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HD 049 · HD 069 · HD 172 · HD 319 · HD 419 · HD 619
Operating pressure up to 630 bar · Nominal flow rate up to 450 l/min
High Pressure Filter Kits
Description
Application
In the high pressure circuits of hydraulic systems.
Performance features
Protection against wear:
By means of filter elements that, in full-flow filtration, meet even
the highest demands regarding cleanliness classes.
Protection against malfunction:
Through installation near to the control valves or other expensive
components. The specific determined flow rate guarantees a
closed by-pass valve even at ν ≤ 200 mm
2
/s (cold start condition).
Filter elements
Flow direction from outside to centre. The star-shaped pleating
of the filter material results in:
› large filter surfaces
› low pressure drop
› high dirt-holding capacities
› long service life
Filter maintenance
By using a clogging indicator the correct moment for main-
tenance is stated and guarantees the optimum utilization of the
filter life.
Materials
Filter bowl: Cold extruded steel
Coating: Powder paint
Seals: NBR (FPM on request)
Filter media: EXAPOR
®
MAX 2 - inorganic multi-layer
microfibre web
Accessories
To monitor the clogging, screw-in (see section Dimensions) or
flange-mounted differential pressure switches are available.
Flange-mounted clogging indicators optionally with one or two
switching points resp. temperature suppression – Dimensions
and technical data see catalogue sheet 60.30.
High Pressure Filter Kit HD 049
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Characteristics
Operating Pressure
0 ... 400 bar, min. 2 x 10
6
pressure cycles
Nominal pressure according to DIN 24550
0 ... 630 bar, min. 10
4
pressure cycles
Quasi-static operating pressure
Permissible pressures for other numbers of cycles
Number of cycles n
Operating pressure p [bar]
Nominal flow rate
Up to 450 l/min (see Selection Chart, column 2)
The nominal flow rates indicated by ARGO-HYTOS are based on
the following features:
› closed by-pass valve at ν ≤ 200 mm
2
/s
› element service life > 1000 operating hours at an average
fluid contamination of 0,07 g per l/min flow volume
› flow velocity in the connection lines:
up to 250 bar ≤ 8 m/s
> 250 bar ≤ 12 m/s
Filter fineness
5 µm(c) ... 16 µm(c)
β-values according to ISO 16889
(see Selection Chart, column 4 and diagram Dx)
Dirt-holding capacity
Values in g test dust ISO MTD according to ISO 16889
(see Selection Chart, column 5)
Hydraulic fluids
Mineral oil and biodegradable fluids
(HEES and HETG, see info-sheet 00.20)
Temperature range
-30 °C ... +100 °C (temporary -40 °C ... +120 °C)
Viscosity at nominal flow rate
› at operating temperature: ν < 60 mm
2
/s
› as starting viscosity ν
max
= 1200 mm
2
/s
› at initial operation:
The recommended starting viscosity can be read from the
diagram D (pressure drop as a function of the kinematic
viscosity) as follows: Find the 70 % ∆p of the cracking
pressure of the by-pass valve on the vertical axis. Draw a
horizontal line so that it intersects the ∆p curve at a point.
Read this point on the horizontal axis for the viscosity.
Mounting position
Preferably vertical
Diagrams
∆p-curves for complete filters in Selection Chart, column 3
D1
Pressure drop as a function of the
flow volume at ν = 35 mm
2
/s
0
1,0
0,5
1,5
HD 049
1
2
4
5
6
0
3
20 40 60 80 100 120
∆p [bar]
Q [l/min]
Pressure drop as a function of the
kinematic viscosity at nominal flow
0
2
4
6
8
10
12
3
1
4
2
5
6
200 400 600
800
1000
∆p [bar]
ν [mm
2
/s]
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D2
Pressure drop as a function of the
flow volume at ν = 35 mm
2
/s
0
1,0
0,5
1,5
HD 069
1
2
4
5
6
0
3
20 40 60 80 100 120
∆p [bar]
Q [l/min]
Pressure drop as a function of the
kinematic viscosity at nominal flow
0
2
4
6
8
10
12
3
3+4
1+2
1
4
2
5
6
200 400 600
800
1000
∆p [bar]
ν [mm
2
/s]
D3
Pressure drop as a function of the
flow volume at ν = 35 mm
2
/s
0
1,0
0,5
1,5
HD 172
1
0
25 50 75 125100 150 175 200
2
4
5
6
3
∆p [bar]
Q [l/min]
Pressure drop as a function of the
kinematic viscosity at nominal flow
0
2
4
6
8
10
12
1+3
4
6
2
5
200 400 600
800
1000
∆p [bar]
ν [mm
2
/s]
D4
Pressure drop as a function of the
flow volume at ν = 35 mm
2
/s
0
1,0
0,5
1,5
HD 319
1
2
4+5
6
0
3
100 200
300
400 500
∆p [bar]
Q [l/min]
Pressure drop as a function of the
kinematic viscosity at nominal flow
0
2
4
6
8
10
12
1+3
2
5
4
6
200 400 600
800
1000
∆p [bar]
ν [mm
2
/s]
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D5
Pressure drop as a function of the
flow volume at ν = 35 mm
2
/s
0
1,0
0,5
1,5
HD 419
1
2
4+5
6
0
3
100 200 300 400 500
∆p [bar]
Q [l/min]
Pressure drop as a function of the
kinematic viscosity at nominal flow
0
2
4
6
8
10
12
1+3
2
6
5
4
4
6
200 400 600
800
1000
∆p [bar]
ν [mm
2
/s]
D6
Pressure drop as a function of the
flow volume at ν = 35 mm
2
/s
0
1,0
0,5
1,5
HD 619
1
2
4+5
6
0
3
100 200
300
400 500
∆p [bar]
Q [l/min]
Pressure drop as a function of the
kinematic viscosity at nominal flow
0
2
4
6
8
10
12
1
3+5
2
6
4
6
200 400 600
800
1000
∆p [bar]
ν [mm
2
/s]
Dx
Filter fineness curves in Selection Chart, column 4
Filtration ratio β as a function of particle size x obtained
by the Multi-Pass-Test according to ISO 16889
The abbreviations represent the following β-values resp.
finenesses
For EXAPOR
®
MAX2 and paper elements:
5EX2 = β
5 (c)
= 200 EXAPOR
®
MAX 2
7EX2 = β
7 (c)
= 200 EXAPOR
®
MAX 2
10EX2 = β
10 (c)
= 200 EXAPOR
®
MAX 2
16EX2 = β
16 (c)
= 200 EXAPOR
®
MAX 2
30P = β
30 (c)
= 200 Paper
Based on the structure of the filter media of the 30P paper
elements, deviations from the printed curves are quite probable.
For screen elements:
40S = screen material with mesh size 40 µm
60S = screen material with mesh size 60 µm
100S = screen material with mesh size 100 µm
Tolerances for mesh size according to DIN 4189
For special applications, finenesses differing from these curves
are also available by using special composed filter media.
Filtration ratio β for particles > x µm
Particle size x [µm] (for particles larger
than the given particle size x)
Efficiency [%]
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Selection Chart
Part No.
Nominal flow rate
Pressure drop see
diagram
D/
curve no.
Filter fineness see diagr.
Dx
Dirt-holding capacity
Cracking pressure of by-pass
Symbol
Replacement filter element
Part No.
Weight
Remarks
l/min g bar kg
1 2 3 4 5 6 7 8 9 10
HD 049-0213 27 D1/1 5EX2 5,2 - 5 V3.0510-13* 1,6 with screw-in bushing
HD 049-1503 30 D1/2 5EX2 4,9 7 1 V3.0510-03 1,5 -
HD 049-0216 47 D1/3 10EX2 5,1 - 5 V3.0510-16* 1,6 with screw-in bushing
HD 049-1506 50 D1/4 10EX2 6,8 7 1 V3.0510-06 1,5 -
HD 049-0218 65 D1/5 16EX2 5,6 - 5 V3.0510-18* 1,6 with screw-in bushing
HD 049-1508 75 D1/6 16EX2 6,9 7 1 V3.0510-08 1,5 -
HD 069-0213 50 D2/1 5EX2 8,7 - 5 V3.0520-13* 2,7 with screw-in bushing
HD 069-1503 60 D2/2 5EX2 10 7 1 V3.0520-03 2,6 -
HD 069-0216 80 D2/3 10EX2 11 - 5 V3.0520-16* 2,7 with screw-in bushing
HD 069-1506 85 D2/4 10EX2 14 7 1 V3.0520-06 2,6 -
HD 069-0218 100 D2/5 16EX2 12 - 5 V3.0520-18* 2,7 with screw-in bushing
HD 069-1508 105 D2/6 16EX2 15 7 1 V3.0520-08 2,6 -
HD 172-0213 80 D3/1 5EX2 16 - 5 V3.0623-13* 4,2 with screw-in bushing
HD 172-1503 105 D3/2 5EX2 17 7 1 V3.0623-03 3,9 -
HD 172-0226 130 D3/3 10EX2 18 - 5 V3.0623-26* 4,2 with screw-in bushing
HD 172-1506 150 D3/4 10EX2 23 7 1 V3.0623-06 3,9 -
HD 172-0218 165 D3/5 16EX2 19 - 5 V3.0623-18* 4,2 with screw-in bushing
HD 172-1508 180 D3/6 16EX2 25 7 1 V3.0623-08 3,9 -
HD 319-0213 110 D4/1 5EX2 20 - 5 V3.0817-13* 6,5 with screw-in bushing
HD 319-1503 115 D4/2 5EX2 24 7 1 V3.0817-03 6 -
HD 319-0216 195 D4/3 10EX2 24 - 5 V3.0817-16* 6,5 with screw-in bushing
HD 319-1506 250 D4/4 10EX2 33 7 1 V3.0817-06 6 -
HD 319-0218 270 D4/5 16EX2 25 - 5 V3.0817-18* 6,5 with screw-in bushing
HD 319-1508 330 D4/6 16EX2 33 7 1 V3.0817-08 6 -
HD 419-0213 155 D5/1 5EX2 29 - 5 V3.0823-13* 8,8 with screw-in bushing
HD 419-1503 190 D5/2 5EX2 33 7 1 V3.0823-03 8,2 -
HD 419-0216 265 D5/3 10EX2 33 - 5 V3.0823-16* 8,8 with screw-in bushing
HD 419-1506 330 D5/4 10EX2 47 7 1 V3.0823-06 8,2 -
HD 419-0218 330 D5/5 16EX2 35 - 5 V3.0823-18* 8,8 with screw-in bushing
HD 419-1508 380 D5/6 16EX2 48 7 1 V3.0823-08 8,2 -
HD 619-0213 220 D6/1 5EX2 41 - 5 V3.0833-13* 11,9 with screw-in bushing
HD 619-1503 280 D6/2 5EX2 49 7 1 V3.0833-03 11,1 -
HD 619-0216 330 D6/3 10EX2 49 - 5 V3.0833-16* 11,9 with screw-in bushing
HD 619-1506 400 D6/4 10EX2 67 7 1 V3.0833-06 11,1 -
HD 619-0218 450 D6/5 16EX2 51 - 5 V3.0833-18* 11,9 with screw-in bushing
HD 619-1508 450 D6/6 16EX2 68 7 1 V3.0833-08 11,1 -
* Element differential pressure stable up to 160 bar, clogging indicator obligatory
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Remarks:
› Filter versions without by-pass valves must be equipped with a clogging indicator.
› The filter sets listed in this chart are standard filters. If modifications are required, we kindly ask for your request.
› Clogging indicators to screw into the hydraulic block see section Dimensions.
› For the appropriate, flange-mounted clogging indicators see catalogue sheet 60.30.
Dimensions
A
C
B
I
AF
E
F
D
K
G
B
C
L
E
F
D
H
B
C
E
F
D
K
G
B
C
E
F
D
L
H
B
C
E
F
G
B
C
K
D
E
F
D
L
H
B
C
Version with by-pass valve
HD 049 / 069
Version with screw-in bushing
HD 172
HD 319 / 419 / 619
All measurements and tolerances required for machining are available on request.
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Dimensions
A
B
C
D
E
lectrical di
ff
erential pressure switch (change-over
)
DG
03
1.17
00
A
B
C
D
O
ptical di
ff
erential pressure indicator
DG
032
.17
00
A
H
G
F
P
2
20°
E
D
40°
P
1
Response/Switching pressure of the clogging indicators
5 bar
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 (with mounted and
secured socket)
Terminal connection
All measurements and tolerances required for machining are available on request.
Measurements
Type A B C D E F G H I K L M
HD 049/069 133/227,5 60 M65 x 1,5 min. 13 35,5 22,5 M18 x 1,5 M18 x 1,5 55 42 32,5 AF 36
HD 172 256,5 71 M75 x 1,5 min. 13 37 22,5 M30 x 1 M26 x 1,5 70 47,5 41 AF 27
HD 319/419/619 218/282/383 102 M108 x 1,5 min. 14 45 32,5 M36 x 1 M36 x 1,5 80 47 38 AF 32
DG 031.1700 M20 x 1,5 93 44 Ø10 Ø2,5 45,8 20,5 16,5 - - - AF 30
DG 032.1700 M20 x 1,5 74 44 Ø10 Ø2,5 45,8 20,5 16,5 - - - AF 24
Symbols
1 2 3 4 5 6 7 8
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Spare Parts
4
7
6
5
3
2
1
Pos. Designation Part No.
1 Filter bowl HD 049 HD 052.0102
1 Filter bowl HD 069 HD 072.0102
3 O-ring 53,57 x 3,53 N007.0543/1
5 Filter element see Chart / col. 8
6 By-pass valve HD 045.1510
7 Screw-in bushing HD 049.0503
HD 049 / HD 069
Pos. Designation Part No.
1 Filter bowl HD 172 HD 171.0102
3 O-ring 63 x 3,5 N007.0634
5 Filter element
see Chart / col. 8
6 By-pass valve HD 172.1500
7 Screw-in bushing HD 171.0205
HD 172
Pos. Designation Part No.
2 Back-ring HD 255.0102
3 O-ring 94,84 x 3,53 N007.0953
4 Filter bowl HD 319
(with Pos. 2 and 3)
HD 250.0701
4 Filter bowl HD 419
(with Pos. 2 and 3)
HD 451.0702
4 Filter bowl HD 619
(with Pos. 2 and 3)
HD 619.0701
5 Filter element see Chart / col. 8
6 By-pass valve HD 319.1510
7 Screw-in bushing HD 319.0212
HD 319 / HD 419 / HD 619
The functions of the complete filters as well as the outstanding
features of the filter elements assured by ARGO-HYTOS can
only be guaranteed if original ARGO-HYTOS spare parts are
used.
Quality Assurance
Quality management according to DIN EN ISO 9001
To ensure constant quality in production and operation, ARGO-HYTOS
filter elements undergo strict controls and tests according to the following ISO standards:
ISO 2941 Verification of collapse/burst pressure rating
ISO 2942 Verification of fabrication integrity (Bubble Point Test)
ISO 2943 Verification of material compatibility with fluids
ISO 3968 Evaluation of pressure drop versus flow characteristics
ISO 16889 Multi-Pass-Test (evaluation of filter fineness and dirt-holding capacity)
ISO 23181 Determination of resistance to flow fatigue using high viscosity fluid
Before release into the series production the filter casing is tested for fatigue strength in our pressure pulse test rig.
Various quality controls during the production process guarantee the leakfree function and solidity of our filters.
Illustrations may sometimes differ from the original. ARGO-HYTOS is not responsible for any unintentional mistake in this specification sheet.
