404 62 232

66 405 62 102

66 508 62 422

Part no. Dimensions in mm
(Dimensions in inches)

h
80

(3.15)
117

(4.61)
155

(6.10)
210

(8.27)

137
(5.39)
174

(6.85)
212

(8.35)
267

(10.51)

e
76

(2.99)
76

(2.99)
80

(3.15)
93

(3.66)

f
113.5
(4.47)
113.5
(4.47)
116.5
(4.59)
123

(4.84)

MANN-
FILTER

(see page 70)

WK 712/2

WK 731

WK 842

WK 962/4

Nominal
flow rate

[l/h]
[gph]
150

(39.63)
180

(47.56)
200

(52.84)
300

(79.26)

max.
operating
pressure

[bar]

2.5

Outlet

89
(3.50)

103
(4.06)

72 (2.83)

28 (1.10) Inlet

ø e

10.5
(0.41)

Removal clearance
approx. 15 (0.59)

Fig. 1

h
h1

Fig. 2

40
(1.57)

89
(0.22)

Drain

yes

Fig.

ø e

M 14x1.5

In-line fuel filters
In-line duplex main filter with changeover

The combination of the un-
beatable in-line filter with a
duplex function allows either
parallel operation of both the
spin on filters or operation
with respectively one of the
spin-on filters. When the flow
is restricted to one of the fil-
ters, it is possible to change
the other filter without stop-
ping the engine.

These filter heads are equip-
ped with MANN+HUMMEL
spin-on filters containing gra-
ded and multigrade media.

66 511 82 100

66 511 82 110

66 511 82 120

66 511 82 130

Part no. MANN-
FILTER

(see page 71)

WDK 962/15

WDK 962/16

WDK 962/14

WDK 962/12

max. operating
pressure

[bar]

Nominal
flow rate

[l/h]
[gph]
590

(155.88)
530

(140.03)
530

(140.03)
580

(153.24)

Medium

Graded medium

Multigrade HC

Multigrade HE

Multigrade HE+

100 (3.94)

167.5
(6.59)

M 30x1.5

28
(1.10)

Removal clearance
approx. 20 (0.79)

ø 93 (0.22)

Three-way handle positions

left right

both

filter in operation

102 (4.02)

212
(8.35)

294
(11.57)

50
(1.97)

Outlet

ø 54 (2.13)

Inlet

201 (7.91)

In-line fuel filters
Duplex main filter with changeover, horizontal inlet and outlet

66 619 82 100

66 619 82 110

66 619 82 120

66 619 82 130

Part no. MANN-
FILTER

(see page 71)

WDK 11 102/7

WDK 11 102/1

WDK 11 102/6

WDK 11 102/3

max. operating
pressure

[bar]

Nominal
flow rate

[l/h]
[gph]
1000

(246.20)
860

(227.21)
860

(227.21)

Medium

Graded medium

Multigrade HC

Multigrade HE

Multigrade HE+

Inlet

M 30x1.5

ø 54 (2.13)

Outlet

247 (9.72)

262
(10.31)

Removal clearance
approx. 20 (0.79)

Three-way handle positions

left right

both

filter in operation

54
(2.13)

56.5
(2.22)

350
(13.78)

135 (5.32)
ø 108 (4.25)

95 (3.74) 95 (3.74)

Outlet

164
(6.46)

In-line fuel filters
Duplex main filter with changeover, inlet and outlet from above

Outlet

99 (3.90)

Inlet

ø 108 (4.25)

74
(2.91)

149 (5.87)

205
(8.07)

66 612 82 121

66 612 82 131

66 612 82 141

66 612 82 151

Part no. MANN-
FILTER

(see page 71)

WDK 11 102/7

WDK 11 102/1

WDK 11 102/6

WDK 11 102/3

max. operating
pressure

[bar]

Nominal
flow rate

[l/h]
[gph]
1000

(246.20)
860

(227.21)
860

(227.21)

Medium

Graded medium

Multigrade HC

Multigrade HE

Multigrade HE+

70 (2.76) 120 (4.72)

368
(14.48)

ø 120 (4.72)

Removal
clearance

approx.
20 (0.79)

M 26x1.5

In-line fuel filters
Main filter – Fitting in flexible hose lines

For less demanding filtration
requirements our especially
economic small filter in syn-
thetic material is available for
fitting in flexible hose lines.
These filters are characteri-
sed by relatively high flow
rates for their small size.

Fig. 1 Fig. 2 Fig. 3

1) Right-angled outlet connection
Further types available on request.

WK 21

WK 21/2

WK 31/2

WK 31/4

WK 31/5 1)

WK 32

WK 43/1

MANN-FILTER Dimensions in mm (Dimensions in inches)

d
21

(0.83)
21

(0.83)
35

(1.38)
37

(1.46)
37

(1.46)
59

(2.32)

6
(0.24)

8
(0.32)

8 1)

(0.32)
6

(0.24)
8

(0.32)

–

–
8

(0.32)
–

–
8

(0.32)
–

h
50

(1.97)
50

(1.97)
104

(4.09)
104

(4.09)
105

(4.13)
142

(5.59)
108

(4.25)

Mesh size

[µm]

136

Filter paper element

200

Filter paper element

h
h

Fig.

MANN+HUMMEL Fuel filter elements

The advantages at a
glance:

• Consistently high separation
efficiency

• Filter element with high dirt
holding capacity thanks to
maximised filter surface
area

• Special pleat impregnation
allows the large filter surfa-
ce area to be effective for
the whole period of use

MANN+HUMMEL filter ele-
ments for fuel are equipped
with a star-pleated bellows
and feature an ideal surface
for the retention of dirt
particles with a correspon-
dingly longer service life.

• Special impregnation resi-
stant to water and fuel up
to a temperature of 140 °C

• Various versions available
acc. to DIN and ISO stan-
dards

• Highly economic solution
with intense machine use
through re-utilisation of
filter housing on the ma-
chine side.

Design

The filter element consists
of the two end caps with the
filter medium fitted in the
middle. Depending on the
type of element, end caps are
available in metal or metal-
free versions. The end caps
are fitted with seals which en-
sure reliable sealing between
the raw and the clean side.

Maintenance

The time when maintenance
is required is usually defined
by the engine or machine
producer. Maintenance simp-
ly requires replacement of
the used element.

Depending on the application,
filter elements are available
with element protection
through an integrated handle.
The flow of liquid through the
element takes place from the
outside to the inside.

Form A Form B Form D
acc. to DIN 73 358

P type
In-line fuel injection pumps

These filter elements are
mainly used with in-line injec-
tion pumps used in diesel
engines. As with the spin-on
filters the selection of the
recommended separation
efficiency is defined by the
technology of the injection
system (see page 66) and
the quality of the fuel.

P 46/1

P 78

P 609 4)

P 707 4)

P 715 4)

P 725

P 810

P 811 4)

P 824

P 825 4)

P 921/2 4)

P 934 5)

P 1018/1

MANN-FILTER Dimensions in mm (Dimensions in inches)

40
(1.57)

65
(2.56)

51
(2.01)

65
(2.56)

68
(2.68)

83
(3.27)

72
(2.83)

77
(3.03)

83
(3.27)

83
(3.27)
100

(3.94)

8.5
(0.33)

14
(0.55)

8 2)

(0.31)
14 1)

(0.55)
14 1)

(0.55)
14

(0.55)
21

(0.83)
14

(0.55)
32

(1.26)
26

(1.02)
26

(1.02)
10 2)

(0.39)
20 1)

(0.79)

h
133

(3.24)
53

(2.09)
68

(2.68)
116

(4.57)
65

(2.56)
100.5
(3.96)

84
(3.31)
146

(5.75)
89

(3.50)
100

(3.94)
118

(4.65)
167

(6.57)
171.5
(6.75)

Separation
efficiency *

> 20%

> 45%

> 20%

Type

Nominal
flow rate

[l/h]
[gph]

35
(9.25)

40
(10.57)

30
(7.93)
90 3)

(23.78)
65 3)

(17.17)
150

(39.63)
70

(18.49)
120 3)

(31.70)
80

(153.24)
70

(18.49)
120

(31.70)
150

(39.63)
450 3)

(118.89)
1) External diameter according to DIN 2391.
2) Nominal diameter for bolt.
3) Flow rate with 1 m gradient (when new, acc. to DIN 73 358).
4) With felt gasket.
5) With cork insert.
* All figures relate to a particle size of 3-5 µm (c) acc. to ISO/TR 13 353 (1994).

BFU type
In-line fuel injection pumps / general preliminary filters

These filter elements are free
of metal and particularly envi-
ronmentally friendly. They are
mainly used for in-line injec-
tion pumps. For stage filters
the BFU type is always used
as the first preliminary filter in
the flow direction.

BFU 707

BFU 811

BFU 900

MANN-FILTER Dimensions in mm (Dimensions in inches)

13
(0.51)

59
(2.32)

85
(3.35)

h
115

(4.53)
145

(5.71)
145

(5.71)

Separation
efficiency *

> 10%

Nominal
flow rate

[l/h]
[gph]

90
(23.78)

150
(39.63)

* All figures relate to a particle size of 3-5 µm (c) acc. to ISO/TR 13 353 (1994).

MANN+HUMMEL Gap-type filters

• Steam engines and hydro-
motors

• Pumps
• Hydraulic systems
• Machine tools
• Gearboxes
• Medium to large-sized

combustion engines
• Food industry
• Cleaning of water and

liquids for chemical pro-
cesses, etc.

Plate gap-type filters, wire
gap-type filters and gap-type
tube filters are suitable for
the filtration of highly conta-
minated high and low viscous
media such as fuel, lube oils,
paints, polyol, isocyanate,
cooling lubricants, etc. They
are used in nearly all industri-
al fields, including:

MANN+HUMMEL gap-type
filters can be cleaned during
operation, are easy to main-
tain and are characterised by
a very long service life.

Gap-type filters are used in
full flows and partial flows.
The fluid passes through the
filter inserts from the outside
to the inside. Various gap
widths define the filter finen-
ess. MANN+HUMMEL gap-
type filters can also be com-
bined with MANN+HUMMEL
in-line filters (highly efficient
fine filters) to make multi-
stage filters. You can find
in-line filters for oil and fuel
respectively on pages 15
and 73.

The filter housing is made of
carbon steel, grey cast iron,
cast aluminium or nickel
chromium steel. Special
types are available on
request.

Different gap-type filter designs

Page 94

liquid are deposited on the
surfaces of the gap.
When the handle of the filter
insert is turned the dirt par-
ticles gather on the row of
gap cleaners and sink to the
sludge collection chamber
where the sludge is dischar-
ged by opening a ball valve.

Plate gap-type filters for
gap widths ≥ 0.1 mm

The plate gap-type filter in-
sert consists of ring-shaped
steel discs piled up on a
central pin. The gap width
between the discs is determi-
ned by spacers between the
discs. A stationary gap clea-
ner runs through each gap.
As the liquid flows between
the discs, dirt particles in the

Page 96

ticles are deposited in the
gaps. When the handle of
the filter insert is turned the
dirt particles are scraped
by a stationary cleaner and
sink to the sludge collection
chamber where the sludge is
discharged by opening a ball
valve.

Wire gap-type filters for
gap widths ≥ 0.03 mm

The wire gap-type insert con-
sists of a non-rusting, high
tensile steel wire wound in a
spiral around an aluminium
frame. The exact position of
the steel wire on the frame
provides for equal gaps. As
the liquid to be filtered flows
through the insert dirt par-

Page 97

As the liquid to be filtered
flows through the filter insert
the dirt particles are deposi-
ted in the gaps. When the
handle on the filter insert is
turned, the dirt particles are
removed by a stationary
scraper and fall down into the
sludge collection chamber.
The sludge is discharged by
opening a ball valve.

Gap-type tube filters for
gap widths ≥ 0.03 mm

The gap-type tube filter insert
consists of a wire wound aro-
und longitudinal rods welded
together at every crossing
point. The longitudinal rods
and wire are made of non-
rusting, high tensile steel.
The exact position of the
steel wire on the longitudinal
rods provides for equal gaps.

Turning direction Stationary gap
cleaning as required

Rotating
filter

Turn only in
this direction

Stationary
scraper

Rotating filter

Gap width

Turn only in
this direction

Stationary
scraper

Gap width

Rotating filter

Plate gap-type filters
Operating pressure: 10/40 bar – Highly viscous liquids

51 204 6X 021

51 207 6X 021

51 305 6X 041

51 305 6X 051

51 305 6X 061

51 310 6X 041

51 310 6X 051

51 310 6X 071

51 310 7X 101

51 318 7X 101

Part no. Dimensions in mm
(Dimensions in inches)

M 14x1.5

M 22x1.5

G 1/2”

G 3/4”

M 22x1.5

G 1/2”

G 3/4”

G 1”

47
(1.85)

77
(3.03)

78
(3.07)

77
(3.03)

h
75

(2.95)
125

(4.92)
142

(5.59)
142

(5.59)
192

(7.56)
192

(7.56)
180

(7.09)
295

(11.61)

l
32

(1.26)
70

(2.76)
50

(1.97)
50

(1.97)
95

(3.74)
95

(3.74)
180

(7.09)

t
50

(1.97)
85

(3.35)
90

(3.54)
90

(3.54)
140

(5.51)
140

(5.51)
180

(7.09)
280

(11.02)

Weight
approx.

[kg]

1.0

3.0

6.0

8.0

Nominal flow rate [l/h] [gph]
with gap width

Fig. 1 Filter bowl removable
from below

Fig. 2 Filter bowl removable
from below

Fig. 3 Filter insert removable
from above

d2
Sludge outlet
G 1/2”

Ventilation or pressure
gauge connection M 6

52
(2.05)

58
(2.28)

66 (2.60)

88
(3.46)

90 (3.54)

100
(3.94)

140 (5.51)

38
(1.50)

M 10

23
(0.91)

5 (0.20)

M 6

d1
25 (0.98)

l
h

t Sludge outlet
G1”

58
(2.28)

l
30 (1.18)

38
(1.50)

10 (0.39)

106
(4.17)

38
(1.50)

Fig.

Permissible
operating
pressure

[bar]

100 µm
x = 3
450

(118.89)
900

(237.78)
1400

(369.88)
1400

(369.88)
2600

(686.92)
2600

(686.92)
5000
(1321)

200 µm
x = 5

–

–
3500

(924.70)
3500

(924.70)
4000

(1056.80)
3500

(924.70)
3500

(924.70)
4500

(1188.90)
5000
(1321)
5000
(1321)

M 6

M 8

Housing material

Spheroidal graph-
ite cast iron/steel
Spheroidal graph-
ite cast iron/steel
Spheroidal graph-
ite cast iron/steel
Spheroidal graph-
ite cast iron/steel
Spheroidal graph-
ite cast iron/steel
Spheroidal graph-
ite cast iron/steel
Spheroidal graph-
ite cast iron/steel
Spheroidal graph-
ite cast iron/steel
Spheroidal graph-

ite cast iron
Spheroidal graph-

ite cast iron

51 525 7X 784

51 525 7X 104

55 550 7X 251

55 575 7X 221

Part no. Weight
approx.

[kg]

Nominal flow rate [l/h] [gph]
with gap width

Fig.

Permissible
operating
pressure

[bar]

Housing
material

Aluminium
SG
Iron
SG
Iron
SG
Iron

100 µm
x = 3
12000

(3170.4)
12000

(3170.4)
24000

(6340.8)
36000

(9511.2)

200 µm
x = 5
15000
(3963)
15000
(3963)
30000
(7926)
45000
(11889)

Connection flange

Plate gap-type filters
Operating pressure: 16/40 bar – Highly viscous liquids

Fig. 1

Sludge outlet G1”

250
(9.84)

343
(13.50) 505

(19.88)

390
(15.35)

161
(6.34)

M 12

ø 56
(2.20)

85
(3.35)

90
(3.54)

Fig. 2

Sludge outlet G1”

250
(9.84)

365
(14.37)

528
(20.79)

390
(15.35)

141
(5.55)

ø 56
(2.20)

ø 110
(4.33)

ø 50
(1.97)

M 14
LK=110

73
(2.87)

90
(3.54)

Fig. 3
155

(6.10)
135

(5.32)

228
(8.98)

70 (2.76)
M 10

Sludge outlet M 38x1.5

250
(9.84) 311

(12.24)

516
(20.32)

360
(14.17)

197
(7.76)

ø 56
(2.20)

Fig. 4

Sludge outlet M 38x1.5

250
(9.84)

532
(20.94)

360
(14.17)

ø 56
(2.20)

100
(3.94)

ø 18
(0.71)

100
(3.94)

160
(6.30)

340
(13.39)

435 (17.13)
385 (15.16)

400 (15.75)

98
(3.86)

53 410 6X 061

53 418 7X 101

53 524 7X 191

Part no. Weight
approx.

[kg]

2.9

4.2

9.2

Fig.

Permissible
operating
pressure

[bar]

Housing
material

SG
Iron

Aluminium
alloy

30 µm
x = 0
1100

(290.62)
2100

(554.82)
3400

(898.28)

50 µm
x = 1
2000

(528.40)
3900

(1030.38)
6300

(1664.46)

100 µm
x = 3
3000

(792.60)
5000
(1321)
13500

(3566.71)

200 µm
x = 5
3500

(924.70)
5000
(1321)
15000
(3963)

Wire gap-type filters
Operating pressure: 40 bar – Fuels and lubricants

Dimensions in mm
(Dimensions in inches)

d
42

(1.65)
42

(1.65)
56

(2.20)

77
(3.03)

84
(3.31)
108

(4.25)

h
195

(7.68)
290

(11.42)
343

(13.50)

l
95

(3.74)
165

(6.50)
232

(9.13)

t
140

(5.51)
260

(10.24)
360

(14.17)

Nominal flow rate [l/h] [gph]
with gap width

Fig. 1 Filter bowl removable
from below

Fig. 2 Filter insert removable
from above

58
(2.28)

88
(3.46)

90 (3.54)

10 (0.39)

M 8

G 3/4”
30

(1.18)

l
h

t
Sludge outlet G1”

Ventilation or pressure
gauge connection M 6

Sludge outlet G 1”

81
(3.19)

81 (3.19)

90
(3.54)

140 (5.51)

90
(3.54)

h
l

G 1”

ø 75 (2.95)

M 12

Fig. 3 Filter insert removable
from above

505
(19.88)

343
(13.50)

232
(9.13)

125
(4.92)

165
(6.50)DN

70 (2.76)

Sludge outlet G1”

85
(3.35)

180 (7.09)

M 12

45 (1.77)

54 310 6X 061

54 310 7X 135

54 310 7X 165

54 318 7X 104

Part no. Weight
approx.

[kg]

3.5

7.0

4.0

4.5

Nominal flow rate [l/h] [gph]
with gap width

Fig.

Permissible
operating
pressure

[bar]

50 µm
x = 1
1100

(290.62)
1100

(290.62)
1900

(501.98)

100 µm
x = 3
2000

(528.40)
2000

(528.40)
3500

(924.70)

200 µm
x = 5
3000

(792.60)
3000

(792.60)
5000
(1321)

Gap-type tube filters
Operating pressure: 40 bar – Watery and/or aggressive liquids

Dimensions in mm
(Dimensions in inches)

d
38

(1.50)
38

(1.50)

77
(3.03)

84
(3.31)

h
194

(7.64)
161

(6.34)
180

(7.09)
380

(14.96)

l
100

(3.94)
100

(3.94)
289

(11.38)

t
140

(5.51)
200

(7.87)
200

(7.87)
280

(11.02)

Fig. 1 Filter bowl removable
from below

Fig. 3 Filter insert removable
from above

Fig. 2 Filter insert removable
from above

Sludge outlet G1”

G 3/4”

l
h

58
(2.28)

M 8

Ventilation or pressure
gauge connection M 6

10
(0.39)

30
(1.18)

90 (3.54)

88
(3.46)

115
(4.53)

10
(0.39)

G1”

Sludge outlet G1”

M 10

98
(3.86)

90 (3.54)

38
(3.54)

90
(3.54)

G 1”

Sludge outlet G1”

81 (3.19)

M 12

81
(3.19)

ø 75
(2.95)

140 (5.51)

90
(3.54)

Housing
material

SG
Iron
CrNi
Steel

Aluminium
alloy

MANN+HUMMEL High pressure filters for
reaction injection moulding machines

100

MANN+HUMMEL High pressure filters for
reaction injection moulding machines

sure filters are mainly used in
the processing of polyol and
isocyanate. They enable the
necessary purity for these
components, remove salts
formed from the intake of air,
and create the homogeneity
required for the processing.

Polyol and isocyanate are the
two basic components requi-
red for the production of poly-
urethane. In order to maintain
process reliability the compo-
nents have to be available
with a high degree of purity.
MANN+HUMMEL high pres-

High pressure filters
Operating pressure: 400 bar, up to 120 l/min

• Filter volume: 0.2 l
• Filter surface area: 540 cm2

• Weight: approx. 4.9 kg
• Permissible differential

pressure: up to 45 bar

Suitable filter elements

Part no.

62 300 30 931
62 300 30 935

Design
head/bowl

Spheroidal graphite cast iron/steel spray-painted
Spheroidal graphite cast iron/steel nickel-plated

Housing
volume

0.2 l
0.2 l

Housing

Series 300

168
(6.61)

38
(1.50)

18
(0.71)

SW 36

15 (0.59)

12
(0.47)

View X

6 kt
ø 78
(3.07)

Removal clearance
75 (2.95)

100 (3.94)

G 3/4”G 3/4”

62 301 50 692

62 301 50 695

62 301 52 692

62 301 52 695

62 301 53 692

62 301 53 695

62 301 55 692

62 301 55 695

Part no. Nominal
flow rate 1)

[l/h]
[gph]

25
(6.61)

40
(10.57)

50
(13.21)

100
(26.42)

Mesh
size 2)

[µm]

100

200

Strainer
material

Steel

Stainless steel

Steel

Stainless steel

Steel

Stainless steel

Steel

Stainless steel

1) Flow rates valid for liquids with a viscosity o 100 mm2/s (cSt) with a flow rate
resistance of 0.2 bar (20 kPa).

2) Other mesh sizes on request.

M 10

101

High pressure filters
Operating pressure: 400 bar, up to 120 l/min

Part no.

62 302 30 991
62 302 30 995

Design
head/bowl

Spheroidal graphite cast iron/steel spray-painted
Spheroidal graphite cast iron/steel nickel-plated

Housing
volume

0.6 l
0.6 l

Housing

Series 302

Suitable filter elements

62 302 50 132

62 302 50 135

62 302 52 132

62 302 52 135

62 302 53 132

62 302 53 135

62 302 55 132

62 302 55 135

Part no. Nominal
flow rate 1)

[l/h]
[gph]

35
(9.25)

55
(14.53)

60
(15.85)

120
(31.70)

Mesh
size 2)

[µm]

100

200

Strainer
material

Steel

Stainless steel

Steel

Stainless steel

Steel

Stainless steel

Steel

Stainless steel

1) Flow rates valid for liquids with a viscosity o 100 mm2/s (cSt) with a flow rate
resistance of 0.2 bar (20 kPa).

2) Other mesh sizes on request.

• Filter volume: 0.6 l
• Filter surface area: 1520 cm2

• Weight: approx. 6.3 kg
• Permissible differential

pressure: up to 45 bar

38
(1.50)

18
(0.71)

15 (0.59)

12
(0.47)

View X

268
(10.55)

SW 36
4 kt
ø 75
(2.95)

Removal clearance
175 (6.89)

100 (3.94)

G 3/4”G 3/4”

M 10

102

MANN+HUMMEL Accessories for liquid filters

103

104

Double connector for MANN+HUMMEL spin-on filters

If the mounting plate for the
spin-on filter has an internal
thread, you will need a double
connector to fit the filter.

21 014 15 191

21 014 15 331

21 016 15 211

21 017 15 181

21 018 15 141

21 018 15 331

21 019 15 111

21 020 15 131

21 022 15 291

21 024 15 101

Part no. Dimensions in mm (Dimensions in inches)

M 14x1.5

M 16x1.5

G 3/8”

M 18x1.5

M 20x1.5

M 22x1.5

M 24x1.5

G 1/4”

M 14x1.5

M 16x1.5

M 18x1.5

3/4” - 16 UNF

M 18x1.5

M 16x1.5

d
6

(0.24)
6

(0.24)
8

(0.32)
5

(0.20)
8

(0.32)
12

(0.47)
13

(0.51)
13

(0.51)
15

(0.59)
10

(0.39)

18
(0.71)

19
(0.75)

23
(0.91)

–

l
29

(1.14)
31

(1.22)
34

(1.34)
29

(1.14)
32

(1.26)
25

(0.98)
35.5
(1.40)
30.5
(1.20)

38
(1.50)

37
(1.46)

Spanner
size
19

(0.75)
19

(0.75)
22

(0.87)
24

(0.94)
24

(0.94)
27

(1.06)

Spanner size
l

d1g1dg

105

Double connector for MANN+HUMMEL spin-on filters

Enables easy removal of a
MANN+HUMMEL spin-on
filter.

For form A with a wrench profile (see page 9) the tool can be a strong screwdriver or a round bar between 8 and 10 mm thick.
The filter wrench for form E (see page 9) can be a standard strap wrench.

MANN-FILTER
Form of the spin-on filter

Suitable MANN+HUMMEL filter wrench
C

LS 7

W 7 ...
D

LS 7/2

W 8 ...
D

LS 8

W 9 ...
B

LS 9

W 11 ...
C

LS 11

Form DForm D
Form B
Form C

LS 7
LS 9
LS 11

LS 8

LS 7/2

21 024 15 121

21 024 15 131

21 025 15 101

21 025 15 141

21 026 15 381

21 029 15 101

21 030 15 251

21 032 15 201

21 032 15 211

21 039 15 101

21 039 15 171

Part no. Dimensions in mm (Dimensions in inches)

M 24x1.5

1” - 14 UN

M 26x1.5

M 30x1.5

1 1/4” - 12 UNF

M 32x1.5

M 38x1.5

1 1/2” - 16 UN

3/4” - 16 UNF

M 20x1.5

1”- 12 UNF

1” - 16 UN

M 30x1.5

1 1/8” - 16 UN

M 30x1.5

1 1/2” - 16 UN

M 36x1.5

d
13

(0.51)
14

(0.55)
18

(0.71)
16

(0.63)
18

(0.71)
18

(0.71)
22

(0.87)
22

(0.87)
18

(0.71)
30

(1.18)
25

(0.98)

–

l
37

(1.46)
37

(1.46)
36.35
(1.43)

40
(1.57)

41
(1.61)

42
(1.65)

41
(1.61)
42.5
(1.67)

Spanner
size
27

(1.06)
27

(1.06)
32

(1.26)
32

(1.26)
36

(1.42)
36

(1.42)
46

(1.81)
41

(1.61)

Filter wrench for MANN+HUMMEL spin-on filters

106

MANN+HUMMEL Service indicators for in-line
filters and high pressure filters
MANN+HUMMEL service
indicators signal the time for
maintenance for filter inserts
full of dirt particles by the
display of a red signal ring
in a display. The permissible
operating temperature is
120 °C.

Clean side
h1

Raw side

59 020 79 201

59 020 79 202

59 020 79 208

59 020 79 242

59 020 79 212

59 020 79 315

Part no. Dimensions in mm (Dimensions in inches)

M 18x1.5

M 10x1.5

M 24x2.0

h
22

(0.87)
22

(0.87)
16

(0.63)
19

(0.75)

36
(1.42)

–
44.5
(1.75)

46
(1.81)

44
(1.73)

Switching pressure

[bar]

1.0

1.8

1.4

2.2

1.8

5.0

Permissible
operating pressure

[bar]

400

MANN+HUMMEL Service switches for in-line filters
and high pressure filters

59 010 79 201

59 010 79 202

59 010 79 205

59 010 79 206

59 010 79 208

59 010 79 232

59 010 79 241

59 010 79 252

59 010 79 305

59 010 79 315

59 010 79 405

Part no. Dimensions in mm (Dimensions in inches)

M 18x1.5

M 24x2.0

M 18x2.0

h
22

(0.87)
22

(0.87)
19

(0.75)
19

(0.75)
7.5

(0.30)

36
(1.42)

36
(1.42)
59.5
(2.34)
57.5
(2.26)

30
(1.18)

62.5
(2.46)
62.5
(2.46)
62.5
(2.46)
62.5
(2.46)
62.5
(2.46)
62.5
(2.46)
62.5
(2.46)
62.5
(2.46)

61
(2.40)

61
(2.40)
62.5
(2.46)

107

Permissible
operating
pressure

[bar]

400

175

Switching
pressure

[bar]

1.0

1.8

0.8

1.4

1.8

1.0

2.2

5.0

Contact type

Make contact

Break contact

Make contact

Break contact

Make contact

Main
application

Oil

Fuel

Oil

Fuel

Oil

When the time for mainten-
ance has come an electro-
magnetic switch actuates a
signal (e.g. lamp, buzzer) or
a disconnection device.

• Operating temperature:
max. 120 °C

• Switching type: the default
switching type is listed in
the table below (make/
break contact).
The customer can change
the setting by rearranging
the contacts.

• Switching capacity:
max. 12 W / 18 VA

• Starting current:
max. 0.8 A

• Protection class: IP 65
all-insulated

Clean side h1
h

Raw side

X changeable 4x 90°

53 (2.09)

38
(1.50)

swivels by 360°

Connection for cable diameter
4.5 up to 7 mm (0.18 up to 0.28 inches)

View X

108

MANN+HUMMEL Service switches for in-line filters
and high pressure filters
Instructions for electrical
installation of the service
switch

The service switch is equip-
ped with a high quality elec-
tromagnetic switch (reed
switch). In order to achieve
a reliable function, please
observe the following:

2.Filament lamps require a
very high starting current
relative to their load current.
The lamp and a series
resistor should be dimen-
sioned such that the
maximum load of the
switch (see rating plate)
is not exceeded when
switching on. We recom-
mend selecting the series
resistor such that the
switch has the max. load
without consideration of
the glow lamp resistance.
It is thereby protected
against overload but the
glow lamp lights up with
low voltage.

3.When switching inductive
loads voltage peaks can
be induced which in some
circumstances may cause
the service switch to mal-
function. For alternating
current an RC combination
should be connected paral-
lel to the relay or contactor
coil and with direct current
a freewheeling diode (e.g.
diode 1 N 4007) in reverse
direction.

When dimensioning the spark
quenching device the in-
structions of the respective
contactor or relay should be
observed.

In both cases the maximum
load for the switch (see rating
plate) must not be exceeded.

Dimension the RV so that
IF is approx. 15 ... 20 mA

Resistor

Filament lamp

1.For an electrical or optical
display we recommend
use of a glow lamp or LED.
Both can be directly swit-
ched without a spark
quenching device.

Resistor

Capacitator

Inductive resistance

Freewheeling diode

UB =

Glow lamp

RV ~~
UB
IF

LED

Technical Annex

109

ßx value
The beta value is the ratio of
a quantity of particles of a
given size of the particle up-
stream of the filter to the
quantity of these particles
found downstream from the
element. Example: Upstream
there are 75 particles of the
size 3 µm and downstream
there is only one such par-
ticle. The filter then has the
characteristics ß3 > = 75.
The conversion to separation
efficiency is as follows:
η = 1–1/ßx.

Bursting pressure
The failure of a filter element
as fluid flows from the inside
to the outside as a result of
excessive differential pressure
or too high a static pressure.

Bypass valve
The bypass valve ensures the
oil flow to the lubrication point,
e.g. with a cold-start, thick oil
or a clogged filter.

Filter glossary

110

Micron specifications
In connection with fuel filters
common reference is made
to µm specifications without
reference to a test standard.
In this catalogue all the sepa-
ration efficiencies are accor-

Filter element
This is the component with-
out the housing which is res-
ponsible for the actual filtration
process.

Full flow
The complete oil volume
flows through the filter.

Gap-type filters
Surface-type filters
Filters which separate dirt
particles using a filter ele-
ment with a defined gap
width, e.g. through layers of
plates or discs or wound
wire.

Graded medium
The description of a single-
layer fuel filter medium with
a high initial separation effi-
ciency and high dirt holding
capacity. The medium is
more open on the inflow side
than on the outflow side.

In-line filters
Filters fitted in pipe or hose
lines.

ding to ISO. In order to com-
pare the MANN+HUMMEL
media with the micron speci-
fications commonly used
elsewhere, please use the
following table:

MANN+HUMMEL
medium

Multigrade PF
Multigrade PFO
Graded medium
Multigrade HC
Multigrade HE

Multigrade HE+

Application

Preliminary filter
Preliminary filter

Main filter
Main filter
Main filter
Main filter

Filter fineness acc.
to common micron

references
10 µm
30 µm
5 µm
5 µm
2 µm
1 µm

Coalescence
The behaviour of small dro-
plets in fluids whereby varying
surface tensions and forces of
cohesion cause the droplets
combine to form larger dro-
plets. This effect is used in
preliminary fuel filters for the
separation of water.

Collapse pressure
The failure of the filter through
collapsing as the liquid flows
from the outside to the inside
as a result of excessive diffe-
rential pressure over the filter.

Deep-bed filters
Dirt particles penetrate the
filter medium and retained
by the structure of the filter
medium. The design of the
deep-bed filter allows the hig-
hest filter fineness and high
dirt holding capacity. Deep-
bed filters are replaced at the
end of the product life. It is
usually not possible to clean
them.

Differential pressure
In a filter this is the pressure
difference between the raw
and clean side.

Dirt holding capacity [g]
The dirt holding capacity of
a filter or filter element is the
mass of the dirt under test
conditions which is added
until the agreed end of the
test.

Dirt load
The amount of dirt particles
the filter is confronted with.

Filter cake
This is formed by separated
particles which are deposited
on the surface of the element.
The filter cake has the effect
of an additional filter, but also
increases the flow resistance.

Filter dimensioning
This mainly depends on the
factors of volume flow, filter
fineness, amount of dirt par-
ticles and the required service
life of the filter.

Medium
Material used to carry out the
filtration.

Multigrade
Description of a high perfor-
mance, multi-layer medium
for a fuel filter.

Multipass test for oil filters
Defined in ISO 4548-12 with
calibration acc. to ISO 16
889. A defined amount of
particles are added until a
defined differential pressure
over the filter element is
reached. This results in the
separation efficiency charac-
teristic over time, the ß value
and the filter service life.

Nominal flow rate [l/min]
The nominal flow rate relates
closely to the geometric di-
mensioning data of the filter
(nominal connection diameter,
filter fineness) and the physi-
cal characteristics of the liquid
to be filtered (density, viscosi-
ty).

Nominal pressure
[bar/mbar/kPa]
The filter is dimensioned to
handle this pressure.

Opening pressure [bar, kPa]
The pressure difference when
the bypass valve is opened,
characterised by a defined
volume flow.

Operating pressure
[bar, mbar, kPa]
The filter is dimensioned to
work at this operating pressu-
re.

Partial flow
A partial flow is diverted bet-
ween the pump and lubricati-
on points and then immedia-
tely directed to the oil sump
via a partial-flow filter. The
partial-flow filter is considera-
bly finer than a full-flow filter
and primarily reduces the
soot particle content in the
lube oil.

Particle separation efficien-
cy for a fuel filter
Specifications for the initial
separation efficiency are
according to ISO 13 353.

PreLine®

The MANN+HUMMEL brand
name for a preliminary fuel
filter with water separation.
The filter is equipped with the
patented multigrade medium.

Separation efficiency [%]
Ratio of the dirt particles
retained by the filter to the
dirt particles present.

Separation efficiency,
absolute
In one flow through the filter
99% of the particles of a
given size are separated.
Example: 15 µm absolute.
Particles of the size 15 µm
are 99% separated in one
flow through the filter.

Separation efficiency,
fractional [%]
The separation efficiency
for a given particle size.
Determined by a multipass
test.

Separation efficiency,
nominal
In one flow through the filter
50% of the particles of a
given size are separated.
Example: 15 µm nominal.
Particles of the size 15 µm
are 50% separated in one
flow through the filter.

Spin-on filters
Filters where maintenance
simply requires replacing the
complete filter with integrated
filter element.

Surface-type filters
Dirt particles collect on the
surface of the filter element.
The formation of a filter cake
enables the additional sepa-
ration of particles smaller
than the pore size of the filter
element. It is usually possible
to clean surface-type filters.

Viscosity
The dynamic viscosity is a
measurement of the thick-
ness of the liquid medium
to be filtered. The kinematic
viscosity is the ratio of the
dynamic viscosity of the
medium to its density.

Water separation efficiency
for fuel filter
Specifications for water
separation are according
to ISO 4020.

111

Filter glossary

112

Viscosity/temperature characteristics

Examples for commonly
available single grade engi-
ne oils, hydraulic oils and
ATF oils

V
is

co
si

100 °F

-10 -5 0 5 10 15 20 25 30 35 40 45 50 60 70 80 90 100 °C

130 °F 210 °F

mm2/s
2 000 000
1 000 000
500 000
300 000
200 000
100 000
70 000
50 000
30 000
20 000

10 000
7 000
5 000
4 000
3 000
2 000
1 500
1 000
800
700
600
500
400
300

200
150

100
90
80
70
60
50
40

30
25
20
17
15
14
13
12
11
10
9
8
7
6

5
4.5
4

3.5

3
2.8

Engine oil HD 40

Engine oil HD 30

ISO VG 100 (H-LP
100)

Engine oil HD 10 W

ATF oil

ISO VG 32 (H-LP
32)

ISO VG 22 (H-LP
22)

113

Viscosity/temperature characteristics

Examples for commonly
available multigrade engine
oils, cutting oils and heating
oils

V
is

co
si

100 °F

-10 -5 0 5 10 15 20 25 30 35 40 45 50 60 70 80 90 100 °C

130 °F 210 °F

Super-heated steam cylinder oil
US heating oil Grade 6

Extrem
ely heavy heating oil (bunker C)

Multigrade oil 20 W - 50

Multigrade oil 15 W - 40

Multigrade oil 10 W - 30

Cutting oil

Range of the fuel oil

Heating oil EL

Gas oil

US heating oil grade 2

Kerosene

Diesel fuel

mm2/s
30 000
20 000
10 000
7 000
5 000
4 000
3 000
2 000
1 500
1 000
800
700
600
500
400
300

200
150

100
90
80
70
60
50
40

30
25
20
17
15
14
13
12
11
10
9
8
7

5
4.5
4

3.5

3
2.8
2.5
2.3

2.0

1.7

1.5

114

List of contents acc. to part numbers

Part no. Name Page

21 014 15 191 Double connector for spin-on filters 104
21 014 15 331 Double connector for spin-on filters 104
21 016 15 211 Double connector for spin-on filters 104
21 017 15 181 Double connector for spin-on filters 104
21 018 15 141 Double connector for spin-on filters 104
21 018 15 331 Double connector for spin-on filters 104
21 019 15 111 Double connector for spin-on filters 104
21 020 15 131 Double connector for spin-on filters 104
21 022 15 291 Double connector for spin-on filters 104
21 024 15 101 Double connector for spin-on filters 104
21 024 15 121 Double connector for spin-on filters 105
21 024 15 131 Double connector for spin-on filters 105
21 025 15 101 Double connector for spin-on filters 105
21 025 15 141 Double connector for spin-on filters 105
21 026 15 381 Double connector for spin-on filters 105
21 029 15 101 Double connector for spin-on filters 105
21 030 15 251 Double connector for spin-on filters 105
21 032 15 201 Double connector for spin-on filters 105
21 032 15 211 Double connector for spin-on filters 105
21 039 15 101 Double connector for spin-on filters 105
21 039 15 171 Double connector for spin-on filters 105
51 204 6X 021 Gap-type filter 94
51 207 6X 021 Gap-type filter 94
51 305 6X 041 Gap-type filter 94
51 305 6X 051 Gap-type filter 94
51 305 6X 061 Gap-type filter 94
51 310 6X 041 Gap-type filter 94
51 310 6X 051 Gap-type filter 94
51 310 6X 071 Gap-type filter 94
51 310 7X 101 Gap-type filter 94
51 318 7X 101 Gap-type filter 94
51 525 7X 104 Gap-type filter 95
51 525 7X 784 Gap-type filter 95
53 410 6X 061 Gap-type filter 96
53 418 7X 101 Gap-type filter 96
53 524 7X 191 Gap-type filter 96
54 310 6X 061 Gap-type filter 97
54 310 7X 135 Gap-type filter 97
54 310 7X 165 Gap-type filter 97
54 318 7X 104 Gap-type filter 97
55 550 7X 251 Gap-type filter 95
55 575 7X 221 Gap-type filter 95
59 010 79 201 Service switch 107
59 010 79 202 Service switch 107
59 010 79 205 Service switch 107
59 010 79 206 Service switch 107
59 010 79 208 Service switch 107
59 010 79 232 Service switch 107
59 010 79 241 Service switch 107
59 010 79 252 Service switch 107
59 010 79 305 Service switch 107
59 010 79 315 Service switch 107
59 010 79 405 Service switch 107
59 020 79 201 Service indicator 106
59 020 79 202 Service indicator 106
59 020 79 208 Service indicator 106
59 020 79 212 Service indicator 106
59 020 79 242 Service indicator 106

Part no. Name Page

59 020 79 315 Service indicator 106
61 402 61 032 Strainer filter 54
61 402 62 031 Strainer filter 54
62 300 30 931 High pressure filter housing 100
62 300 30 935 High pressure filter housing 100
62 300 52 541 Strainer filter 53
62 300 52 551 Strainer filter 53
62 300 52 591 Strainer filter 54
62 300 53 285 Strainer filter 54
62 300 53 571 Strainer filter 53
62 301 50 692 Filter element for 100

high pressure filters
62 301 50 695 Filter element for 100

high pressure filters
62 301 52 144 Strainer filter 54
62 301 52 171 Strainer filter 54
62 301 52 692 Filter element for 100

high pressure filters
62 301 52 695 Filter element for 100

high pressure filters
62 301 53 692 Filter element for 100

high pressure filters
62 301 53 695 Filter element for 100

high pressure filters
62 301 55 692 Filter element for 100

high pressure filters
62 301 55 695 Filter element for 100

high pressure filters
62 301 62 111 Strainer filter 54
62 301 63 121 Strainer filter 54
62 302 30 991 High pressure filter housing 101
62 302 30 995 High pressure filter housing 101
62 302 50 132 Filter element for 101

high pressure filters
62 302 50 135 Filter element for 101

high pressure filters
62 302 52 132 Filter element for 101

high pressure filters
62 302 52 135 Filter element for 101

high pressure filters
62 302 53 132 Filter element for 101

high pressure filters
62 302 53 135 Filter element for 101

high pressure filters
62 302 55 132 Filter element for 101

high pressure filters
62 302 55 135 Filter element for 101

high pressure filters
62 401 52 161 Strainer filter 54
62 401 52 171 Strainer filter 54
62 500 53 411 Strainer filter 53
62 501 52 281 Strainer filter 53
62 501 52 341 Strainer filter 54
62 501 53 281 Strainer filter 53
62 501 53 291 Strainer filter 53
62 501 57 362 Strainer filter 54
62 602 53 251 Strainer filter 53
62 602 53 261 Strainer filter 53

115

List of contents acc. to part numbers

Part no. Name Page

62 804 53 101 Strainer filter 53
66 400 62 252 In-line fuel filter 80
66 402 62 162 In-line fuel filter 81
66 403 62 182 In-line fuel filter 80
66 404 62 232 In-line fuel filter 81
66 404 62 242 In-line fuel filter 80
66 405 62 102 In-line fuel filter 81
66 405 62 112 In-line fuel filter 80
66 508 62 422 In-line fuel filter 81
66 511 82 100 In-line fuel filter 82
66 511 82 110 In-line fuel filter 82
66 511 82 120 In-line fuel filter 82
66 511 82 130 In-line fuel filter 82
66 604 62 251 PreLine® 270 79
66 604 62 253 PreLine® 270 79
66 604 62 255 PreLine® 270 79
66 604 62 257 PreLine® 270 79
66 604 62 261 PreLine® 270 79
66 604 62 263 PreLine® 270 79
66 604 62 265 PreLine® 270 79
66 604 62 267 PreLine® 270 79
66 606 62 251 PreLine® 420 79
66 606 62 253 PreLine® 420 79
66 606 62 255 PreLine® 420 79
66 606 62 257 PreLine® 420 79
66 606 62 261 PreLine® 420 79
66 606 62 263 PreLine® 420 79
66 606 62 265 PreLine® 420 79
66 606 62 267 PreLine® 420 79
66 612 82 121 In-line fuel filter 84
66 612 82 131 In-line fuel filter 84
66 612 82 141 In-line fuel filter 84
66 612 82 151 In-line fuel filter 84
66 619 82 100 In-line fuel filter 83
66 619 82 110 In-line fuel filter 83
66 619 82 120 In-line fuel filter 83
66 619 82 130 In-line fuel filter 83
67 201 62 101 High pressure filter 46
67 201 62 116 High pressure filter 46
67 201 62 126 High pressure filter 46
67 300 62 156 High pressure filter 47
67 300 62 166 High pressure filter 47
67 300 62 176 High pressure filter 47
67 300 62 180 High pressure filter 47
67 300 62 202 High pressure filter 47
67 300 62 212 High pressure filter 47
67 300 62 222 High pressure filter 47
67 301 62 186 High pressure filter 49
67 301 62 196 High pressure filter 49
67 301 62 206 High pressure filter 49
67 301 62 210 High pressure filter 48
67 301 62 222 High pressure filter 48
67 301 62 232 High pressure filter 48
67 302 62 146 High pressure filter 49
67 302 62 156 High pressure filter 49
67 302 62 166 High pressure filter 49
67 302 62 170 High pressure filter 48
67 302 62 192 High pressure filter 48

Part no. Name Page

67 302 62 202 High pressure filter 48
67 302 62 212 High pressure filter 48
67 403 62 246 In-line oil filter 25
67 502 62 026 In-line oil filter 20
67 502 62 106 In-line oil filter 20
67 502 62 206 In-line oil filter 25
67 502 62 216 In-line oil filter 25
67 502 62 226 In-line oil filter 21
67 502 62 236 In-line oil filter 21
67 502 62 246 In-line oil filter 25
67 502 62 256 In-line oil filter 21
67 503 62 026 In-line oil filter 20
67 503 62 266 In-line oil filter 21
67 503 62 276 In-line oil filter 21
67 503 62 306 In-line oil filter 21
67 504 62 126 In-line oil filter 20
67 504 62 406 In-line oil filter 25
67 504 62 416 In-line oil filter 25
67 504 62 426 In-line oil filter 25
67 504 62 436 In-line oil filter 25
67 504 62 446 In-line oil filter 25
67 504 62 456 In-line oil filter 25
67 506 62 646 In-line oil filter 25
67 506 62 656 In-line oil filter 25
67 506 62 666 In-line oil filter 21
67 506 62 676 In-line oil filter 21
67 506 62 696 In-line oil filter 25
67 506 62 706 In-line oil filter 21
67 506 62 756 In-line oil filter 25
67 506 82 136 In-line oil filter 28
67 506 82 166 In-line oil filter 28
67 506 82 176 In-line oil filter 28
67 512 62 106 In-line oil filter 23
67 512 62 126 In-line oil filter 23
67 512 62 136 In-line oil filter 23
67 512 62 156 In-line oil filter 26
67 512 62 166 In-line oil filter 26
67 512 62 176 In-line oil filter 26
67 612 62 146 In-line oil filter 22
67 612 62 166 In-line oil filter 22
67 612 62 176 In-line oil filter 22
67 612 82 116 In-line oil filter 28
67 612 82 146 In-line oil filter 28
67 625 62 106 In-line oil filter 23
67 625 62 116 In-line oil filter 23
67 625 62 126 In-line oil filter 23
67 708 62 100 In-line oil filter 31
67 708 62 110 In-line oil filter 31
67 708 62 120 In-line oil filter 31
67 708 62 146 In-line oil filter 25
67 708 62 156 In-line oil filter 25
67 708 62 166 In-line oil filter 25
67 708 62 276 In-line oil filter 31
67 708 62 286 In-line oil filter 31
67 708 62 356 In-line oil filter 31
67 716 62 216 In-line oil filter 25
67 716 62 226 In-line oil filter 25
67 716 62 236 In-line oil filter 25

116

List of contents acc. to part numbers

Part no. Name Page

67 730 62 256 In-line oil filter 26
67 730 62 266 In-line oil filter 26
67 730 62 296 In-line oil filter 26
67 730 82 106 In-line oil filter 29
67 730 82 116 In-line oil filter 29
67 730 82 126 In-line oil filter 29
67 750 62 106 In-line oil filter 27
67 750 62 116 In-line oil filter 27
67 750 62 126 In-line oil filter 27
68 991 18 701 Centrifuge 63
68 991 18 801 Centrifuge 63
68 991 18 901 Centrifuge 63
68 991 19 001 Centrifuge 63
68 991 19 201 Centrifuge 63
68 991 19 301 Centrifuge 63
68 991 19 701 Centrifuge 61
68 991 19 801 Centrifuge 61
68 991 19 901 Centrifuge 61
68 991 20 001 Centrifuge 61
68 991 34 401 Centrifuge 62
68 991 34 701 Centrifuge 62
68 991 36 801 Centrifuge 62
68 991 38 801 Centrifuge 62
68 991 39 301 Centrifuge 60
68 991 42 101 Centrifuge 59
BFU 707 Fuel filter element 90
BFU 811 Fuel filter element 90
BFU 900 Fuel filter element 90
H 1081 Oil filter element 36
H 11 171 Oil filter element 36
H 12 107/1 Oil filter element 36
H 12 110/2 X Oil filter element 37
H 12 113 Oil filter element 37
H 12 225 Oil filter element 37
H 1273 Oil filter element 36
H 1275 X Oil filter element 36
H 1282 X Oil filter element 36
H 1290/1 Oil filter element 36
H 13 104 Oil filter element 37
H 15 111/2 Oil filter element 37
H 15 206/1 Oil filter element 37
H 15 222/2 Oil filter element 37
H 15 230/1 Oil filter element 37
H 15 250/1 Oil filter element 37
H 20 211 Oil filter element 37
H 20 440 Oil filter element 37
H 25 669/1 Oil filter element 37
H 28 545 Oil filter element 37
H 31/1 Oil filter element 35
H 31/2 Oil filter element 35
H 42 Oil filter element 35
H 53 Oil filter element 35
H 53/3 Oil filter element 35
H 601 Oil filter element 35
H 601/4 Oil filter element 35
H 614/3 Oil filter element 35
H 616/1 Oil filter element 35
H 617 N Oil filter element 35

Part no. Name Page

H 68/1 Oil filter element 35
H 715/1 X Oil filter element 35
H 724/1 Oil filter element 36
H 822/1 X Oil filter element 36
H 829 Oil filter element 36
H 925/2 Oil filter element 36
H 932/2 Oil filter element 36
HD 1060 Oil filter element 40
HD 1066 Oil filter element 40
HD 12 112 Oil filter element 40
HD 45 Oil filter element 38
HD 46 Oil filter element 38
HD 46/1 Oil filter element 38
HD 46/2 Oil filter element 38
HD 46/3 Oil filter element 38
HD 513 Oil filter element 39
HD 513/3 Oil filter element 39
HD 518 Oil filter element 39
HD 56 Oil filter element 38
HD 57/2 Oil filter element 38
HD 57/3 Oil filter element 38
HD 58 Oil filter element 38
HD 610 Oil filter element 39
HD 610/1 Oil filter element 39
HD 610/2 Oil filter element 39
HD 613 Oil filter element 39
HD 613/1 Oil filter element 39
HD 613/2 Oil filter element 39
HD 620 Oil filter element 39
HD 65 Oil filter element 38
HD 65/1 Oil filter element 38
HD 65/2 Oil filter element 38
HD 68 Oil filter element 38
HD 69 Oil filter element 39
HD 751 Oil filter element 39
HD 829 Oil filter element 39
HD 929 Oil filter element 40
HD 929/3 Oil filter element 40
HD 938 Oil filter element 40
HD 938/1 Oil filter element 40
HD 938/2 Oil filter element 40
HD 952 Oil filter element 40
HD 952/2 Oil filter element 40
HD 958 Oil filter element 40
HD 958/1 Oil filter element 40
HD 958/2 Oil filter element 40
HU 12 140 X Oil filter element 41
HU 718/1 K Oil filter element 41
HU 726/2 X Oil filter element 41
HU 921 X Oil filter element 41
HU 931/5 X Oil filter element 41
HU 932/4 X Oil filter element 41
HU 945/2 X Oil filter element 41
HU 947/1 X Oil filter element 41
HU 951 X Oil filter element 41
P 1018/1 Fuel filter element 89
P 46/1 Fuel filter element 89
P 609 Fuel filter element 89

117

List of contents acc. to part numbers

Part no. Name Page

P 707 Fuel filter element 89
P 715 Fuel filter element 89
P 725 Fuel filter element 89
P 78 Fuel filter element 89
P 810 Fuel filter element 89
P 811 Fuel filter element 89
P 824 Fuel filter element 89
P 825 Fuel filter element 89
P 921/2 Fuel filter element 89
P 934 Fuel filter element 89
PF 1025 Oil filter element 42
PF 1050/1 Oil filter element 42
PF 1055/1 Oil filter element 42
PF 1155 Oil filter element 42
PF 1190 Oil filter element 42
PF 1552 Oil filter element 42
PF 815 Oil filter element 42
PF 915 Oil filter element 42
PF 926 Oil filter element 42
W 11 102 Spin-on oil filter 11
W 11 102 Spin-on oil filter 12
W 11 102/4 Spin-on oil filter 11
W 1160 Spin-on oil filter 11
W 1170 Spin-on oil filter 12
W 13 145/1 Spin-on oil filter 11
W 13 145/6 Spin-on oil filter 11
W 1374/2 Spin-on oil filter 11
W 1374/4 Spin-on oil filter 11
W 1374/6 Spin-on oil filter 11
W 712/20 Spin-on oil filter 10
W 712/4 Spin-on oil filter 10
W 712/52 Spin-on oil filter 10
W 712/65 Spin-on oil filter 12
W 719/14 Spin-on oil filter 10
W 719/30 Spin-on oil filter 10
W 719/37 Spin-on oil filter 12
W 920 Spin-on oil filter 10
W 920/40 Spin-on oil filter 12
W 920/51 Spin-on oil filter 12
W 920/7 Spin-on oil filter 10
W 930 Spin-on oil filter 10
W 930/21 Spin-on oil filter 10
W 930/35 Spin-on oil filter 12
W 940 Spin-on oil filter 10
W 940/51 Spin-on oil filter 11
W 940/55 Spin-on oil filter 12
W 950 Spin-on oil filter 11
W 950/17 Spin-on oil filter 11
W 950/24 Spin-on oil filter 12
W 962/14 Spin-on oil filter 12
W 962/18 Spin-on oil filter 12
W 962/2 Spin-on oil filter 11
W 962/6 Spin-on oil filter 11
WD 13 145 Spin-on oil filter 13
WD 13 145/4 Spin-on oil filter 13
WD 13 145/8 Spin-on oil filter 12
WD 13 145/10 Spin-on oil filter 12
WD 13 145/14 Spin-on oil filter 12

Part no. Name Page

WD 1374 Spin-on oil filter 13
WD 724/6 Spin-on oil filter 13
WD 920 Spin-on oil filter 13
WD 940 Spin-on oil filter 13
WD 940/2 Spin-on oil filter 13
WD 950 Spin-on oil filter 13
WD 950/2 Spin-on oil filter 13
WD 962 Spin-on oil filter 13
WD 962/9 Spin-on oil filter 13
WD 962/21 Spin-on oil filter 12
WDK 11 102/1 Spin-on fuel filter 71
WDK 11 102/3 Spin-on fuel filter 71
WDK 11 102/6 Spin-on fuel filter 71
WDK 11 102/7 Spin-on fuel filter 71
WDK 719 Spin-on fuel filter 71
WDK 725 Spin-on fuel filter 71
WDK 925 Spin-on fuel filter 71
WDK 962/10 Spin-on fuel filter 70
WDK 962/12 Spin-on fuel filter 71
WDK 962/14 Spin-on fuel filter 71
WDK 962/15 Spin-on fuel filter 71
WDK 962/16 Spin-on fuel filter 71
WH 945/1 Spin-on oil filter 13
WH 945/2 Spin-on oil filter 13
WH 980 Spin-on oil filter 13
WH 980/1 Spin-on oil filter 13
WK 21 In-line fuel filter 85
WK 21/2 In-line fuel filter 85
WK 31/2 In-line fuel filter 85
WK 31/4 In-line fuel filter 85
WK 31/5 In-line fuel filter 85
WK 32 In-line fuel filter 85
WK 43/1 In-line fuel filter 85
WK 712/2 Spin-on fuel filter 70
WK 723 Spin-on fuel filter 70
WK 731 Spin-on fuel filter 70
WK 731/1 Spin-on fuel filter 70
WK 842 Spin-on fuel filter 70
WK 842/6 Spin-on fuel filter 70
WK 940/2 Spin-on fuel filter 71
WK 950/3 Spin-on fuel filter 70
WK 962/4 Spin-on fuel filter 70
WK 962/7 Spin-on fuel filter 71
WP 11 102 Spin-on oil filter 14
WP 1144 Spin-on oil filter 14
WP 1169 Spin-on oil filter 14
WP 1170 Spin-on oil filter 14
WP 914/80 Spin-on oil filter 14
WP 928/82 Spin-on oil filter 14

HEADQUARTERS

MANN+HUMMEL GMBH
Business Unit Industrial Filters
Brunckstr. 15
67346 Speyer, Germany
Tel.: +49 (6232) 53-80
Fax: +49 (6232) 53-88 99
E-Mail: if.info@mann-hummel.com
Internet: www.mann-hummel.com

MANN+HUMMEL Industrial Filters worldwide

118

EUROPE

United Kingdom
MANN+HUMMEL (UK) LTD
Business Unit Industrial Filters
Suite 4, 70 Churchill Square
Kings Hill, West Malling, Kent, ME19 4YU
Tel.: +44 1732 523533
Fax: +44 1732 523534
E-Mail: uk.info@mann-hummel.com
Internet: www.mann-hummel.com/mhuk

France
MANN+HUMMEL FRANCE S.A.S.
Z.I. du Val d’Argent
11, rue Jean Poulmarch
95100 Argenteuil
Tel.: +33 1 30258242
Fax: +33 1 30258259
E-Mail: anne.laurin@mann-hummel.com
Internet: www.mann-hummel.com/mhfr

Italy
MANN+HUMMEL GMBH
Business Unit Industrial Filters
P.O. Box 126, Via Nazario Sauro, 1
23100 Sondrio (SO)
Tel.: +39 0342 2112 70
Fax: +39 0342 2106 90
E-Mail: it.info@mann-hummel.com
Internet: www.mann-hummel.com

Spain / Portugal
MANN+HUMMEL IBERICA S.A.U.
C/ Pertusa n° 8, Polig. Industrial PLA-ZA,
parcela ALI 7,3
50197 Zaragoza
Tel.: +34 (976) 287 300
Fax: +34 (976) 287 418
E-Mail: mhes_fi@mann-hummel.com
Internet: www.mann-hummel.com/mhes

Czech Republic
MANN+HUMMEL (CZ) s.r.o.
Nová Ves č. 66
67521 Okříšky
Tel.: +420 568 898 111
Fax: +420 568 898 314
E-Mail: cz.info@mann-hummel.com
Internet: www.mann-hummel.com/mhcz

Russia
MANN+HUMMEL GMBH
Regional Office
Konenkova Str. 11 A
127560 Moskau
Tel.: +7 095 742 7976
Fax: +7 095 742 7988
E-Mail: oleg.paratnov@mann-hummel.com
Internet: www.mann-filter.ru

MANN+HUMMEL Industrial Filters worldwide

119

NORTH AMERICA

USA / Canada
MANN+HUMMEL USA, INC.
6400 South Sprinkle Road
Portage Michigan, 49002-8720
Tel.: +1 (269) 329-7200
Fax: +1 (269) 329-7201
E-Mail: info-us@mann-hummel.com
Internet: www.mann-hummel.com/mhus

SOUTH AMERICA

Argentina
MANN+HUMMEL Argentina S.A.
Sdor. Francisco Quindimil 4425/95
B1822APC Valentín Alsina
Buenos Aires
Tel.: +54 11 4208 1200
Fax: +54 11 4228 6691
E-Mail: info@mann-hummel.com.ar
Internet: www.mann-hummel.com/mhar

Mexico
MANN+HUMMEL MEXICO S.A. DE C.V.
Vialidad el Pueblito No. 104
Parque Industrial Queretaro
Santa Rosa Jauregui
Santiago de Queretaro, Queretaro, C.P. 76220
Tel.: +52 442 103 1100
Fax: +52 442 103 1103
E-Mail: infomx@mann-hummel.com
Internet: www.mann-hummel.com/mhmx

Brazil
MANN+HUMMEL Brasil Ltda.
Caixa Postal 210
Alameda Filtros Mann 555
CEP 13330-970 Indaiatuba-SP
Tel.: +55 19 3894 94 00
Fax: +55 19 3894 51 31
E-Mail: marketec@mann-hummel.com.br
Internet: www.mann-hummel.com.br

ASIA / AUSTRALIA

Australia
MANN+HUMMEL AUSTRALIA (PTY) LTD.
15/10 Chilvers Road
Thornleigh, NSW 2120
Tel.: +61 2 9484 4300
Fax: +61 2 9484 4175
E-Mail: info@mann-hummel.com.au
Internet: www.mann-hummel.com

China
MANN+HUMMEL FILTER TRADING
(SHANGHAI) CO.,LTD.
Huadu Mansion, Floor 24/A-F,
No. 838, Zhangyang Road, Pudong
Shanghai 200122
Tel.: +86 21 58 20 1086
Fax: +86 21 58 20 6015
E-Mail: infomhcn@mann-hummel.com
Internet: www.mann-hummel.com

India
MANN+HUMMEL FILTER PRIVATE LIMITED
Sigma Soft - Tech Park
Ground Floort, Delta block
#7, Whitefield Main Road
560066 Bangalore
Tel.: +91 80 4020 7100
Fax: +91 80 4020 7125
E-Mail: office.india@mann-hummel.com
Internet: www.mann-hummel.com.sg

Singapore
MANN+HUMMEL FILTER TECHNOLOGY
(S.E.A.) PTE LTD.
3 Toh Tuck Link
#03-01/02/03 German Districentre
596228 Singapore
Tel.: +65 6586 8181
Fax: +65 6586 8180
E-Mail: mhsg@mann-hummel.com.sg
Internet: www.mann-hummel.com.sg

Japan
MANN+HUMMEL WAKO CO. LTD.
Shin Yokohama Daiichi Bldg 2F
2-14-27, Shin Yokohama
Kohoku-ku, Yokohama-shi Kanagawa-ken 222-0033
Tel.: +81 (45) 470-4611
Fax: +81 (45) 470-0812
E-Mail: info@mann-hummel-wako.com
Internet: www.mann-hummel.com

Notes

120

Notes

121

Notes

122

Notes

123

Conversion table

Temperature
-30 °C = -22.0 °F
-10 °C = 14.0 °F

0 °C = 32.0 °F
10 °C = 50.0 °F
30 °C = 86.0 °F
50 °C = 122.0 °F
80 °C = 176.0 °F

100 °C = 212.0 °F
120 °C = 248.0 °F

100 l/h = 26.42 gph
110 l/h = 29.06 gph
120 l/h = 31.70 gph
130 l/h = 34.35 gph
140 l/h = 36.99 gph
150 l/h = 39.63 gph
160 l/h = 42.27 gph
170 l/h = 44.91 gph
180 l/h = 47.56 gph
190 l/h = 50.20 gph
200 l/h = 52.84 gph
300 l/h = 79.26 gph
400 l/h = 105.68 gph
500 l/h = 132.10 gph
600 l/h = 158.52 gph
700 l/h = 184.94 gph
800 l/h = 211.36 gph
900 l/h = 237.78 gph

1000 l/h = 264.20 gph

Flow rates
10 l/min = 2.64 gpm
20 l/min = 5.28 gpm
30 l/min = 7.93 gpm
40 l/min = 10.57 gpm
50 l/min = 13.21 gpm
60 l/min = 15.85 gpm
70 l/min = 18.49 gpm
80 l/min = 21.14 gpm
90 l/min = 23.78 gpm

100 l/min = 26.42 gpm
150 l/min = 39.63 gpm
200 l/min = 52.84 gpm
250 l/min = 66.05 gpm
300 l/min = 79.26 gpm
350 l/min = 92.47 gpm
400 l/min = 105.68 gpm
450 l/min = 118.89 gpm
500 l/min = 132.10 gpm
600 l/min = 158.52 gpm
700 l/min = 184.94 gpm
800 l/min = 211.36 gpm
900 l/min = 237.78 gpm

1000 l/min = 264.20 gpm

Length
10 mm = 0.39 inch
20 mm = 0.79 inch
30 mm = 1.18 inch
40 mm = 1.57 inch
50 mm = 1.97 inch
60 mm = 2.36 inch
70 mm = 2.76 inch
80 mm = 3.15 inch
90 mm = 3.54 inch

100 mm = 3.94 inch
150 mm = 5.91 inch
200 mm = 7.87 inch
250 mm = 9.84 inch
300 mm = 11.81 inch
350 mm = 13.78 inch
400 mm = 15.75 inch
450 mm = 17.72 inch
500 mm = 19.69 inch

Volume
100 cm3 = 6.102 inch3

200 cm3 = 12.204 inch3

300 cm3 = 18.306 inch3

400 cm3 = 24.408 inch3

500 cm3 = 30.51 inch3

600 cm3 = 36.612 inch3

700 cm3 = 42.714 inch3

800 cm3 = 48.816 inch3

900 cm3 = 54.918 inch3

1000 cm3 = 61.02 inch3

5000 cm3 = 305.1 inch3

10000 cm3 = 610.2 inch3

Pressure
0.1 bar = 1.45 psi

0.12 bar = 1.74 psi
0.5 bar = 7.25 psi

1 bar = 14.5 psi
2 bar = 29 psi

2.5 bar = 36.25 psi
3 bar = 43.5 psi
5 bar = 72.5 psi

10 bar = 145 psi
14 bar = 203 psi
20 bar = 290 psi
25 bar = 362.5 psi
30 bar = 435 psi
35 bar = 507.5 psi
40 bar = 580 psi

100 bar = 1450 psi
200 bar = 2900 psi
300 bar = 4350 psi
400 bar = 5800 psi

Selection from the MANN+HUMMEL industrial
filters catalogue program

Air cleaners

PicoFlex®

Europiclon®

Vacuum filter

Catalogue order no.
19 941 10 100 de
19 941 10 101 en
19 941 10 102 fr

Further languages available on
request.

ProVent®

For crankcase ventilation

Catalogue order no.
19 944 10 100 de
19 944 10 101 en
19 944 10 102 fr
Further languages available on
request.

MANN-FILTER

Filter elements in OEM
quality for construction and
agricultural machines:
- Air filters
- Oil filters
- Fuel filters
- Hydraulic filters
- Cabin filters

Catalogue order no.
19 939 24 600 multilingual

Air/oil separators for com-
pressors and vacuum pumps

Air/oil separators
Air/oil boxes

Catalogue order no.
19 943 00 100 de
19 943 00 101 en
19 943 00 102 fr
Further languages available on
request.

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

E-Mail: if.info@mann-hummel.com, Internet: www.mann-hummel.com 19
9

42
1

0
10

1
en

0
20

7
P

rin
te

d
in

G
er

m
an

A
N

N
+

H
U

M
M

E
L

G
M

B
H

MANN+HUMMEL Industrial Filters

MANN+HUMMEL company
Joint venture company

The MANN+HUMMEL Group
is an international company
with its headquarters in
Ludwigsburg, Germany. The
group employs approx. 9500
people worldwide at more
than 40 locations.

The company develops, pro-
duces and sells technically
complex components for the

international aftermarket are
sold under numerous inter-
national brands as well as
under the MANN-FILTER
brand.

The Industrial Filters Business
Unit with its headquarters in
Speyer, Germany is special-
ised in meeting the require-
ments of off-highway vehicle

Conversor de Filtros

Aplicações

Artigos

Catálogos

Conversões

Itens

Início

Aplicações

Conversões

Catálogos

Dúvidas

mann hummel filters for liquids

Para receber notificações de nossas atualições

Destaques

Filtros Fram Conversão Catálogos e muito mais

Catálogos de filtros Wix com conversões

Filtros Fleetguard - Conversão Catálogos e muito mais

Filtros Donaldson - Conversão Catálogos e muito mais

Termos mais buscados em CATÁLOGO mann

Ajude-nos a melhorar em apenas alguns segundos!

Aplicações

Artigos

Catálogos

Conversões

Itens

Início

Aplicações

Conversões

Catálogos

Dúvidas

mann hummel filters for liquids

Para receber notificações de nossas atualições

Destaques

Termos mais buscados em CATÁLOGO mann