SERIES FRI. Maximum working pressure 20 bar F l o w r a t e t o l / m i n. s. p. a

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1 New Headquarters : MP FILTRI S.p.. Italy Via 1 Maggio, n. Pessano con ornago (Milano) Italy Tel. +9./97.1 Fax +9./ sales@mpfiltri.com GRT RITIN MP FILTRI U.K. Ltd. ourton Industrial Park ourton on the Water Gloucestershire GL4 HQ UK Phone: Fax: sales@mpfiltri.co.uk GRMNY MP FILTRI D GmbH m Wasserturm D- Heusweiler/Holz Phone: Fax: service@mpfiltri.de FRNC MP FILTRI FRNC Sas 198 venue des Gresillons 9 snieres Sur Seine France Tel: +.() Fax: +.() contact@mpfiltrifrance.com CTC FRI 1 UK US MP FILTRI US Inc. Quaker Pointe Drive Quakertown, P 1891 Phone: Fax: sales@mpfiltriusa.com CND MP FILTRI CND Inc. 8 Four Valley Drive Concorde Ontario Canada L4K Z1 Phone: Fax: mail@mpfiltricanada.com RUSSIN FDRTION MP FILTRI RUSSI Phone/Fax: +7(49)-94- P.O. ox Moscow, Russia mpfiltrirussia@yahoo.com CHIN MP FILTRI (Shanghai) Co. Ltd. 18 Lianxi Rd, 8 ld - Floor Shanghai, Pudong 14 P.R. China Phone: Fax: sales@mpfiltrishanghai.com

2 SRIS FRI Maximum working pressure bar F l o w r a t e t o 1 l / m i n s. p. a R

3 FRI series filter has been designed and developed to satisfy the demands of applications, on return or low preessure line in Hydraulic market. For example: in line & off-line filtration test bench application re t u rn filtration lubrication systems Simbol SRIS FRI Working pressure bar D.I. D.I. Filter without y - p a s s Filter with y - p a s s CTC FRI 1 UK

4 Technical inform a t i o n M a t e r i a l owl: y-pass valve : Indicators: Cover: P r e s s u r e Working pre s s u re: FRI Fatigue test: Te m p e r a t u r e F rom - C to + 11 C luminium nodized Steel (only for FRI 8) Plastic material r a s s luminium nodized Nylon (only for FRI ) bar 1.. of cycles f rom to bar Filter element material Series I n o rganic micro f i b rewith acrylic support Series P Resin treated paper Series M S q u a re wire mesh ndcap: Nylon galvanized Internal tube: steel D i rt molding capacit In according ISO 1889: Multi-pass test y-pass valve y-pass valve setting:,4 bar ±1% Other pre s s u re settings available. Δp Filter element M i c ro f i b reelements series: 1 bar Stainless square wire mesh elements M series: 1 bar Paper elements P series: 1 bar S e a l s S t a n d a rd NR FPM option series series V Compatibility with fluids o d y, compatible with: Mineral oil according to ISO 94 - w a t e r-based emulsions - synthetic fluids, water-glycol. Filter elements, compatible with: mineral oil according to ISO 94, synthetic fluids and water-based emulsions. Seals in NR series, compatible with: Mineral oil according to ISO 94 - w a t e r-based emulsionswater-glycol Seals in FPM V series, compatible with: Synthetic fluids type HS-HFDR-HFDS-HFDU Filter Weights ( K g. ) Volume (dm ) FRI 1,, 8 FRI 1,8 1, 9 FRI,, FRI 4,, FRI 1, 8 7, FRI 8 48, 1, Filter elements, conform to the following ISO standard: ISO Verification of collapse/burst re s i s t e n c e ISO 94 - Integrity of the first bubble point ISO 94 - Compatibility with fluids ISO 7 - Method for end load test ISO 74 - Verification of flow fatigue characteristics ISO 98 - Flow rate ISO Multi-pass method for evaluating filtration p e r f o rm a n c e (V) Vca 1 ( ) Vca ( ) Vcc (=) Vcc 1 (=) Vcc (=) lectrical characteristics for indicator Supply voltage C o n n e c t o r DIN 4 Series K - - N Resistive load Load Inductive load (),, lectrical connection Series - N (),, lectrical connection Series K N. C. N.. N. C. N

5 General - Filter selection For a quick reference guide, refer to page Filter assembly pressure drop: Δp Total = Δp filter housing + Δp filter element Housing pressure drop: The Δp is proportional to the fluid density. Filter element pressure drop: The Δp is proportional to the kinematic viscosity. The pressure drop data of the filter elements reported in this brochure were obtained using mineral oil fluid with a kinematic viscosity of /s (cst). Technical data The curves were obtained using a mineral oil with a density of,8 Kg/dm according to ISO 98. The Δp is pro p o r tional to the fluid density. Housing pressure drop,, 4 FRI / /4 Filter assembly sizing example Δp Total Δpc Filter housing Δpe Filter element Y Factor Q l/min = Flow rate V1 = Reference viscosity /s (cst) V = Working viscosity in /s Δp Total = Δpc + Δpe Δpe = Y x Q x ( V/V1 ) For application with kinematic viscosity s other than /s (cst) - see below. Y factor for the pressure drop of the individual filter elements. Sizing xample Q = 4 l/min V = 4 /s (cst) - working viscosity Pmax = 1 bar Filtration = µm absolute Δp Total max =, bar (recoendation) Pressure drop = Δp max 1 bar Δpc =,1 bar (* housing pressure drop FRI ) Δpe =,71 x 4 x ( 4/ ) =,4 bar Δp Tot. =,1 +,4 =,8 bar Filter selected FRI with filter element, 1,, 4, 1 1 FRI / 1/ CU -4- Y Factor Y factor for the pre s s u re drop of the individual filter element. CU Filter 1 Y F a c t o r Filter element, 77, 47 7, 7 8, FRI 8 CU 4 1 P, 9, 9, 1, 4 8, 1, 7, 4 1/ 1, 8, 1 4, 1, 9 9, P,,, 8

6 CU 1- - Y Factor Y factor for the pre s s u re drop of the individual filter. y-pass valve The curves were obtained using a mineral oil with a density of,8 kg/dm according to ISO 98. The Δp is propotional to the fluid density. CU 1 Filter Y F a c t o r Filter element, 1 1, 1 Housing pre s s u redro p F R I 1 1,, 4 9 4,, 7 CU P 1 1 P, 1 8,,,, 1 4, 1 4, 71, 98,, FRI CU -8 - Y Factor CU Filter Y F a c t o r Filter element, 1 9, FRI - 1 1, 8 4, 7, , 7 P, 8 CU 8, 7, 1 FRI -8 1, 8 4, ,, 1 P, 17, 9,

7 Filter assembly FRI Filter element CU xample: FRI 4 G1 1 N P1 V 1 8 xample: CU 4 1 N P1 Ordering information FRI 1 - Size - Filter element 8 - Filter assembly type FRI I n o rganic micro f i b re µ P1 MP Filtri standard 4 FRI 4 1 FRI 1 I n o rganic micro f i b re µ 1 I n o r ganic micro f i b re 1 µ ßx ( c) 1 Pxx Customer request 9 - lement condition indicator FRI 1 I n o r ganic micro f i b re 1 µ S With threaded hole only FRI I n o r ganic micro f i b re µ T With plug FRI P 1 Resin-treated paper T With threaded hole and plug (only for FRI ) 8 FRI 8 P Resin-treated paper Z Visual (Pop-up) bar - y-pass valve M Square wire mesh V Visual bar With by-pass - Collaps Δp N lectrical bar S Without by-pass - Seals NR V FPM N 1 ar 7 - Filter element for seals N NR V FPM Visual-electrical bar K* Visual-electrical bar 1-4 Volt - 11 Volt *{ - Volt V R Visual indicator (only for FRI ) F X lectrical bar (only for FRI ) F K Visual-electrical bar (only for FRI ) 4 - Port options Type G1 G 1/ G /4 G 1 G 1 1/ G 1 1/ G 1/ - G 1/ NPT /4 NPT 1 NPT 1 1/ NPT 1 1/ NPT 1/ NPT - G S 8 S 1 S 1 S 4 S 4 S - G G 1 1/4 - - G /4 NPT - - G S - - F S 1 1/ S 1 1/ S 1/ S 1/ S PSI/M PSI/M PSI/M PSI/M PSI/M F S 1 1/ S 1 1/ S 1/ S 1/ S PSI/UNC PSI/UNC PSI/UNC PSI/UNC PSI/UNC MP Filtri - Filtration products will only be guaranteed if original MP Filtri replacement elements and spares are used Data held in this publication is given only for indicative purposes. MP Filtri reserves to introduce modification to described items for technical or coercial reasons. Copyright reserved. 1

8 Indicator L e d 4, Ch. Ch. Z V N K FRI -4 Filter selection-quick re f e rence guide The following filter sizing recoendations are based on using a mineral oil fluid /s (cst) with a maximum filter assembly (housing & filter element) pre s s u re drop of 1, b a r. Ch Indicator port FRI F i l t e r Ty p e Flow rate I / m i n ø D P 1 P 48 * This port is supplied with a plug or a blank flange FRI 4 1 * Holes on the tank 9 P 1 P 8 * 8 * 8 * 8 * * Max flow re c o m e n d e d 4 fori ø D Type H H 8 98 H 8 H4, H 19 H, 1 H D 8, 11 D 89 1 D D M M 44 7 Thread connections TYP G1 G G 4 G 1/ G /4 1/ NPT /4 NPT S 8 (/4 1 UN) S 1 (1 1/1 1 UN) 4

9 Indicator L e d 4, Ch. Ch. Z FRI 1-- V Ch Indicator port N K Filter selection-quick re f e rence guide The following filter sizing recoendations are based on using a mineral oil fluid /s (cst) with a maximum filter assembly (housing & filter element) pre s s u re drop of 1, b a r. Type H1 H H H4 1 Thread connections TYP 1 ø D H H H7 D G1 G G G 1 1 NPT S 1 (1 /1 1 UN) G 1 1/ G 1/ 1 1/ NPT S 4 (1 7/8 1 UN) 1/ NPT S ( 1/ 1 UN) This port is supplied with a plug or a blank flange D D C 18 7 D1 D M M8 M1 Holes on the tank 9 4 fori ø D , FRI 1 FRI FRI F i l t e r Ty p e 1 1 P 1 P M 1 1 P 1 P M Flange connections Flow rate I / m i n * 1 * 1 * 1 * * Type C o n n e c t i o n s C 1 F1 F F1 F F1 F 1 S PSI/M 1 S PSI/UNC 1 1/ S PSI/M 1 1/ S PSI/UNC 1/ S PSI/M 1/ S PSI/UNC, 19, 19, 71, 71, 8, 8, 7, 7 9, 8 9, 8 88, 9 88, 9 * * * * 8 * P 1 P 8 * 8 * M * Max flow re c o m e n d e d D1 M 1 /8 UNC M 1 1/ UNC M 1 1/ UNC

10 Indicator L e d 4, Ch. Ch. Z V N K FRI 8 Ch Indicator port Filter selection-quick re f e rence guide The following filter sizing recoendations are based on using a mineral oil fluid /s (cst) with a maximum filter assembly (housing & filter element) pre s s u re drop of 1, b a r. FRI 8 F i l t e r Ty p e Flow rate I / m i n Series N 4 C * D P 1 * 1 * ø 7 1 * ø * Max flow re c o m e n d e d Flange connections C o n n e c t i o n s C D 1/ S- PSI/M 1/ S- PSI/UNC 9, 9 9, 9 1, 7 1, 7 M 1 /8 UNC 178 Holes on the tank 4 holes M14

11 Indicator VR FK FX Led SCL - R Ch. 11 ø9 ø9 8 8 ø4 Ch 4 R 1/8 UNI-ISO 7/1 Ch 4 R 1/8 UNI-ISO 7/1 FRI R 1/8 Indicator port Filter selection-quick re f e rence guide The following filter sizing recoendations are based on using a mineral oil fluid /s (cst) with a maximum filter assembly (housing & filter element) pre s s u re drop of 1, b a r. 9,8 FRI F i l t e r Ty p e Flow rate I / m i n D 1 1 ø 1 * * P * * * Max flow re c o m e n d e d 88 Holes on the tank ø 8, 4 holes M8 Thread connections TYP G1 G G G4 G G G 1 1/ 1 1/ NPT S 4 G 1 1/4 1 1/4 NPT S Flange connections C o n n e c t i o n s 1 1/ S- PSI/M 1 1/ S- PSI/M D M 1 1 / U N C 7