MRH. Return Filters RETURN FILTER

Transcription

1 MRH Return ilters RETUR ILTER

2 Return ilters MRH MRH MPa (0 bar) Port sizes: / / low rates:.00 l/min TECHICAL ATA Max. working pressure: MPa (0 bar) Max. test pressure: MPa ( bar) ursting pressure: 6 MPa (60 bar) atigue test: 0,5 MPa (5 bar) / cycles ypass valve: p 0 kpa ( bar) ± 0% ilter element collapse pressure: standard: p MPa (0 bar) Working temperature: 5 +0 C MATERIAL Head: anodized aluminium owl: anodized aluminium (steel for size 50 only) eals: standard R on request COMPATIILITY (IO 94) ull with fl uids: HHHLHMHVHTG (according to IO 674/4). or fl uids different than the above mentioned, please contact our ales epartment. All tests performed according to the following standards: IO 94: Element collapse resistance test IO 94: Production integrity test IO 94: luids compatibility IO 7: End load test method IO 74: low fatigue resistance method IO 968: Pressure drop versus fl ow rate IO 6889: Multipass test. or further information contact our Technical ept.

3 HOW TO ORER THE COMPLETE ILTER MRH ilter media T = 5µm(c) C = 7µm(c) Inorganic fiber ß>000 = µm(c) V = µm(c) C = 0µ Paper CV = 5µ M = 60µ teel wire mesh M = 90µ T T C C V V C C CV CV M M M M T T C C V V C C CV CV M M M M T T C C V V C C CV CV M M M M HOW TO ORER THE ILTER ELEMET CRH ilter media T = 5µm(c) C = 7µm(c) Inorganic fiber ß>000 = µm(c) V = µm(c) C = 0µ Paper CV = 5µ M = 60µ teel wire mesh M = 90µ Return ilters MRH eals eals = R itrile = luoroelastomer = R itrile = luoroelastomer ypass type = Whitout = 0 kpa ( bar) Ports = P = PT = AE = AE flange 00 psi Port size = / 4 = /4 4 5 = 5 7 = / 7 9 = / 9 = / Indicators = Port, plugged = Visual differential 00 kpa ( bar) = Electrical differential 00 kpa ( bar) = with LE = Electrical 00 kpa ( bar) with thermostat C Indicator 7 on request only When the filter is ordered with seals, the first digit of the indicator code is a letter (please see page 8889). XX Accessories XX = o accessory available XX XX XX XX XX XX

4 Return ilters MRH R Indicator port H 6 H H4 H6 H5 H E E IMEIOAL LAYOUT (mm) 50: port not available 6 E E E E H H H H4 H5 H6 R MRH / P MRH / PT 95 8,5 90 5,5 = 4 = = 60 6,5 96, MRH AE 8/4 6U MRH /4 P MRH /4 PT 8 8 6,5 = 57 = = MRH AE /6 U MRH P MRH PT ,5 M0 67 5,4 6, MRH AE 6 5/6 U MRH AE 00 MRH 0... / P MRH 0... / PT MRH 0... AE 4 7/8 U ,5 M 8 5, MRH 0... / AE 00 MRH / P MRH / PT MRH AE / U ,5 M 7,5 88,9 50, MRH / AE 00 MRH / AE ,5 M6 78 0,7 69,9 67 = Weight Kg,,6,7 6,5 4, 49,0

5 CLOGGIG IICATOR R ifferential VIUAL indicator AC etting 00 kpa ( bar) 5,5 ø M0 x,5 Return ilters MRH R CC ifferential ELECTRICAL indicator etting 00 kpa ( bar) PT differential switch. C.C. 4 V: > max resistive or inductive load 4 A respectively C.A. 550 V: > max resistive or inductive load A Protection IP65 Connector I , M0 x,5 R EC ifferential ELECTRICAL indicator with LE (4V) for visual indicator etting 00 kpa ( bar) PT differential switch. C.C. 4 V: > max resistive or inductive load 4 A respectively C.A. 550 V: > max resistive or inductive load A Protection IP65 Connector I , M0 x,5 G 4 R.C..O. C + R C ifferential ELECTRICAL indicator with THERMOTAT C etting 00 kpa ( bar) PT differential switch. C.C. 4 V: > max resistive or inductive load 4 A respectively C.A. 550 V: > max resistive or inductive load A Protection IP65 Connector I M0 x,5 C O R 7 E ifferential VIUAL ELECTRICAL indicator etting 00 kpa ( bar) PT differential switch. C.C. 4 V: > max resistive or inductive load 4 A respectively C.A. 550 V: > max resistive or inductive load A Protection IP65 Connector I M0 x,5 C O

6 Return ilters MRH LOW RATE (l/min) p = 50 kpa (0,5 bar) MRH 008 MRH 05 MRH 05 MRH 0 MRH 50 ilter Media T C V C CV M M MRH The reference fluid has a kinematic viscosity of ct and a density of 0,86 Kg/dm. or different oil viscosity please contact our ales epartment for further information. IRT HOLIG CAPACITY (g) IO MT p = 0 kpa ( bar) T C ilter Media V CRH 008,6,4 4,0 5,7 CRH 05 4,0 5,7 6,9 0, CRH 05 6,9 9, 0, 7, CRH 0 8,4 5, 8,7 4,7 CRH 50 5,6 49,4 57,5 9,0 CRH 50 69,0 95,4 09, 7,5 ILTER AREA (cm ) C CV ilter Media M M CRH CRH CRH CRH CRH 50 CRH Technical data subject to variations without prior notice. MRH 07/