pressure filters - cnr industries 2/6 description characteristics application in the pressure...
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Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
Pressure Filters 30.10-1eIn-line mounting
D 042 • D 062Operating pressure up to 100 barNominal flow rate up to 70 l/min
30.10-1e 2/6
Description
Characteristics
ApplicationIn the pressure circuits of hydraulic and lubricationsystems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: Aluminium alloyFilter bowl: Aluminium alloySeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
Operating pressure0 ... 63 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 100 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 70 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 40 bar ≤ 4,5 m/sup to 250 bar ≤ 8 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6 (other port threads on request)
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
30.10-1e 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
ν [mm2/s]
ν [mm2/s]
Q [l/min]
Q [l/min]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
30.10-1e 4/6
Selection Chart
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter D 042-156 has to be supplied with optical clogging indicator - cracking pressure 2,0 bar
Order description: D 042-156 / DG 042-01 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-01 opt. indicator 2,0 bar DG 042-02 opt. indicator 5,0 barDG 040-31 electr. indicator 2,0 bar make DG 040-33 electr. indicator 5,0 bar makeDG 041-31 electr. indicator 2,0 bar change-over DG 041-33 electr. indicator 5,0 bar change-overDG 041-44 electr. indicator with LED3 2,0 bar change-over DG 041-43 electr. indicator with LED3 5,0 bar change-overDG 023-03 electr. indicator with T.4 & LED3 2,0 bar change-over DG 023-02 electr. indicator with T.4 & LED3 5,0 bar change-over
DG 024-02 electr. indicator 3,5 / 5,0 bar breakDG 025-05 electr. indicator 3,0 / 5,0 bar change-over
Technical data see Spec. Sheet 60.30. DG 025-06 electr. indicator with T.4 3,0 / 5,0 bar change-over
Remarks:• The switching pressure of the clogging indicator has always to be lower than the cracking pressure of the by-pass valve
(see Selection Chart, column 7).• The filters listed in this chart are standard filters. Other designs available on request.
Part No. (B
asic unit)
Nominal flow
Connection A
/B
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Filter fi
neness se
e Diagr. D
x
1 Paper media supported with metal gauze 3 With LED for optical indication2 Indicator mounting prepared 4 With temperature suppression
D 042-153 7 D1/1 3 E 2,2 G ½ 3,5 5 V3.0510-03 0,8 optional 2
D 042-156 15 D1/2 10 E 3,9 G ½ 3,5 5 V3.0510-06 0,8 optional 2
D 042-158 30 D1/3 20 E 5,3 G ½ 3,5 5 V3.0510-08 0,8 optional 2
D 042-151 35 D1/4 10 PA 4,1 G ½ 3,5 5 P3.0510-111 0,8 optional 2
D 042-183 15 D1/5 3 E 2,5 G ½ 7 5 V3.0510-03 0,8 optional 2
D 042-186 35 D1/6 10 E 4,3 G ½ 7 5 V3.0510-06 0,8 optional 2
D 062-153 15 D2/1 3 E 4,4 G ½ 3,5 5 V3.0520-03 1,1 optional 2
D 062-156 30 D2/2 10 E 7,3 G ¾ 3,5 5 V3.0520-06 1,1 optional 2
D 062-158 60 D2/3 20 E 11 G ¾ 3,5 5 V3.0520-08 1,1 optional 2
D 062-151 70 D2/4 10 PA 8,3 G ¾ 3,5 5 P3.0520-011 1,1 optional 2
D 062-183 30 D2/5 3 E 5 G ½ 7 5 V3.0520-03 1,1 optional 2
D 062-196 70 D2/6 10 E 8 G ¾ 7 5 V3.0520-06 1,1 optional 2
Replacement e
lement
Part N
o.
30.10-1e 5/6
Symbols
Dimensions
Measurements
Clogging indicator optional:Pressure holes plugged with screws M4
Version with electrical clogging indicatorDG 040 / DG 041
Minimum distance fromferromagnetic parts: 7 mm
Type A/B C D E F G H I K L M N O P Q R S T U V Wø/depth
D 042 G½ 39 148 27 45,5 80 58,5 55 27 35 M6/8 44 36 19 15 70 81 55 23 30 35,5
D 062 G½, G¾ 39 244 27 45,5 80 58,5 55 27 35 M6/8 44 36 19 15 70 81 55 23 30 35,5
1 2 3 4 5 6 7 8 9
30.10-1e 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
Subject to change • 9107173-e / 11.00
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl D 042 D 044.0101
1 Filter bowl D 062 D 064.0101
2 O-ring 50 x 2 N 007.0501
3 Filter element (with seal) see Chart / col. 9
4 Hexagonal head screw M4x8 DIN 933-8.8
5 Bonded seal 3404074
2
3
1
45
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
40.45-2us 08/02 1/7
Qua
lity
man
agem
ent ac
cord
ing
to D
IN E
N ISO
900
1
High Pressure Filters40.45-2us
Inline mounting
HD 049 • HD 069
Operating pressure up to 6525 psi, 450 bar
Nominal flow rate up to 21.1 GPM, 80 l/min
Worldline 100
40.45-2us 08/02 2/7
Description
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanlinessclasses.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 940 SUS, 200 mm2/s(cold start condition).
Filter elementsFlow direction from outside to center. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paint resp. phosphate coatingSeals: NBR (Viton on request)Filter media: Exapor®MAX - inorganic microfibers
Paper - cellulose, impregnated andbonded with resin
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available with Part No.DG 041.1200.
CharacteristicsOperating pressure0 ... 4570 psi, 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 6525 psi, 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 21.1 GPM, 80 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 940 SUS
200 mm2/s• element service life ≥ 1000 operating
hours at an average fluid contaminationof .3 g per GPM flow volume
• flow velocity in the connection lines:up to 3625 psi ≤ 26 ft/s, 7.8 m/sup to 6525 psi ≤ 39 ft/s, 11.7 m/s
Filter fineness5 micron ... 35 micronβ-values according to ISO 16889(see Selection Chart, column 4 and Diagram Dx)
ISO MTD capacityα-values in g test dust ISO MTD according to ISO 16889(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 22° F ... + 212° F (- 40° F in starting phase)- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 282 SUS, 60 mm2/s at operating temperature• ν
max = 5640 SUS, 1200 mm2/s as starting viscosity
• at first operation: The recommended starting viscosity canbe read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to SAE J 514. Seeselection chart for sizes, column 6 (other port threadsavailable on request)
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Number of pressure cycles n
Opera
ting p
ressure
p [
psi] 7250
5800
4350
0
0 103 104 105 106 107 108
40.45-2us 08/02 3/7
Diagrams
∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D1Pressure drop as a function of the flow volume at
ν = 165 SUS (0 = casing empty)
Pressure drop as a function of the kinematic
viscosity at nominal flow
Pressure drop as a function of the kinematic
viscosity at nominal flow
Pressure drop as a function of the flow volume at
ν = 165 SUS (0 = casing empty G¾, 00 = casing empty G½)D2
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
5 E-X = β5
≥ 200 Exapor ( 5 micron abs.)12 E-X = β
12 ≥ 200 Exapor (12 micron abs.)
16 E-X = β16
≥ 200 Exapor (16 micron abs.)
10 PA ≈ β35
≥ 75 Paper (10 micron nom.)15 P ≈ β
60≥ 75 Paper (15 micron nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 micron60 S = screen material with mesh size 60 micron
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Dx
∆p [psi]
Q [GPM]
∆p [psi]
ν [SUS]
Q [GPM]
∆p [psi]
∆p [psi]
ν [SUS]
0 940 1880 2820 3760 4700
0 940 1880 2820 3760 4700
21.8
14.5
7.3
21.8
14.5
7.3
0 5.3 10.6 15.8 21.1 26.4
0 5.3 10.6 15.8 21.1 26.4
145
116
87
58
29
145
116
87
58
29
40.45-2us 08/02 4/7
Selection Chart
Remarks:
• The filters listed in this chart are standard filters. Modifications, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, can be made per your request.
• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
Part No.
Nominal f
low
Crack
ing pre
ssure
of b
y-pass
Weight
Clogging indica
tor
Crack
ing pre
ssure
in (
)
Remark
s
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
psi lbsg
Press
ure d
rop s
ee
D
iagr. D / c
urve n
o.
GPM
Filter f
ineness s
ee Diagr.
Dx
Replacem
ent elem
ent
P
art No.
ISO M
TD capacit
y α
Connection A
/B
HD 049-789 4.2 D1/1 5E-X 3.7 -8 - 8 V3.0510-13* 8.6 electrical(73) change-over
HD 049-769 5.3 D1/2 5E-X 4 -8 102 1 V3.0510-03 8.4 - -
HD 049-779 5.3 D1/2 5E-X 4 -8 102 2 V3.0510-03 8.6 optical (73) -
HD 049-759 5.3 D1/2 5E-X 4 -8 102 4 V3.0510-03 8.6 electrical(73) change-over
HD 049-786 7.9 D1/3 12E-X 4.4 -8 - 8 V3.0510-16* 8.6 electrical(73) change-over
HD 049-766 9.2 D1/4 12E-X 5.2 -8 102 1 V3.0510-06 8.4 - -
HD 049-776 9.2 D1/4 12E-X 5.2 -8 102 2 V3.0510-06 8.6 optical (73) -
HD 049-756 9.2 D1/4 12E-X 5.2 -8 102 4 V3.0510-06 8.6 electrical(73) change-over
HD 049-788 14.5 D1/5 16E-X 5.3 -8 - 8 V3.0510-18* 8.6 electrical(73) change-over
HD 049-768 16.6 D1/6 16E-X 7 -8 102 1 V3.0510-08 8.4 - -
HD 049-778 16.6 D1/6 16E-X 7 -8 102 2 V3.0510-08 8.6 optical (73) -
HD 049-758 16.6 D1/6 16E-X 7 -8 102 4 V3.0510-08 8.6 electrical(73) change-over
HD 049-751 14.5 D1/7 10 PA 4.6 -8 102 1 P3.0510-11** 8.4 - -
HD 049-761 14.5 D1/7 10 PA 4.6 -8 102 2 P3.0510-11** 8.6 optical (73) -
HD 049-771 14.5 D1/7 10 PA 4.6 -8 102 4 P3.0510-11** 8.6 electrical(73) change-over
HD 069-789 9.2 D2/1 5E-X 7.8 -8 - 8 V3.0520-13* 11.3 electrical(73) change-over
HD 069-769 10.6 D2/2 5E-X 8.9 -8 102 1 V3.0520-03 10.8 - -
HD 069-779 10.6 D2/2 5E-X 8.9 -8 102 2 V3.0520-03 11.0 optical (73) -
HD 069-759 10.6 D2/2 5E-X 8.9 -8 102 4 V3.0520-03 11.0 electrical(73) change-over
HD 069-786 16.6 D2/3 12E-X 9.3 -12 - 8 V3.0520-16* 11.3 electrical(73) change-over
HD 069-766 18.5 D2/4 12E-X 11 -12 102 1 V3.0520-06 10.8 - -
HD 069-776 18.5 D2/4 12E-X 11 -12 102 2 V3.0520-06 11.0 optical (73) -
HD 069-756 18.5 D2/4 12E-X 11 -12 102 4 V3.0520-06 11.0 electrical(73) change-over
HD 069-788 21.1 D2/5 16E-X 12 -12 - 8 V3.0520-18* 11.3 electrical(73) change-over
HD 069-868 21.1 D2/6 16E-X 13 -12 102 1 V3.0520-08 10.8 - phosphate coating
HD 069-768 21.1 D2/6 16E-X 13 -12 102 1 V3.0520-08 10.8 - -
HD 069-778 21.1 D2/6 16E-X 13 -12 102 2 V3.0520-08 11.0 optical (73) -
HD 069-758 21.1 D2/6 16E-X 13 -12 102 4 V3.0520-08 11.0 electrical(73) change-over
HD 069-751 21.1 D2/7 10 PA 9.1 -12 102 1 P3.0520-01** 10.8 - -
* Element differential pressure stable up to 2320 psi ** Paper media supported with metal gauze
psiSAE
40.45-2us 08/02 5/7
Selection Chart
Remarks:
• The filters listed in this chart are standard filters. Modifications, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, can be made per your request.
• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
Part No.
Nominal f
low
Crack
ing pre
ssure
of b
y-pass
Weight
Clogging indica
tor
Crack
ing pre
ssure
in (
)
Remark
s
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
bar kgg
Press
ure d
rop s
ee
D
iagr. D / c
urve n
o.
l/min
Filter f
ineness s
ee Diagr.
Dx
Replacem
ent elem
ent
P
art No.
ISO M
TD capacit
y α
Connection A
/B
HD 049-189 16 D1/1 5E-X 3.7 G1/2 - 8 V3.0510-13* 3.9 electrical (5) change-over
HD 049-169 20 D1/2 5E-X 4 G1/2 7 1 V3.0510-03 3.8 - -
HD 049-179 20 D1/2 5E-X 4 G1/2 7 2 V3.0510-03 3.9 optical (5) -
HD 049-159 20 D1/2 5E-X 4 G1/2 7 4 V3.0510-03 3.8 electrical (5) change-over
HD 049-186 30 D1/3 12E-X 4.4 G1/2 - 8 V3.0510-16* 3.9 electrical (5) change-over
HD 049-166 35 D1/4 12E-X 5.2 G1/2 7 1 V3.0510-06 3.8 - -
HD 049-176 35 D1/4 12E-X 5.2 G1/2 7 2 V3.0510-063 3.9 optical (5) -
HD 049-156 35 D1/4 12E-X 5.2 G1/2 7 4 V3.0510-06 3.8 electrical (5) change-over
HD 049-188 55 D1/5 16E-X 5.3 G1/2 - 8 V3.0510-18* 3.9 electrical (5) change-over
HD 049-168 63 D1/6 16E-X 7 G1/2 7 1 V3.0510-08 3.8 - -
HD 049-178 63 D1/6 16E-X 7 G1/2 7 2 V3.0510-08 3.9 optical (5) -
HD 049-158 63 D1/6 16E-X 7 G1/2 7 4 V3.0510-08 3.8 electrical (5) change-over
HD 049-151 55 D1/7 10 PA 4.6 G1/2 7 1 P3.0510-11** 3.8 - -
HD 049-161 55 D1/7 10 PA 4.6 G1/2 7 2 P3.0510-11** 3.9 optical (5) -
HD 049-171 55 D1/7 10 PA 4.6 G1/2 7 4 P3.0510-11** 3.9 electrical (5) change-over
HD 069-189 35 D2/1 5E-X 7.8 G1/2 - 8 V3.0520-13* 5.1 electrical (5) change-over
HD 069-169 40 D2/2 5E-X 8.9 G1/2 7 1 V3.0520-03 4.9 - -
HD 069-179 40 D2/2 5E-X 8.9 G1/2 7 2 V3.0520-03 5.0 optical (5) -
HD 069-159 40 D2/2 5E-X 8.9 G1/2 7 4 V3.0520-03 5.0 electrical (5) change-over
HD 069-186 63 D2/3 12E-X 9.3 G3/4 - 8 V3.0520-16* 5.1 electrical (5) change-over
HD 069-166 70 D2/4 12E-X 11 G3/4 7 1 V3.0520-06 4.9 - -
HD 069-176 70 D2/4 12E-X 11 G3/4 7 2 V3.0520-06 5.0 optical (5) -
HD 069-156 70 D2/4 12E-X 11 G3/4 7 4 V3.0520-06 5.0 electrical (5) change-over
HD 069-188 80 D2/5 16E-X 12 G3/4 - 8 V3.0520-18* 5.1 electrical (5) change-over
HD 069-268 80 D2/6 16E-X 13 G3/4 7 1 V3.0520-08 4.9 - phosphate coating
HD 069-168 80 D2/6 16E-X 13 G3/4 7 1 V3.0520-08 4.9 - -
HD 069-178 80 D2/6 16E-X 13 G3/4 7 2 V3.0520-08 5.0 optical (5) -
HD 069-158 80 D2/6 16E-X 13 G3/4 7 4 V3.0520-08 5.0 electrical (5) change-over
HD 069-151 80 D2/7 10 PA 9.1 G3/4 7 1 P3.0520-01** 4.9 - -
HD 069-161 80 D2/7 10 PA 9.1 G3/4 7 2 P3.0520-01** 5.0 optical (5) -
* Element differential pressure stable up to 2320 psi ** Paper media supported with metal gauze
barBSPP
40.45-2us 08/02 6/7
Measurements
Symbols
Dimensions
� � � � � � � �� � � � � � � �
Min
imum
dis
tance f
rom
ferr
om
agnetic p
art
s:
.276 i
nch
Version with
optical clogging indicatorVersion with
electrical clogging indicator
Terminal
connection
Type A/B C D E F G H I K L M N O P Q R Sø/depth opt./electr. opt./electr.
HD 049 3/4 - 16 24, 33 6.225 0.965 2.403 3.310 2.561 2.167 1.330 1.576 M8/.472 0.985 3.507 1.084 2.167/2.837 3.349 0.946/1.182
HD 069 3/4-16, 1-1/16-12 33, 36 10.008 0.965 2.403 3.310 2.561 2.167 1.330 1.576 M8/.472 0.985 3.507 1.084 2.167/2.837 3.349 0.946/1.182
1 2 3 4 5 6 7 8 9
40.45-2us 08/02 7/7
Spare Parts
Quality Assurance
FSP Fluid Systems Partners US, INC.P.O. Box 28 • Bowling Green, OH 43402
Subject to change • 9107181-2us / 08/02
Tel. (419) 353-6070 Fax (419) 354-3496
E-Mail [email protected] Internet www.yourfsp.com
Pos. Designation Part No.
1 Filter bowl HD 049 HD 052.0101
1 Filter bowl HD 069 HD 072.0101
2 O-ring 53,57 x 3,53 N 007.0543/1
3 Filter element (with seal) s. Chart / col. 9
4 Socket with reed switch plate HD 049.1410
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only be
guaranteed if original ARGO spare parts are used.
4
3
2
1
Our engineers will be glad to advise you in questions concerning filter application, selection, as well as the cleanliness class
of the filter attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,
ARGO filter elements undergo strict controls and tests
according to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistance
DIN ISO 2943-90 Verification of material compatibility
with fluids
DIN ISO 3724-90 Verfication of flow fatigue characteristics
ISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)
ISO 3968-81 Evaluation of pressure drop versus flow
characteristics
ISO 16889 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing is
tested for fatigue strength in our impulse pressure test rig.
Numerous quality controls in the production process
guarantee leak-free function and reliability of our filters.
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.80-2eBi-directional flow • Flange mounting
HD 417 • HD 617Operating pressure up to 450 barNominal flow rate up to 300 l/min
40.80-2e 04/99 2/6
Description
Characteristics
ApplicationIn the high pressure circuits of hydraulic systems withchanging flow direction.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Special featuresReverse flowvalves: The "Graetz" system (see Symbols)
integrated into the head pieceensures the filtration of the hydraulicfluid in both flow directions.
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
Operating pressure0 ... 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 300 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionSAE-flange (6000 psi). Sizes see Selection Chart,column 6
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
40.80-2e 04/99 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
D2
D1 Pressure drop as a function of the flow volume at ν = 35 mm2/s, measurement with reverse flow valves(0 = casing empty)
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
Q [l/min]
D3 Pressure drop as a function of the kinematic viscosity at nominal flow,measurement without reverse flow valves
∆p [b
ar]
∆p [b
ar]
Q [l/min]
Pressure drop as a function of the flow volume at ν = 35 mm2/s, measurement without reverse flow valves(0 = casing empty)
Q [l/min]
ν [mm2/s]
Q [l/min]
ν [mm2/s]
40.80-2e 04/99 4/6
Selection Chart
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter HD 417-49 has to be supplied with optical clogging indicator - cracking pressure 5,0 bar
Order description: HD 417-49 / DG 042-02 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-02 opt. indicator 5,0 bar DG 023-02 electr. indicator with T.6 and LED5 5,0 bar change-overDG 040-33 electr. indicator 5,0 bar make DG 024-02 electr. indicator 3,5 / 5,0 bar makeDG 041-33 electr. indicator 5,0 bar change-over DG 025-05 electr. indicator 3,0 / 5,0 bar breakDG 041-43 electr. indicator with LED5 5,0 bar change-over DG 025-06 electr. indicator with T.6 3,0 / 5,0 bar change-over
Technical data see Spec. Sheet 60.30.
Remarks:• Filter versions without by-pass valves must always be equipped with a clogging indicator.• The filters listed in this chart are standard filters. Other designs available on request.
Part No. (B
asic unit)
Nominal flow
Connection A
/B
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Filter fi
neness se
e Diagr. D
x
1 Element differential pressure stable up to 160 bar 4 Paper media supported with metal gauze2 Clogging indicator is obligatory 5 With LED for optical indication3 Indicator mounting prepared 6 With temperature suppression
HD 417-49 90 D1,2,3/1 3 E 12 SAE 1 ¼ - 3 V3.0823-131 20,3 optional 2, 3
HD 417-79 125 D1,2,3/2 3 E 16 SAE 1 ¼ 7 1 V3.0823-03 19,7 optional 3
HD 417-46 180 D1,2,3/3 10 E 22 SAE 1 ¼ - 3 V3.0823-161 20,3 optional 2, 3
HD 417-76 210 D1,2,3/4 10 E 29 SAE 1 ¼ 7 1 V3.0823-06 19,7 optional 3
HD 417-68 300 D1,2,3/5 20 E 36 SAE 1 ¼ 7 1 V3.0823-08 19,7 optional 3
HD 417-61 300 D1,2,3/6 10 PA 30 SAE 1 ¼ 7 1 P3.0823-014 19,7 optional 3
HD 617-49 130 D1,2,3/1 3 E 17 SAE 1 ½ - 3 V3.0833-131 23,1 optional 2, 3
HD 617-79 180 D1,2,3/2 3 E 23 SAE 1 ½ 7 1 V3.0833-03 22,4 optional 3
HD 617-46 270 D1,2,3/3 10 E 30 SAE 1 ½ - 3 V3.0833-161 23,1 optional 2, 3
HD 617-76 300 D1,2,3/4 10 E 40 SAE 1 ½ 7 1 V3.0833-06 22,4 optional 3
HD 617-78 300 D1,2,3/5 20 E 56 SAE 1 ½ 7 1 V3.0833-08 22,4 optional 3
HD 617-61 300 D1,2,3/6 10 PA 43 SAE 1 ½ 7 1 P3.0833-014 22,4 optional 3
Replacement e
lement
Part N
o.
40.80-2e 04/99 5/6
Dimensions
Measurements
Symbols
� � � � � � � �� � � � � � � �
Version with electrical clogging indicatorDG 040 / DG 041
Minimum distance fromferromagnetic parts: 7 mm
Clogging indicator optional:Pressure holes plugged with screws
1 2 3 4
Type A/B C D E F G H I K L M N O P Q R S Tø/depth ø/depth
HD 417 SAE 1¼ 31,5 328 58 87,5 156 108 80 32 66,7 M14/22 31,8 73 102 87 100 M12/18 138
HD 617 SAE 1½ 31,5 428 58 87,5 156 108 80 32 79,4 M16/24 36,5 73 102 87 100 M12/18 138
40.80-2e 04/99 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
Konstruktionsänderungen vorbehalten 9107186-2e / 02.99
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl HD 417 HD 411.0101
1 Filter bowl HD 617 HD 611.0101
2 O-ring 94,85 x 3,53 N 007.0953
3 Filter element (with seal) see Chart / col. 9
4 Hexagonal head screw M4x8 DIN 933-8.8
5 Seal A4x8 DIN 7603-Cu
6 Sleeve HD 417.0505
7 O-ring 42,52 x 2,62 N007.0433
8 Reverse flow valve assy HD 417.1520
9 Spring DM 38 N 015.3801
1
3
2
54
6 7 8 9
High Pressure Filters 40.70-1eInline mounting
HD 319 • HD 419 • HD 619
Operating pressure up to 450 barNominal flow rate up to 450 l/min
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
Worldline 300
40.70-1e 2/6
DescriptionApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available with Part No.DG 041.1200.
CharacteristicsOperating pressure0 ... 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 450 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Ope
ratin
g pr
essu
re p
[bar
]
Number of cycles n
40.70-1e 3/6
Diagrams
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Dx
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
ν [mm2/s]
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Q [l/min]
Q [l/min]
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Particle size x [µm] (for particles largerthan the given particle size x)
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]Q [l/min]
40.70-1e 4/6
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
HD 319-289 65 D1/1 3 E 8,5 G 1¼ - 8 V3.0817-13* 16,3 electrical (5) change-overHD 319-279 90 D1/2 3 E 11 G 1¼ 7 2 V3.0817-03 15,9 optical (5) -HD 319-259 90 D1/2 3 E 11 G 1¼ 7 4 V3.0817-03 15,9 electrical (5) change-over
HD 319-286 135 D1/3 10 E 14,5 G 1¼ - 8 V3.0817-16* 16,3 electrical (5) change-over HD 319-276 160 D1/4 10 E 19 G 1¼ 7 2 V3.0817-06 15,9 optical (5) -HD 319-256 160 D1/4 10 E 19 G 1¼ 7 4 V3.0817-06 15,9 electrical (5) change-over
HD 319-288 240 D1/5 20 E 21 G 1¼ - 8 V3.0817-18* 16,3 electrical (5) change-overHD 319-278 270 D1/6 20 E 25 G 1¼ 7 2 V3.0817-08 15,9 optical (5) -HD 319-258 270 D1/6 20 E 25 G 1¼ 7 4 V3.0817-08 15,9 electrical (5) change-over
HD 419-289 90 D2/1 3 E 12 G 1¼ - 8 V3.0823-13* 17,8 electrical (5) change-overHD 419-279 125 D2/2 3 E 16 G 1¼ 7 2 V3.0823-03 17,2 optical (5) -HD 419-259 125 D2/2 3 E 16 G 1¼ 7 4 V3.0823-03 17,2 electrical (5) change-over
HD 419-286 180 D2/3 10 E 22 G 1¼ - 8 V3.0823-16* 17,8 electrical (5) change-overHD 419-276 210 D2/4 10 E 29 G 1¼ 7 2 V3.0823-06 17,2 optical (5) -HD 419-256 210 D2/4 10 E 29 G 1¼ 7 4 V3.0823-06 17,2 electrical (5) change-over
HD 419-288 300 D2/5 20 E 28 G 1¼ - 8 V3.0823-18* 17,8 electrical (5) change-overHD 419-278 340 D2/6 20 E 36 G 1¼ 7 2 V3.0823-08 17,2 optical (5) -HD 419-258 340 D2/6 20 E 36 G 1¼ 7 4 V3.0823-08 17,2 electrical (5) change-over
HD 619-289 130 D3/1 3 E 17 G 1½ - 8 V3.0833-13* 20,6 electrical (5) change-overHD 619-279 180 D3/2 3 E 23 G 1½ 7 2 V3.0833-03 19,9 optical (5) -HD 619-259 180 D3/2 3 E 23 G 1½ 7 4 V3.0833-03 19,9 electrical (5) change-over
HD 619-286 270 D3/3 10 E 30 G 1½ - 8 V3.0833-161 20,6 electrical (5) change-overHD 619-276 300 D3/4 10 E 40 G 1½ 7 2 V3.0833-06 19,9 optical (5) -HD 619-256 300 D3/4 10 E 40 G 1½ 7 4 V3.0833-06 19,9 electrical (5) change-over
HD 619-288 450 D3/5 20 E 41 G 1½ - 8 V3.0833-18* 20,6 electrical (5) change-overHD 619-278 450 D3/6 20 E 56 G 1½ 7 2 V3.0833-08 19,9 optical (5) -HD 619-258 450 D3/6 20 E 56 G 1½ 7 4 V3.0833-08 19,9 electrical (5) change-over
Remarks:• The filters listed in this chart are standard filters. If modifications are required, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, we kindly ask for your request.• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
* Element differential pressure stable up to 160 bar
Part No.
Nominal flow
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Cracking pressu
re of by-p
ass
WeightReplace
ment element
Part N
o.
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Filter fi
neness se
e Diagr. D
x
Connection A
/B
bar
Selection chart
40.70-1e 5/6
� � � � � � � � �� � � � � � � � �
Dimensions
1 2 3 4 5 6 7 8 9
Terminalconnection
Version withoptical clogging indicator
Measurements
Symbols
Version withelectrical clogging indicator
Minimum distance fromferromagnetic parts: 7mm
Type A/B C D E F G H I K L M N O P Q R S T U V WØ/depth opt./electr. opt./electr. Ø/depth
HD 319 G 1 ¼ 65 255 45 86 145 109 70 32 - - - 18,5 33 75/92 152 24/30 148 8 80 M12/18HD 419 G 1 ¼ 65 319 45 86 145 109 70 32 - - - 18,5 33 75/92 152 24/30 148 8 80 M12/18HD 619 G 1 ½ 65 420 45 86 145 109 70 32 - - - 18,5 33 75/92 152 24/30 148 8 80 M12/18
40.70-1e 6/6
Spare Parts
Subject to change 9107297-e / 09.00
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl HD 319 HD 250.0104
1 Filter bowl HD 419 HD 451.0102
1 Filter bowl HD 619 HD 619.0101
2 Back-Ring HD 451.0103
3 O-ring 94,85 x 3,53 N 007.0953
4 Filter element (with seal) s. Chart / col. 9
5 Reed switch with screws HD 049.1410
and socket (Pos. 5)
6 Socket DIN 43650 - AF3 DG 041.1220
7 Optical indicator with pos. 8 HD 049.1400
8 O-ring 17 x 2 N 007.0172
5
4
3
2
1
6
87
High Pressure Filters 40.65-1eFlange mounting
HD 319 • HD 419 • HD 619
Operating pressure up to 600 barNominal flow rate up to 450 l/min
Worldline 300
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
40.65-1e 2/6
DescriptionApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available with Part No.DG 041.1200.
CharacteristicsOperating pressure0 ... 420 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 600 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 450 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 600 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionSAE-flange (6000 psi). Sizes see Selection Chart,column 6
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Ope
ratin
g pr
essu
re p
[bar
]
Number of cycles n
40.65-1e 3/6
Diagrams
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Dx
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
ν [mm2/s]
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Q [l/min]
Q [l/min]
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Particle size x [µm] (for particles largerthan the given particle size x)
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]Q [l/min]
40.65-1e 4/6
Selection Chart
Remarks:• The filters listed in this chart are standard filters. If modifications are required, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, we kindly ask for your request.• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
Part No.
Nominal flow
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Cracking pressu
re of by-p
ass
WeightReplace
ment element
Part N
o.
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
* Element differential pressure stable up to 160 bar
Filter fi
neness se
e Diagr. D
x
HD 319-189 65 D1/1 3 E 8,5 SAE 1¼ - 8 V3.0817-13* 16,3 electrical (5) change-overHD 319-179 90 D1/2 3 E 11 SAE 1¼ 7 2 V3.0817-03 15,9 optical (5) -HD 319-159 90 D1/2 3 E 11 SAE 1¼ 7 4 V3.0817-03 15,9 electrical (5) change-over
HD 319-186 135 D1/3 10 E 14,5 SAE 1¼ - 8 V3.0817-16* 16,3 electrical (5) change-overHD 319-176 160 D1/4 10 E 19 SAE 1¼ 7 2 V3.0817-06 15,9 optical (5) -HD 319-156 160 D1/4 10 E 19 SAE 1¼ 7 4 V3.0817-06 15,9 electrical (5) change-over
HD 319-188 240 D1/5 20 E 21 SAE 1¼ - 8 V3.0817-18* 16,3 electrical (5) change-overHD 319-178 270 D1/6 20 E 25 SAE 1¼ 7 2 V3.0817-08 15,9 optical (5) -HD 319-158 270 D1/6 20 E 25 SAE 1¼ 7 4 V3.0817-08 15,9 electrical (5) change-over
HD 419-189 90 D2/1 3 E 12 SAE 1¼ - 8 V3.0823-13* 17,8 electrical (5) change-overHD 419-179 125 D2/2 3 E 16 SAE 1¼ 7 2 V3.0823-03 17,2 optical (5) -HD 419-159 125 D2/2 3 E 16 SAE 1¼ 7 4 V3.0823-03 17,2 electrical (5) change-over
HD 419-186 180 D2/3 10 E 22 SAE 1¼ - 8 V3.0823-16* 17,8 electrical (5) change-overHD 419-176 210 D2/4 10 E 29 SAE 1¼ 7 2 V3.0823-06 17,2 optical (5) -HD 419-156 210 D2/4 10 E 29 SAE 1¼ 7 4 V3.0823-06 17,2 electrical (5) change-over
HD 419-188 300 D2/5 20 E 28 SAE 1¼ - 8 V3.0823-18* 17,8 electrical (5) change-overHD 419-178 340 D2/6 20 E 36 SAE 1¼ 7 2 V3.0823-08 17,2 optical (5) -HD 419-158 340 D2/6 20 E 36 SAE 1¼ 7 4 V3.0823-08 17,2 electrical (5) change-over
HD 619-189 130 D3/1 3 E 17 SAE 1¼ - 8 V3.0833-13* 20,6 electrical (5) change-overHD 619-179 180 D3/2 3 E 23 SAE 1¼ 7 2 V3.0833-03 19,9 optical (5) -HD 619-159 180 D3/2 3 E 23 SAE 1¼ 7 4 V3.0833-03 19,9 electrical (5) change-over
HD 619-186 270 D3/3 10 E 30 SAE 1¼ - 8 V3.0833-161 20,6 electrical (5) change-overHD 619-176 300 D3/4 10 E 40 SAE 1¼ 7 2 V3.0833-06 19,9 optical (5) -HD 619-156 300 D3/4 10 E 40 SAE 1¼ 7 4 V3.0833-06 19,9 electrical (5) change-over
HD 619-188 450 D3/5 20 E 41 SAE 1¼ - 8 V3.0833-18* 20,6 electrical (5) change-overHD 619-178 450 D3/6 20 E 56 SAE 1¼ 7 2 V3.0833-08 19,9 optical (5) -HD 619-158 450 D3/6 20 E 56 SAE 1¼ 7 4 V3.0833-08 19,9 electrical (5) change-over
Connection A
/B
SAE 6000 psi
bar
40.65-1e 5/6
� � � � � � � � �� � � � � � � � �
Dimensions
1 2 3 4 5 6 7 8 9
Terminalconnection
Version withoptical clogging indicator
Measurements
Symbols
epyT B/A C D E F G H I K L M N O P Q R S T U V Whtped/Ø .rtcele/.tpo .rtcele/.tpo htped/Ø
913DH ¼1EAS 13 552 54 68 541 901 08 23 7,66 22/41M 8,13 5,81 33 29/57 251 03/42 841 8 08 81/21M914DH ¼1EAS 13 913 54 68 541 901 08 23 7,66 22/41M 8,13 5,81 33 29/57 251 03/42 841 8 08 81/21M916DH ¼1EAS 13 024 54 68 541 901 08 23 7,66 22/41M 8,13 5,81 33 29/57 251 03/42 841 8 08 81/21M
Version withelectrical clogging indicator
Minimum distance fromferromagnetic parts: 7mm
40.65-1e 6/6
Spare Parts
Subject to change 9107292-e / 11.00
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl HD 319 HD 250.0104
1 Filter bowl HD 419 HD 451.0102
1 Filter bowl HD 619 HD 619.0101
2 Back-Ring HD 451.0103
3 O-ring 94,85 x 3,53 N 007.0953/2
4 Filter element (with seal) s. Chart / col. 9
5 Reed switch with screws HD 049.1410
and socket (Pos. 5)
6 Socket DIN 43650 - AF3 DG 041.1220
7 Optical indicator with pos. 8 HD 049.1400
8 O-ring 17 x 2 N 007.0172
5
4
3
2
1
6
87
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.35-2eFlange mounting
HD 314 • HD 414 • HD 614Operating pressure up to 350 barNominal flow rate up to 400 l/min
40.35-3e 2/6
Description
Characteristics
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
Operating pressure0 ... 260 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 350 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 400 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
Connection2 x Ø 31 mm on plain flange
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
40.35-3e 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
ν [mm2/s]
Q [l/min]
Q [l/min]
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]Q [l/min]
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
40.35-3e 4/6
Selection Chart
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter HD HD 314-179 has to be supplied with optical clogging indicator - cracking pressure 5,0 bar
Order description: HD 314-179 / DG 042-02 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-02 opt. indicator 5,0 bar DG 023-02 electr. indicator with T.5 and LED4 5,0 bar change-overDG 040-33 electr. indicator 5,0 bar make DG 024-02 electr. indicator 3,5 / 5,0 bar makeDG 041-33 electr. indicator 5,0 bar change-over DG 025-05 electr. indicator 3,0 / 5,0 bar breakDG 041-43 electr. indicator with LED4 5,0 bar change-over DG 025-06 electr. indicator with T.5 3,0 / 5,0 bar change-over
Technical data see Spec. Sheet 60.30.
Remarks:• Filter versions without by-pass valves must always be equipped with a clogging indicator.• The filters listed in this chart are standard filters. If modifications are required, we kindly ask for your request.
Part No. (B
asic unit)
Nominal flow
Connection A
/B
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Filter fi
neness se
e Diagr. D
x
1 Element differential pressure stable up to 160 bar 4 With LED for optical indication2 Clogging indicator is obligatory 5 With temperature suppression3 Indicator mounting prepared
HD 314-179 65 D1/1 3 E 8,5 Ø 31 - 9 V3.0817-131 14,2 optional 2, 3
HD 314-159 90 D1/2 3 E 11 Ø 31 7 5 V3.0817-03 13,8 optional 3
HD 314-146 135 D1/3 10 E 14,5 Ø 31 - 9 V3.0817-161 14,2 optional 2, 3
HD 314-156 160 D1/4 10 E 19 Ø 31 7 5 V3.0817-06 13,8 optional 3
HD 314-148 240 D1/5 20 E 21 Ø 31 - 9 V3.0817-181 14,2 optional 2, 3
HD 314-158 270 D1/6 20 E 25 Ø 31 7 5 V3.0817-08 13,8 optional 3
HD 414-179 90 D2/1 3 E 12 Ø 31 - 9 V3.0823-131 15,7 optional 2, 3
HD 414-159 125 D2/2 3 E 16 Ø 31 7 5 V3.0823-03 15,1 optional 3
HD 414-196 180 D2/3 10 E 22 Ø 31 - 9 V3.0823-161 15,7 optional 2, 3
HD 414-156 210 D2/4 10 E 29 Ø 31 7 5 V3.0823-06 15,1 optional 3
HD 414-198 300 D2/5 20 E 28 Ø 31 - 9 V3.0823-181 15,7 optional 2, 3
HD 414-158 340 D2/6 20 E 36 Ø 31 7 5 V3.0823-08 15,1 optional 3
HD 614-179 130 D3/1 3 E 17 Ø 31 - 9 V3.0833-131 18,5 optional 2, 3
HD 614-159 180 D3/2 3 E 23 Ø 31 7 5 V3.0833-03 17,8 optional 3
HD 614-146 270 D3/3 10 E 30 Ø 31 - 9 V3.0833-161 18,5 optional 2, 3
HD 614-156 300 D3/4 10 E 40 Ø 31 7 5 V3.0833-06 17,8 optional 3
HD 614-188 400 D3/5 20 E 41 Ø 31 - 9 V3.0833-181 18,5 optional 2, 3
HD 614-158 400 D3/6 20 E 56 Ø 31 7 5 V3.0833-08 17,8 optional 3
Replacement e
lement
Part N
o.
40.35-3e 5/6
Dimensions
Measurements
Symbols
� � � � � � � �� � � � � � � �
� � � � �� � � � �
Minimum distancefrom ferromagneticparts: 7 mm
Version with electrical clogging indicatorDG 040 / DG 041
Clogging indicator optional:Pressure holes plugged with screws
1 2 3 4 5 6 7 8 9
Type A/B C D E F G H I K L M N O P Q R S T U
HD 314 Ø 31 44,4 263 52 82 138 109 80 32 95 21,5 150 83 58 25 80 34 93 165HD 414 Ø 31 44,4 325 52 82 138 109 80 32 95 21,5 150 83 58 25 80 34 93 165HD 614 Ø 31 44,4 426 52 82 138 109 80 32 95 21,5 150 83 58 25 80 34 93 165
40.35-3e 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
Subject to change 9107179-e / 11.00
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Pos. Designation Part No.
1 Filter bowl HD 314 HD 250.0104
1 Filter bowl HD 414 HD 411.0102
1 Filter bowl HD 614 HD 619.0101
2 Back ring HD 451.0103/2
3 O-ring 94,85 x 3,53 N 007.0953
4 Filter element (with seal) see Chart / col. 9
5 O-ring 37,69 x 3,53 * N 007.0384
6 Hexagonal head screw M4x8 DIN 933-8.8
7 Bonded seal 3404074
76
5
1
4
3
* Not supplied with filter - has to be ordered separately
2
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.55-2eIn-line mounting
HD 152 • HD 172
Operating pressure up to 450 barNominal flow rate up to 140 l/min
Worldline 200
40.55-2e 04/99 2/6
Description
Characteristics
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available withPart No. DG 041.1200.
Operating pressure0 ... 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 140 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contamination
of 0,08 g per l/min flowvolume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness10 µm, 20 µmβ-values according to ISO 4572-81
(see Selection Chart, column 4 and Diagram Dx)ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6 (other port threads on request)
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Ope
ratin
g pr
essu
re p
[bar
]
Number of cycles n
40.55-2e 04/99 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
Q [l/min]
Pressure drop as a function of the kinematicviscosity at nominal flow
ν [mm2/s]Q [l/min]
Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
ν [mm2/s]
∆p [b
ar]
∆p [b
ar]
D2
∆p [b
ar]
∆p [b
ar]
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA β35 ≥ 75 Paper (10 µm nom.)15 P β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
40.55-2e 04/99 4/6
Selection Chart
Remarks:• The filters listed in this chart are standard filters. If modifications are required, e.g. connections SAE ¾ resp. SAE 1 (6000 psi)
or fineness 3 E, we kindly ask for your request.• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
HD 152-186 60 D1/1 10 E 7 G ¾ - 8 V3.0617-26* 7,1 electrical (5) change-overHD 152-166 80 D1/2 10 E 12 G ¾ 7 1 V3.0617-06 6,9 -HD 152-276 80 D1/2 10 E 12 G ¾ 7 2 V3.0617-06 7,0 optical (5)HD 152-156 80 D1/2 10 E 12 G ¾ 7 4 V3.0617-06 7,0 electrical (5) change-over
HD 152-188 90 D1/3 20 E 10 G 1 - 8 V3.0617-18* 7,1 electrical (5) change-overHD 152-168 120 D1/4 20 E 14 G 1 7 1 V3.0617-08 6,9 -HD 152-278 120 D1/4 20 E 14 G 1 7 2 V3.0617-08 7,0 optical (5)HD 152-158 120 D1/4 20 E 14 G 1 7 4 V3.0617-08 7,0 electrical (5) change-over
HD 152-151 120 D1/4 10 PA 11 G 1 7 1 P3.0617-01** 6,9 -HD 152-261 120 D1/4 10 PA 11 G 1 7 2 P3.0617-01** 7,0 optical (5)
HD 172-186 80 D2/1 10 E 11 G1 - 8 V3.0623-26* 8,4 electrical (5) change-overHD 172-166 110 D2/2 10 E 15 G1 7 1 V3.0623-06 8,0 -HD 172-276 110 D2/2 10 E 15 G1 7 2 V3.0623-06 8,1 optical (5)HD 172-156 110 D2/2 10 E 15 G1 7 4 V3.0623-06 8,1 electrical (5) change-over
HD 172-188 120 D2/3 20 E 15 G 1 - 8 V3.0623-18* 8,4 electrical (5) change-overHD 172-168 140 D2/4 20 E 23 G 1 7 1 V3.0623-08 8,0 -HD 172-278 140 D2/4 20 E 23 G 1 7 2 V3.0623-08 8,1 optical (5)HD 172-158 140 D2/4 20 E 23 G 1 7 4 V3.0623-08 8,1 electrical (5) change-over
HD 172-151 140 D2/4 10 PA 17 G 1 7 1 P3.0623-11** 8,0 -HD 172-261 140 D2/4 10 PA 17 G 1 7 2 P3.0623-11** 8,1 optical (5)
* Element differential pressure stable up to 160 bar ** Paper media supported with metal gauze
Part No.
Nominal flow
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
bar kgg
Pressure drop se
e
D
iagr. D/cu
rve n
o.
l/min
Filter fi
neness se
e Diagr. D
x
Replacement e
lement
Part N
o.
ACFTD capacity
α
Connection A
/B
bar
40.55-2e 04/99 5/6
Dimensions
Measurements
Symbols
Minimum distance fromferromagnetic parts: 7mm
Version with electrical clogging indicatorand SAE-flange (6000 psi)
Version with optical clogging indicator
� � � � � � � �� � � � � � � �Terminal
connection
1 2 3 4 5 6 7 8 9
Type A/B C D E F G H I K L M N O P Q R Sø/depth opt./electr. opt./electr.
HD 152 G ¾, G 1 36, 45 224 39 66 104 75 70 27 60 M10/12 35 17,5 24 69/86 102 24/30
HD 172 G 1 45 285 39 66 104 75 70 27 60 M10/12 35 17,5 24 69/86 102 24/30
40.55-2e 04/99 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
Subject to change 9107183-2e / 02.99
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Pos. Designation Part No.
1 Filter bowl HD 152 HD 152.0102
1 Filter bowl HD 172 HD 171.0101
2 O-ring 63 x 3,5 N 007.0634
3 Filter element (with seal) s. Chart / col. 9
4 Reed switch with screws HD 049.1410
and socket (pos. 4)
5 Socket DIN 43650 - AF3 DG 041.1220
6 Optical indicator with pos. 7 HD 049.1400
7 O-ring 17 x 2 N 007.0172
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
4
3
2
1
5
76
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.45-1eIn-line mounting
HD 049 • HD 069
Operating pressure up to 450 barNominal flow rate up to 80 l/min
Worldline 100
40.45-1e 2/6
Description
Characteristics
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paint resp. phosphate coatingSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available with Part No.DG 041.1200.
Operating pressure0 ... 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 80 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6 (other port threads on request)
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Ope
ratin
g pr
essu
re p
[bar
]
Number of cycles n
40.45-1e 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
Pressure drop as a function of the kinematicviscosity at nominal flow
Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty G¾, 00 = casing empty G½)D2
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
∆p [b
ar]
Q [l/min]
∆p [b
ar]
ν [mm2/s]
Q [l/min]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
40.45-1e 4/6
Selection Chart
Remarks:• The filters listed in this chart are standard filters. If modifications are required, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, we kindly ask for your request.• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
Part No.
Nominal flow
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
bar kgg
Pressure drop se
e
D
iagr. D/cu
rve n
o.
l/min
Filter fi
neness se
e Diagr. D
x
Replacement e
lement
Part N
o.
ACFTD capacity
α
Connection A
/B
HD 049-189 16 D1/1 3 E 2 G ½ - 8 V3.0510-13* 3,9 electrical (5) change-overHD 049-169 20 D1/2 3 E 2,5 G ½ 7 1 V3.0510-03 3,8 - -HD 049-179 20 D1/2 3 E 2,5 G ½ 7 2 V3.0510-03 3,9 optical (5) -HD 049-159 20 D1/2 3 E 2,5 G ½ 7 4 V3.0510-03 3,9 electrical (5) change-over
HD 049-186 30 D1/3 10 E 3,2 G ½ - 8 V3.0510-16* 3,9 electrical (5) change-overHD 049-166 35 D1/4 10 E 4,3 G ½ 7 1 V3.0510-06 3,8 - -HD 049-176 35 D1/4 10 E 4,3 G ½ 7 2 V3.0510-06 3,9 optical (5) -HD 049-156 35 D1/4 10 E 4,3 G ½ 7 4 V3.0510-06 3,9 electrical (5) change-over
HD 049-188 55 D1/5 20 E 5 G ½ - 8 V3.0510-18* 3,9 electrical (5) change-overHD 049-268 63 D1/6 20 E 5,8 M18x1,5 7 1 V3.0510-08 3,8 - phosphate coatingHD 049-168 63 D1/6 20 E 5,8 G ½ 7 1 V3.0510-08 3,8 - -HD 049-178 63 D1/6 20 E 5,8 G ½ 7 2 V3.0510-08 3,9 optical (5) -HD 049-158 63 D1/6 20 E 5,8 G ½ 7 4 V3.0510-08 3,9 electrical (5) change-over
HD 049-151 55 D1/7 10 PA 4,6 G ½ 7 1 P3.0510-11** 3,8 - -HD 049-161 55 D1/7 10 PA 4,6 G ½ 7 2 P3.0510-11** 3,9 optical (5) -HD 049-171 55 D1/7 10 PA 4,6 G ½ 7 4 P3.0510-11** 3,9 electrical (5) change-over
HD 069-189 35 D2/1 3 E 4 G ½ - 8 V3.0520-13* 5,1 electrical (5) change-overHD 069-169 40 D2/2 3 E 5 G ½ 7 1 V3.0520-03 4,9 - -HD 069-179 40 D2/2 3 E 5 G ½ 7 2 V3.0520-03 5,0 optical (5) -HD 069-159 40 D2/2 3 E 5 G ½ 7 4 V3.0520-03 5,0 electrical (5) change-over
HD 069-186 63 D2/3 10 E 7 G ¾ - 8 V3.0520-16* 5,1 electrical (5) change-overHD 069-166 70 D2/4 10 E 8 G ¾ 7 1 V3.0520-06 4,9 - -HD 069-176 70 D2/4 10 E 8 G ¾ 7 2 V3.0520-06 5,0 optical (5) -HD 069-156 70 D2/4 10 E 8 G ¾ 7 4 V3.0520-06 5,0 electrical (5) change-over
HD 069-188 80 D2/5 20 E 10 G ¾ - 8 V3.0520-18* 5,1 electrical (5) change-overHD 069-268 80 D2/6 20 E 12 G ¾ 7 1 V3.0520-08 4,9 - phosphate coatingHD 069-168 80 D2/6 20 E 12 G ¾ 7 1 V3.0520-08 4,9 - -HD 069-178 80 D2/6 20 E 12 G ¾ 7 2 V3.0520-08 5,0 optical (5) -HD 069-158 80 D2/6 20 E 12 G ¾ 7 4 V3.0520-08 5,0 electrical (5) change-over
HD 069-151 80 D2/7 10 PA 9,1 G ¾ 7 1 P3.0520-01** 4,9 - -HD 069-161 80 D2/7 10 PA 9,1 G ¾ 7 2 P3.0520-01** 5,0 optical (5) -HD 069-171 80 D2/7 10 PA 9,1 G ¾ 7 4 P3.0520-01** 5,0 electrical (5) change-over
* Element differential pressure stable up to 160 bar ** Paper media supported with metal gauze
bar
40.45-1e 5/6
Dimensions
Measurements
Symbols
1 2 3 4 5 6 7 8 9
Type A/B C D E F G H I K L M N O P Q R Sø/depth opt./electr. opt./electr.
HD 049 M18x1,5 , G ½ 24, 33 158 24,5 61 84 65 55 36 40 M8/12 25 89 27,5 55/72 85 24/30
HD 069 G ½, G ¾ 33, 36 254 24,5 61 84 65 55 36 40 M8/12 25 89 27,5 55/72 85 24/30
� � � � � � � �� � � � � � � �
Min
imum
dis
tanc
e fr
omfe
rrom
agne
tic p
arts
: 7m
m
Version withoptical clogging indicator
Version withelectrical clogging indicator
Terminalconnection
40.45-1e 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
Subject to change 9107181-e / 11.00
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Pos. Designation Part No.
1 Filter bowl HD 049 HD 052.0101
1 Filter bowl HD 069 HD 072.0101
2 O-ring 53,57 x 3,53 N 007.0543/1
3 Filter element (with seal) s. Chart / col. 9
4 Reed switch with screws HD 049.1410
and socket (pos. 4)
5 Socket DIN 43650 - AF3 DG 041.1220
6 Optical indicator (with pos. 7) HD 049.1400
7 O-ring 17 x 2 N 007.0172
4
3
2
1
5
7
6
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.30-2eFlange mounting
HD 044 • HD 064 • HD 094Operating pressure up to 350 barNominal flow rate up to 80 l/min
40.30-2e 04/99 2/6
Description
Characteristics
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Operating pressure0 ... 280 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 350 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 80 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
Connection2 x Ø 15 mm on plain flange
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
40.30-2e 04/99 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
ν [mm2/s]
Q [l/min]
Q [l/min]
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]Q [l/min]
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
40.30-2e 04/99 4/6
Selection Chart
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter HD 064-156 has to be supplied with optical clogging indicator - cracking pressure 5,0 bar
Order description: HD 064-156 / DG 042-02 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-02 opt. indicator 5,0 bar DG 023-02 electr. indicator with T.5 and LED4 5,0 bar change-overDG 040-33 electr. indicator 5,0 bar make DG 024-02 electr. indicator 3,5 / 5,0 bar makeDG 041-33 electr. indicator 5,0 bar change-over DG 025-05 electr. indicator 3,0 / 5,0 bar breakDG 041-43 electr. indicator with LED4 5,0 bar change-over DG 025-06 electr. indicator with T.5 3,0 / 5,0 bar change-over
Technical data see Spec. Sheet 60.30.
Remarks:• Filter versions without by-pass valves must always be equipped with a clogging indicator.• The filters listed in this chart are standard filters. If modifications are required, e.g. fineness 10 PA, we kindly ask for your request.• The filters of the series HD 094 are equipped with filter elements according to DIN 24550.
Part No. (B
asic unit)
Nominal flow
Connection A
/B
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Pressure drop se
e
D
iagr. D/cu
rve n
o.
Replacement e
lement
Part N
o.
ACFTD capacity
α
Filter fi
neness se
e Diagr. D
x
1 Element differential pressure stable up to 160 bar 4 With LED for optical indication2 Clogging indicator is obligatory 5 With temperature suppression3 Indicator mounting prepared
HD 044-183 16 D1/1 3 E 2 Ø 15 - 9 V3.0510-131 3,4 optional 2, 3
HD 044-153 20 D1/2 3 E 2,5 Ø 15 7 5 V3.0510-03 3,4 optional 3
HD 044-186 30 D1/3 10 E 3,2 Ø 15 - 9 V3.0510-161 3,4 optional 2, 3
HD 044-156 35 D1/4 10 E 4,3 Ø 15 7 5 V3.0510-06 3,4 optional 3
HD 044-178 55 D1/5 20 E 5 Ø 15 - 9 V3.0510-181 3,4 optional 2, 3
HD 044-158 63 D1/6 20 E 5,8 Ø 15 7 5 V3.0510-08 3,4 optional 3
HD 064-183 35 D2/1 3 E 4 Ø 15 - 9 V3.0520-131 4,6 optional 2, 3
HD 064-153 40 D2/2 3 E 5 Ø 15 7 5 V3.0520-03 4,5 optional 3
HD 064-196 63 D2/3 10 E 7 Ø 15 - 9 V3.0520-161 4,6 optional 2, 3
HD 064-156 70 D2/4 10 E 8 Ø 15 7 5 V3.0520-06 4,5 optional 3
HD 064-178 80 D2/5 20 E 10 Ø 15 - 9 V3.0520-181 4,6 optional 2, 3
HD 064-158 80 D2/6 20 E 12 Ø 15 7 5 V3.0520-08 4,5 optional 3
HD 094-173 43 D3/1 3 E 5 Ø 15 - 9 V3.0525-131 5,2 optional 2, 3
HD 094-153 50 D3/2 3 E 6 Ø 15 7 5 V3.0525-03 5,1 optional 3
HD 094-256 80 D3/3 10 E 9 Ø 15 - 9 V3.0525-161 5,2 optional 2, 3
HD 094-156 80 D3/4 10 E 10 Ø 15 7 5 V3.0525-06 5,1 optional 3
40.30-2e 04/99 5/6
Dimensions
� � � � � � � �� � � � � � � �
� � � � �� � � � �
Minimum distancefrom ferromagneticparts: 7 mm
Version with optical clogging indicatorDG 042
Version with electrical clogging indicatorDG 040 / DG 041
Clogging indicator optional:Pressure holes plugged with screws
Type A/B C D E F G H I K L M N O P Q R S T Uelectr. / opt.
HD 044 Ø 15 23,5 145 26 49 83 66 70 36 58 12,5 118,5 48 90 17 13 16 106 / 79 45HD 064 Ø 15 23,5 241 26 49 83 66 70 36 58 12,5 118,5 48 90 17 13 16 106 / 79 45HD 094 Ø 15 23,5 291 26 49 83 66 70 36 58 12,5 118,5 48 90 17 13 16 106 / 79 45
1 2 3 4 5 6 7 8 9
Measurements
Symbols
40.30-2e 04/99 6/6
Spare Parts
Subject to change 9107178-e / 02.99
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl HD 044 HD 052.0101
1 Filter bowl HD 064 HD 072.0101
1 Filter bowl HD 094 HD 094.0101
2 O-ring 53,57 x 3,53 N 007.0543/1
3 Filter element (with seal) see Chart / col. 9
4 O-ring 18,72 x 2,62 * N 007.0193
5 Hexagonal head screw M4x8 DIN 933-8.8
6 Bonded seal 3404074
3
2
1
654
* Not supplied with filter - has to be ordered separately
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
Pressure Filters 30.50-2eIn-line mounting
D 327 • D 328Operating pressure up to 32 barNominal flow rate up to 320 l/min
30.50-2e 2/6
Description
Characteristics
ApplicationIn the pressure circuits of hydraulic and lubricationsystems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGFilter bowl: SteelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
Operating pressure0 ... 25 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 32 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 320 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:≤ 4,5 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6 (other port threads on request)
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
30.50-2e 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
ν [mm2/s]Q [l/min]
Q [l/min]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
30.50-2e 4/6
Selection Chart
Cracking pressu
re of by-p
ass
Pressure drop se
e
D
iagr. D/cu
rve n
o.
Filter fi
neness se
e Diagr. D
x
D 327-59 120 D1/1 3 E 42 G 1 ½ 3,5 5 2xV2.1217-03 11,4 optional 2
D 327-56 210 D1/2 10 E 68 G 1 ½ 3,5 5 2xV2.1217-36 11,4 optional 2
D 327-58 320 D1/3 20 E 97 G 1 ½ 3,5 5 2xV2.1217-08 11,4 optional 2
D 327-53 320 D1/4 10 PA 66 G 1 ½ 3,5 5 2xP2.1217-211 11,4 optional 2
D 328-59 180 D2/1 3 E 63 G 1 ½ 3,5 5 3xV2.1217-03 13,5 optional 2
D 328-56 320 D2/2 10 E 102 G 1 ½ 3,5 5 3xV2.1217-36 13,5 optional 2
D 328-58 320 D2/3 20 E 146 G 1 ½ 3,5 5 3xV2.1217-08 13,5 optional 2
D 328-81 320 D2/4 10 PA 99 G 1 ½ 3,5 5 3xP2.1217-211 13,5 optional 2
Nominal flow
Remarks
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
l/min barg
Part No. (B
asic unit)
ACFTD capacity
α
Connection A
/B
kgWeight
Replacement e
lement
Part N
o.
Clogging indicator
C
racking pressu
re in ( )
1 Paper media supported with metal gauze 3 With LED for optical indication2 Indicator mounting prepared 4 With temperature suppression
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter D 327-56 has to be supplied with optical clogging indicator - cracking pressure 2,0 bar
Order description: D 327-56 / DG 042-01 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-01 opt. indicator 2,0 barDG 040-31 electr. indicator 2,0 bar makeDG 041-31 electr. indicator 2,0 bar change-overDG 041-44 electr. indicator with LED3 2,0 bar change-overDG 023-03 electr. indicator with T.4 & LED3 2,0 bar change-over
Technical data see Spec. Sheet 60.30.
Remark:The filters listed in this chart are standard filters. Other designs available on request.
30.50-2e 5/6
Symbols
Dimensions
Measurements
Mounting force85 ... 95 Nm
Version with optical clogging indicator DG 042
Clogging indicator optional:Pressure holes plugged with screwsM4
Drain plug
Type A/B C D E F G H I K L M N O P Qø/depth
D 327 G 1½ 17 430 44 8,5 140 131 80 19 145 M10/16 60 8 70 40
D 328 G 1½ 17 595 44 8,5 140 131 80 19 145 M10/16 60 8 70 40
1 2 3 4 5 6 7 8 9
30.50-2e 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl (with Pos. 8+9) D 327.1130
1 Filter bowl (with Pos. 8+9) D 328.1130
2 Seal N 031.1202
3 Filter element (with seal) see Chart / col. 9
4 Hexagonal head screw M4x8 DIN 933-8.8
5 Bonded seal 3404074
6 Hexagonal head screw M12 x 90
DIN 931-10.9
7 Spring washer B 12 DIN 137
8 Hexagonal head screw CM 22x1,5
DIN 7604-5.8
9 Seal A22x27
DIN 7603-Cu
98
1
3
2
45
67
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Subject to change 9107175-2e / 09.00
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
Pressure Filters 30.30-1eIn-line mounting
D 162 • D 232 • D 332Operating pressure up to 63 barNominal flow rate up to 300 l/min
30.30-1e 2/6
Description
Characteristics
ApplicationIn the pressure circuits of hydraulic and lubricationsystems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: Aluminium alloyFilter bowl: Aluminium alloySeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
Operating pressure0 ... 40 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 63 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 300 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 40 bar ≤ 4,5 m/sup to 250 bar ≤ 8 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6 (other port threads on request)
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
30.30-1e 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA β35 ≥ 75 Paper (10 µm nom.)15 P β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
ν [mm2/s]
ν [mm2/s]
Q [l/min]
Q [l/min]
∆p [b
ar]
∆p [b
ar]
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
ν [mm2/s]Q [l/min]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
30.30-1e 4/6
Selection Chart
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter D 232-156 has to be supplied with optical clogging indicator - cracking pressure 2,0 bar
Order description: D 232-156 / DG 042-01 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-01 opt. indicator 2,0 bar DG 042-02 opt. indicator 5,0 barDG 040-31 electr. indicator 2,0 bar make DG 040-33 electr. indicator 5,0 bar makeDG 041-31 electr. indicator 2,0 bar change-over DG 041-33 electr. indicator 5,0 bar change-overDG 041-44 electr. indicator with LED3 2,0 bar change-over DG 041-43 electr. indicator with LED3 5,0 bar change-overDG 023-03 electr. indicator with T.4 & LED3 2,0 bar change-over DG 023-02 electr. indicator with T.4 & LED3 5,0 bar change-over
DG 024-02 electr. indicator 3,5 / 5,0 bar breakDG 025-05 electr. indicator 3,0 / 5,0 bar change-over
Technical data see Spec. Sheet 60.30. DG 025-06 electr. indicator with T.4 3,0 / 5,0 bar change-over
Remarks:• The switching pressure of the clogging indicator has always to be lower than the cracking pressure of the by-pass valve
(see Selection Chart, column 7).• The filters listed in this chart are standard filters. Other designs available on request.
Part No. (B
asic unit)
Nominal flow
Connection A
/B
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Filter fi
neness se
e Diagr. D
x
1 Paper media supported with metal gauze 3 With LED for optical indication2 Indicator mounting prepared 4 With temperature suppression
D 162-153 35 D1/1 3 E 9,5 G 1 ¼ 3,5 5 V3.0817-03 3,2 optional 2
D 162-156 65 D1/2 10 E 18 G 1 ¼ 3,5 5 V3.0817-06 3,2 optional 2
D 162-158 105 D1/3 20 E 21 G 1 ¼ 3,5 5 V3.0817-08 3,2 optional 2
D 162-151 130 D1/4 10 PA 19 G 1 ¼ 3,5 5 P3.0817-011 3,2 optional 2
D 162-183 80 D1/5 3 E 11 G 1 ¼ 7 5 V3.0817-03 3,2 optional 2
D 162-186 150 D1/6 10 E 19 G 1 ¼ 7 5 V3.0817-06 3,2 optional 2
D 232-153 50 D2/1 3 E 15 G 1 ¼ 3,5 5 V3.0823-03 3,4 optional 2
D 232-156 90 D2/2 10 E 26 G 1 ¼ 3,5 5 V3.0823-06 3,4 optional 2
D 232-158 150 D2/3 20 E 34 G 1 ¼ 3,5 5 V3.0823-08 3,4 optional 2
D 232-151 180 D2/4 10 PA 28 G 1 ¼ 3,5 5 P3.0823-011 3,4 optional 2
D 232-183 115 D2/5 3 E 16 G 1 ¼ 7 5 V3.0823-03 3,4 optional 2
D 232-186 210 D2/6 10 E 29 G 1 ½ 7 5 V3.0823-06 3,4 optional 2
D 332-153 70 D3/1 3 E 21 G 1 ¼ 3,5 5 V3.0833-03 4,0 optional 2
D 332-156 130 D3/2 10 E 36 G 1 ¼ 3,5 5 V3.0833-06 4,0 optional 2
D 332-158 210 D3/3 20 E 53 G 1 ¼ 3,5 5 V3.0833-08 4,0 optional 2
D 332-151 260 D3/4 10 PA 39 G 1 ½ 3,5 5 P3.0833-011 4,0 optional 2
D 332-183 160 D3/5 3 E 23 G 1 ¼ 7 5 V3.0833-03 4,0 optional 2
D 332-186 300 D3/6 10 E 40 G 1 ½ 7 5 V3.0833-06 4,0 optional 2
Replacement e
lement
Part N
o.
30.30-1e 5/6
Symbols
Dimensions
Measurements
Version with electrical clogging indicatorDG 040 / DG 041
Clogging indicator optional:Pressure holes plugged with screws M4
Minimum distance fromferromagnetic parts: 7 mm
Type A/B C D E F G H I K L M N O P Q R S T U Vø/depth
D 162 G 1¼ 61 232 38 70 140 101 80 32 80 M12/18 115 60 34 17 114 34 66 66 44D 232 G 1¼, G 1½ 61 296 38 70 140 101 80 32 80 M12/18 115 60 34 17 114 34 66 66 44D 332 G 1¼, G 1½ 61 396 38 70 140 101 80 32 80 M12/18 115 60 34 17 114 34 66 66 44
1 2 3 4 5 6 7 8 9
30.30-1e 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl D 162 D 162.0101
1 Filter bowl D 232 D 232.0101
1 Filter bowl D 332 D 332.0101
2 O-ring 88,57 x 2,62 N 007.0886
3 Filter element (with seal) see Chart / col. 9
4 Hexagonal head screw M4x8 DIN 933-8.8
5 Bonded seal 3404074
3
2
1
45
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Subject to change 9107174-1e / 09.00
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
Pressure Filters 30.30-1eIn-line mounting
D 162 • D 232 • D 332Operating pressure up to 63 barNominal flow rate up to 300 l/min
30.30-1e 2/6
Description
Characteristics
ApplicationIn the pressure circuits of hydraulic and lubricationsystems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: Aluminium alloyFilter bowl: Aluminium alloySeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
Operating pressure0 ... 40 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 63 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 300 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 40 bar ≤ 4,5 m/sup to 250 bar ≤ 8 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6 (other port threads on request)
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
30.30-1e 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA β35 ≥ 75 Paper (10 µm nom.)15 P β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
ν [mm2/s]
ν [mm2/s]
Q [l/min]
Q [l/min]
∆p [b
ar]
∆p [b
ar]
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
ν [mm2/s]Q [l/min]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
30.30-1e 4/6
Selection Chart
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter D 232-156 has to be supplied with optical clogging indicator - cracking pressure 2,0 bar
Order description: D 232-156 / DG 042-01 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-01 opt. indicator 2,0 bar DG 042-02 opt. indicator 5,0 barDG 040-31 electr. indicator 2,0 bar make DG 040-33 electr. indicator 5,0 bar makeDG 041-31 electr. indicator 2,0 bar change-over DG 041-33 electr. indicator 5,0 bar change-overDG 041-44 electr. indicator with LED3 2,0 bar change-over DG 041-43 electr. indicator with LED3 5,0 bar change-overDG 023-03 electr. indicator with T.4 & LED3 2,0 bar change-over DG 023-02 electr. indicator with T.4 & LED3 5,0 bar change-over
DG 024-02 electr. indicator 3,5 / 5,0 bar breakDG 025-05 electr. indicator 3,0 / 5,0 bar change-over
Technical data see Spec. Sheet 60.30. DG 025-06 electr. indicator with T.4 3,0 / 5,0 bar change-over
Remarks:• The switching pressure of the clogging indicator has always to be lower than the cracking pressure of the by-pass valve
(see Selection Chart, column 7).• The filters listed in this chart are standard filters. Other designs available on request.
Part No. (B
asic unit)
Nominal flow
Connection A
/B
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Filter fi
neness se
e Diagr. D
x
1 Paper media supported with metal gauze 3 With LED for optical indication2 Indicator mounting prepared 4 With temperature suppression
D 162-153 35 D1/1 3 E 9,5 G 1 ¼ 3,5 5 V3.0817-03 3,2 optional 2
D 162-156 65 D1/2 10 E 18 G 1 ¼ 3,5 5 V3.0817-06 3,2 optional 2
D 162-158 105 D1/3 20 E 21 G 1 ¼ 3,5 5 V3.0817-08 3,2 optional 2
D 162-151 130 D1/4 10 PA 19 G 1 ¼ 3,5 5 P3.0817-011 3,2 optional 2
D 162-183 80 D1/5 3 E 11 G 1 ¼ 7 5 V3.0817-03 3,2 optional 2
D 162-186 150 D1/6 10 E 19 G 1 ¼ 7 5 V3.0817-06 3,2 optional 2
D 232-153 50 D2/1 3 E 15 G 1 ¼ 3,5 5 V3.0823-03 3,4 optional 2
D 232-156 90 D2/2 10 E 26 G 1 ¼ 3,5 5 V3.0823-06 3,4 optional 2
D 232-158 150 D2/3 20 E 34 G 1 ¼ 3,5 5 V3.0823-08 3,4 optional 2
D 232-151 180 D2/4 10 PA 28 G 1 ¼ 3,5 5 P3.0823-011 3,4 optional 2
D 232-183 115 D2/5 3 E 16 G 1 ¼ 7 5 V3.0823-03 3,4 optional 2
D 232-186 210 D2/6 10 E 29 G 1 ½ 7 5 V3.0823-06 3,4 optional 2
D 332-153 70 D3/1 3 E 21 G 1 ¼ 3,5 5 V3.0833-03 4,0 optional 2
D 332-156 130 D3/2 10 E 36 G 1 ¼ 3,5 5 V3.0833-06 4,0 optional 2
D 332-158 210 D3/3 20 E 53 G 1 ¼ 3,5 5 V3.0833-08 4,0 optional 2
D 332-151 260 D3/4 10 PA 39 G 1 ½ 3,5 5 P3.0833-011 4,0 optional 2
D 332-183 160 D3/5 3 E 23 G 1 ¼ 7 5 V3.0833-03 4,0 optional 2
D 332-186 300 D3/6 10 E 40 G 1 ½ 7 5 V3.0833-06 4,0 optional 2
Replacement e
lement
Part N
o.
30.30-1e 5/6
Symbols
Dimensions
Measurements
Version with electrical clogging indicatorDG 040 / DG 041
Clogging indicator optional:Pressure holes plugged with screws M4
Minimum distance fromferromagnetic parts: 7 mm
Type A/B C D E F G H I K L M N O P Q R S T U Vø/depth
D 162 G 1¼ 61 232 38 70 140 101 80 32 80 M12/18 115 60 34 17 114 34 66 66 44D 232 G 1¼, G 1½ 61 296 38 70 140 101 80 32 80 M12/18 115 60 34 17 114 34 66 66 44D 332 G 1¼, G 1½ 61 396 38 70 140 101 80 32 80 M12/18 115 60 34 17 114 34 66 66 44
1 2 3 4 5 6 7 8 9
30.30-1e 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl D 162 D 162.0101
1 Filter bowl D 232 D 232.0101
1 Filter bowl D 332 D 332.0101
2 O-ring 88,57 x 2,62 N 007.0886
3 Filter element (with seal) see Chart / col. 9
4 Hexagonal head screw M4x8 DIN 933-8.8
5 Bonded seal 3404074
3
2
1
45
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Subject to change 9107174-1e / 09.00
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
Pressure Filters 30.50-2eIn-line mounting
D 327 • D 328Operating pressure up to 32 barNominal flow rate up to 320 l/min
30.50-2e 2/6
Description
Characteristics
ApplicationIn the pressure circuits of hydraulic and lubricationsystems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGFilter bowl: SteelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
Operating pressure0 ... 25 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 32 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 320 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:≤ 4,5 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6 (other port threads on request)
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
30.50-2e 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
ν [mm2/s]Q [l/min]
Q [l/min]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
30.50-2e 4/6
Selection Chart
Cracking pressu
re of by-p
ass
Pressure drop se
e
D
iagr. D/cu
rve n
o.
Filter fi
neness se
e Diagr. D
x
D 327-59 120 D1/1 3 E 42 G 1 ½ 3,5 5 2xV2.1217-03 11,4 optional 2
D 327-56 210 D1/2 10 E 68 G 1 ½ 3,5 5 2xV2.1217-36 11,4 optional 2
D 327-58 320 D1/3 20 E 97 G 1 ½ 3,5 5 2xV2.1217-08 11,4 optional 2
D 327-53 320 D1/4 10 PA 66 G 1 ½ 3,5 5 2xP2.1217-211 11,4 optional 2
D 328-59 180 D2/1 3 E 63 G 1 ½ 3,5 5 3xV2.1217-03 13,5 optional 2
D 328-56 320 D2/2 10 E 102 G 1 ½ 3,5 5 3xV2.1217-36 13,5 optional 2
D 328-58 320 D2/3 20 E 146 G 1 ½ 3,5 5 3xV2.1217-08 13,5 optional 2
D 328-81 320 D2/4 10 PA 99 G 1 ½ 3,5 5 3xP2.1217-211 13,5 optional 2
Nominal flow
Remarks
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
l/min barg
Part No. (B
asic unit)
ACFTD capacity
α
Connection A
/B
kgWeight
Replacement e
lement
Part N
o.
Clogging indicator
C
racking pressu
re in ( )
1 Paper media supported with metal gauze 3 With LED for optical indication2 Indicator mounting prepared 4 With temperature suppression
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter D 327-56 has to be supplied with optical clogging indicator - cracking pressure 2,0 bar
Order description: D 327-56 / DG 042-01 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-01 opt. indicator 2,0 barDG 040-31 electr. indicator 2,0 bar makeDG 041-31 electr. indicator 2,0 bar change-overDG 041-44 electr. indicator with LED3 2,0 bar change-overDG 023-03 electr. indicator with T.4 & LED3 2,0 bar change-over
Technical data see Spec. Sheet 60.30.
Remark:The filters listed in this chart are standard filters. Other designs available on request.
30.50-2e 5/6
Symbols
Dimensions
Measurements
Mounting force85 ... 95 Nm
Version with optical clogging indicator DG 042
Clogging indicator optional:Pressure holes plugged with screwsM4
Drain plug
Type A/B C D E F G H I K L M N O P Qø/depth
D 327 G 1½ 17 430 44 8,5 140 131 80 19 145 M10/16 60 8 70 40
D 328 G 1½ 17 595 44 8,5 140 131 80 19 145 M10/16 60 8 70 40
1 2 3 4 5 6 7 8 9
30.50-2e 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl (with Pos. 8+9) D 327.1130
1 Filter bowl (with Pos. 8+9) D 328.1130
2 Seal N 031.1202
3 Filter element (with seal) see Chart / col. 9
4 Hexagonal head screw M4x8 DIN 933-8.8
5 Bonded seal 3404074
6 Hexagonal head screw M12 x 90
DIN 931-10.9
7 Spring washer B 12 DIN 137
8 Hexagonal head screw CM 22x1,5
DIN 7604-5.8
9 Seal A22x27
DIN 7603-Cu
98
1
3
2
45
67
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Subject to change 9107175-2e / 09.00
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.30-2eFlange mounting
HD 044 • HD 064 • HD 094Operating pressure up to 350 barNominal flow rate up to 80 l/min
40.30-2e 04/99 2/6
Description
Characteristics
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Operating pressure0 ... 280 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 350 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 80 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
Connection2 x Ø 15 mm on plain flange
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
40.30-2e 04/99 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
ν [mm2/s]
Q [l/min]
Q [l/min]
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]Q [l/min]
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
40.30-2e 04/99 4/6
Selection Chart
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter HD 064-156 has to be supplied with optical clogging indicator - cracking pressure 5,0 bar
Order description: HD 064-156 / DG 042-02 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-02 opt. indicator 5,0 bar DG 023-02 electr. indicator with T.5 and LED4 5,0 bar change-overDG 040-33 electr. indicator 5,0 bar make DG 024-02 electr. indicator 3,5 / 5,0 bar makeDG 041-33 electr. indicator 5,0 bar change-over DG 025-05 electr. indicator 3,0 / 5,0 bar breakDG 041-43 electr. indicator with LED4 5,0 bar change-over DG 025-06 electr. indicator with T.5 3,0 / 5,0 bar change-over
Technical data see Spec. Sheet 60.30.
Remarks:• Filter versions without by-pass valves must always be equipped with a clogging indicator.• The filters listed in this chart are standard filters. If modifications are required, e.g. fineness 10 PA, we kindly ask for your request.• The filters of the series HD 094 are equipped with filter elements according to DIN 24550.
Part No. (B
asic unit)
Nominal flow
Connection A
/B
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Pressure drop se
e
D
iagr. D/cu
rve n
o.
Replacement e
lement
Part N
o.
ACFTD capacity
α
Filter fi
neness se
e Diagr. D
x
1 Element differential pressure stable up to 160 bar 4 With LED for optical indication2 Clogging indicator is obligatory 5 With temperature suppression3 Indicator mounting prepared
HD 044-183 16 D1/1 3 E 2 Ø 15 - 9 V3.0510-131 3,4 optional 2, 3
HD 044-153 20 D1/2 3 E 2,5 Ø 15 7 5 V3.0510-03 3,4 optional 3
HD 044-186 30 D1/3 10 E 3,2 Ø 15 - 9 V3.0510-161 3,4 optional 2, 3
HD 044-156 35 D1/4 10 E 4,3 Ø 15 7 5 V3.0510-06 3,4 optional 3
HD 044-178 55 D1/5 20 E 5 Ø 15 - 9 V3.0510-181 3,4 optional 2, 3
HD 044-158 63 D1/6 20 E 5,8 Ø 15 7 5 V3.0510-08 3,4 optional 3
HD 064-183 35 D2/1 3 E 4 Ø 15 - 9 V3.0520-131 4,6 optional 2, 3
HD 064-153 40 D2/2 3 E 5 Ø 15 7 5 V3.0520-03 4,5 optional 3
HD 064-196 63 D2/3 10 E 7 Ø 15 - 9 V3.0520-161 4,6 optional 2, 3
HD 064-156 70 D2/4 10 E 8 Ø 15 7 5 V3.0520-06 4,5 optional 3
HD 064-178 80 D2/5 20 E 10 Ø 15 - 9 V3.0520-181 4,6 optional 2, 3
HD 064-158 80 D2/6 20 E 12 Ø 15 7 5 V3.0520-08 4,5 optional 3
HD 094-173 43 D3/1 3 E 5 Ø 15 - 9 V3.0525-131 5,2 optional 2, 3
HD 094-153 50 D3/2 3 E 6 Ø 15 7 5 V3.0525-03 5,1 optional 3
HD 094-256 80 D3/3 10 E 9 Ø 15 - 9 V3.0525-161 5,2 optional 2, 3
HD 094-156 80 D3/4 10 E 10 Ø 15 7 5 V3.0525-06 5,1 optional 3
40.30-2e 04/99 5/6
Dimensions
� � � � � � � �� � � � � � � �
� � � � �� � � � �
Minimum distancefrom ferromagneticparts: 7 mm
Version with optical clogging indicatorDG 042
Version with electrical clogging indicatorDG 040 / DG 041
Clogging indicator optional:Pressure holes plugged with screws
Type A/B C D E F G H I K L M N O P Q R S T Uelectr. / opt.
HD 044 Ø 15 23,5 145 26 49 83 66 70 36 58 12,5 118,5 48 90 17 13 16 106 / 79 45HD 064 Ø 15 23,5 241 26 49 83 66 70 36 58 12,5 118,5 48 90 17 13 16 106 / 79 45HD 094 Ø 15 23,5 291 26 49 83 66 70 36 58 12,5 118,5 48 90 17 13 16 106 / 79 45
1 2 3 4 5 6 7 8 9
Measurements
Symbols
40.30-2e 04/99 6/6
Spare Parts
Subject to change 9107178-e / 02.99
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl HD 044 HD 052.0101
1 Filter bowl HD 064 HD 072.0101
1 Filter bowl HD 094 HD 094.0101
2 O-ring 53,57 x 3,53 N 007.0543/1
3 Filter element (with seal) see Chart / col. 9
4 O-ring 18,72 x 2,62 * N 007.0193
5 Hexagonal head screw M4x8 DIN 933-8.8
6 Bonded seal 3404074
3
2
1
654
* Not supplied with filter - has to be ordered separately
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.45-1eIn-line mounting
HD 049 • HD 069
Operating pressure up to 450 barNominal flow rate up to 80 l/min
Worldline 100
40.45-1e 2/6
Description
Characteristics
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paint resp. phosphate coatingSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available with Part No.DG 041.1200.
Operating pressure0 ... 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 80 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6 (other port threads on request)
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Ope
ratin
g pr
essu
re p
[bar
]
Number of cycles n
40.45-1e 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
Pressure drop as a function of the kinematicviscosity at nominal flow
Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty G¾, 00 = casing empty G½)D2
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
∆p [b
ar]
Q [l/min]
∆p [b
ar]
ν [mm2/s]
Q [l/min]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
40.45-1e 4/6
Selection Chart
Remarks:• The filters listed in this chart are standard filters. If modifications are required, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, we kindly ask for your request.• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
Part No.
Nominal flow
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
bar kgg
Pressure drop se
e
D
iagr. D/cu
rve n
o.
l/min
Filter fi
neness se
e Diagr. D
x
Replacement e
lement
Part N
o.
ACFTD capacity
α
Connection A
/B
HD 049-189 16 D1/1 3 E 2 G ½ - 8 V3.0510-13* 3,9 electrical (5) change-overHD 049-169 20 D1/2 3 E 2,5 G ½ 7 1 V3.0510-03 3,8 - -HD 049-179 20 D1/2 3 E 2,5 G ½ 7 2 V3.0510-03 3,9 optical (5) -HD 049-159 20 D1/2 3 E 2,5 G ½ 7 4 V3.0510-03 3,9 electrical (5) change-over
HD 049-186 30 D1/3 10 E 3,2 G ½ - 8 V3.0510-16* 3,9 electrical (5) change-overHD 049-166 35 D1/4 10 E 4,3 G ½ 7 1 V3.0510-06 3,8 - -HD 049-176 35 D1/4 10 E 4,3 G ½ 7 2 V3.0510-06 3,9 optical (5) -HD 049-156 35 D1/4 10 E 4,3 G ½ 7 4 V3.0510-06 3,9 electrical (5) change-over
HD 049-188 55 D1/5 20 E 5 G ½ - 8 V3.0510-18* 3,9 electrical (5) change-overHD 049-268 63 D1/6 20 E 5,8 M18x1,5 7 1 V3.0510-08 3,8 - phosphate coatingHD 049-168 63 D1/6 20 E 5,8 G ½ 7 1 V3.0510-08 3,8 - -HD 049-178 63 D1/6 20 E 5,8 G ½ 7 2 V3.0510-08 3,9 optical (5) -HD 049-158 63 D1/6 20 E 5,8 G ½ 7 4 V3.0510-08 3,9 electrical (5) change-over
HD 049-151 55 D1/7 10 PA 4,6 G ½ 7 1 P3.0510-11** 3,8 - -HD 049-161 55 D1/7 10 PA 4,6 G ½ 7 2 P3.0510-11** 3,9 optical (5) -HD 049-171 55 D1/7 10 PA 4,6 G ½ 7 4 P3.0510-11** 3,9 electrical (5) change-over
HD 069-189 35 D2/1 3 E 4 G ½ - 8 V3.0520-13* 5,1 electrical (5) change-overHD 069-169 40 D2/2 3 E 5 G ½ 7 1 V3.0520-03 4,9 - -HD 069-179 40 D2/2 3 E 5 G ½ 7 2 V3.0520-03 5,0 optical (5) -HD 069-159 40 D2/2 3 E 5 G ½ 7 4 V3.0520-03 5,0 electrical (5) change-over
HD 069-186 63 D2/3 10 E 7 G ¾ - 8 V3.0520-16* 5,1 electrical (5) change-overHD 069-166 70 D2/4 10 E 8 G ¾ 7 1 V3.0520-06 4,9 - -HD 069-176 70 D2/4 10 E 8 G ¾ 7 2 V3.0520-06 5,0 optical (5) -HD 069-156 70 D2/4 10 E 8 G ¾ 7 4 V3.0520-06 5,0 electrical (5) change-over
HD 069-188 80 D2/5 20 E 10 G ¾ - 8 V3.0520-18* 5,1 electrical (5) change-overHD 069-268 80 D2/6 20 E 12 G ¾ 7 1 V3.0520-08 4,9 - phosphate coatingHD 069-168 80 D2/6 20 E 12 G ¾ 7 1 V3.0520-08 4,9 - -HD 069-178 80 D2/6 20 E 12 G ¾ 7 2 V3.0520-08 5,0 optical (5) -HD 069-158 80 D2/6 20 E 12 G ¾ 7 4 V3.0520-08 5,0 electrical (5) change-over
HD 069-151 80 D2/7 10 PA 9,1 G ¾ 7 1 P3.0520-01** 4,9 - -HD 069-161 80 D2/7 10 PA 9,1 G ¾ 7 2 P3.0520-01** 5,0 optical (5) -HD 069-171 80 D2/7 10 PA 9,1 G ¾ 7 4 P3.0520-01** 5,0 electrical (5) change-over
* Element differential pressure stable up to 160 bar ** Paper media supported with metal gauze
bar
40.45-1e 5/6
Dimensions
Measurements
Symbols
1 2 3 4 5 6 7 8 9
Type A/B C D E F G H I K L M N O P Q R Sø/depth opt./electr. opt./electr.
HD 049 M18x1,5 , G ½ 24, 33 158 24,5 61 84 65 55 36 40 M8/12 25 89 27,5 55/72 85 24/30
HD 069 G ½, G ¾ 33, 36 254 24,5 61 84 65 55 36 40 M8/12 25 89 27,5 55/72 85 24/30
� � � � � � � �� � � � � � � �
Min
imum
dis
tanc
e fr
omfe
rrom
agne
tic p
arts
: 7m
m
Version withoptical clogging indicator
Version withelectrical clogging indicator
Terminalconnection
40.45-1e 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
Subject to change 9107181-e / 11.00
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Pos. Designation Part No.
1 Filter bowl HD 049 HD 052.0101
1 Filter bowl HD 069 HD 072.0101
2 O-ring 53,57 x 3,53 N 007.0543/1
3 Filter element (with seal) s. Chart / col. 9
4 Reed switch with screws HD 049.1410
and socket (pos. 4)
5 Socket DIN 43650 - AF3 DG 041.1220
6 Optical indicator (with pos. 7) HD 049.1400
7 O-ring 17 x 2 N 007.0172
4
3
2
1
5
7
6
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.55-2eIn-line mounting
HD 152 • HD 172
Operating pressure up to 450 barNominal flow rate up to 140 l/min
Worldline 200
40.55-2e 04/99 2/6
Description
Characteristics
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available withPart No. DG 041.1200.
Operating pressure0 ... 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 140 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contamination
of 0,08 g per l/min flowvolume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness10 µm, 20 µmβ-values according to ISO 4572-81
(see Selection Chart, column 4 and Diagram Dx)ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6 (other port threads on request)
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Ope
ratin
g pr
essu
re p
[bar
]
Number of cycles n
40.55-2e 04/99 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
Q [l/min]
Pressure drop as a function of the kinematicviscosity at nominal flow
ν [mm2/s]Q [l/min]
Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
ν [mm2/s]
∆p [b
ar]
∆p [b
ar]
D2
∆p [b
ar]
∆p [b
ar]
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA β35 ≥ 75 Paper (10 µm nom.)15 P β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
40.55-2e 04/99 4/6
Selection Chart
Remarks:• The filters listed in this chart are standard filters. If modifications are required, e.g. connections SAE ¾ resp. SAE 1 (6000 psi)
or fineness 3 E, we kindly ask for your request.• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
HD 152-186 60 D1/1 10 E 7 G ¾ - 8 V3.0617-26* 7,1 electrical (5) change-overHD 152-166 80 D1/2 10 E 12 G ¾ 7 1 V3.0617-06 6,9 -HD 152-276 80 D1/2 10 E 12 G ¾ 7 2 V3.0617-06 7,0 optical (5)HD 152-156 80 D1/2 10 E 12 G ¾ 7 4 V3.0617-06 7,0 electrical (5) change-over
HD 152-188 90 D1/3 20 E 10 G 1 - 8 V3.0617-18* 7,1 electrical (5) change-overHD 152-168 120 D1/4 20 E 14 G 1 7 1 V3.0617-08 6,9 -HD 152-278 120 D1/4 20 E 14 G 1 7 2 V3.0617-08 7,0 optical (5)HD 152-158 120 D1/4 20 E 14 G 1 7 4 V3.0617-08 7,0 electrical (5) change-over
HD 152-151 120 D1/4 10 PA 11 G 1 7 1 P3.0617-01** 6,9 -HD 152-261 120 D1/4 10 PA 11 G 1 7 2 P3.0617-01** 7,0 optical (5)
HD 172-186 80 D2/1 10 E 11 G1 - 8 V3.0623-26* 8,4 electrical (5) change-overHD 172-166 110 D2/2 10 E 15 G1 7 1 V3.0623-06 8,0 -HD 172-276 110 D2/2 10 E 15 G1 7 2 V3.0623-06 8,1 optical (5)HD 172-156 110 D2/2 10 E 15 G1 7 4 V3.0623-06 8,1 electrical (5) change-over
HD 172-188 120 D2/3 20 E 15 G 1 - 8 V3.0623-18* 8,4 electrical (5) change-overHD 172-168 140 D2/4 20 E 23 G 1 7 1 V3.0623-08 8,0 -HD 172-278 140 D2/4 20 E 23 G 1 7 2 V3.0623-08 8,1 optical (5)HD 172-158 140 D2/4 20 E 23 G 1 7 4 V3.0623-08 8,1 electrical (5) change-over
HD 172-151 140 D2/4 10 PA 17 G 1 7 1 P3.0623-11** 8,0 -HD 172-261 140 D2/4 10 PA 17 G 1 7 2 P3.0623-11** 8,1 optical (5)
* Element differential pressure stable up to 160 bar ** Paper media supported with metal gauze
Part No.
Nominal flow
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
bar kgg
Pressure drop se
e
D
iagr. D/cu
rve n
o.
l/min
Filter fi
neness se
e Diagr. D
x
Replacement e
lement
Part N
o.
ACFTD capacity
α
Connection A
/B
bar
40.55-2e 04/99 5/6
Dimensions
Measurements
Symbols
Minimum distance fromferromagnetic parts: 7mm
Version with electrical clogging indicatorand SAE-flange (6000 psi)
Version with optical clogging indicator
� � � � � � � �� � � � � � � �Terminal
connection
1 2 3 4 5 6 7 8 9
Type A/B C D E F G H I K L M N O P Q R Sø/depth opt./electr. opt./electr.
HD 152 G ¾, G 1 36, 45 224 39 66 104 75 70 27 60 M10/12 35 17,5 24 69/86 102 24/30
HD 172 G 1 45 285 39 66 104 75 70 27 60 M10/12 35 17,5 24 69/86 102 24/30
40.55-2e 04/99 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
Subject to change 9107183-2e / 02.99
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Pos. Designation Part No.
1 Filter bowl HD 152 HD 152.0102
1 Filter bowl HD 172 HD 171.0101
2 O-ring 63 x 3,5 N 007.0634
3 Filter element (with seal) s. Chart / col. 9
4 Reed switch with screws HD 049.1410
and socket (pos. 4)
5 Socket DIN 43650 - AF3 DG 041.1220
6 Optical indicator with pos. 7 HD 049.1400
7 O-ring 17 x 2 N 007.0172
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
4
3
2
1
5
76
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.35-2eFlange mounting
HD 314 • HD 414 • HD 614Operating pressure up to 350 barNominal flow rate up to 400 l/min
40.35-3e 2/6
Description
Characteristics
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
Operating pressure0 ... 260 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 350 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 400 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
Connection2 x Ø 31 mm on plain flange
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
40.35-3e 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
ν [mm2/s]
Q [l/min]
Q [l/min]
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]Q [l/min]
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
40.35-3e 4/6
Selection Chart
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter HD HD 314-179 has to be supplied with optical clogging indicator - cracking pressure 5,0 bar
Order description: HD 314-179 / DG 042-02 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-02 opt. indicator 5,0 bar DG 023-02 electr. indicator with T.5 and LED4 5,0 bar change-overDG 040-33 electr. indicator 5,0 bar make DG 024-02 electr. indicator 3,5 / 5,0 bar makeDG 041-33 electr. indicator 5,0 bar change-over DG 025-05 electr. indicator 3,0 / 5,0 bar breakDG 041-43 electr. indicator with LED4 5,0 bar change-over DG 025-06 electr. indicator with T.5 3,0 / 5,0 bar change-over
Technical data see Spec. Sheet 60.30.
Remarks:• Filter versions without by-pass valves must always be equipped with a clogging indicator.• The filters listed in this chart are standard filters. If modifications are required, we kindly ask for your request.
Part No. (B
asic unit)
Nominal flow
Connection A
/B
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Filter fi
neness se
e Diagr. D
x
1 Element differential pressure stable up to 160 bar 4 With LED for optical indication2 Clogging indicator is obligatory 5 With temperature suppression3 Indicator mounting prepared
HD 314-179 65 D1/1 3 E 8,5 Ø 31 - 9 V3.0817-131 14,2 optional 2, 3
HD 314-159 90 D1/2 3 E 11 Ø 31 7 5 V3.0817-03 13,8 optional 3
HD 314-146 135 D1/3 10 E 14,5 Ø 31 - 9 V3.0817-161 14,2 optional 2, 3
HD 314-156 160 D1/4 10 E 19 Ø 31 7 5 V3.0817-06 13,8 optional 3
HD 314-148 240 D1/5 20 E 21 Ø 31 - 9 V3.0817-181 14,2 optional 2, 3
HD 314-158 270 D1/6 20 E 25 Ø 31 7 5 V3.0817-08 13,8 optional 3
HD 414-179 90 D2/1 3 E 12 Ø 31 - 9 V3.0823-131 15,7 optional 2, 3
HD 414-159 125 D2/2 3 E 16 Ø 31 7 5 V3.0823-03 15,1 optional 3
HD 414-196 180 D2/3 10 E 22 Ø 31 - 9 V3.0823-161 15,7 optional 2, 3
HD 414-156 210 D2/4 10 E 29 Ø 31 7 5 V3.0823-06 15,1 optional 3
HD 414-198 300 D2/5 20 E 28 Ø 31 - 9 V3.0823-181 15,7 optional 2, 3
HD 414-158 340 D2/6 20 E 36 Ø 31 7 5 V3.0823-08 15,1 optional 3
HD 614-179 130 D3/1 3 E 17 Ø 31 - 9 V3.0833-131 18,5 optional 2, 3
HD 614-159 180 D3/2 3 E 23 Ø 31 7 5 V3.0833-03 17,8 optional 3
HD 614-146 270 D3/3 10 E 30 Ø 31 - 9 V3.0833-161 18,5 optional 2, 3
HD 614-156 300 D3/4 10 E 40 Ø 31 7 5 V3.0833-06 17,8 optional 3
HD 614-188 400 D3/5 20 E 41 Ø 31 - 9 V3.0833-181 18,5 optional 2, 3
HD 614-158 400 D3/6 20 E 56 Ø 31 7 5 V3.0833-08 17,8 optional 3
Replacement e
lement
Part N
o.
40.35-3e 5/6
Dimensions
Measurements
Symbols
� � � � � � � �� � � � � � � �
� � � � �� � � � �
Minimum distancefrom ferromagneticparts: 7 mm
Version with electrical clogging indicatorDG 040 / DG 041
Clogging indicator optional:Pressure holes plugged with screws
1 2 3 4 5 6 7 8 9
Type A/B C D E F G H I K L M N O P Q R S T U
HD 314 Ø 31 44,4 263 52 82 138 109 80 32 95 21,5 150 83 58 25 80 34 93 165HD 414 Ø 31 44,4 325 52 82 138 109 80 32 95 21,5 150 83 58 25 80 34 93 165HD 614 Ø 31 44,4 426 52 82 138 109 80 32 95 21,5 150 83 58 25 80 34 93 165
40.35-3e 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
Subject to change 9107179-e / 11.00
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Pos. Designation Part No.
1 Filter bowl HD 314 HD 250.0104
1 Filter bowl HD 414 HD 411.0102
1 Filter bowl HD 614 HD 619.0101
2 Back ring HD 451.0103/2
3 O-ring 94,85 x 3,53 N 007.0953
4 Filter element (with seal) see Chart / col. 9
5 O-ring 37,69 x 3,53 * N 007.0384
6 Hexagonal head screw M4x8 DIN 933-8.8
7 Bonded seal 3404074
76
5
1
4
3
* Not supplied with filter - has to be ordered separately
2
High Pressure Filters 40.65-1eFlange mounting
HD 319 • HD 419 • HD 619
Operating pressure up to 600 barNominal flow rate up to 450 l/min
Worldline 300
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
40.65-1e 2/6
DescriptionApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available with Part No.DG 041.1200.
CharacteristicsOperating pressure0 ... 420 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 600 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 450 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 600 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionSAE-flange (6000 psi). Sizes see Selection Chart,column 6
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Ope
ratin
g pr
essu
re p
[bar
]
Number of cycles n
40.65-1e 3/6
Diagrams
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Dx
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
ν [mm2/s]
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Q [l/min]
Q [l/min]
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Particle size x [µm] (for particles largerthan the given particle size x)
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]Q [l/min]
40.65-1e 4/6
Selection Chart
Remarks:• The filters listed in this chart are standard filters. If modifications are required, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, we kindly ask for your request.• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
Part No.
Nominal flow
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Cracking pressu
re of by-p
ass
WeightReplace
ment element
Part N
o.
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
* Element differential pressure stable up to 160 bar
Filter fi
neness se
e Diagr. D
x
HD 319-189 65 D1/1 3 E 8,5 SAE 1¼ - 8 V3.0817-13* 16,3 electrical (5) change-overHD 319-179 90 D1/2 3 E 11 SAE 1¼ 7 2 V3.0817-03 15,9 optical (5) -HD 319-159 90 D1/2 3 E 11 SAE 1¼ 7 4 V3.0817-03 15,9 electrical (5) change-over
HD 319-186 135 D1/3 10 E 14,5 SAE 1¼ - 8 V3.0817-16* 16,3 electrical (5) change-overHD 319-176 160 D1/4 10 E 19 SAE 1¼ 7 2 V3.0817-06 15,9 optical (5) -HD 319-156 160 D1/4 10 E 19 SAE 1¼ 7 4 V3.0817-06 15,9 electrical (5) change-over
HD 319-188 240 D1/5 20 E 21 SAE 1¼ - 8 V3.0817-18* 16,3 electrical (5) change-overHD 319-178 270 D1/6 20 E 25 SAE 1¼ 7 2 V3.0817-08 15,9 optical (5) -HD 319-158 270 D1/6 20 E 25 SAE 1¼ 7 4 V3.0817-08 15,9 electrical (5) change-over
HD 419-189 90 D2/1 3 E 12 SAE 1¼ - 8 V3.0823-13* 17,8 electrical (5) change-overHD 419-179 125 D2/2 3 E 16 SAE 1¼ 7 2 V3.0823-03 17,2 optical (5) -HD 419-159 125 D2/2 3 E 16 SAE 1¼ 7 4 V3.0823-03 17,2 electrical (5) change-over
HD 419-186 180 D2/3 10 E 22 SAE 1¼ - 8 V3.0823-16* 17,8 electrical (5) change-overHD 419-176 210 D2/4 10 E 29 SAE 1¼ 7 2 V3.0823-06 17,2 optical (5) -HD 419-156 210 D2/4 10 E 29 SAE 1¼ 7 4 V3.0823-06 17,2 electrical (5) change-over
HD 419-188 300 D2/5 20 E 28 SAE 1¼ - 8 V3.0823-18* 17,8 electrical (5) change-overHD 419-178 340 D2/6 20 E 36 SAE 1¼ 7 2 V3.0823-08 17,2 optical (5) -HD 419-158 340 D2/6 20 E 36 SAE 1¼ 7 4 V3.0823-08 17,2 electrical (5) change-over
HD 619-189 130 D3/1 3 E 17 SAE 1¼ - 8 V3.0833-13* 20,6 electrical (5) change-overHD 619-179 180 D3/2 3 E 23 SAE 1¼ 7 2 V3.0833-03 19,9 optical (5) -HD 619-159 180 D3/2 3 E 23 SAE 1¼ 7 4 V3.0833-03 19,9 electrical (5) change-over
HD 619-186 270 D3/3 10 E 30 SAE 1¼ - 8 V3.0833-161 20,6 electrical (5) change-overHD 619-176 300 D3/4 10 E 40 SAE 1¼ 7 2 V3.0833-06 19,9 optical (5) -HD 619-156 300 D3/4 10 E 40 SAE 1¼ 7 4 V3.0833-06 19,9 electrical (5) change-over
HD 619-188 450 D3/5 20 E 41 SAE 1¼ - 8 V3.0833-18* 20,6 electrical (5) change-overHD 619-178 450 D3/6 20 E 56 SAE 1¼ 7 2 V3.0833-08 19,9 optical (5) -HD 619-158 450 D3/6 20 E 56 SAE 1¼ 7 4 V3.0833-08 19,9 electrical (5) change-over
Connection A
/B
SAE 6000 psi
bar
40.65-1e 5/6
� � � � � � � � �� � � � � � � � �
Dimensions
1 2 3 4 5 6 7 8 9
Terminalconnection
Version withoptical clogging indicator
Measurements
Symbols
epyT B/A C D E F G H I K L M N O P Q R S T U V Whtped/Ø .rtcele/.tpo .rtcele/.tpo htped/Ø
913DH ¼1EAS 13 552 54 68 541 901 08 23 7,66 22/41M 8,13 5,81 33 29/57 251 03/42 841 8 08 81/21M914DH ¼1EAS 13 913 54 68 541 901 08 23 7,66 22/41M 8,13 5,81 33 29/57 251 03/42 841 8 08 81/21M916DH ¼1EAS 13 024 54 68 541 901 08 23 7,66 22/41M 8,13 5,81 33 29/57 251 03/42 841 8 08 81/21M
Version withelectrical clogging indicator
Minimum distance fromferromagnetic parts: 7mm
40.65-1e 6/6
Spare Parts
Subject to change 9107292-e / 11.00
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl HD 319 HD 250.0104
1 Filter bowl HD 419 HD 451.0102
1 Filter bowl HD 619 HD 619.0101
2 Back-Ring HD 451.0103
3 O-ring 94,85 x 3,53 N 007.0953/2
4 Filter element (with seal) s. Chart / col. 9
5 Reed switch with screws HD 049.1410
and socket (Pos. 5)
6 Socket DIN 43650 - AF3 DG 041.1220
7 Optical indicator with pos. 8 HD 049.1400
8 O-ring 17 x 2 N 007.0172
5
4
3
2
1
6
87
High Pressure Filters 40.70-1eInline mounting
HD 319 • HD 419 • HD 619
Operating pressure up to 450 barNominal flow rate up to 450 l/min
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
Worldline 300
40.70-1e 2/6
DescriptionApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available with Part No.DG 041.1200.
CharacteristicsOperating pressure0 ... 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 450 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to ISO 228 or DIN 13. Sizes seeSelection Chart, column 6
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Ope
ratin
g pr
essu
re p
[bar
]
Number of cycles n
40.70-1e 3/6
Diagrams
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Dx
D2 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
D1 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]
ν [mm2/s]
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Q [l/min]
Q [l/min]
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Particle size x [µm] (for particles largerthan the given particle size x)
D3 Pressure drop as a function of the flow volume atν = 35 mm2/s (0 = casing empty)
Pressure drop as a function of the kinematicviscosity at nominal flow
∆p [b
ar]
∆p [b
ar]
ν [mm2/s]Q [l/min]
40.70-1e 4/6
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
HD 319-289 65 D1/1 3 E 8,5 G 1¼ - 8 V3.0817-13* 16,3 electrical (5) change-overHD 319-279 90 D1/2 3 E 11 G 1¼ 7 2 V3.0817-03 15,9 optical (5) -HD 319-259 90 D1/2 3 E 11 G 1¼ 7 4 V3.0817-03 15,9 electrical (5) change-over
HD 319-286 135 D1/3 10 E 14,5 G 1¼ - 8 V3.0817-16* 16,3 electrical (5) change-over HD 319-276 160 D1/4 10 E 19 G 1¼ 7 2 V3.0817-06 15,9 optical (5) -HD 319-256 160 D1/4 10 E 19 G 1¼ 7 4 V3.0817-06 15,9 electrical (5) change-over
HD 319-288 240 D1/5 20 E 21 G 1¼ - 8 V3.0817-18* 16,3 electrical (5) change-overHD 319-278 270 D1/6 20 E 25 G 1¼ 7 2 V3.0817-08 15,9 optical (5) -HD 319-258 270 D1/6 20 E 25 G 1¼ 7 4 V3.0817-08 15,9 electrical (5) change-over
HD 419-289 90 D2/1 3 E 12 G 1¼ - 8 V3.0823-13* 17,8 electrical (5) change-overHD 419-279 125 D2/2 3 E 16 G 1¼ 7 2 V3.0823-03 17,2 optical (5) -HD 419-259 125 D2/2 3 E 16 G 1¼ 7 4 V3.0823-03 17,2 electrical (5) change-over
HD 419-286 180 D2/3 10 E 22 G 1¼ - 8 V3.0823-16* 17,8 electrical (5) change-overHD 419-276 210 D2/4 10 E 29 G 1¼ 7 2 V3.0823-06 17,2 optical (5) -HD 419-256 210 D2/4 10 E 29 G 1¼ 7 4 V3.0823-06 17,2 electrical (5) change-over
HD 419-288 300 D2/5 20 E 28 G 1¼ - 8 V3.0823-18* 17,8 electrical (5) change-overHD 419-278 340 D2/6 20 E 36 G 1¼ 7 2 V3.0823-08 17,2 optical (5) -HD 419-258 340 D2/6 20 E 36 G 1¼ 7 4 V3.0823-08 17,2 electrical (5) change-over
HD 619-289 130 D3/1 3 E 17 G 1½ - 8 V3.0833-13* 20,6 electrical (5) change-overHD 619-279 180 D3/2 3 E 23 G 1½ 7 2 V3.0833-03 19,9 optical (5) -HD 619-259 180 D3/2 3 E 23 G 1½ 7 4 V3.0833-03 19,9 electrical (5) change-over
HD 619-286 270 D3/3 10 E 30 G 1½ - 8 V3.0833-161 20,6 electrical (5) change-overHD 619-276 300 D3/4 10 E 40 G 1½ 7 2 V3.0833-06 19,9 optical (5) -HD 619-256 300 D3/4 10 E 40 G 1½ 7 4 V3.0833-06 19,9 electrical (5) change-over
HD 619-288 450 D3/5 20 E 41 G 1½ - 8 V3.0833-18* 20,6 electrical (5) change-overHD 619-278 450 D3/6 20 E 56 G 1½ 7 2 V3.0833-08 19,9 optical (5) -HD 619-258 450 D3/6 20 E 56 G 1½ 7 4 V3.0833-08 19,9 electrical (5) change-over
Remarks:• The filters listed in this chart are standard filters. If modifications are required, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, we kindly ask for your request.• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
* Element differential pressure stable up to 160 bar
Part No.
Nominal flow
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Cracking pressu
re of by-p
ass
WeightReplace
ment element
Part N
o.
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Filter fi
neness se
e Diagr. D
x
Connection A
/B
bar
Selection chart
40.70-1e 5/6
� � � � � � � � �� � � � � � � � �
Dimensions
1 2 3 4 5 6 7 8 9
Terminalconnection
Version withoptical clogging indicator
Measurements
Symbols
Version withelectrical clogging indicator
Minimum distance fromferromagnetic parts: 7mm
Type A/B C D E F G H I K L M N O P Q R S T U V WØ/depth opt./electr. opt./electr. Ø/depth
HD 319 G 1 ¼ 65 255 45 86 145 109 70 32 - - - 18,5 33 75/92 152 24/30 148 8 80 M12/18HD 419 G 1 ¼ 65 319 45 86 145 109 70 32 - - - 18,5 33 75/92 152 24/30 148 8 80 M12/18HD 619 G 1 ½ 65 420 45 86 145 109 70 32 - - - 18,5 33 75/92 152 24/30 148 8 80 M12/18
40.70-1e 6/6
Spare Parts
Subject to change 9107297-e / 09.00
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
Quality Assurance
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl HD 319 HD 250.0104
1 Filter bowl HD 419 HD 451.0102
1 Filter bowl HD 619 HD 619.0101
2 Back-Ring HD 451.0103
3 O-ring 94,85 x 3,53 N 007.0953
4 Filter element (with seal) s. Chart / col. 9
5 Reed switch with screws HD 049.1410
and socket (Pos. 5)
6 Socket DIN 43650 - AF3 DG 041.1220
7 Optical indicator with pos. 8 HD 049.1400
8 O-ring 17 x 2 N 007.0172
5
4
3
2
1
6
87
Quality
man
agem
ent a
ccor
ding
to D
IN E
N ISO 9
001
High Pressure Filters 40.80-2eBi-directional flow • Flange mounting
HD 417 • HD 617Operating pressure up to 450 barNominal flow rate up to 300 l/min
40.80-2e 04/99 2/6
Description
Characteristics
ApplicationIn the high pressure circuits of hydraulic systems withchanging flow direction.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanness classes.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 200 mm2/s (cold start condition).
Special featuresReverse flowvalves: The "Graetz" system (see Symbols)
integrated into the head pieceensures the filtration of the hydraulicfluid in both flow directions.
Filter elementsFlow direction from outside to centre. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paintSeals: NBR (Viton on request)Filter media: Exapor® - inorganic microfibre web
Paper - cellulose web, impregnatedwith resin
AccessoriesElectrical and/or optical clogging indicators are available -optionally with one or two switching points resp.temperature suppression.Dimensions and technical data see Spec. Sheet 60.30.
Operating pressure0 ... 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 300 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 200 mm2/s
• element service life ≥ 1000 operatinghours at an average fluid contaminationof 0,08 g per l/min flow volume
• flow velocity in the connection lines:up to 250 bar ≤ 8 m/sup to 450 bar ≤ 12 m/s
Filter fineness3 µm ... 20 µmβ-values according to ISO 4572-81(see Selection Chart, column 4 and Diagram Dx)
ACFTD capacityα-values in g test dust ACFTD according to ISO 4572-81(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 60 mm2/s at operating temperature• νmax = 1200 mm2/s as starting viscosity• at first operation: The recommended starting viscosity can
be read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionSAE-flange (6000 psi). Sizes see Selection Chart,column 6
Ope
ratin
g pr
essu
re p
[ba
r]
Number of cycles n
40.80-2e 04/99 3/6
Diagrams∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
Filtration ratio β as a function of particle size x obtainedby the Multi-Pass-Test similar to ISO 4572-81
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
3 E = β3 ≥ 75 Exapor ( 3 µm abs.)10 E = β10 ≥ 75 Exapor (10 µm abs.)20 E = β20 ≥ 75 Exapor (20 µm abs.)
10 PA ≈ β35 ≥ 75 Paper (10 µm nom.)15 P ≈ β60 ≥ 75 Paper (15 µm nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 µm60 S = screen material with mesh size 60 µm
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Particle size x [µm] (for particles largerthan the given particle size x)
Filt
ratio
n ra
tio β
for
part
icle
s >
x µ
m
Effi
cien
cy
[%]
Dx
D2
D1 Pressure drop as a function of the flow volume at ν = 35 mm2/s, measurement with reverse flow valves(0 = casing empty)
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
∆p [b
ar]
Q [l/min]
D3 Pressure drop as a function of the kinematic viscosity at nominal flow,measurement without reverse flow valves
∆p [b
ar]
∆p [b
ar]
Q [l/min]
Pressure drop as a function of the flow volume at ν = 35 mm2/s, measurement without reverse flow valves(0 = casing empty)
Q [l/min]
ν [mm2/s]
Q [l/min]
ν [mm2/s]
40.80-2e 04/99 4/6
Selection Chart
1 2 3 4 5 6 7 8 9 10 11 12
l/min bar kgg
Optical or electrical indicators are available to monitor the clogging condition of the element. If the indicator should be already mounted ontothe filter head use the abbreviation "M" behind the part number of the indicator. The printed order acknowledgements show both itemsseparately.
Order example: The filter HD 417-49 has to be supplied with optical clogging indicator - cracking pressure 5,0 bar
Order description: HD 417-49 / DG 042-02 M
Part No. (Basic unit) Mounting
Clogging indicatorsDG 042-02 opt. indicator 5,0 bar DG 023-02 electr. indicator with T.6 and LED5 5,0 bar change-overDG 040-33 electr. indicator 5,0 bar make DG 024-02 electr. indicator 3,5 / 5,0 bar makeDG 041-33 electr. indicator 5,0 bar change-over DG 025-05 electr. indicator 3,0 / 5,0 bar breakDG 041-43 electr. indicator with LED5 5,0 bar change-over DG 025-06 electr. indicator with T.6 3,0 / 5,0 bar change-over
Technical data see Spec. Sheet 60.30.
Remarks:• Filter versions without by-pass valves must always be equipped with a clogging indicator.• The filters listed in this chart are standard filters. Other designs available on request.
Part No. (B
asic unit)
Nominal flow
Connection A
/B
Cracking pressu
re of by-p
ass
Weight
Clogging indicator
C
racking pressu
re in ( )
Remarks
Symbol
Pressure drop se
e
D
iagr. D/cu
rve n
o.
ACFTD capacity
α
Filter fi
neness se
e Diagr. D
x
1 Element differential pressure stable up to 160 bar 4 Paper media supported with metal gauze2 Clogging indicator is obligatory 5 With LED for optical indication3 Indicator mounting prepared 6 With temperature suppression
HD 417-49 90 D1,2,3/1 3 E 12 SAE 1 ¼ - 3 V3.0823-131 20,3 optional 2, 3
HD 417-79 125 D1,2,3/2 3 E 16 SAE 1 ¼ 7 1 V3.0823-03 19,7 optional 3
HD 417-46 180 D1,2,3/3 10 E 22 SAE 1 ¼ - 3 V3.0823-161 20,3 optional 2, 3
HD 417-76 210 D1,2,3/4 10 E 29 SAE 1 ¼ 7 1 V3.0823-06 19,7 optional 3
HD 417-68 300 D1,2,3/5 20 E 36 SAE 1 ¼ 7 1 V3.0823-08 19,7 optional 3
HD 417-61 300 D1,2,3/6 10 PA 30 SAE 1 ¼ 7 1 P3.0823-014 19,7 optional 3
HD 617-49 130 D1,2,3/1 3 E 17 SAE 1 ½ - 3 V3.0833-131 23,1 optional 2, 3
HD 617-79 180 D1,2,3/2 3 E 23 SAE 1 ½ 7 1 V3.0833-03 22,4 optional 3
HD 617-46 270 D1,2,3/3 10 E 30 SAE 1 ½ - 3 V3.0833-161 23,1 optional 2, 3
HD 617-76 300 D1,2,3/4 10 E 40 SAE 1 ½ 7 1 V3.0833-06 22,4 optional 3
HD 617-78 300 D1,2,3/5 20 E 56 SAE 1 ½ 7 1 V3.0833-08 22,4 optional 3
HD 617-61 300 D1,2,3/6 10 PA 43 SAE 1 ½ 7 1 P3.0833-014 22,4 optional 3
Replacement e
lement
Part N
o.
40.80-2e 04/99 5/6
Dimensions
Measurements
Symbols
� � � � � � � �� � � � � � � �
Version with electrical clogging indicatorDG 040 / DG 041
Minimum distance fromferromagnetic parts: 7 mm
Clogging indicator optional:Pressure holes plugged with screws
1 2 3 4
Type A/B C D E F G H I K L M N O P Q R S Tø/depth ø/depth
HD 417 SAE 1¼ 31,5 328 58 87,5 156 108 80 32 66,7 M14/22 31,8 73 102 87 100 M12/18 138
HD 617 SAE 1½ 31,5 428 58 87,5 156 108 80 32 79,4 M16/24 36,5 73 102 87 100 M12/18 138
40.80-2e 04/99 6/6
Spare Parts
Tel. +49-(0) 7250-76-0 Fax +49-(0) 7250-76-199E-Mail [email protected] Internet www.argo.de
FSP Fluid Systems Partners GmbHARGO Filtration Division • D-76703 Kraichtal / Germany
Quality Assurance
Konstruktionsänderungen vorbehalten 9107186-2e / 02.99
Our engineers will be glad to advice you in questions concerning filter application, selection as well as the cleanness class ofthe filtered medium attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,ARGO filter elements undergo strict controls and testsaccording to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistanceDIN ISO 2943-90 Verification of material compatibility
with fluidsDIN ISO 3724-90 Verfication of flow fatigue characteristicsISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)ISO 3968-81 Evaluation of pressure drop versus flow
characteristicsISO 4572-81 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing istested for fatigue strength in our impulse pressure test rig.
Various quality controls during the production processguarantee finally the leakfree function of our filters.
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only beguaranteed if original ARGO spare parts are used.
Pos. Designation Part No.
1 Filter bowl HD 417 HD 411.0101
1 Filter bowl HD 617 HD 611.0101
2 O-ring 94,85 x 3,53 N 007.0953
3 Filter element (with seal) see Chart / col. 9
4 Hexagonal head screw M4x8 DIN 933-8.8
5 Seal A4x8 DIN 7603-Cu
6 Sleeve HD 417.0505
7 O-ring 42,52 x 2,62 N007.0433
8 Reverse flow valve assy HD 417.1520
9 Spring DM 38 N 015.3801
1
3
2
54
6 7 8 9
40.45-2us 08/02 1/7
Qua
lity
man
agem
ent ac
cord
ing
to D
IN E
N ISO
900
1
High Pressure Filters40.45-2us
Inline mounting
HD 049 • HD 069
Operating pressure up to 6525 psi, 450 bar
Nominal flow rate up to 21.1 GPM, 80 l/min
Worldline 100
40.45-2us 08/02 2/7
Description
ApplicationIn the high pressure circuits of hydraulic systems.
Performance featuresProtection againstwear: By means of filter elements that, in full-
flow filtration, meet even the highestdemands regarding cleanlinessclasses.
Protection againstmalfunction: Through installation near to the control
valves or other expensive components.The specific determined flow rateguarantees a closed by-pass valve evenat ν ≤ 940 SUS, 200 mm2/s(cold start condition).
Filter elementsFlow direction from outside to center. The star-shapedpleating of the filter material results in:
• large filter surface• high dirt-holding capacity• low pressure drop• long service life
Filter maintenanceBy using a clogging indicator the correct moment formaintenance is stated and guarantees the optimumutilization of the filter elements.
MaterialsFilter head: GGGFilter bowl: Cold extruding steelCoating: Powder paint resp. phosphate coatingSeals: NBR (Viton on request)Filter media: Exapor®MAX - inorganic microfibers
Paper - cellulose, impregnated andbonded with resin
AccessoriesIf an electrical indicator is used a transparent socket withLED for optical indication is also available with Part No.DG 041.1200.
CharacteristicsOperating pressure0 ... 4570 psi, 315 bar, min. 107 pressure cyclesNominal pressure according to DIN 24550
0 ... 6525 psi, 450 bar, min. 104 pressure cyclesQuasi-static operating pressure
Permissible pressures for other numbers of cycles
Nominal flow rateUp to 21.1 GPM, 80 l/min (see Selection Chart, column 2)The nominal flow rates indicated by ARGO are based on thefollowing features: • closed by-pass valve at ν ≤ 940 SUS
200 mm2/s• element service life ≥ 1000 operating
hours at an average fluid contaminationof .3 g per GPM flow volume
• flow velocity in the connection lines:up to 3625 psi ≤ 26 ft/s, 7.8 m/sup to 6525 psi ≤ 39 ft/s, 11.7 m/s
Filter fineness5 micron ... 35 micronβ-values according to ISO 16889(see Selection Chart, column 4 and Diagram Dx)
ISO MTD capacityα-values in g test dust ISO MTD according to ISO 16889(see Selection Chart, column 5)
Hydraulic fluidsMineral oil and biodegradable fluids(see info-service 00.20)
Temperature range- 22° F ... + 212° F (- 40° F in starting phase)- 30° C ... + 100° C (- 40° C in starting phase)
Viscosity at nominal flow rate• ν < 282 SUS, 60 mm2/s at operating temperature• ν
max = 5640 SUS, 1200 mm2/s as starting viscosity
• at first operation: The recommended starting viscosity canbe read from the Diagram D (pressure drop as a functionof the kinematic viscosity) as follows: Find the 70% ∆p ofthe cracking pressure of the by-pass valve on the verticalaxis. Draw a horizontal line so that it intersects the∆p curve at a point. Read this point on the horizontal axisfor the viscosity.
Mounting positionPreferably vertical, filter head on top
ConnectionThreaded ports according to SAE J 514. Seeselection chart for sizes, column 6 (other port threadsavailable on request)
Electrical clogging indicator• Switching voltage: max. 120 V AC / 175 V DC• Switching current: max. 0,17 A AC / 0,25 A DC• Switching power: max. 3,5 VA AC / 5 W DC• Type of contact: Change-over• Electrical protection: IP 65
(in plugged-in and secured state)
Number of pressure cycles n
Opera
ting p
ressure
p [
psi] 7250
5800
4350
0
0 103 104 105 106 107 108
40.45-2us 08/02 3/7
Diagrams
∆∆∆∆∆p-curves for complete filters in Selection Chart, column 3
D1Pressure drop as a function of the flow volume at
ν = 165 SUS (0 = casing empty)
Pressure drop as a function of the kinematic
viscosity at nominal flow
Pressure drop as a function of the kinematic
viscosity at nominal flow
Pressure drop as a function of the flow volume at
ν = 165 SUS (0 = casing empty G¾, 00 = casing empty G½)D2
Filter fineness curves in Selection Chart, column 4
The abbreviations represent the following βββββ-values resp.finenesses:
For Exapor and Paper elements:
5 E-X = β5
≥ 200 Exapor ( 5 micron abs.)12 E-X = β
12 ≥ 200 Exapor (12 micron abs.)
16 E-X = β16
≥ 200 Exapor (16 micron abs.)
10 PA ≈ β35
≥ 75 Paper (10 micron nom.)15 P ≈ β
60≥ 75 Paper (15 micron nom.)
Based on the structure of the filter media of the 10 PA and 15 Ppaper elements, deviations from the printed curves are quiteprobable.
For screen elements:
40 S = screen material with mesh size 40 micron60 S = screen material with mesh size 60 micron
Tolerances for mesh size according to DIN 4189.
For special applications, finenesses differing from these curvesare also available by using special composed filter media.
Dx
∆p [psi]
Q [GPM]
∆p [psi]
ν [SUS]
Q [GPM]
∆p [psi]
∆p [psi]
ν [SUS]
0 940 1880 2820 3760 4700
0 940 1880 2820 3760 4700
21.8
14.5
7.3
21.8
14.5
7.3
0 5.3 10.6 15.8 21.1 26.4
0 5.3 10.6 15.8 21.1 26.4
145
116
87
58
29
145
116
87
58
29
40.45-2us 08/02 4/7
Selection Chart
Remarks:
• The filters listed in this chart are standard filters. Modifications, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, can be made per your request.
• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
Part No.
Nominal f
low
Crack
ing pre
ssure
of b
y-pass
Weight
Clogging indica
tor
Crack
ing pre
ssure
in (
)
Remark
s
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
psi lbsg
Press
ure d
rop s
ee
D
iagr. D / c
urve n
o.
GPM
Filter f
ineness s
ee Diagr.
Dx
Replacem
ent elem
ent
P
art No.
ISO M
TD capacit
y α
Connection A
/B
HD 049-789 4.2 D1/1 5E-X 3.7 -8 - 8 V3.0510-13* 8.6 electrical(73) change-over
HD 049-769 5.3 D1/2 5E-X 4 -8 102 1 V3.0510-03 8.4 - -
HD 049-779 5.3 D1/2 5E-X 4 -8 102 2 V3.0510-03 8.6 optical (73) -
HD 049-759 5.3 D1/2 5E-X 4 -8 102 4 V3.0510-03 8.6 electrical(73) change-over
HD 049-786 7.9 D1/3 12E-X 4.4 -8 - 8 V3.0510-16* 8.6 electrical(73) change-over
HD 049-766 9.2 D1/4 12E-X 5.2 -8 102 1 V3.0510-06 8.4 - -
HD 049-776 9.2 D1/4 12E-X 5.2 -8 102 2 V3.0510-06 8.6 optical (73) -
HD 049-756 9.2 D1/4 12E-X 5.2 -8 102 4 V3.0510-06 8.6 electrical(73) change-over
HD 049-788 14.5 D1/5 16E-X 5.3 -8 - 8 V3.0510-18* 8.6 electrical(73) change-over
HD 049-768 16.6 D1/6 16E-X 7 -8 102 1 V3.0510-08 8.4 - -
HD 049-778 16.6 D1/6 16E-X 7 -8 102 2 V3.0510-08 8.6 optical (73) -
HD 049-758 16.6 D1/6 16E-X 7 -8 102 4 V3.0510-08 8.6 electrical(73) change-over
HD 049-751 14.5 D1/7 10 PA 4.6 -8 102 1 P3.0510-11** 8.4 - -
HD 049-761 14.5 D1/7 10 PA 4.6 -8 102 2 P3.0510-11** 8.6 optical (73) -
HD 049-771 14.5 D1/7 10 PA 4.6 -8 102 4 P3.0510-11** 8.6 electrical(73) change-over
HD 069-789 9.2 D2/1 5E-X 7.8 -8 - 8 V3.0520-13* 11.3 electrical(73) change-over
HD 069-769 10.6 D2/2 5E-X 8.9 -8 102 1 V3.0520-03 10.8 - -
HD 069-779 10.6 D2/2 5E-X 8.9 -8 102 2 V3.0520-03 11.0 optical (73) -
HD 069-759 10.6 D2/2 5E-X 8.9 -8 102 4 V3.0520-03 11.0 electrical(73) change-over
HD 069-786 16.6 D2/3 12E-X 9.3 -12 - 8 V3.0520-16* 11.3 electrical(73) change-over
HD 069-766 18.5 D2/4 12E-X 11 -12 102 1 V3.0520-06 10.8 - -
HD 069-776 18.5 D2/4 12E-X 11 -12 102 2 V3.0520-06 11.0 optical (73) -
HD 069-756 18.5 D2/4 12E-X 11 -12 102 4 V3.0520-06 11.0 electrical(73) change-over
HD 069-788 21.1 D2/5 16E-X 12 -12 - 8 V3.0520-18* 11.3 electrical(73) change-over
HD 069-868 21.1 D2/6 16E-X 13 -12 102 1 V3.0520-08 10.8 - phosphate coating
HD 069-768 21.1 D2/6 16E-X 13 -12 102 1 V3.0520-08 10.8 - -
HD 069-778 21.1 D2/6 16E-X 13 -12 102 2 V3.0520-08 11.0 optical (73) -
HD 069-758 21.1 D2/6 16E-X 13 -12 102 4 V3.0520-08 11.0 electrical(73) change-over
HD 069-751 21.1 D2/7 10 PA 9.1 -12 102 1 P3.0520-01** 10.8 - -
* Element differential pressure stable up to 2320 psi ** Paper media supported with metal gauze
psiSAE
40.45-2us 08/02 5/7
Selection Chart
Remarks:
• The filters listed in this chart are standard filters. Modifications, e.g. bolt mounted indicators according to
Spec. Sheet 60.30, can be made per your request.
• If an electrical indicator is used a transparent socket with LED for optical indication is also available with
Part No. DG 041.1200.
Part No.
Nominal f
low
Crack
ing pre
ssure
of b
y-pass
Weight
Clogging indica
tor
Crack
ing pre
ssure
in (
)
Remark
s
Symbol
1 2 3 4 5 6 7 8 9 10 11 12
bar kgg
Press
ure d
rop s
ee
D
iagr. D / c
urve n
o.
l/min
Filter f
ineness s
ee Diagr.
Dx
Replacem
ent elem
ent
P
art No.
ISO M
TD capacit
y α
Connection A
/B
HD 049-189 16 D1/1 5E-X 3.7 G1/2 - 8 V3.0510-13* 3.9 electrical (5) change-over
HD 049-169 20 D1/2 5E-X 4 G1/2 7 1 V3.0510-03 3.8 - -
HD 049-179 20 D1/2 5E-X 4 G1/2 7 2 V3.0510-03 3.9 optical (5) -
HD 049-159 20 D1/2 5E-X 4 G1/2 7 4 V3.0510-03 3.8 electrical (5) change-over
HD 049-186 30 D1/3 12E-X 4.4 G1/2 - 8 V3.0510-16* 3.9 electrical (5) change-over
HD 049-166 35 D1/4 12E-X 5.2 G1/2 7 1 V3.0510-06 3.8 - -
HD 049-176 35 D1/4 12E-X 5.2 G1/2 7 2 V3.0510-063 3.9 optical (5) -
HD 049-156 35 D1/4 12E-X 5.2 G1/2 7 4 V3.0510-06 3.8 electrical (5) change-over
HD 049-188 55 D1/5 16E-X 5.3 G1/2 - 8 V3.0510-18* 3.9 electrical (5) change-over
HD 049-168 63 D1/6 16E-X 7 G1/2 7 1 V3.0510-08 3.8 - -
HD 049-178 63 D1/6 16E-X 7 G1/2 7 2 V3.0510-08 3.9 optical (5) -
HD 049-158 63 D1/6 16E-X 7 G1/2 7 4 V3.0510-08 3.8 electrical (5) change-over
HD 049-151 55 D1/7 10 PA 4.6 G1/2 7 1 P3.0510-11** 3.8 - -
HD 049-161 55 D1/7 10 PA 4.6 G1/2 7 2 P3.0510-11** 3.9 optical (5) -
HD 049-171 55 D1/7 10 PA 4.6 G1/2 7 4 P3.0510-11** 3.9 electrical (5) change-over
HD 069-189 35 D2/1 5E-X 7.8 G1/2 - 8 V3.0520-13* 5.1 electrical (5) change-over
HD 069-169 40 D2/2 5E-X 8.9 G1/2 7 1 V3.0520-03 4.9 - -
HD 069-179 40 D2/2 5E-X 8.9 G1/2 7 2 V3.0520-03 5.0 optical (5) -
HD 069-159 40 D2/2 5E-X 8.9 G1/2 7 4 V3.0520-03 5.0 electrical (5) change-over
HD 069-186 63 D2/3 12E-X 9.3 G3/4 - 8 V3.0520-16* 5.1 electrical (5) change-over
HD 069-166 70 D2/4 12E-X 11 G3/4 7 1 V3.0520-06 4.9 - -
HD 069-176 70 D2/4 12E-X 11 G3/4 7 2 V3.0520-06 5.0 optical (5) -
HD 069-156 70 D2/4 12E-X 11 G3/4 7 4 V3.0520-06 5.0 electrical (5) change-over
HD 069-188 80 D2/5 16E-X 12 G3/4 - 8 V3.0520-18* 5.1 electrical (5) change-over
HD 069-268 80 D2/6 16E-X 13 G3/4 7 1 V3.0520-08 4.9 - phosphate coating
HD 069-168 80 D2/6 16E-X 13 G3/4 7 1 V3.0520-08 4.9 - -
HD 069-178 80 D2/6 16E-X 13 G3/4 7 2 V3.0520-08 5.0 optical (5) -
HD 069-158 80 D2/6 16E-X 13 G3/4 7 4 V3.0520-08 5.0 electrical (5) change-over
HD 069-151 80 D2/7 10 PA 9.1 G3/4 7 1 P3.0520-01** 4.9 - -
HD 069-161 80 D2/7 10 PA 9.1 G3/4 7 2 P3.0520-01** 5.0 optical (5) -
* Element differential pressure stable up to 2320 psi ** Paper media supported with metal gauze
barBSPP
40.45-2us 08/02 6/7
Measurements
Symbols
Dimensions
� � � � � � � �� � � � � � � �
Min
imum
dis
tance f
rom
ferr
om
agnetic p
art
s:
.276 i
nch
Version with
optical clogging indicatorVersion with
electrical clogging indicator
Terminal
connection
Type A/B C D E F G H I K L M N O P Q R Sø/depth opt./electr. opt./electr.
HD 049 3/4 - 16 24, 33 6.225 0.965 2.403 3.310 2.561 2.167 1.330 1.576 M8/.472 0.985 3.507 1.084 2.167/2.837 3.349 0.946/1.182
HD 069 3/4-16, 1-1/16-12 33, 36 10.008 0.965 2.403 3.310 2.561 2.167 1.330 1.576 M8/.472 0.985 3.507 1.084 2.167/2.837 3.349 0.946/1.182
1 2 3 4 5 6 7 8 9
40.45-2us 08/02 7/7
Spare Parts
Quality Assurance
FSP Fluid Systems Partners US, INC.P.O. Box 28 • Bowling Green, OH 43402
Subject to change • 9107181-2us / 08/02
Tel. (419) 353-6070 Fax (419) 354-3496
E-Mail [email protected] Internet www.yourfsp.com
Pos. Designation Part No.
1 Filter bowl HD 049 HD 052.0101
1 Filter bowl HD 069 HD 072.0101
2 O-ring 53,57 x 3,53 N 007.0543/1
3 Filter element (with seal) s. Chart / col. 9
4 Socket with reed switch plate HD 049.1410
The functions of the complete filters as well as the outstanding features of the filter elements assured by ARGO can only be
guaranteed if original ARGO spare parts are used.
4
3
2
1
Our engineers will be glad to advise you in questions concerning filter application, selection, as well as the cleanliness class
of the filter attainable under practical operating conditions.
Illustrations may sometimes differ from the original. ARGO is not responsible for any unintentional mistake in this specification sheet.
To ensure constant quality in production and operation,
ARGO filter elements undergo strict controls and tests
according to the following DIN and ISO standards:
DIN ISO 2941-83 Verification of collapse/burst resistance
DIN ISO 2943-90 Verification of material compatibility
with fluids
DIN ISO 3724-90 Verfication of flow fatigue characteristics
ISO 2942-94 Verification of fabrication integrity
(Bubble Point Test)
ISO 3968-81 Evaluation of pressure drop versus flow
characteristics
ISO 16889 Multi-pass method for evaluating filtration
performance
Before release into the series production the filter casing is
tested for fatigue strength in our impulse pressure test rig.
Numerous quality controls in the production process
guarantee leak-free function and reliability of our filters.