MHT Pressure Filters HIGH PEUE INLINE FILTE
Pressure Filters MHT MHT 4 MPa ( bar) Port sizes: / / Flow rates: 0 l/min TEHNIAL DATA Max. working pressure: 4 MPa ( bar) Max. testing pressure: 6 MPa (60 bar) Min. bursting pressure: 6 MPa (60 bar) Fatigue test: 0 8 MPa ( bar) Bypass valve: standard p 600 kpa (6 bar) ± 0% everse fl ow valve: available on request Filter element collapse pressure: p, MPa ( bar) all types p MPa (0 bar) TT T Working temperature: 5 +0 MATEIAL Head: cast iron Bowl: forged steel eals: standard NB on request OMPATIBILITY (IO 3:99) Full with fl uids: HHHLHMHVHTG (according to IO 67/4). For fluids different than the above mentioned, please contact our ales Department. All tests performed according to the following standards: IO : Element collapse resistance test IO : Production integrity test IO 3: Fluids compatibility IO 3: End load test method IO 37: Flow fatigue resistance method IO 3968: Pressure drop versus fl ow rate IO 69: Multipass test. For further information contact our Technical Dept.
HOW TO OE THE OMPLETE FILTE MHT = 5µm(c) = 7µm(c) = µm(c) = µm(c) = 0µ = 5µ = 0µ = 5µ = 5µm(c) = 7µm(c) = µm(c) = µm(c) Filter media 5 5 53 3 4 HOW TO OE THE FILTE ELEMENT Filter media Inorganic fiber ß>0 Paper = 5µm(c) = 7µm(c) = µm(c) = µm(c) = 0µ = 5µ Inorganic Inorganic fiber fibres ß>0 ß>00 Paper teel wire mesh = 0µ = 5µ teel wire mesh Inorganic fiber = 5µm(c) = 7µm(c) Inorganic fiber ß>0 p = MPa (0 bar) p 0 bar ( MPa) = ß>0 p = MPa (0 bar) µm(c) = µm(c) H Pressure Filters MHT = 0µ = 5µ teel wire mesh p = MPa (0 bar) = 0µ = 5µ teel wire mesh p = MPa (0 bar) eals eals = NB Nitrile = Fluoroelastomer = NB Nitrile = Fluoroelastomer Bypass type = Without = 600 kpa (6 bar) = everse flow valve P = 600 kpa (6 bar) + option P P On request only Ports B = BP N = NPT (N3 not available) = AE F = AE flange 0 psi H = AE flange 6000 psi B N B N F H B N F H Port size 3 = / 4 = 3/4 5 = ( * ) 6 = /4 7 = / (H7 not available) 3 4 4 5 5 6 7 ( * ) = F5 only for MHT+, H5 > MHT+ not available F5/H5 > MHT+ not available Indicators XX 03 = Port, plugged = Visual differential 0 kpa (5 bar) = Visual differential 0 kpa (8 bar) = Electrical differential 0 kpa (5 bar) = Electrical differential 0 kpa (8 bar) = with LED = with LED T = Electrical 0 kpa (5 bar) with thermostat = Electrical 0 kpa (8 bar) with thermostat 03 T 03 T 03 T When the filter is ordered with seals, the first digit of the indicator code is a letter (please see page 89). XX = Not available Accessories XX XX XX Indicator 7 on request only
Pressure Filters MHT DIMENIONAL LAYOUT (mm) MHT 5... MHT... 7,4 Indicator Port Indicator Port H3 H5 H4 D H3 H5 H4 D H3 H5 H4 MHT... Indicator Port H H D L3 D L L3 D L H H L4 D L H H L L4 L L L3 MHT 4 ø 3 D D H H H3 H4 H5 L L L3 L4 Weight Kg MHT 5 / 3/4 66 79,5 04,4 MHT 5 MHT 53 MHT / 3/4 / 3/4 3/4 6 96 6 09 09 6 77 08 65 M8 5/6 8 UN,5,5 = 04,6 05, 06,6 MHT 3/4 37 07 77 08 65 = 08, MHT MHT MHT 3 /4 / /4 / /4 / 5 337 457 07 9 3 38 38 38 M0 7/6 4 UN,0 3,9 7, MHT 4 /4 / 558 38,0
LOGGING INDIATO NB NB Differential ELETIAL indicators AE AF E F Differential VIUAL indicators etting 0 kpa (5 bar) etting 0 kpa (8 bar) etting 0 kpa (5 bar) etting 0 kpa (8 bar) PDT differential switch... 4 V: > max resistive or inductive load 4 3 A respectively.a. 5 V: > max resistive or inductive load A Protection IP65 onnector DIN 6 ecommended tightening torque Nm ecommended tightening torque Nm,5 64,5 ø 3 Pressure Filters MHT NB EE EF Differential ELETIAL indicators with LED ( V) for visual indication etting 0 kpa (5 bar) etting 0 kpa (8 bar) PDT differential switch... 4 V: > max resistive or inductive load 4 3 A respectively.a. 5 V: > max resistive or inductive load A Protection IP65 onnector DIN 6 ecommended tightening torque Nm 64,5 G 4 N.. N.O. 3 + NB T DE DF Differential ELETIAL indicators with THEMOTAT etting 0 kpa (5 bar) etting 0 kpa (8 bar) PDT differential switch... 4 V: > max resistive or inductive load 4 3 A respectively.a. 5 V: > max resistive or inductive load A Protection IP65 onnector DIN 6 ecommended tightening torque Nm 59 3 O NB Differential VIUAL ELETIAL indicators 7 E etting 0 kpa (5 bar) E3 etting 0 kpa (8 bar) PDT differential switch... 4 V: > max resistive or inductive load 4 3 A respectively.a. 5 V: > max resistive or inductive load A Protection IP65 onnector DIN 6 ecommended tightening torque Nm O FLANGE MOUNTING BOLT DIMENION (mm) MHT MHT ode D Max Pressure H4 F5 H6 F6 F7 3/4 /4 /4 / 4 MPa ( bar ) MPa (0 bar) 4 MPa ( bar) MPa (0 bar) MPa (0 bar ) L5 L6 D3 T (min. thread depth),8 3,8 4 M0 5,4 6, 4 66,7 58,7,0 3,8,8,7 M4 M0 M
Pressure Filters MHT FLOW ATE (l/min) MHT 5 Port 3/4 kpa (0,5 bar) 4 3 45 p kpa ( bar) 6 38 60 kpa (,5 bar) 8 40 57 MHT Port kpa (0,5 bar) 5 7 39 6 0 0 p kpa ( bar) 55 6 0 kpa (,5 bar) 8 95 MHT Port / kpa (0,5 bar) 93 0 39 79 6 9 p kpa ( bar) 8 8 kpa (,5 bar) 8 68 97 7 7 5 9 5 3 5 67 7 5 3 58 76 5 67 6 6 33 5 36 67 5 7 77 57 45 53 5 45 34 79 3 340 8 38 40 0 5 84 04 35 40 68 5 3 MHT 5 Port 3/4 MHT Port MHT 3 Port / 30 3 3 7 60 83 3 6 4 60 74 09 5 83 5 47 34 68 6 39 9 47 4 408 60 09 36 39 4 56 9 4 3 55 79 54 3 37 40 55 83 05 3 7 59 3 MHT 53 Port 3/4 MHT Port MHT 4 Port / 340 33 5 77 55 95 0 33 7 74 9 30 38 5 36 6 56 36 3 8 98 3 7 34 84 60 3 The reference fluid has a kinematic viscosity of ct and a density of 0, Kg/dm 3. For different oil viscosity please contact our ales Department for further information.
DIT HOLDING APAITY (g) IO M p = 0 kpa (5 bar) H 5,0,0,6,6 3,0 3,0 4,3 4,3 H 5 3,0 3,0 3,8 3,8 3,9 3,9 6, 6, H 53 5,5 5,5 7, 7, 7,8 7,8,5,5 H 5,7 5,7 7,5 7,5 8, 8,,, H 0,9 0,9 4, 4, 5,6 5,6,8,8 Pressure Filters MHT H,9,9 5,5,3 7,,6 5,3 8,4 H,0 6, 7,6 0,7 3,0 3,0,0 33,3 H 3 8,0 5,3 37,9 3, 4,5 36,8 6, 5,9 H 4 39, 33,3 49,4 4,5 56,3,3,5, FILTE AEA (cm ) H 5 30 30 H 5 4 4 4 4 4 4 H 53 5 5 5 5 95 95 H 7 7 7 7 9 9 H 7 7 H 70 4 70 4 70 70 H 360 0 360 0 695 695 H 3 0 60 0 60 5 5 H 4 65 40 65 40 56 56 Technical data subject to variations without prior notice. MHT 07/03