Pagine FHM italiano
D e s c r i p t i o n
FHM series filters are designed for pressure line
applications where manifold mounting is a specific
requirement. The manifold type filters are designed
to integrate onto manifold valve systems to provide
a compact low pressure loss and leak free installation.
The filters incorporate the standard FHP high
efficiency filtration filter elements. A complete line
of pressure differential visual and electrical indicators
are available with this series of filters.
The FHM 006 e 010 series are designed for
CETOP 03 e 05.
The FHM 065, 135 and 320 are top mounted
manifold design filters. FHM series filters within
this range are suitable for flow rates to 300 l/min.
FHM 135 - 320 series are available with Reverse
Flow Valve. See page 14.
FHM series filters are suitable for industrial machinery
steel and process application.
DIFFERENTIAL INDICATORS
VISUAL-ELECTRICAL ELECTRICAL VISUAL
New
absolute filter elements
independently tested
in the following Institutes:
INDICATOR
OPTIONS
CAST IRON
HEAD
INDICATOR
OPTIONS
CAST IRON
HEAD
O-RING +
RETAINING RING
O-RING +
RETAINING RING
CAPTIVE
O-RING
CAPTIVE
O-RING
BYPASS
VALVE
UNI EN ISO 9001
N° 037/98
STEEL
BOWL
BLANKING
PLUG
STEEL
BOWL
HIGH EFFICIENCY
ELEMENT WITH
HIGH DIRT HOLDING
CAPACITY
FHM 006/010 FHM 065/135/320
FHM 05040/6.99/UK Reply 3.99/UK
2
MP Filtri - Filtration technology
Filter element:
Filter element material
End caps:
Steel (Thermal treatment)
Support tube:
Steel (Thermal treatment)
Support frames:
Coated wire cloth
A Series
Inorganic microfibre
External support media
External wire mesh
Microfibre filtration media
Internal wire mesh
Internal support media
Inner support
tube
MP Filter elements - Conform to the following
ISO standards
ISO 2941 - Verification of collapse/burst resistance.
ISO 2942 - Verification of fabrication integrity and determination
of the first bubble point.
ISO 2943 - Verification of material compatibility with fluids.
ISO 3723 - Method for end load test.
ISO 3724 - Verification of flow fatigue characteristics.
ISO 3968 - Evaluation of pressure drop versus flow characteristics.
ISO 4572 - Multi-pass method for evaluating filtration performance.
Element material
Absolute filtration
New material:
New improved ß ≥ 200
filter elements with
greater efficiency and
increased dirt holding
capacity
Filtering area
Filter elements
N - ∆P 20 bar
Type HP
A03/A06
A10/A25
Type HP
A Series
Inorganic microfibre with acrilic support
Filter
element
020-1
--------
--------
020-1
ß ≥ 2
(50%)
065-1
386
386
065-1
ß ≥ 20
(95%)
065-2
546
546
065-2
Dimension for
ß (µm) values
ß ≥ 75
(98,7%)
065-3
1098
1098
065-3
135-1
895
895
Values in cm 2
135-1
ß ≥ 200
(99,5%)
Filtering area
A03/A06 278 386 544 1094 777
Filter elements
A10/A25 278 386 544 1094 777
H - ∆P 210 bar Values in cm 2
135-2
1879
1879
135-2
1655
1655
Contamination retention
as per ISO 4572: Multi-pass test
Filtration ratios
ß2 ß10 ß20
A03
A06
–
–
2
3
2,4
4,6
3
6
20
8
>10.000 >10.000
> 2.000 >10.000
A10 3 6 7,8 10 1,5 ≥ 200 >10.000
A25 13 19 22 25 – > 1,5 > 35
N.B. Other materials giving different degrees of filtration are available on request.
320-1
1512
1512
320-1
1475
1475
320-2
3326
3326
320-2
3258
3258
320-3
5428
5428
320-3
5341
5341
∆ P
(bar)
7
7
7
7
320-4
7544
7544
320-4
7425
7425
Element material
Nominal filtration
M Series
Square wire mesh (filtration degree is defined in
microns by the maximum diameter of a
sphere corresponding to the mesh size)
T Series
Triangular stainless steel wire mesh
Filtering area
Filter elements
N - ∆P 20 bar
Type HP
M10
M25
M60
020-1
--------
--------
--------
065-1
374
374
374
065-2
530
530
530
065-3
1064
1064
1064
135-1
950
950
950
135-2
2020
2020
2020
320-1
1650
1650
1650
320-2
3645
3645
3645
320-3
5970
5970
5970
320-4
8280
8280
8280
Filtering area
Filter elements
T - ∆P 80 bar
Type HP
T10/T25
020-1
278
065-1
385
065-2
545
Values in cm 2
065-3 135-1 135-2
1090 710 1500
Values in cm 2
320-1
1670
320-2
3690
320-3
6040
320-4
8380
3
MP Filtri - Filtration technology
Filter body:
Materials
Working
temperature
Pressure filter
body
Collapse pressure
filter elements
Bypass valve
Calibration pressure
Compatibility
with fluids
Head
Cast iron (Thermal treatment)
Bowl
Steel (Thermal treatment)
Reverse flow (Only for 135/320 series)
Steel
Maximum working pressure up to 320 bar
Test pressure: 420 bar
Minimum burst pressure: 840 bar
Bypass valve, differential opening pressure:
Filter head and bowls
compatible for use with:
• mineral oils
(types HH-HL-HM-HR-HV-HG as per ISO 6743/4)
• water-based emulsions
(types HFAE-HFAS as per ISO 6743/4)
• synthetic fluids
(types HS-HFDR-HFDS-HFDU as per ISO 6743/4)
• water-glycol
(types HFC as per ISO 6743/4)
Seals
A Series: Nitrile (Buna-N)
V Series: Viton
Bypass valve
Brass
Indicator
Brass (with viton seals)
From -25 to +110°C
For temperatures outside this range, please
consult our Sales Network Organization
Fatigue test: a filter body subjected to
pressure impulses from 0 to 320 bar will
withstand 1.000.000 cycles
N Series 20 bar
T Series 80 bar
H Series 210 bar
B: 6 bar ± 10%
Filter elements
As per ISO 2943; suitable for mineral oils
(types HH-HL-HM-HR-HV-HG as per ISO 6743/4)
and synthetic fluids (A and M series only)
(types HS-HFDR-HFDS-HFDU as per ISO 6743/4)
For water-based emulsions (types HFAE-HFAS
as per ISO 6743/4) and fluids other than
those mentioned, please consult our Sales
Network Organization.
Types of indicators
Visual indicator
Electrical indicator
Visual-electrical
indicator
Seals
A Series
Nitrile (Buna-N) compatible with mineral oils
(types HH-HL-HM-HR-HV-HG as per ISO 6743/4)
water - based emulsions
(types HFAE-HFAS as per ISO 6743/4)
(Complete with Viton seals)
Description:
FHM series filters are fitted with indicators
switching at a pressure of:
With bypass 5 bar setting:
V7 Series
With bypass 5 bar setting:
N7 Series
With bypass 5 bar setting:
E7-K7* Series
Without bypass 7 bar setting:
V8 Series
Without bypass 7 bar setting:
N8 Series
Without bypass 7 bar setting:
E8-K8* Series
water - glycol
(types HFC as per ISO 6743/4)
*For K visual-electrical indicator, specify the voltage (f.i. K71 = LED: 24 volt)
V Series
Viton compatible with synthetic fluids
(types HS-HFDR-HFDS-HFDU as per ISO 6743/4)
5 bar ± 10%
7 bar ± 10%
10 bar ± 10%
“J series - Thermal lockout Electrical
Indicators available - contact MP Filtri”
Without bypass 10 bar setting:
V9 Series
Without bypass 10 bar setting:
N9 Series
Without bypass 10 bar setting:
E9-K9* Series
{
* 1 - 24 Volt
2 - 115 Volt
3 - 230 Volt
4
MP Filtri - Specification
K - E - N Series
Supply voltage (50/60 Hz)
(V)
Vca 125
Vca 250
Vcc 30
Vcc 125
Vcc 250
Resistive load
(A)
5
5
5
0,5
0,25
Inductive load
(A)
2
2
3
0,03
0,03
CONNECTOR DIN 43650
ELECTRICAL CONNECTION
E - N SERIES
N.C.
N.O.
ELECTRICAL CONNECTION
K SERIES
N.C.
N.O.
Visual V series
Electrical N series
38
Visual - Electrical K series
38
Visual - Electrical E series
38,5
Led
A/F 32
65
A/F 30
A/F 30
65
69
76
28
27
27
28
A/F 32
Ø16
Ø16
Ø16
Ø16
G1/2”
G1/2”
G1/2”
G1/2”
5
Selection
& installation information
Filter elements
types
A Series
Absolute inorganic microfibre
filtration media, available in
3, 6, 10 and 25 micron
Example - A03, A06, A10 or A25
M Series
Metal mesh media, available in
10, 25, and 60 micron.
Example - M10, M25 or M60.
T Series
Nominal cellulose impregnated
paper media, available in 10
and 25 micron.
Example - T10 or T25
Please refer to individual pressure drop curves to obtain filter assembly pressure drop information
The following filter sizing recommendations are based using a mineral oil fluid at 30 mm 2 /s (cSt), with a maximum filter assembly (housing
and filter element) pressure drop of 25% of the filter condition indicator (1.5 bar)
FHM 006
FHM 006 SERIES
Filter
assembly
A03
A06
A10
A25
T10
Flow Rate
l/min
H - T Series
*
8
10
12
15
20
Bowl
length
Port size
BSP/NPT/SAE
Weight
kg
**
1 – 2,4
** Flow rates with 30 mm 2 /s fluid viscosity
** Weight including filter element
Bowl adjacent to Port A = G1
Bowl adjacent to Port B = G2
V
A/F 32
16,25
6
27,75
19
10,25
A/F 17
T
42
47
32,5
31
B
A
3 1
Ø 46
N
38
A/F 30
A/F 30 16 40,5
P
n° 4 Holes Ø 5.5
BOWL SIDE A
65
57,5
K
A/F 30
Led
10,5
13
79
38
228 100
65
E
A/F 32
4,00
Housing pressure drop curve
FHM 006
38,5
76
3,00
∆p bar
2,00
1,00
0,00
0 7,5 15 22,5 30 42,5
Flow rate l/min
6
Selection
& installation information
Please refer to individual pressure drop curves to obtain filter assembly pressure drop information
The following filter sizing recommendations are based using a mineral oil fluid at 30 mm 2 /s (cSt), with a maximum filter assembly (housing
and filter element) pressure drop of 25% of the filter condition indicator (1.5 bar)
FHM 010 SERIES
FHM 010
Filter
assembly
A03
Flow rate
l/min
serie N*
18
Flow rate
l/min
serie H-T*
14
Bowl
length
Port size
BSP/NPT/SAE
Weight
kg
**
A06
22
20
A10
25
24
2
--------
4,9
A25
30
28
T10
==
40
A03
22
20
A06
27
25
A10
32
27
3
--------
6,2
A25
35
30
A/F 32
T10
==
45
V
** Flow rates with 30 mm 2 /s fluid viscosity
** Weight including filter element
42
Bowl adjacent to Port A = G1
Bowl adjacent to Port B = G2
N
A/F 30
13,5
9,5
48 A/F 22
20,5
38
65
65
46
39,5
24,5
T
A
P
B
46
Ø 64
K
A/F 30
Led
A/F 30
50
19,25 54
n° 4 Holes Ø 5.5
BOWL SIDE B
38
65
66,5
E
A/F 32
10,5
13
105,5
38,5
H 100
76
4,00
Housing pressure drop curve
FHM 010
3,00
Lengths
∆p bar
2,00
Type
1
H
279
1,00
2
380
7
0,00
0 12,5 25 37,5 50 62,5
Flow rate l/min
Selection
& installation information
Please refer to individual pressure drop curves to obtain filter assembly pressure drop information
The following filter sizing recommendations are based using a mineral oil fluid at 30 mm 2 /s (cSt), with a maximum filter assembly (housing
and filter element) pressure drop of 25% of the filter condition indicator (1.5 bar)
FHM 065 SERIES
ø 17,5
ø 25,3
2
Indicator port
A/F 32
FHM 065
V
Filter
assembly
A03
A06
A10
A25
Flow rate
l/min
N series
*
12
14
25
40
Flow rate
l/min
H-T series
*
10
12
20
32
Bowl
length
1
Port size
BSP/NPT/SAE
–
Weight
kg
**
5,2
76
T10
–
60
A/F 24
56
A03
22
14
H
100 min.
A/F 30
ø 68
42
65
A/F 30
38
A/F 30
Led
38
N
K
A06
A10
A25
T10
A03
A06
A10
A25
T10
24
40
60
–
30
45
80
90
–
20
32
45
80
25
35
60
75
90
** Flow rates with 30 mm 2 /s fluid viscosity
** Weight including filter element
2
3
–
–
5,9
6,5
120 10,5
65
IN
OUT
A/F 30
31,8
80
A/F 32
Lengths
31,6
48,4
89
Ø 8,7
76
38,5
E
Type
1
2
3
H
166
196
296
1,00
Housing pressure drop curve
FHM 065
0,75
∆p bar
0,50
0,25
0,00
0 20 40 60 80 100
Flow rate l/min
8
Selection
& installation information
Please refer to individual pressure drop curves to obtain filter assembly pressure drop information
The following filter sizing recommendations are based using a mineral oil fluid at 30 mm 2 /s (cSt), with a maximum filter assembly (housing
and filter element) pressure drop of 25% of the filter condition indicator (1.5 bar)
FHM 135 SERIES
ø 28,6
ø 21
2
Indicator port
FHM 135
A/F 32
V
Filter
assembly
A03
A06
A10
A25
T10
Flow rate
l/min
N series
*
25
40
60
75
–
Flow rate
l/min
H-T series
*
20
26
30
40
95
Bowl
length
1
Port size
BSP/NPT/SAE
–
Weight
kg
**
8,6
90
70
42
A03
A06
A10
75
80
95
42
45
75
2
–
10,0
H
A/F 30
A25
110
85
ø 80
N
T10
–
100
125 min.
Ø 9 nr.4 fori passanti
A/F 30
115 10,5
90
38
65
65
38
A/F 30
Led
38
K
** Flow rates with 30 mm 2 /s fluid viscosity
** Weight including filter element
Lengths
Type
1
2
H
205
315
A/F 30
A/F 32
57
OUT
86
110
E
IN
38,5
7/16” - 14 UNC
nr.4 fil. prof.13
61
14
A/F 30
10
76
1,00
Housing pressure drop curve
FHM 135
∆p bar
0,75
0,50
*
0,25
0,00
0 20 40 60 80 100
Flow rate l/min
9
Selection
& installation information
Please refer to individual pressure drop curves to obtain filter assembly pressure drop information
The following filter sizing recommendations are based using a mineral oil fluid at 30 mm 2 /s (cSt), with a maximum filter assembly (housing
and filter element) pressure drop of 25% of the filter condition indicator (1.5 bar)
FHM 320 SERIES
Indicator port
9
2,6
Ø 160
Ø 41
Ø 30
9
Indicator port
FHM 320
Filter
Assembly
A03
A06
Flow Rate
l/min
N series
*
75
80
Flow Rate
l/min
H-T series
*
40
45
Bowl
Length
Port Size
BSP/NPT/SAE
Weight
kg
**
170
7 0
A/F 32
V
A10
A25
T10
100
150
–
70
90
150
1
–
21,1
93
72
A/F 30
A03
A06
175
180
80
100
150 min
H
Ø 105
A/F 30
42
65
A/F 30
38
A/F 30
Led
N
K
A10
A25
T10
A03
A06
A10
A25
T10
A03
A06
240
260
–
230
240
255
270
–
240
255
130
200
220
150
180
225
255
300
200
235
2
3
–
–
24,8
28,7
96,8
48,4
21,4
Ø 6
n° 6 Holes Ø 11.5
A IN
B OUT
18
50,7
42,05
84,1
65
A/F 32
38
38,5
E
A10
A25
T10
** Flow rates with 30 mm 2 /s fluid viscosity
** Weight including filter element
Lengths
Type
1
270
280
–
H
294
255
270
300
4
–
33,3
A/F 46
16,7
76
2
3
414
555
4
685
1,00
Housing pressure drop curve
FHM 320
ONLY FOR FHM 320-4
0,75
∆p bar
0,50
Ø 120
0,25
150
A/F 30
0,00
0 60 120 180 240 300
Flow rate l/min
10
Pressure drop information
General
Pressure drop versus flow rate curve information for both housing and filter elements is in accordance with ISO 3968
Filter assembly pressure drop - ∆p Total = ∆p Housing + ∆p Filter element
Housing pressure drop - The housing pressure drop is proportional to the fluid density
Filter element pressure drop - Filter element pressure drop is proportional to kinematic viscosity therefore always check the
fluid operating temperature and fluid type to obtain the working viscosity according to the following formula:
∆p 1 Filter element = (working viscosity/brochure viscosity) x ∆p filter element
Brochure viscosity 30 mm 2 /s (cSt)
• Customer requires a 70 l/min filter assembly
• Mineral oil fluid: ISO VG 46 (46 mm 2 /s (cSt) at 40°C)
• A10 - 10 micron absolute filtration
Filter assembly sizing example
Selection :
•Housing pressure drop - FHM 135-2 with 70 l/min ∆p = 0.5 bar (see curve on page 9)
•Filter element pressure drop (brochure viscosity) - HP135-2A10AH with 70 l/min ∆p = 0.64 bar (see curve on page 13)
•Filter element pressure drop (working viscosity) - With 46 mm 2 /s (cSt) ∆p 1 = 0.64 x ( 46/30 ) = 0.98 bar
Acceptable pressure drop value,
•Filter assembly pressure drop ∆p Total = ∆p Housing + ∆p 1 Filter element = 0.5 + 0.98 = 1.48 bar* { as per our recommendations
The curves were obtained using a mineral oil with a density of 0,86 kg/dm 3 .
The ∆p varies proportionally to the density.
Bypass valves pressure drop
12
FHM 065
16
FHM 135
16
FHM 320
9
12
12
∆p bar
6
3
∆p bar
8
4
∆p bar
8
4
0
0 7 14 21 28 35 42
Flow rate l/min
0
0 15 30 45 60 75 90
Flow rate l/min
0
0 40 80 120 160 200 240
Flow rate l/min
Reverse flow valves pressure drop
1,00
FHM 135
1,00
FHM 320
The curves were obtained using a mineral oil
with a density of 0,86 kg/dm 3 .
The ∆p varies proportionally to the density.
∆p bar
0,75
0,50
0,25
∆p bar
0,75
0,50
0,25
0,00
0 20 40 60 80 100
Flow rate l/min
0,00
0 40 80 120 160 200
Flow rate l/min
11
Filter elements - N - ∆ P 20bar
The curves were obtained using a mineral oil with a kinematic viscosity of 30 mm 2 /s (cSt).
The ∆p varies proportionally to the fluid kinematic viscosity.
For the metal filter elements curves (M series),
please consult our Sales and Network Organization
∆p bar
2,00
1,50
1,00
A03
HP 065-1 A...N
A06
A10
A25
∆p bar
2,00
1,50
1,00
A03
HP 065-2 A...N
A06
A10
A25
0,50
0,50
0,00
0 10 20 30 40 50 60
Flow rate l/min
0,00
0 15 30 45 60 75 90
Flow rate l/min
∆p bar
2,00
1,50
1,00
HP 065-3 A...N
A03
A06
A10
∆p bar
2,00
1,50
1,00
A03
HP 135-1 A...N
A06
A10
A25
0,50
A25
0,50
0,00
0 15 30 45 60 75 90
Flow rate l/min
0,00
0 25 50 75 100 125 150
Flow rate l/min
2,00
HP 135-2 A...N
A03
2,00
HP 320-1 A...N
A03
A06
∆p bar
1,50
1,00
0,50
A06
A10
A25
∆p bar
1,50
1,00
0,50
A10
A25
0,00
0 30 60 90 120 150 180
Flow rate l/min
0,00
0 40 80 120 160 200 240
Flow rate l/min
2,00
HP 320-2 A...N
2,00
HP 320-3 A...N
∆p bar
1,50
1,00
0,50
0,00
A03
A06
A10
A25
0 50 100 150 200 250 300
Flow rate l/min
∆p bar
1,50
1,00
0,50
0,00
A03
A06
A10
A25
0 75 150 225 300 375 450
Flow rate l/min
2,00
HP 320-4 A...N
∆p bar
1,50
1,00
0,50
A03
A06
A10
A25
0,00
0 75 150 225 300 375 450
Flow rate l/min
12
Filter elements - H - ∆P 210bar
The curves were obtained using a mineral oil with a kinematic viscosity of 30 mm 2 /s (cSt).
The ∆p varies proportionally to the fluid kinematic viscosity.
For the stainless steel mesh filter elements curves
(T series), please consult our Sales and Network Organization
2,00
1,50
A03
A06
HP 020-1 A...H
A10
A25
2,00
1,50
A03
A06
HP 065-1 A...H
A10
A25
∆p bar
1,00
∆p bar
1,00
0,50
0,50
0,00
0 10 20 30 40 50 60
Flow rate l/min
0,00
0 10 20 30 40 50 60
Flow rate l/min
2,00
A03
A06
HP 065-2 A...H
A10
2,00
A03
HP 065-3 A...H
A06
∆p bar
1,50
1,00
A25
∆p bar
1,50
1,00
A10
A25
0,50
0,50
0,00
0 15 30 45 60 75 90
Flow rate l/min
0,00
0 15 30 45 60 75 90
Flow rate l/min
2,00
HP 135-1 A...H
A03 A06 A10 A25
2,00
HP 135-2 A...H
A03
A06
∆p bar
1,50
1,00
0,50
∆p bar
1,50
1,00
0,50
*
A10
A25
0,00
0 25 50 75 100 125 150
Flow rate l/min
0,00
0 30 60 90 120 150 180
Flow rate l/min
∆p bar
2,00
1,50
1,00
HP 320-1 A...H
A03 A06 A10 A25
∆p bar
2,00
1,50
1,00
HP 320-2 A...H
A03
A06
A10
A25
0,50
0,50
∆p bar
0,00
2,00
1,50
1,00
0,50
0 40 80 120 160 200 240
Flow rate l/min
HP 320-3 A...H
A03
A06
A10
A25
∆p bar
0,00
2,00
1,50
1,00
0,50
0 50 100 150 200 250 300
Flow rate l/min
HP 320-4 A...H
A03
A06
A10
A25
0,00
0 75 150 225 300 375 450
Flow rate l/min
0,00
0 75 150 225 300 375 450
Flow rate l/min
13
International standards for contamination fluid control
CONTAMINATION
CODES
ISO 4406
CORRESPONDENT
CODES
NAS 1638
RECOMMENDED
FILTRATION DEGREE
TYPICAL APPLICATIONS
5 µm
15 µm
ßx ≥200
12
9
3
3
High precision and laboratory servo-systems
15
11
6
3-6
Robotic and servo-systems
16
13
7
10-12
Very sensitive systems where a high degree of
18
14
9
12-15
reliability is required
19
16
10
15-25
General equipment of limited reliability
21
18
12
25-40
Low - pressure equipment not in continuos service
Reverse flow valve - Drawing
FHM 135 - FHM 320 SERIES
IN
OUT
1) 2)
3) 4)
ZERO FLOW FLOW BYPASS REVERSE FLOW
14
Ordering information
FHM
006
010
065
135
320
Nominal sizes
FHM 006 = 1
FHM 010 = 2,3
FHM 065 = 1,2,3
FHM 135 = 1,2
FHM 320 = 1,2,3,4
Bowl lenght
Filter condition indicator
S With threaded hole only
T2 With plug
V7 Visual 5 bar
V8 Visual 7 bar
V9 Visual 10 bar
N7 Electrical 5 bar
N8 Electrical 7 bar
N9 Electrical 10 bar
E7 Visual - electrical 5 bar
E8 Visual - electrical 7 bar
E9 Visual - electrical 10 bar
K7* Visual - electrical 5 bar 1 - 24 Volt
K8* Visual - electrical 7 bar 2 - 115 Volt
K9* Visual - electrical 10 bar
*{
3 - 230 Volt
*For K visual-electrical indicator, specify the voltage (f.i. K71 = LED 24 volt)
Integral bypass valve
S Without bypass
B With bypass (Only 065-135-320)
W With reverse flow
R With reverse flow + bypass
( Not available for FHM 065)
Collapse pressure series
N 20 bar
T 80 bar
H 210 bar
Filter elements
A
V
Nitrile (Buna-N)
Viton
Seals
Ports option
A03
A06
A10
A25
M25
M60
M90
T10
T25
Inorganic microfibre Bx ≥ 200
Square wire mesh
Stainless steel wire mesh
G1
G2
F1
Bowl side A (size 006 & 010 only)
Bowl side B (size 006 & 010 only)
Size 065 - 135 - 320 only
Nominal sizes - Filter elements
020 FHM 006
065 FHM 010 & 065
135 FHM 135
320 FHM 320
HP
Replacement element
MP Filtri - Filtration products will only be guaranteed if original MP Filtri
replacement elements and spares are used
Data hold in this pubblication are given only for indicative purposes. MP Filtri reserves to introduce
modifications to describe items in every moment either for technical or commercial reasons. Copyright reserved.
15
Head Quarter :
MP FILTRI S.p.A. Italy
Via Matteotti, 2
20060 Pessano con Bornago (Milano) Italy
Tel. ++39.02/95703.1
Fax ++39.02/95741497-95740188
email: sales@mpfiltri.com
http://www.mpfiltri.com
GREAT BRITAIN
MP FILTRI U.K. Ltd.
Bourton Industrial Park
Bourton on the Water
Gloucestershire GL54 2HQ UK
Phone: 01451-822522
Fax: 01451-822282
email: sales@mpfiltri.co.uk
http://www.mpfiltri.co.uk
GERMANY
MP FILTRI D GmbH
Am Wasserturm 5
D-66265 Heusweiler/Holz
Phone: 06806/85022-0
Fax: 06806/85022-18
email: mpfiltrink@aol.com
FRANCE
MP FILTRI FRANCE
B.P. 325
01603 Trevoux Cedex
Tel: 04.74.08.84.78
Telefax: 04.74.08.80.45
email: mpfiltrifrance@wanadoo.fr
USA
MP FILTRI USA Inc.
2055 Quaker Pointe Drive
Quakertown, PA 18951
Phone: 215-529-1300
Fax: 215-529-1902
email: mpusasales@aol.com
http://www.mpfiltriusa.com
CANADA
MP FILTRI CANADA Inc.
210 Jacob Keffer Parkway Concord,
Ontario Canada L4K 4W3
Phone: 905-303-1369
Fax: 905-303-7256
email: mail@mpfiltricanada.com
http://www.mpfiltricanada.com
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