SERIES INLINE FILTERS LMP 210. Maximum pressure 60 bar Maximum flow to l / mi n

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1 SERIES INLINE FILTERS LMP 0 Maximum pressure 60 bar Maximum flow to 0 0 l / mi n

2 SERIES LMP 0 Working pre s s u re 60 bar Style S Style B B B D.I. D.I. A A

3 Technical data Filter housing ( M a t e r i a l s ) Head: Anodised Aluminium Housing: Anodised A l u m i n i u m Bypass valve: Nylon P r e s s u r e Working pre s s u re: 60 bar (6 MPa) Test pre s s u re: 90 bar (9 MPa) Burst pre s s u re: 80 bar (8 MPa) Pulsed pre s s u re fatigue test: cycles with pre s s u re from 0 to 60 bar (6 MPa) Te m p e r a t u re From -5 C to +0 C Bypass valve Opening pre s s u re -.5 bar ±0% Other opening pre s s u res on re q u e s t. Δp Elements type Series N and W elements: 0 bar Oil flow from exterior to interior. S e a l s Standard NBR Optional FPM Weights (kg) L e n g t h LMP0 -.5 LMP0-4.4 LMP Volumes (d m ) L e n g t h LMP0 -.5 LMP0 - LMP0 -.7 series A series V Connections In-line Inlet/Outlet LMP 0 C o m p a t i b i l i t y Housings compatible with: Mineral oils to ISO 94 - aqueous emulsions synthetic fluids, water and glycol. The filter elements are compatible with: Mineral oils to ISO 94, Synthetic fluids Aqueous emulsions, water and glycol (series W re q u i re d ). NBR seals series A, compatible with: Mineral oils to ISO 94 - aqueous emulsions synthetic fluids, water and glycol. V series FPM seals, compatible with: Synthetic fluids type HS-HFDR-HFDS-HFDU To ISO 94 Filter housing Δp pressure drop The curves are plotted utilising mineral oil with density of 0.86 kg/dm to ISO 968. Δp varies proportionally with density. 0, 9 0, 6 0, 0, 0 0 Valves LMP 0 - Δp Housing G G Flow rate l/min Bypass valve pressure drop LMP 0 - By-pass G G G / 0, Flow rate l/min Multiplication factor Y for definition of the p re s s u re drop of filter elements. R e f e r ence viscosity 0 mm / s F i l t e r E l e m e n t Type CU 0 5,,55 A b s o l u t e F i l t r a t i o n,9,, Serie N - W A 0 A 0 6 A 0 A 6 A 5,9, 0,69,66 0,88 0,49, 0,68 0,4 F i l t e r N o m i n a l F i l t r a t i o n Filter Element Area E l e m e n t Serie N - W Serie N Filter element in stainless steel mesh Type M 5 P 0 P 5 Length Type CU 0 0,098 0,48 0,4 0,065 0,4 0,5 CU Values expressed in cm 0,049 0, 0,7

4 Filter sizing C o rrect sizing of the filter, having in-line or manifold connections must be based on a total pre s s u re dro p of between 0.8 and.5 bar. For styles with reverse flow valves, reversible flow, and duplex filters, the total pre s s u r e drop can be between.5 and bar. The pre s s u re drop calculation is per f o rmed by adding together the value for the housing and the value for the filter element. The pre s s u r e drop in the housing is pro p o r tional to the fluid density kg/dm. All the graphs in the catalogue are based on a mineral oil with density of 0.86 kg/dm. The filter element pre s s u re drop value is pro p o r t i o n a l to viscosity mm /s (cst), the Y values in the catalogue a r e re f e r red to viscosity of 0 mm /s (cst). Sizing Δp Total Δpc Filter body Δpe Filter element Y Multiplication factor (see page ) Q l/min = flow rate V = reference viscosity 0 mm /s (cst) V = operating viscosity in mm /s Δp Tot. = Δpc + Δpe Δpe = Y : 000 x Q x ( V/V ) Calculation example with HLP fluid Variation in viscosity D a t a : Filter with in-line connections P re s s u re = 5 bar Flow rate = 50 l/min Viscosity = 46 mm /s (cst) Density = 0.86 kg/dm Filtration = 0 µ absolute With bypass valve Recommended maximum flow rate - Pre s s u re drop of filter assembly equal to Δp 0.6 bar. - Oil kinematic viscosity 0 mm /s (cst). - Density 0.86 kg/dm. - Connections of filter under test G. Filter Flow rate F i l t e r e l e m e n t l / m i n l e n g t h t y p e Series N A A A A A M P0 4 5 P5 5 0 A A A0 0 5 A 6 5 A 5 5 M P0 5 0 P5 5 5 A A A 0 5 A A M P0 6 0 P5 6 8 Filter type - LMP 0 (see bodies pressure drop graphs on page ) Practical example Q = 50 l/min V = 46 mm /s Pmax = 80 bar Filtration = 0 µ absolute Δp Tot. max =.5 bar (max. recommended value) Filter element series N, Δp max 0 bar Δpc = 0.0 bar (* see diagram) Δpe = (. : 000) x 50 x (46/0) = 0.78 bar Δp Tot. = = bar Sized filter type: LMP 0 S A G A0 N P0 4

5 Dimensions LMP 0 B 0 A D I N I N O U T Ø 0 Ch. 0 0 Indicator port Plug T - Ch. 0 Threaded Connections Type Connection A E Depth mm G G G G /4 G G / G4 NPT 5/6 UNC F i x i n g h o l e s E G5 G6 G7 /4 NPT / NPT SAE 6 5/6 UN 5/6 UNC 5/6 UNC 5/6 UNC 9 8 G8 G9 SAE 0 5/8 UN SAE 4 7/8 UN 5/6 UNC 5/6 UNC Filter Length H mm Flanged Connections Type Connection A F SAE psi/m F /4 SAE psi/m B 5, 7 58, 7 C 6, 9 0, 8 D M 0 M 0 E Depth mm F / SAE psi/m 6 9, 8 5 5, 7 M F4 SAE psi/unc 5, 7 6, 9 /8 UNC 5/6 UNC F5 /4 SAE psi/unc 5 8, 7 0, 8 7/6 UNC 5/6 UNC F6 / SAE psi/unc 6 9, 8 5 5, 7 / UNC 5/6 UNC 5

6 LMP 0 spare parts c d 4 a b Pos. Description Qty FILTER Series LMD 40 Filter assembly See order table Filter element See order table Seals kit NBR FPM a O-Ring filter element O-R 44 Ø 9,69 x,5 b O-Ring housing O-R 475 Ø 94,84 x,5 c Seal d O-Ring O-R 050 Ø,4 x,78 4 Indicator plug TH TV - Indicators See order table 6

7 LMP 0 ordering information Filter assembly LMP Example: LMP 0 B A G A0 N P0 Filter Element CU0 Example: CU0 A0 A N P0 - Sizes 6 - Filter element A0 µm A6 6 µm Absolute filtration Inorganic microfibre A06 6 µm A5 5 µm ßx (c) A0 0 µm - Valves S Without by-pass M5 5 µm M90 90 µm M60 60 µm Nominal Filtration Metal mesh B 4 - Seals A V With by-pass NBR FPM P0 0 µm P5 5 µm 7 - Filter elements series Nominal Filtration Cellulose 5 - Connections Threaded G G G G /4 Flanged F SAE 000 psi/m F /4 SAE 000 psi/m N W 8 - Options a - Filter Δp 0 bar Δp 0 bar Compatible with fluid FH AFH BFH C (not available for filter element Pxx) G G / F / SAE 000 psi/m P0 MP Standard filters G 4 NPT F 4 SAE 000 psi/unc G 5 /4 NPT F 5 /4 SAE 000 psi/unc DIFFERENTIAL INDICATORS See catalogue IL LINE filter (code: CMP 007 UK 00 B) G 6 / NPT F 6 / SAE 000 psi/unc G 7 SAE 6 5/6 UN G 8 SAE 0 5/8 UN G 9 SAE 4 7/8 UN MP Filtri - The filter functions as described in this bulletin are valid exclusively for original MP Filtri filter elements and replacement parts. All rights reserved The data in this publication are purely guideline. MP Filtri reserves the right to make changes to the models described herein at any time it deems fit in relation to technical or commercial requirements. The colours of the products shown on the cover are purely guideline. Copyright. All rights reserved. 7

New Headquarters : MP FILTRI S.p.A. Italy Via Maggio, n. 0060 Pessano con Bornago (Milano) Italy Tel. +9.0/9570. Fax +9.0/9574497-9574088 email: sales@mpfiltri.com GREAT BRITAIN MP FILTRI U.K. Ltd.

8 New Headquarters : MP FILTRI S.p.A. Italy Via Maggio, n Pessano con Bornago (Milano) Italy Tel. +9.0/9570. Fax +9.0/ sales@mpfiltri.com GREAT BRITAIN MP FILTRI U.K. Ltd. Bourton Industrial Park Bourton on the Water Gloucestershire GL54 HQ UK Phone: Fax: sales@mpfiltri.co.uk GERMANY MP FILTRI D GmbH Am Wasserturm 5 D-6665 Heusweiler/Holz Phone: Fax: service@mpfiltri.de FRANCE MP FILTRI FRANCE B.P Evian Cedex Tel: Fax: mpfiltrifrance@wanadoo.fr USA MP FILTRI USA Inc. 055 Quaker Pointe Drive Quakertown, PA 895 Phone: Fax: sales@mpfiltriusa.com CANADA MP FILTRI CANADA Inc. 80 Four Valley Drive Concorde Ontario Canada L4K 5Z Phone: Fax: mail@mpfiltricanada.com RUSSIAN FEDERATION MP FILTRI RUSSIA Shenkursky proezd Building B, office 08 Phone: Phone/Fax: P.O. Box Moscow, Russia mpfiltrirussia@yahoo.com CHINA MP FILTRI (Shanghai) Co. Ltd. 80 Lianxi Road, 8 Bld - Floor Shanghai, Pudong 004 P.R. China Phone: Fax: sales@mpfiltrishanghai.com

CHINA MP FILTRI P.O. Box Shanghai Phone: Fax:

CHINA MP FILTRI P.O. Box Shanghai Phone: Fax: FMP 038 uk 6-07-006 9:34 Pagina (,) New Headquarters : MP FILTRI S.p.A. Italy Via Maggio, n. 3 0060 Pessano con Bornago (Milano) Italy Tel. +39.0/95703. Fax +39.0/9574497-9574088 email: sales@mpfiltri.com