SPM. Pressure Filters MEDIUM PRESSURE INLINE FILTER

Transcription

1 PM Pressure Filters MEDIUM PREURE INLINE FILTER

2 Pressure Filters PM PM MPa (0 bar) Port sizes: 1/ 1 Flow rates: 10 l/min TECHNICAL DATA Max. working pressure: MPa (0 bar) Max. test pressure: MPa (0 bar) Bursting pressure: 66 MPa (660 bar) Fatigue test: 0 15 MPa (150 bar) / cycles Bypass valve: p 50 kpa (,5 bar) ± 10% p 600 kpa (6 bar) ± 10% Filter element collapse pressure: standard: p,1 MPa (1 bar) Working temperature: C MATERIAL Head and bowl: anodized aluminium eals: standard NBR on request FKM COMPATIBILITY (IO 94:1999) Full with fl uids: HH-HL-HM-HV-HTG (according to IO 674/4). For fl uids different than the above mentioned, please contact our ales Department. All tests performed according to the following standards: IO 941: Element collapse resistance test IO 94: Production integrity test IO 94: Fluids compatibility IO 7: End load test method IO 74: Flow fatigue resistance method IO 968: Pressure drop versus fl ow rate IO 16889: Multipass test. For further information contact our Technical Dept.

3 HOW TO OER THE COMPLETE FILTER PM Filter media FT = 5µm(c) FC = 7µm(c) Inorganic fiber ß>1000 FD = 1µm(c) 01 0 FT FT FC FC FD FD HOW TO OER THE FILTER ELEMENT CCH Filter media FT = 5µm(c) FC = 7µm(c) Inorganic fiber ß>1000 FD = 1µm(c) Pressure Filters PM = 1µm(c) = 1µm(c) = 10µ = 5µ Paper = 10µ = 5µ Paper = 10µ = 5µ teel wire mesh = 10µ RV = 5µ teel wire mesh eals eals 1 = NBR Nitrile = FKM Fluoroelastomer = NBR Nitrile = FKM Fluoroelastomer Bypass type = Whitout D = 50 kpa (,5 bar) D D C = 600 kpa (6 bar) C C Ports B = BP B B N = NPT N N = AE Port size = 1/ (NPT not available) 4 = / = Indicators XX 0 = Port, plugged 5D = Visual differential 50 kpa (,5 bar) 5E = Visual differential 500 kpa (5 bar) 6D = Electrical differential 50 kpa (,5 bar) 6E = Electrical differential 500 kpa (5 bar) 7D = 6D with LED 7E = 6E with LED T6 = Electrical 50 kpa (,5 bar) with thermostat 0 C T = Electrical 500 kpa (5 bar) with thermostat 0 C T T When the filter is ordered with FKM seals, the first digit of the indicator code is a letter (please see page ). Accessories 0 5D 5E 6D 6E 7D 7E T6 0 5D 5E 6D 6E 7D 7E T6 Indicator 7-76 on request only XX = Not available XX XX

4 Pressure Filters PM DIMENIONAL LAYOUT (mm) 94.5 D1 90 D1 6, H H Indicator Port M10 D1 H1 H Weight Kg PM ,7 1/ - /4-1 PM ,

5 CLOGGING INDICATOR NBR FKM Differential VIUAL indicators 5D AD 5E AE etting 500 kpa (5 bar) 5,5 ø 0 0 Pressure Filters PM NBR FKM Differential ELECTRICAL indicators 6D 6E CE etting 500 kpa (5 bar) PDT differential switch. C.C V: > max resistive or inductive load 4 - A respectively C.A V: > max resistive or inductive load 1 A - Protection IP65 - Connector DIN , NBR 7D 7E FKM ED EE Differential ELECTRICAL indicators with LED (4 V) for visual indication etting 500 kpa (5 bar) PDT differential switch. C.C V: > max resistive or inductive load 4 - A respectively C.A V: > max resistive or inductive load 1 A - Protection IP65 - Connector DIN , G 4- R N.C. N.O. C 1+ NBR T6 T FKM DD DE Differential ELECTRICAL indicators with THERMOTAT 0 C etting 500 kpa (5 bar) PDT differential switch. C.C V: > max resistive or inductive load 4 - A respectively C.A V: > max resistive or inductive load 1 A - Protection IP65 - Connector DIN C O NBR 76 FKM E6 Differential VIUAL ELECTRICAL indicators 7 E etting 500 kpa (5 bar) PDT differential switch. C.C V: > max resistive or inductive load 4 - A respectively C.A V: > max resistive or inductive load 1 A - Protection IP65 - Connector DIN C O

6 Pressure Filters PM FLOW RATE (l/min) PM 01 FT FC FD 50 kpa (0,5 bar) p 100 kpa (1 bar) kpa (1,5 bar) PM 0 FT FC FD 50 kpa (0,5 bar) p 100 kpa (1 bar) kpa (1,5 bar) The reference fluid has a kinematic viscosity of 0 ct and a density of 0,86 Kg/dm. For different oil viscosity please contact our ales Department for further information. DIRT HOLDING CAPACITY (g) IO MTD p = 500 kpa (5 bar) FT FC FD CCH 01 5,1 6,7 7,4 10,9 CCH 0 9,4 1,6 14,0 19,6 FILTER AREA (cm ) CCH CCH Technical data subject to variations without prior notice. PM 07/01