(Ecological Pressure Filter) - PDF Free Download

EPF iprotect (Ecological Pressure Filter) High Pressure Filters Max 7 I/min - 45 bar A compact, cost effective pressure filter solution Designed with the iprotect patented filtration technology The Parker EPF iprotect (Ecological High Pressure Filter) is designed to provide high quality filtration of hydraulic systems, providing new possibilities to reduce the cost of ownership by improving their productivity and profitability. A radical, innovative approach was applied with the design of the EPF iprotect, suitable for a flow capacity up to 7 l/min at 45 bar working pressure. A new patented design of the filter element allows integration of the bypass valve and element core as re-usable parts in the filter bowl. This makes the product fool proof as there is no risk of forgetting to re-install re-usable parts. With less space being available for filters, Parker has taken on board the requirement to provide more compact solutions. A unique feature is the filter element remains inside the filter bowl when changing the filter element. This can save over 5mm of space envelope in comparison with traditional high pressure filters. Product Features: The patented element design guarantees the quality of filtration, which directly impacts the oil cleanliness level as the usage of pirate type after market filters with unknown quality of filter media is excluded. This in-build safety has a direct, positive impact on the productivity and profitability of equipment. Guaranteed quality of filtration More compact solutions are possible Filter element remains in filter bowl during filter service Reduce waste of 5% No risk of installation mistakes due to a foolproof design Unique OEM branding opportunities Easy to integrate into hydraulic manifold solutions

EPF iprotect High Pressure Filters Features Advantages Benefits Patented filter element Avoid use of non-genuine parts Guaranteed quality of filtration Filter element remains in filter bowl Less space needed to change/service filter More compact solutions are possible Reduce service time for filter over 4% Environmentally-friendly design Reduces environmental waste over 5% Lower disposal cost Service-friendly product design No handling of loose re-usable parts No risk of making mistakes during change of element Bypass valve integral part of filter bowl Easy to integrate in manifold systems More compact and lower cost of manifold (only one cavity is needed) Lower pressure lost across filter Saving energy, improving system efficiency Wide range of differential pressure indicators Continuous feedback of condition filter elements Optimizing filter element life Contributes to scheduled maintenance Typical Applications Mobile working hydraulics Mobile drive system Pilot line filtration Servo controls Reverse flow valve applications Industrial working hydraulics Control systems The Parker EPF iprotect series patented bypass valve technology Bypass settings are available up to 7 bar or completely blocked in conjunction with patented, high strength filter elements (available October ). The principle is Bypass Closed Flow Direction based on differential pressure measurement across the filter element. During bypass only a part of the mainflow is flowing through the bypass valve. Bypass Open Flow Direction Epf iprotect applies the latest generation of Microglass III filter media. The patented element design guarantees the quality of filtration. WARNING USER RESPONSIBILITY FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE. This document and other information from Parker- Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise. The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalogue and in any other materials provided from Parker or its subsidiaries or authorized distributors. To the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems.

Protecting your system and the environment Protect your system performance and profit The new iprotect generation of filter elements provide high filtration performance combined with patented technology. The bespoke design prevents the use of pirate type alternatives. Less space needed to accommodate the filter More compact solutions are possible as the filter element remains in the filter bowl during change of filter element. Compared to traditional solutions it does not only save space, it also reduces the required manual handling during the filter change process. Saving cost and our environment What does it take to introduce a new ground-breaking design which saves the environment? Parker s EPF iprotect applies a re-usable element core and bypass, both integral parts of the filter bowl. This solution avoids the handling of re-usable parts during element change and reduces over 5% disposal weight. Smart valve technology Parker hydraulic control valve technology is applied for the reusable bypass valve. This leakagefree valve has a patented interface with the filter element, which ensures that genuine parts are always applied. With bypass settings up to 7 bar filtration during cold start conditions, more compact solutions, can be realised. The valve also optimizes the flow path, reducing the pressure lost across the filter. Easier to integrate Parker has set the trend to integrate filtration into manifolds. With Parker s EPF iprotect we have taken the design one step further. Only one cavity is needed to accomodate the filter instead of two, this is because the re-usable bypass valve is integrated into the filter bowl, reducing space and cost. Customized solutions Parker s motion & control technologies provide new opportunities for our customers. Customized manifolds or duplex filters, as in this example offer complete automatic change-over. The EPF iprotect contributes to realizing new solutions, improving your productivity and profitability. A protective gene The performance and profitability of systems directly depends upon the filter media. It goes without saying that Parker s patented products aim to avoid the use of unknown filter performance, jeopardizing safety and performance. Our Microglass III media is continuously upgraded and acts as a protective gene in the system. When going into reverse Parker s EPF can be equipped with an optional reverse flow. This valve assembly is integrated in the element end cap and isolates the filter medium during reverse flow conditions. A new patented design of the filter element allows integration of the bypass valve and element core as re-usable parts in the filter bowl. This results in cost reduction when integrating the high pressure filter in manifold type solutions. But it also reduces the waste when changing the filter element by over 5% as the element core is an integral part of the filter bowl. The design of the EPF iprotect, is unique, there is no need to re-install any re-usable parts as with some other filters in the market. This makes the product fool proof as there is no risk of forgetting to re-install re-usable parts. Filter Lock Replacing the filter element: Drain the filter housing using the plugged drain port. Thanks to the filter lock the element remains in the bowl. Pull out the old element. The re-usable element core and bypass valve are integral parts of the bowl. Filtration is from Out to In, the element core is located in the clean oil side. Just drop the new element in the bowl. Screw the bowl, including element into the filter head. Parker Hannifin Hydraulic Filter Division Europe FDHB49UK

EPF iprotect Size Specification EPF iprotect Size Specification Nominal flow 4 l/min Pressure ratings Maximum allowable operationg pressure 45 bar Filter housing pressure pulse fatigue tested ^6 pulses -45 bar Connections Inlet and outlet connections are threaded internally Connection style Thread G½ Threat SAE 8 Filter housing Head material cast iron (GSI) Bowl material steel Seal material Nitrile of Fluorelastomer Operating temperature range Seal material Nitrile : -4C to + C Seal material Fluorelastomer : -C to + C Bypass valve & Indicator settings Bypass Indicator.5 bar.5 bar 5. bar.5 bar 7. bar 5. bar Blocked 5. bar Filter element Degree of filtration Determined by multipass test in accordance to ISO6889 Flow fatigue characteristics Filter media is supported so that the optimal fatigue life is achieved (ISO 74) Microglass III Supported with epoxy coated metal wire mesh, end cap material reinforced composite and reusable metal inner core. Collapse pressure 5 bar (ISO 94) High collapse elements To be used when bypass blocked option is selected Collapse pressure bar (ISO 94) Indicator options Indicating differential pressure:.5 +/-. bar.5 +/-. bar 5. +/-. bar Visual M Electrical T Electronic F (PNP) Electronic F (NPN) Atex versions are available on request Weights (kg) EPF Size : Fluid compatibility Hydraulic mineral oils H to class HLPD (DIN554) Operating fluids DIN ISO 94 Lubrication fluids ISO674, APJ, DIN 557, ACEA, ASTM Vegetable oils 6/4 Water Glycols On request - Industrial grade phosphate esters Non aggressive synthetic oils Non aggressive bio-degradable oils (HETG, HEPG and HEES to VDMA 4568) EPF iprotect - Size (Inline) 4

EPF iprotect Size Specification EPF iprotect Size Specification Nominal flow > l/min Pressure ratings Maximum allowable operationg pressure 45 bar Filter housing pressure pulse fatigue tested ^6 pulses -45 bar Connections Inlet and outlet connections are threaded internally Connection style Thread G¾ Thread SAE Thread M7, ISO 649 SAE flange ¾ = 6M SAE flange ¾ = 6 Manifold ¾ = 6M Filter housing Head material cast iron (GSI) Bowl material steel Seal material Nitrile of Fluorelastomer Operating temperature range Seal material Nitrile : -4C to + C Seal material Fluorelastomer : -C to + C Bypass valve & Indicator settings Bypass Indicator.5 bar.5 bar 5. bar.5 bar 7. bar 5. bar Blocked 5. bar Filter element Degree of filtration Determined by multipass test in accordance to ISO6889 Flow fatigue characteristics Filter media is supported so that the optimal fatigue life is achieved (ISO 74) Microglass III Supported with epoxy coated metal wire mesh, end cap material reinforced composite and reusable metal inner core. Collapse pressure 5 bar (ISO 94) High collapse elements To be used when bypass blocked option is selected Collapse pressure bar (ISO 94) Indicator options Indicating differential pressure:.5 +/-. bar.5 +/-. bar 5. +/-. bar Visual M Electrical T Electronic F (PNP) Electronic F (NPN) Atex versions are available on request Weights (kg) EPF Size length : 4, EPF Size length : 5,7 Fluid compatibility Hydraulic mineral oils H to class HLPD (DIN554) Operating fluids DIN ISO 94 Lubrication fluids ISO674, APJ, DIN 557, ACEA, ASTM Vegetable oils 6/4 Water Glycols On request - Industrial grade phosphate esters Non aggressive synthetic oils Non aggressive bio-degradable oils (HETG, HEPG and HEES to VDMA 4568) EPF iprotect - Size (Inline) EPF iprotect - Size (Manifold) 6

EPF iprotect Size Pressure Drop Curves With.5 bar bypass the recommended initial pressure drop max is. bar With 7. bar bypass the recommended initial pressure drop max is. bar If the medium used has a viscosity different from cst. pressure drop over the filter can be estimated as follows: The total Δp = housing Δph + (element Δpe x working viscosity/). EPF L Dp Elements EPF L (bar) Flow (I/min) QI 5QI QI QI.49..7.9 4.98.67.54.8 6.47..8.57 8.96..9.76.45.66.6.95.94..6.4 4.4..9. EPF L Dp Elements with Reverse Flow Valve EPF L (bar) Flow (I/min) QIR 5QIR QIR QIR..74.5.4.9 4.47..8.57 6..5..86 8.94..6.5.68.5.4.4 4.4..44.7 4 5.4.49.86. EPF Size Length Filter Elements 4.5.5.5.5 4 6 8 4 QI 5QI QI QI EPF Size Length Filter Elements with reverse flow valve 6 5 4 4 6 8 4 QI 5QI QI QI Empty Housing (bar) Flow (I/min) Housing. 4.6 6.4 8.4.6.49 4.65 EPF L Dp Elements EPF L (bar) Flow (I/min) QI 5QI QI QI Empty Housing EPF Size.7.6.5.4... 4 6 8 Empty Housing EPF Size Length Filter Elements 4.74..7. 4.549.4.4.66 6.8.6.54.99 8.97.8.686.5.7.857.664.646...797 4.9.4..9.5.5.5 4 6 8 4 QI 5QI QI QI EPF L Dp Elements with Reverse Flow Valve EPF L (bar) Flow (I/min) QIR 5QIR QIR QIR.4..565.995 4.85.6.545.99 6.45.9.77.5985 8.6455..9.7965.565.5.855.996.469.8.545.955 4.88..8.95 EPF Size Length Filter Elements with reverse flow valve.5.5.5.5 4 6 8 QI 5QI QI QI 4

EPF iprotect Size Specification EPF iprotect Size Specification Nominal flow >6 l/min Pressure ratings Maximum allowable operationg pressure 45 bar Filter housing pressure pulse fatigue tested ^6 pulses -45 bar Connections Inlet and outlet connections are threaded internally Connection style Thread G Thread SAE 6 Thread M, ISO 649 SAE flange = 6M SAE flange = 6 Filter housing Head material cast iron (GSI) Bowl material steel Seal material Nitrile of Fluorelastomer Operating temperature range Seal material Nitrile : -4C to + C Seal material Fluorelastomer : -C to + C Bypass valve & Indicator settings Bypass Indicator.5 bar.5 bar 5. bar.5 bar 7. bar 5. bar Blocked 5. bar Filter element Degree of filtration Determined by multipass test in accordance to ISO6889 Flow fatigue characteristics Filter media is supported so that the optimal fatigue life is achieved (ISO 74) Microglass III Supported with epoxy coated metal wire mesh, end cap material reinforced composite and reusable metal inner core. Collapse pressure 5 bar (ISO 94) High collapse elements To be used when bypass blocked option is selected Collapse pressure bar (ISO 94) Indicator options Indicating differential pressure:.5 +/-. bar.5 +/-. bar 5. +/-. bar Visual M Electrical T Electronic F (PNP) Electronic F (NPN) Atex versions are available on request Weights (kg) EPF Size length : 6,7 EPF Size length : 9, Fluid compatibility Hydraulic mineral oils H to class HLPD (DIN554) Operating fluids DIN ISO 94 Lubrication fluids ISO674, APJ, DIN 557, ACEA, ASTM Vegetable oils 6/4 Water Glycols On request - Industrial grade phosphate esters Non aggressive synthetic oils Non aggressive bio-degradable oils (HETG, HEPG and HEES to VDMA 4568) EPF iprotect - Size (Inline) 8

EPF iprotect Size Pressure Drop Curves With.5 bar bypass the recommended initial pressure drop max is. bar With 7. bar bypass the recommended initial pressure drop max is. bar If the medium used has a viscosity different from cst. pressure drop over the filter can be estimated as follows: The total Δp = housing Δph + (element Δpe x working viscosity/). Size L EPF Size Length Dp Elements (bar) Flow (I/min) QI 5QI QI QI 5.65.4.6.6.9.87.5. 5.94..79.47.58.7.5.6 EFP Size Length Filter Elements.5.5.5 5 5 QI 5QI QI QI Size L EPF Size Length Dp Elements with reverse flow valve (bar) Flow (I/min) QIR 5QIR QIR QIR 5.97.65.9.4.94..79.47 5.9.95.8.7.87.6.58.95 EFP Size Length Filter Elements with reverse flow valve 5 4 5 5 QI 5QI QI QI Size Empty Housing (bar) Flow (I/min) Housing 5.6.7 5..47 5.64 EPF Size Empty Housing.7.6.5.4... 5 5 5 Empty Housing Size L EPF Size Length Dp Elements (bar) Flow (I/min) QI 5QI QI QI 5..8.8.5.64.56.7. 5.97.85.55.45.9..74.6 5.6.4.9.75 EPF Size Length Filter Elements.8.6.4..8.6.4. 5 5 5 QI 5QI QI QI Size L EPF Size Length Dp Elements with reverse flow valve (bar) Flow (I/min) QIR 5QIR QIR QIR 5.48.4.8..97.85.55.45 5.45.7.8.68.9.69..9 5.4..8. EPF Size Length Filter Elements with reverse flow valve.5.5.5 5 5 5 QI 5QI QI QI 9 Parker Hannifin Hydraulic Filter Division Europe FDHB49UK

EPF iprotect Size 4 Specification EPF iprotect Size 4 Specification Nominal flow > l/min Pressure ratings Maximum allowable operationg pressure 45 bar Filter housing pressure pulse fatigue tested ^6 pulses -45 bar Connections Inlet and outlet connections are threaded internally Connection style Thread G/4 Thread G/ Thread SAE Thread SAE 4 Thread M4, ISO 649 SAE flange ¼ = 6M SAE flange ¼ = 6 Manifold ¼ = 6M Filter housing Head material cast iron (GSI) Bowl material steel Seal material Nitrile of Fluorelastomer Operating temperature range Seal material Nitrile : -4C to + C Seal material Fluorelastomer : -C to + C Bypass valve & Indicator settings Bypass Indicator.5 bar.5 bar 5. bar.5 bar 7. bar 5. bar Blocked 7. bar Filter element Degree of filtration Determined by multipass test in accordance to ISO6889 Flow fatigue characteristics Filter media is supported so that the optimal fatigue life is achieved (ISO 74) Microglass III Supported with epoxy coated metal wire mesh, end cap material reinforced composite and reusable metal inner core. Collapse pressure 5 bar (ISO 94) High collapse elements To be used when bypass blocked option is selected Collapse pressure bar (ISO 94) Indicator options Indicating differential pressure:.5 +/-. bar.5 +/-. bar 5. +/-. bar Visual M Electrical T Electronic F (PNP) Electronic F (NPN) Atex versions are available on request Weights (kg) EPF Size 4 length : 5,8 EPF Size 4 length :, Fluid compatibility Hydraulic mineral oils H to class HLPD (DIN554) Operating fluids DIN ISO 94 Lubrication fluids ISO674, APJ, DIN 557, ACEA, ASTM Vegetable oils 6/4 Water Glycols On request - Industrial grade phosphate esters Non aggressive synthetic oils Non aggressive bio-degradable oils (HETG, HEPG and HEES to VDMA 4568) EPF iprotect - Size 4 (Inline) EPF iprotect - Size 4 (Manifold)

EPF iprotect Size 4 Pressure Drop Curves With.5 bar bypass the recommended initial pressure drop max is. bar With 7. bar bypass the recommended initial pressure drop max is. bar If the medium used has a viscosity different from cst. pressure drop over the filter can be estimated as follows: The total Δp = housing Δph + (element Δpe x working viscosity/). Size 4 L EPF Size 4 Length Filter Elements Flow (I/min) QI 5QI QI QI.48.4.6..96.8.5.4.44..78.6 4.9.6.4.8 5.4. EFP Size 4 Length Filter Elements 4 5 QI 5QI QI QI Size 4 L EPF Size 4 Length Filter Elements with reverse flow valve Flow (I/min) QIR 5QIR QIR QIR.7.6.9..44..78.6.6.8.7.9 4.88.4.56. 5.6.95.5 EPF Size 4 Length Filter Elements with reverse flow valve 4 4 5 QI 5QI QI QI Size 4 EPF Size 4 Empty Housing (bar) Flow (I/min) Housing..4.9 4.5 5.7 EPF Size 4 Empty Housing.8.6.4. 4 Empty Housing 5 Size 4 L EPF Size 4 Length Filter Elements (bar) Flow (I/min) QI 5QI QI QI..6.76..6.5.5.6.94.78.58.4 4.5.4.74.58 5.56..88.66 EPF Size 4 Length Filter Elements.5.5 4 QI 5QI QI QI 5 Size 4 L EPF Size 4 Length Filter Elements with Reverse Flow Valve Flow (I/min) QR 5QR QR QR.47.9.6..94.78.5.4.4.7.79.59 4.87.56.6.79 5.4.95..99 EPF Size 4 Length Filter Elements with reverse flow valve.5.5.5 4 5 QI 5QI QI QI Parker Hannifin Hydraulic Filter Division Europe FDHB49UK

EPF iprotect Size 5 Specification EPF iprotect Size 5 Specification Nominal flow > l/min Pressure ratings Maximum allowable operationg pressure 45 bar Filter housing pressure pulse fatigue tested ^6 pulses -45 bar Connections Inlet and outlet connections are threaded internally Connection style Thread G/ Thread SAE 4 Manifold SAE flange ½ - 6M Filter housing Head material cast iron (GSI) Bowl material steel Seal material Nitrile of Fluorelastomer Operating temperature range Seal material Nitrile : -4C to + C Seal material Fluorelastomer : -C to + C Bypass valve & Indicator settings Bypass Indicator.5 bar.5 bar 5. bar.5 bar 7. bar 5. bar Blocked 5. bar Filter element Degree of filtration Determined by multipass test in accordance to ISO6889 Flow fatigue characteristics Filter media is supported so that the optimal fatigue life is achieved (ISO 74) Microglass III Supported with epoxy coated metal wire mesh, end cap material reinforced composite and reusable metal inner core. Collapse pressure 5 bar (ISO 94) High collapse elements To be used when bypass blocked option is selected Collapse pressure bar (ISO 94) Indicator options Indicating differential pressure:.5 +/-. bar.5 +/-. bar 5. +/-. bar Visual M Electrical T Electronic F (PNP) Electronic F (NPN) Atex versions are available on request Weights (kg) EPF Size 5 length : Fluid compatibility Hydraulic mineral oils H to class HLPD (DIN554) Operating fluids DIN ISO 94 Lubrication fluids ISO674, APJ, DIN 557, ACEA, ASTM Vegetable oils 6/4 Water Glycols On request - Industrial grade phosphate esters Non aggressive synthetic oils Non aggressive bio-degradable oils (HETG, HEPG and HEES to VDMA 4568) EPF iprotect - Size 5 (Inline) EPF iprotect - Size (Manifold) Exploded view spare parts drawing See opposite for parts list and seal kit numbers

EPF iprotect Size 5 Pressure Drop Curves With.5 bar bypass the recommended initial pressure drop max is. bar With 7. bar bypass the recommended initial pressure drop max is. bar If the medium used has a viscosity different from cst. pressure drop over the filter can be estimated as follows: The total Δp = housing Δph + (element Δpe x working viscosity/). Size 5 EPF Size 5 Length Filter Elements (bar) Flow (I/min) QI 5QI QI QI.5..4..5.4.8..75.6.4. 4..8.56.4 5.5.4.7.5 6.5.48.84.66 7.75.456.98.74 EPF Size 5 Length Filter Elements.5.5.5 4 5 QI 5QI QI QI 6 7 Size 5 EPF Size 5 Empty housing Flow (I/min) Housing... 4.4 5.5 6.66 7.88 EPF Size 5 Empty Housing.8.6.4. 4 5 Housing 6 7 Size 5 EPF Size 5 Length Filter Elements Flow (I/min) QIR 5QIR QIR QIR.4...7.8.67.45.4...67.5 4.6..9.68 5..66..84 6.4.9968.44.76 7.8.96.568.87 EPF Size 5 Length Filter Elements with reverse flow valve.5.5.5 4 5 6 7 QI 5QI QI QI Parts list Index Description Part number Indicator On Request Plug On Request Filter head On Request 4 Filter element See element table 5 Back-up ring In seal kit/spare filter elements 6 O-ring In seal kit/ spare filter elements 7 Filter bowl On Request 8 Drain plug On Request Seal kit numbers Filter Nitrile Fluorelastomer EPF EPFSK EPFSK EPF EPFSK EPFSK EPF EPFSK EPFSK EPF 4 EPFSK4 EPFSK4 EPF 5 EPFSK5 EPFSK5 Parker Hannifin Hydraulic Filter Division Europe FDHB49UK

Indicator Options FMU p -Indicators and Pressure Indicators FMUT Electrical Rated voltage Non-inductive load (A) Inductive load (A) Inrush current (A) Resistive load Lamp load Inductive load Motor load N.C. N.O. N.C. N.O. N.C. N.O. N.C. N.O. N.C. N.O. 5VAC 5.5.7.5. 5VAC..5.5.8 8VDC 5 5 4 4VDC 5 4 4 VDC 4 5VDC.4.5.4.4.5 5VDC..... Contact configuration Electrical Indicator Type T P-P max. max. Enclosure class IP65 Electrical connector DIN 465 Overvoltage category FMUM Visual Auto Reset Operation Red colour visible when indicator on ø4 II (EN6-) COM Indication (N.O) Normally closed (N.C) No connect Rotating part 6 Low pressure High pressure SAE8 Fixed part 5.7 7.5 Low pressure High pressure 5.7 5. 5.7 SAE 8 FMUF Electronic Contact configuration S8 model NPN FMU F NPN Load +V +...6 Vdc Rotating part 6 Load PNP 4 max ma V Green LED Yellow LED s Red LED Fixed part 96.6 FMU F PNP Load +V +...6 Vdc Low pressure 5.7 Load 4 max ma V High pressure SAE 8 Thermal lock-out (standard setting + C) Indicator operates only when temperature is above setting. Ind. press. LED status setting G Y Y R < 5 % - 5 % - Output 75 % active % active Enclosure class Electrical connector Input supply voltage *Indication output Output type: IP65 DIN 465, cable connection PG9 or optinally M 4-pin + to 6 Vdc max. ma/6 Vdc N.O. or N.C./NPN or PNP Note: Do not connect output terminals or directly (without load) to power supply terminals, because this will damage the equipment. 4

Filter media efficiency Degree of filtration Average filtration beta ratio ß (ISO 6889) / particle size μm [c] ßx(c)= ßx(c)= ßx(c)=75 ßx(c)= ßx(c)= ßx(c)= % efficiency, based on the above beta ration (ßx) 5.% 9.% 98.7% 99.% 99.5% 99.9% Disposable Microglass III Code Element with reverse flow valve N/A N/A N/A N/A N/A 4.5% QI QIR N/A N/A 4.5 5 6 7 5QI 5QIR N/A 6 8.5 9 QI QIR 6 7 8 QI QIR Ordering information. Standard part numbers Filter Assemblies Part Number Flow (l/min) Model Number Element lenght Media Rating (micron) Seals Indicator Bypass (bar) Ports Replacement elements EPF5QIBPMG8 4 EFP 5 Nitrile Plugged port 7 G/ 94449Q EPFQIBPMG8 4 EFP Nitrile Plugged port 7 G/ 9444Q EPFQIBPMG8 4 EFP Nitrile Plugged port 7 G/ 9444Q EPF5QIBPMG 4 EPF 5 Nitrile Plugged port 7 G/4 9444Q EPFQIBPMG 4 EPF Nitrile Plugged port 7 G/4 9444Q EPFQIBPMG 4 EPF Nitrile Plugged port 7 G/4 9444Q EPF5QIBPMG6 5 EPF 5 Nitrile Plugged port 7 G 94449Q EPFQIBPMG6 5 EPF Nitrile Plugged port 7 G 94444Q EPFQIBPMG6 5 EPF Nitrile Plugged port 7 G 94444Q EPF45QIBPMG 45 EPF4 5 Nitrile Plugged port 7 G/4 944447Q EPF4QIBPMG 45 EPF4 Nitrile Plugged port 7 G/4 944448Q EPF4QIBPMG 45 EPF4 Nitrile Plugged port 7 G/4 944449Q EPF55QIBPMG4 5 EPF5 5 Nitrile Plugged port 7 G/ 94445Q EPF5QIBPMG4 5 EPF5 Nitrile Plugged port 7 G/ 94445Q EPF5QIBPMG4 5 EPF5 Nitrile Plugged port 7 G/ 94445Q Visual Indicators Part Number Setting (bar) Switch Type Electrical Indicators Part Number Setting (bar) Switch Type Additional FMUMMVMSO8 5 Not applicable FMUTMVMS8 5 NO/NC FMUFMVMS8 5 NO Electronic 4 LED, PNP FMUFMVMS8 5 NO Electronic 4 LED, NPN FMUFMVMS8 5 NC Electronic 4 LED, PNP FMUF4MVMS8 5 NC Electronic 4 LED, NPN Spare elements (Type QI only. Type QIR and QIH on request) EPF Size L micron 94448Q EPF Size L micron 9444Q EPF Size 4 L micron 944444Q EPF Size L 5 micron 94449Q EPF Size L micron 94444Q EPF Size 4 L micron 944445Q EPF Size L micron 9444Q EPF Size L 5 micron 94445Q EPF Size 4 L micron 944446Q EPF Size L micron 9444Q EPF Size L micron 94446Q EPF Size 4 L 5 micron 944447Q EPF Size L micron 94446Q EPF Size L micron 94447Q EPF Size 4 L micron 944448Q EPF Size L 5 micron 94447Q EPF Size L micron 94448Q EPF Size 4 L micron 944449Q EPF Size L micron 94448Q EPF Size L 5 micron 94449Q EPF Size 5 L micron 94445Q EPF Size L micron 94449Q EPF Size L micron 94444Q EPF Size 5 L 5 micron 94445Q EPF Size L micron 9444Q EPF Size L micron 94444Q EPF Size 5 L micron 94445Q EPF Size L 5 micron 9444Q EPF Size 4 L micron 94444Q EPF Size 5 L micron 94445Q EPF Size L micron 9444Q EPF Size 4 L 5 micron 94444Q 5 Parker Hannifin Hydraulic Filter Division Europe FDHB49UK

EPF iprotect High Pressure Filter Ordering Information Box Box Box Box 4 Box 5 Box 6 Box 7 Box 8 EPF QI B P M G6 Box Capacity Model Code Size (4 l/min) EPF Size (replaces 8P) EPF Size (replaces 8P) EPF Size 4 (replaces 8P) EPF4 Size 5 EPF5 Box Filter Length Code Length Length (not for Size and Size 5) Highlights Key (Denotes part number availability) Item is standard Item is standard green option Item is semi standard Item is non standard Box Visual Indicator Electrical Indicator Indicator Electronic 4 LED, PNP, NO Electronic 4 LED, NPN, NO Electronic 4 LED, PNP, NC Electronic 4 LED, NPN, NC Plugged with Steel plug No indicator port Bypass Setting Code M T F F F F4 P N Indicator Setting Code.5 bar.5 bar K 5. bar.5 bar L 7. bar 5. bar M No bypass 5. bar M No bypass No indicator X Degree of filtration Media code iprotect Glassfibre element QI 5QI QI QI iprotect with reverse flow valve(*) QIR 5QIR QIR QIR (*Note: Only in combination with.5 bar bypass) Box 5 Other versions like ATEX on request All electrical indicators are CE-certified Box 6 Important notes: When no bypass is selected Parker strongly advices the usage of high strengh elements Box 8 Options Code Standard No bypass Reverse flow valve Safeguard valve only in combination with.5 bar bypass RFV Box 7 Filter Connection Connection type & size Code Size Thread G½ G8 Thread SAE 8 Size Thread G¾ G Thread SAE Thread M7, ISO 649 SAE flange ¾ - 6M SAE flange ¾ - 6 Manifold Size Thread G G6 Thread SAE 6 Thread M, ISO 649 SAE flange - 6M SAE flange - 6 Size 4 Thread G¼ G Thread G½ Thread SAE Thread SAE4 Thread M4, ISO 649 SAE flange ¼ - 6M SAE flange ¼ - 6 Manifold Size 5 Thread G½ G4 Thread SAE 4 SAE flange ½ - 6M Manifold Box 4 Nitrile Fluorelastomer Seal Material S8 S M7 H F X S6 M H6 F6 G4 S S4 M4 H F X S4 H4 X Code B V Parker Hannifin Corporation. All rights reserved. FDHB49UK / Parker Hannifin Free phone (EPIC): 8 7 7 574 Email: filtrationinfo@parker.com www.parkerhfde.com