Overview of Elements C1
Overview of Elements Optimicron Elements ON - code designation Glass fiber, multi-layered with support Collapse rating - 29 psid (2 bar) 1, 3, 5, 1, 15, 2 micron Filtration Rating ß x(c) 1 Depth Filtration Pressure and Return elements available Disposable - single use element Plastic outerwrap Element Construction 1. Wire mesh 2. Integrated drainage layer Optimicron Pressure Element Support Tube (metal) 3. Downstream protective layer O-Ring Cap (metal) 4. Main filter Closed End Cap (metal) Mesh Pack 5. Pre-filter Optimicron Return Element Return filters include Bypass in the endcap - insures proper bypass operation at all times. 6. Upstream protective layer 7. Optimized element drainage End Cap with Bypass (plastic) Support Tube (metal or plastic) O-Ring End Cap (plastic) Mesh Pack Contamination Basket (plastic) 8. Multi-Protection cover Optimicron Power Elements ON/PO - code designation Synthetic Fiber, multi-layered with support All Plastic Construction Collapse Rating - 145 psid 3, 5, 1, 2 micron Stat-Free Technology included Depth Filtration Disposable - single use element Plastic outerwrap API 614 Approved C2
Betamicron Elements BN4HC - Low Collapse (29 psid) BH4HC - High Collapse (345 psid) Fiberglass, Non-Woven 1, 3, 5, 1, & 2 micron Filtration Rating ß x(c) 1 High Beta Stability Structurally Designed for Dynamic Flow Conditions Collapse Rating 29 psid Depth Filtration Disposable - code designation Betamicron / Aquamicron Combination Elements BN4AM - code designation Collapse Rating - 145 psid Undissolved (free) Water Removal ONLY! 3 & 1 micron Filtration Rating ß x(c) > 2 Depth Filtration Disposable FILTER ELEMENTS ECOmicron Elements ECON2 - code designation Fiberglass All Plastic Construction Collapse Rating - 145 psid 3, 5, 1, & 2 micron Filtration Rating ß x(c) 1 Depth Filtration Disposable Aquamicron Elements AM - code designation Collapse Rating - 145 psid Undissolved (free) Water Removal ONLY! 4 micron Surface filtration Disposable Wire Mesh Elements W/HC - code designation Wire Mesh Collapse Rating - 29 psid 25, 5, 74, 1, 149, 2 micron Surface Filtration Cleanable Corrosion protection - Stainless Steel filter media and Tin/Nickel plated hardware Polyester Elements P/HC - code designation Polyester media - plastic coating eliminates swelling Collapse Rating - 145 psid 1 & 2 micron Surface Filtration Disposable Higher contamination retention than cellulose Low flow resistance = low P/Q Media supported by wire mesh Metal Fiber Elements V - code designation Stainless Steel media; Tin plated steel hardware Collapse Rating - 345 psid 3, 5, 1, & 2 micron High Efficiency Rated available on request 1, 3, 5, 1, & 2 micron (Depth filtration optional) Surface Filtration (standard) Cleanable High filtration efficiency curve even under extreme dynamic loads Low flow resistance = low P/Q Mobilemicron Elements MM - code designation Melt blown - Fiberglass Extremely low clean element P / flow rate for cold start applications Filtration Efficiency Rating ß x(c) 2 8, 1, 15 micron Good Beta Stability Good Dirt Holding Capacity Collapse Rating - 145 psid Depth Filtration Disposable C3
Optimicron Series Energy efficient filtration Description The Optimicron filter elements have been optimized with respect to filtration performance and energy efficiency. These elements offer the best optimization of separation efficiency, service life and differential pressure versus flow rate. As a complete element package, the innovative characteristics of the HYDAC technology has a very positive impact on the differential pressure of the elements and high degree of filtration efficiency and performance. Technical Specifications Collapse Rating 29 psid (2 bar) Temperature range -22 F to 212 F (-3 C to 1 C) Flow direction outside to inside Category Disposable - single use Bypass Cracking Pressure R (only) = 43 psid (3 bar) (standard, others available) Features Unique HELIOS pleat geometry optimizes media area open to flow to calm the flow in areas between pleats reducing ΔP. Outer wrap perforations insure optimized flow onto the filter pleats and help to minimize pressure losses. Outer wrap perforations also help to distribute the fluid incidence stresses evenly in the axial and radial directions and thus increase tear resistance. C4
D Pressure Elements Model Code Size 3, 35, 55, 6, 75, 95, 11, 14, 16, 24, 26, 28, 3, 33, 45, 5, 65, 66, 9, 99, 132, 15 Type D = Pressure line element Filtration Rating (microns) 1, 3, 5, 1, 15, 2 Element Media ON = Optimicron Seal (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) EPR = Ethylene propylene rubber (EPR) Supplementary Details SO263 = Modification of ON & W/HC elements for Skydrol or HYJET phosphate ester fluids SFREE = Element specially designed to minimize electrostatic charge generation FILTER ELEMENTS 66 D 1 ON / V SFREE. R Return Elements Model Code Size 3, 6, 75, 9, 11, 15, 16, 165, 185, 195, 21, 24, 27, 28, 33, 45, 5, 58, 6, 66, 75, 85, 95, 13, 17, 26 Type R = Return line element Filtration Rating (microns) 1, 3, 5, 1, 15, 2 Element Media ON = Optimicron Seal (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) EPR = Ethylene propylene rubber (EPR) Bypass Valve (omit) = 43 psid (3 bar) (standard) B1 = 14.5 psid (1 bar) (lube or coolant) B2 = 29 psid (2 bar) (HYDAC optional return) B6 = 87 psid (6 bar) (return line extended life) KB = No bypass (flushing systems) Supplementary Details SO263 = Modification of ON & W/HC elements for Skydrol or HYJET phosphate ester fluids SFREE = Element specially designed to minimize electrostatic charge generation 33 R 5 ON / V B6 SFREE. Model Codes Containing Red are non-stock items Minimum quantities may apply Contact HYDAC for information and availability Beta Ratio (ß) Values for Optimicron 1 1 µm 3 µm 5 µm 1 µm 15 µm Filtration performance ß x(c) (ISO 16889) 1 4 2 1 1 Example: Filtration rate: 1 µm ß 1 (c) = 4 2 µm 1 2 4 6 8 1 12 14 16 18 2 22 Particle size (µm) C5
Optimicron Power Series Optimized Elements in Power Stations Description Optimicron Power elements have been developed to both meet the heavy demands of power plant applications and comply with API-614 specifications. The elements are designed to meet stringent requirements of applications such as turbine lubrication, hydraulic turbine lift systems, and rotary compressors. Key considerations for this type of filtration are low resistance to flow (low differential pressures through the elements) and safety with regard to electrostatic discharge. This element incorporates Stat-Free technology which safeguards and inhibits the dangerous generation of static electricity (ESD) which can cause fires and destroy sensitive electronic components and sensors. As a complete element package, the innovative characteristics of this new technology provide low energy losses, and the compact nature of the element assures better conditioning of the flow. This homogenous flow results in better access to the contaminates and more efficient usage of the surface areas to better filter the contamination. Technical Specifications Collapse Rating 145 psi (1 bar) Temperature range -22 F to 212 F (-3 C to 1 C) Flow direction outside to inside Filtration Rating 5, 1, 2 µm Category Disposable - single use Compatibility with hydraulic fluids Mineral oils: Test criteria to ISO 2943 Lubricating oils: Test criteria to ISO 2943 Bypass Cracking Pressure No bypass (standard per API 614) 43 psid (3 bar) (optional) - Others available for non-api applications Features API 614 compliant Glass fiber media, single-layer with support Innovative outer wrap with increased strength & better diffuser effect = homogenous flow Integrated Stat-Free technology Low collapse only - 145 psid (1 bar) C6
Model Code Size 11, 12, 23, 24, 33, 5, 54, 88, 14, 26, 27 = A 11, 24, 33, 5, 66, 85, 95, 13, 17, 26, 27 = R Type A = API-614 compliant (1 µm 1) R = Return line power (5, 1, 2 µm) Filtration Rating (microns) 5, 1, 2 Element Media ON/PO = Optimicron Power Seal (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) Bypass Valve (omit) = No bypass (standard per API 614) B3 = 43 psid (3 bar) (non-compliant to API-614) B6 = 87 psid (6 bar) R element only KB = No bypass FILTER ELEMENTS 26 A 1 ON/PO /. Supplementary Details Optimicron Power was developed including integrated Stat-Free technology. It will replace all elements labeled with G/HC/-SFREE. This change also applies to filter housings currently using G/HC/-SFREE elements. Model Codes Containing Red are non-stock items Minimum quantities may apply Contact HYDAC for information and availability C7
Betamicron Series High Pressure and Return Filter Elements Element Construction 1. Conductive plastic end caps 2. Seam support tube 3. Inner screen to stabilize deep pleats 4. Support layer to back up active media layers 5. Final active depth layer to remove fine particles 6. Pre-filter depth layer to remove coarse particles 7. Diffusion layer to equalize flow across surface 8. Outer screen to stabilize pleats (under cover) 9. Multi-protection cover (for high pressure elements) C8 Description Betamicron filter elements have been optimized with respect to filtration performance, in fluid cleanliness, lower ΔP/Q, pleat and element protection while handling and operating, and high stability level throughout its life. These elements offer a superior level of optimization of separation efficiency, service life and differential pressure versus flow rate. As a complete element package, the innovative characteristics of this technology have a very positive impact on the differential pressure of the elements and a high degree of filtration efficiency and performance. Features Optimized mesh pack structure maximizes the media area available to capture dirt particles and minimizes resistance to fluid flow. Optional SFREE mesh pack insures that static electricity will not be generated to dangerous levels where arcing can result. Improved performance (optimized Beta efficiency, contamination retention, P/Q characteristics and Beta stability) and lowered weight due to plastic spiral lock seam support tubes. All plastic end caps and support tubes are carbon impregnated to conduct electricity, which ensures that static electricity will not be generated to levels high enough to arc. Element outer wraps are made of plastic (polyester) to reduce environment a impact and improve fatigue resistance. Zinc-free construction prevents zinc soaping. Technical Specifications Collapse Rating 29 psid (2 bar) (R/RN, BN4HC, D/DN, BN4HC) 345 psid (21 bar) (D, BH/HC) Temp. range -22 F to 212 F (-3 C to 1 C) Flow direction outside to inside Filtration Rating 3, 5, 1, 2 µm Category Disposable - single use Bypass Cracking Pressure R (only) = 43 psid (3 bar) (standard, others available) D BN = 87 psid (6 bar) (standard, others available) D BH = No bypass (standard) Beta Ratio (ß) Values for Betamicron Beta Efficiency ß x (c) (ISO 16889) 1 1 2 1 1 3 µm 5 µm 1 µm 2 µm 1 2 4 6 8 1 12 14 16 18 2 22 Particle size (µm)
D / DN Pressure Elements Model Code Size D = 3, 35, 55, 6, 75, 95, 11, 14, 16, 24, 28, 33, 5, 66, 99, 132, 15 DN = 4, 63, 1, 16, 25, 4, 63, 1 Pressure Element Type D = HYDAC pressure element DN = DIN Spec. 2455 pressure element Filtration Rating (micron) 3, 6, 1, 25 = BN4/HC (DN only) 3, 5, 1, 2 = BH4HC Element Media BN4HC = Betamicron -N element (Low Collapse) BH4HC = Betamicron -H element (High Collapse) Seals (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) EPR = Ethylene propylene rubber (EPR) Supplementary Details SO263 = Modification of ON & W/HC elements for Skydrol or HYJET phosphate ester fluids SFREE = Element specially designed to minimize electrostatic charge generation FILTER ELEMENTS 66 D 5 BH4HC / V SO263 R / RN Return Elements Model Code Size R = 3, 6, 5, 75, 9, 11, 15, 16, 165, 185, 21, 24, 27, 33, 5, 66, 85, 95, 13, 17, 26, 27 RN = 4, 63, 1, 16, 25, 4, 63, 1 Return Element Type R = HYDAC low pressure return element RN = DIN Spec. 2455 return element Filtration Rating (micron) 3, 5, 1, 2 = BN4HC Element Media BN4HC = Betamicron (Low Collapse) high efficiency depth element Seals (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) EPR = Ethylene propylene rubber (EPR) Bypass Cracking Pressure (omit) = 43 psid (3 bar) (standard) B1 = 14.5 psid (1 bar) (lube or coolant) B2 = 29 psid (2 bar) (HYDAC optional return) B6 =87 psid (6 bar) (return line extended life) KB = No bypass (flushing systems) Supplementary Details SO263 = Modification of ON & W/HC elements for Skydrol or HYJET phosphate ester fluids SFREE = Element specially designed to minimize electrostatic charge generation 13 R 5 BN4HC / B6 SO263 Model Codes Containing RED are non-stock items Minimum quantities may apply Contact HYDAC for information and availability C9
Betamicron / Aquamicron Series Combination Filter Elements Technical Specifications Collapse Pressure Rating 145 psid/1 bar Temperature range: 32 F to 16 F ( C to 71 C) Compatibility with hydraulic media Flow fatigue resistance to ISO 3724 Opening pressure of bypass valve Test criteria to ISO 2943 High fatigue resistance due to solid filter material supports on both sides and high inherent stability of the filter materials. P = 43 psid + 1% (3 bar + 1%) C1 Description BN/AM filter elements are specifically designed to absorb water and achieve high efficiency filtration of solid particles from mineral oils, HFD-R oils, and rapidly biodegradable oils. A super absorber reacts with the water present in the fluid and expands to form a gel from which the water can no longer be extracted, even by increasing the system pressure. These filter elements do not remove dissolved water below the saturation level of the hydraulic fluid. Solid particle filtration (3 µm, 1 µm absolute) is achieved due to the Betamicron element construction. Features High water retention capacity High dirt holding capacity Filtration rating ß x(c) 2 Stable ß x values over a wide differential pressure range (high Beta stability) General The presence of water in a hydraulic system causes many problems, such as the jamming of valves and rod components in fluid power systems. These problems are often incorrectly attributed to excessive levels of solid particle contamination. Sometimes these problems are caused by the build-up of rust and the reduction of the lubrication required for proper operation of bearings and slides. This can cause considerable degradation in the functioning of fluid power systems. In other words, along with solid particles, water is a serious contaminant in hydraulic systems. Since methods usually employed to extract water often prove to be uneconomical when compared to the purchase price of a water removal system, HYDAC BN4AM technology has been developed to provide an economically sound and effective method of separating free water from hydraulic fluid. At the same time, these elements provide absolute filtration of solid particles down to 3 or 1 micron levels. Principles of the BN4AM combined filter elements. BN4AM disposable elements are designed with inorganic and water-absorbent fibers Highly efficient absorption of free water from mineral oils with the aid of a super absorber embedded in the filter material Excellent adsorption of fine contamination particles over a wide differential pressure range (3 µm, 1 µm absolute) Excellent Beta stability over a wide differential pressure range High balanced dirt holding and water retention capacities Excellent fluid compatibility due to the use of epoxy resins for impregnation and bonding Dynamic Element integrity as a result of a high burst pressure resistance design (e.g. during cold starts and dynamic differential pressure surges) Bypass Valve Curves The bypass valve curves apply to mineral oils with a specific gravity of.86. The differential pressure of the valve changes proportionally with the specific gravity. 116. 11.5 87. 72.5 58. 43.5 29. 14.5 A 8 7 B 6 5 C 4 3 2 1 2 4 6 8 1 12 A = sizes: 5 R... 85 R... 26 R... B = sizes: 33 R... 66 R... 13 R... C = size: 95 R... Q in l/min as % of the recommended max. flow
Model Code Size 16, 24, 27, 33, 5, 66, 75, 85, 95, 13, 17, 26 Type R FILTER ELEMENTS 66 R 1 BN4AM / V. Filtration Rating (microns) 3 1 Element Media BN4AM = combined Betamicron /Aquamicron Seals (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) Bypass Valve (omit) = 43 psid (3 bar) (standard) B6 = 87 psid (6 bar) KB = no bypass Supplementary Details SFREE = Element specially designed to minimize electrostatic charge generation Model Codes Containing RED are non-stock items Minimum quantities may apply Contact HYDAC for information and availability Water retention - Quick sizing table Size Recommended Filter flow rate in gpm / lpm Water retention capacity* cm3 / qt 33 3.4 / 13 19 /.28 66 7.4 / 28 4 /.4227 95 1.3 / 39 56 /.5918 13 14.3 / 54 79 /.8349 26 28.8 / 19 157 / 1.6592 * in cm3/qt when p = 2.5 bar / 36 psid and viscosity = 3 mm2 /s / 141 SUS Filtration rating Specification Typical measured results (when p = 2.5 bar / 36 psid) 3 µm ß3(c) 1 ß3(c) 5 1 µm ß1(c) 1 ß1(c) 5 C11
ECOmicron Series Environmentally Compatible C12 Features All plastic construction Note: Bypass valve in the end cap contains a metal spring for efficient operation. The spring can be removed if the element is crushed. Standard HYDAC elements sizes 13R and 26R with absolute ratings of 3 and 1 micron are available (Light weight) for ease of handling during shipment and maintenance 43 psi (3 bar) bypass valve setting 145 psi (1 bar) element collapse rating Benefits Compatible with most hydraulic and lubrication fluids. Please consult factory for synthetic fluid use. Compatible for high water based fluid application use. Media seam welded with patented HYDAC ultrasonic welding process, which prevents media migration. B x(c) 1 absolute filtration rating Technical Specifications Collapse Pressure Rating 145 psid (1 bar) Temperature Range -22 F to 212 F (-3 C to 1 C) Flow fatigue stability to ISO 3724/76 Opening Pressure of Bypass Valve Bypass Valve Curves High fatigue resistance due to solid filter material supports on both sides and high inherent stability of filter materials. P = 43 psid ± 7 psi (3 bar ±.5 bar) The by-pass valve curves apply to mineral oils with a specific gravity of.86. The differential pressure of the valve changes proportionally with the specific gravity. 116. 11.5 87. 72.5 58. 43.5 29. 14.5 A 8 7 B 6 5 C 4 3 2 1 2 4 6 8 1 12 A = sizes: 5 R... 85 R... 26 R... B = sizes: 33 R... 66 R... 13 R... C = size: 95 R... Q in l/min as % of the recommended max. flow
Model Code Element Size 4, 9, 11, 15, 16, 165, 185, 24, 33, 66, 85, 95, 13, 17, 26 FILTER ELEMENTS 13 R 3 ECON2 / V Type R Filtration Rating (micron) 3 = 3 µm 5 = 5 µm 1 = 1 µm 2 = 2 µm Element Media ECON2 = ECOmicron Seals (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) Model Codes Containing RED are non-stock items Minimum quantities may apply Contact HYDAC for information and availability Element Construction 1. Bypass Valve with Metal Spring (can be easily removed when crushed) 2. Plastic Endcap 3. Plastic Support Tube 4. Fiberglass Media 5. Plastic Outer Wrap 6. Plastic End Cap C13
Aquamicron Series Water Removal Elements C14 Description Aquamicron filter elements are specially designed to separate free water from mineral oils. They are only supplied in the dimensions of HYDAC return line filter elements from size 33 and larger. This means that they can be installed in all HYDAC filter housings from size 33 which are fitted with return line filter elements. The increasing pressure drop in a filter element which is being saturated with water indicates, by means of standard clogging indicators, that it is time to change the element. When the Aquamicron technique is employed, particle contaminants are also separated from the hydraulic medium as a by-product. This means that the Aquamicron element doubles as a safety filter. In order to guarantee the greatest efficiency, it is recommended that these elements be installed in an off-line recirculation loop configuration. Note: All Aquamicron elements are disposable. How Water Damages Systems and Components The presence of water in hydraulic systems causes many problems. Examples would be the saturation of very fine filters or the jamming of valves and rod components. These problems are often wrongly attributed to high levels of particle contamination. Added to this, the build-up of rust and the reduction in lubricating properties on bearings and slides can lead to considerable impairment in the effective functioning of a system. This shows that water, too, represents a serious contaminant in a hydraulic system. Previously, methods commonly used for extraction of water have proven to be uneconomical in relation to the purchase price of a water removal system. The HYDAC Aquamicron technique offers an economically sound and yet an effective method of separating free water from hydraulic fluids. Technical Specifications Collapse Rating 145 psid (1 bar) Temperature range 32 F to 212 F ( C to 1 C) Compatibility with hydraulic media Mineral oils: Test criteria to ISO 2943 Lubricating oils: Test criteria to ISO 2943 Other media available on request Opening pressure P = 43 psid ±7 psi (3 bar ±.5 bar) of by-pass valves Bypass valve curves The bypass valve curves apply to mineral oils with a specific gravity of.86. The differential pressure of the valve changes proportionally with the specific gravity. Bypass Valve Curves The bypass valve curves apply to mineral oils with a specific gravity of.86. The differential pressure of the valve changes proportionally with the specific gravity. 116. 11.5 87. 72.5 58. 43.5 29. 14.5 A 8 7 B 6 5 C 4 3 2 1 2 4 6 8 1 12 A = sizes: 5 R... 85 R... 26 R... B = sizes: 33 R... 66 R... 13 R... C = size: 95 R... Q in l/min as % of the recommended max. flow
Model Code Size 33, 5, 66, 85, 95, 13, 26 Type R = Return Line Element FILTER ELEMENTS 33 R 4 AM /. Filtration Rating (microns) 4 Element Media AM = Aquamicron water removal Seal (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) Model Codes Containing Red are non-stock items Minimum quantities may apply Contact HYDAC for information and availability Aquamicron Element Size Recommendations Size 33 5 66 85 95 13 26 Recommended Flow rate 3.4 gpm (13 l/min) advised 26.4 gpm (1 l/min) max. 5 gpm (19 l/min) advised 4.9 gpm (155 l/min) max. 7.4 gpm (28 l/min) advised 67.4 gpm (255 l/min) max. 9.2 gpm (35 l/min) advised 75.6 gpm (286 l/min) max. 1.3 gpm (39 l/min) advised 83 gpm (314 l/min) max. 14.3 gpm (54 l/min) advised 115.4 gpm (437 l/min) max. 28.2 gpm (19 l/min) advised 229.9 gpm (87 l/min) max. Water retention capacity Cw at P = 36 psi (2.5 bar) with an oil viscosity of 141 SUS (3mm2/sec).27 quarts (26cm 3 ).19 quarts (18cm 3 ).42 quarts (4cm 3 ).3 quarts (28cm 3 ).6 quarts (57cm 3 ).42 quarts (4cm 3 ).77 quarts (73cm 3 ).55 quarts (52cm 3 ).85 quarts (8cm 3 ).6 quarts (57cm 3 ) 1.18 quarts (112cm 3 ).83 quarts (79cm 3 ) 2.36 quarts (223cm 3 ) 1.66 quarts (157cm 3 ) Part No. 315268 315355 315356 315357 315358 315269 31612 C15
Mobilemicron Series Mobile filtration - low cold start P Description The HYDAC Mobilemicron filter elements are designed to efficiently handle applications in the demanding mobile industry. Applications utilizing these elements will experience safe, reliable operation of the mobile device. The Mobilemicron is characterized by an especially low pressure drop which makes them particularly suitable for use wherever high viscosity fluids are employed, especially at low temperatures producing cold start behavior. Under these conditions, this element exhibits far lower pressure drops then competitive depth elements resulting in lower energy requirements to operate the hydraulic systems. This filter element is also a prime candidate for gear lubrication systems using high viscosity oils with high temperature variations during operations. Technical Specifications Collapse Rating 145 psid (1 bar) ( R MM) Temperature range -22 F to 212 F (-3 C to 1 C) Flow direction outside to inside Filtration Rating 8, 1, 15 µm Category Disposable - single use Bypass Cracking Pressure R = 43 psid (3 bar) (standard) RK = 5.75 psid (3.5 bar) MX = 5.75 psid (3.5 bar) Features Unique filter media has a very low resistance to fluid flow thus, reducing element ΔP. Synthetic fiber media, multi-layered with support Low collapse 1 bar (145 psid) For use in HYDAC RF, RFD, RFL, RFLD, RFM, RKM, MFX Filters C16
R Return Elements Model Code Size 75, 9, 15, 165, 185, 195, 21, 27, 33, 5, 66, 85 Filtration Rating (microns) 8, 1, 15 Element Media MM = Mobilemicron 145 psid (1 bar) (Low collapse) Seal (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) Bypass Valve (omit) = 43 psid (3 bar) (standard) B6 = 87 psid (6 bar) (return line extended life) Supplementary Details SFREE = Element specially designed to minimize electrostatic charge generation FILTER ELEMENTS 21 R 15 MM / V. RK RKM Element Model Code Size 8, 1, 12, 151, 21, 251, 3, 35, 4, 8 Filtration Rating (micron) 8, 1, 15 Element Media MM = Mobilemicron 145 psid (1 bar) (Low collapse) Seals (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) Supplementary Details SFREE = Element specially designed to minimize electrostatic charge generation 3 RK 15 MM / V. MX Element Model Code Size 1, 2 Filtration Rating (micron) 8, 1, 15 Element Media MM = Mobilemicron 29 psid (2 bar) (Low collapse) Seals (omit) = Nitrile rubber (NBR) (standard) V = Fluorocarbon elastomer (FKM) Bypass Valve B3.5 = 5.75 psid (3.5 bar) (standard) B1.7 = 25 psid (1.7 bar) (optional) Supplementary Details SFREE = Element specially designed to minimize electrostatic charge generation 2 MX 15 MM / V. Model Codes Containing Red are non-stock items Minimum quantities may apply Contact HYDAC for information and availability C17
MA & MG Series Spin-On Elements C18 Features HYDAC Betamicron elements are available with Multi-Layer Betamicron media with absolute ratings of 3, 5, 1, and 2 microns. Proper support of the filter media provides high Beta Ratio values (particle removal efficiency) even at high differential pressures. The efficiency of many competitive elements drastically deteriorates as the element clogs and differential pressure increases. Betamicron filter media is firmly supported to achieve flow fatigue resistance during significant pressure flow pulsations. High quality adhesive is used to bond the seam of the media and the endcaps to the media. Heavy gauge perforated support tubes are used to provide proper flow distribution and protection against element collapse. Beta Ratio (ß) Values for Betamicron 3 µm 5 µm 1 µm 2 µm 1 Beta Efficiency ß x (c) (ISO 16889) 1 2 1 1 1 2 4 6 8 1 12 14 16 18 2 22 Particle size (µm) Technical Specifications Construction Materials Steel Flow Capacity 4 8 85 9 95 16/19 18/195 Housing Pressure Rating Max. Operating Pressure Proof Pressure Fatigue Pressure Burst Pressure Element Collapse Pressure Rating 7 gpm (26 lpm) 15 gpm (57 lpm) 25 gpm (95 lpm) 15 gpm (57 lpm) 25 gpm (95 lpm) 3 gpm (114 lpm) 6 gpm (227 lpm) 12 psi (8 bar)/25 psi (17 bar) (MF9/95) 18 psi (12.4 bar)/375 psi (25.8 bar) (MF9/95) Contact HYDAC Contact HYDAC BN, P, A, M 8 psid (5.5 bar) Fluid Temperature Range -22 F to 212 F (-3 C to 1 C) Consult HYDAC for applications below 14 F (-1 C) Fluid Compatibility Compatible with all petroleum oils rated for use with Nitrile rubber (NBR) seals. Bypass Valve Cracking Pressure P = 3 psid (.2 bar) + 1% (for suction applications) P = 25 psid (1.7 bar) + 1% (standard for nominal filters) P = 43 psid (3 bar) + 1% (standard for absolute [BN] filters) P = 5 psid (3.4 bar) + 1% (standard for absolute [BN] filters, MF 9/95/19/195)
Model Code FILTER ELEMENTS 8 MA 5 BN. Size 4, 8, 9 = Standard Length Elements (not available with 3 µm BN elements) 85 (not available with BN or AM elements) 95 (not available with 2 µm BN elements) Extended Length Elements 16 18 Type MA = UN Tap Plate Thread (standard) Size Thread 4 3/4-16 UN-2B 8/85 1-12 UN-2B 9/95 1 1/2-16UN-2B 16/18 1 1/2-16UN-2B MG = BSPP Tap Plate Thread (special) Size Thread 8 3/4 BSPP Not required for BSPP ported heads produced in the USA, 16 1 1/4 BSPP MA elements used on USA port codes 1. Filtration Rating (microns) 3, 5, 1, 2 = BN Filtration Rating (ß x(c) 2) 3, 1, 25 = P 1 = AM Element Media BN = Betamicron (Low Collapse) P = Paper AM = Aquamicron Water Removal (not available 85) Supplementary Details Bypass size 4 only (bypass in element) B1.3 = 18 PSID Bypass B1.7 = 25 PSID Bypass Model Codes Containing RED are non-stock items Minimum quantities may apply Contact HYDAC for information and availability C19
Element K-Factors Optimicron D ON Pressure Elements Optimicron...D...ON (Pressure Element) Size 1 µm 3 µm 5 µm 1 µm 15 µm 2 µm Wgt. (lbs.) 3 D XXX ON 4.27 3.57 2.376 1.251.768.62.19 35 D XXX ON 2.755 1.169.938.752.549.48.26 55 D XXX ON 1.427.675.543.434.284.211.37 6 D XXX ON 2.936 1.427 1.4.664.537.347.23 75 D XXX ON.916.461.37.296.183.136.49 95 D XXX ON.724.37.296.238.144.15.59 11 D XXX ON 1.416.735.527.333.254.164.54 14 D XXX ON 1.92.631.46.24.194.126.44 16 D XXX ON 1.15.64.423.225.24.175.58 24 D XXX ON.631.379.293.175.134.115.78 26 D XXX ON.449.272.212.127.1.79.71 28 D XXX ON.34.185.15.82.75.64 1.75 3 D XXX ON.81.488.391.268.154.143.66 33 D XXX ON.452.23.185.135.85.67 1.13 45 D XXX ON.41.244.193.131.77.69 1.36 5 D XXX ON.277.141.114.68.52.41 1.5 65 D XXX ON.245.148.121.81.47.44 2.4 66 D XXX ON.27.16.86.51.39.31 2.53 9 D XXX ON.185.115.92.6.36.35 2.56 99 D XXX ON.138.7.57.33.26.2 3.29 132 D XXX ON.12.53.42.25.19.15 8.39 15 D XXX ON.9.53.38.26.2.15 1.44 Optimicron R ON Return Elements Optimicron...R...ON (Return Element - Low Pressure) Size 1 µm 3 µm 5 µm 1 µm 15 µm 2 µm Wgt. (lbs.) 3 R XXX ON 4.928 3.754 2.49 1.471.922.87.142 6 R XXX ON 2.59 1.295.944.539.494.376.286 75 R XXX ON 1.45 1.65.735.41.263.241.58 9 R XXX ON 1.235.719.521.333.236.176.364 11 R XXX ON 1.224.719.487.296.234.178.46 15 R XXX ON.735.428.31.198.14.15.52 16 R XXX ON.878.439.312.177.148.182.682 165 R XXX ON.774.518.44.221.123.133.77 185 R XXX ON.571.48.315.161.91.77.873 195 R XXX ON.42.31.232.119.67.57 1.115 21 R XXX ON.311.18.14.84.55.48 1.684 24 R XXX ON.571.284.21.125.11.77.848 27 R XXX ON.21.116.91.54.36.31 2.358 28 R XXX ON.28.141.114.78.58.44 1.763 33 R XXX ON.444.24.15.81.7.56 1.54 45 R XXX ON.347.174.126.77.55.47 1.798 5 R XXX ON.289.143.14.6.46.38 2.28 58 R XXX ON.137.68.49.29.22.19 3.975 6 R XXX ON.129.68.6.33.23.19 3.321 66 R XXX ON.196.93.66.37.31.25 3.488 75 R XXX ON.116.61.5.29.19.18 4.764 85 R XXX ON.152.72.55.32.24.2 4.328 95 R XXX ON.131.57.43.26.21.17 5.76 13 R XXX ON.94.4.32.19.18.12 9.188 17 R XXX ON.74.35.29.15.14.1 7.564 26 R XXX ON.46.2.16.1.9.6 11.964 Optimicron Power ON/PO Elements Optimicron Power...A...ON Size 5 µm 1 µm 2 µm Wgt. (lbs.) 11 R XXX ON/PO.199.169.111.562 24 R XXX ON/PO.72.61.4.873 33 R XXX ON/PO.44.38.24 2.12 5 R XXX ON/PO.29.25.16 2.372 66 R XXX ON/PO.19.16.1 3.697 85 R XXX ON/PO.15.13.9 5.357 95 R XXX ON/PO.1.12.8 7.317 13 R XXX ON/PO.1.8.5 7.848 17 R XXX ON/PO.7.6.4 1.2 26 R XXX ON/PO.4.4.3 15.18 27 R XXX ON/PO.4.4.3 21.94 K-Factors (gradient coefficients) for Filter Elements: These K-factors in (psi/gpm) apply to hydraulic and lubricating fluids with kinematic viscosity of 141 SSU/(3mm2/S). The pressure drop changes proportionally to the change in viscosity. Optimicron Power API Complient Size 1 µm Wgt. (lbs.) 11 A XXX ON/PO.169.259 12 A XXX ON/PO.75.937 23 A XXX ON/PO.37 2.731 24 A XXX ON/PO.61 1.11 33 A XXX ON/PO.38 1.671 5 A XXX ON/PO.25 2.447 54 A XXX ON/PO.18 6.15 88 A XXX ON/PO.8 9.34 14 A XXX ON/PO.5 16.18 26 R XXX ON/PO.4 16.73 27 A XXX ON/PO.4 2.61 C2
Element K-Factors Betamicron D BN4HC Pressure Elements FILTER ELEMENTS Betamicron...D...BN4HC (Low Collapse) Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 3 D XXX BN4HC 3.57 2.376 1.251.62.19 35 D XXX BN4HC 1.295 1.43.812.51.26 55 D XXX BN4HC.752.64.444.263.37 6 D XXX BN4HC 1.586 1.119.724.433.23 75 D XXX BN4HC.51.411.29.17.49 95 D XXX BN4HC.411.329.225.132.59 11 D XXX BN4HC.818.587.362.23.54 14 D XXX BN4HC.72.45.263.159.44 16 D XXX BN4HC.719.483.252.192.58 24 D XXX BN4HC.45.335.198.126.78 28 D XXX BN4HC.22.17.93.71 1.75 3 D XXX BN4HC 1.11.4DXXBN.582.445.291.159.66 33 D XXX BN4HC.296.214.165.93 1.13 45 D XXX BN4HC 1.11.8DXXBN.291.22.143.77 1.36 5 D XXX BN4HC.181.132.82.6 1.5 65 D XXX BN4HC 1.11.13DXXBN.176.137.88.49 2.4 66 D XXX BN4HC.137.99.6.44 2.53 9 D XXX BN4HC 1.11.16DXXBN.137.14.66.38 2.56 99 D XXX BN4HC.88.66.38.27 3.29 132 D XXX BN4HC.66.49.27.22 8.39 15 D XXX BN4HC.6.44.33.22 1.44 Betamicron D BH4HC Pressure Elements Betamicron...D...BH4HC (High Collapse) Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 3 D XXX BH4HC 5.5 2.782 1.992 1.43.3 6 D XXX BH4HC 3.216 1.789.993.67.58 11 D XXX BH4HC 1.394.818.489.37.76 14 D XXX BH4HC 1.92.62.445.236.79 16 D XXX BH4HC.922.571.324.241 1.23 24 D XXX BH4HC.582.373.214.159 1.82 28 D XXX BH4HC.313.187.99.88 2.55 3 D XXX BH4HC 1.11.4DXXBH.878.488.39.181 1.83 33 D XXX BH4HC.423.247.154.11 2.26 45 D XXX BH4HC 1.11.8DXXBH.428.236.187.88 2.61 5 D XXX BH4HC.23.143.82.66 3.6 65 D XXX BH4HC 1.11.13DXXBH.258.143.115.55 3.64 66 D XXX BH4HC.181.14.55.49 4.5 9 D XXX BH4HC 1.11.16DXXBH.192.11.88.38 4.66 99 D XXX BH4HC.12.71.44.33 7.38 132 D XXX BH4HC.88.55.33.22 9.82 15 D XXX BH4HC.77.44.33.27 11.56 Indicates PALL 96 geometry element. All Element K Factors in psi / gpm. C21
Element K-Factors D W/HC Pressure Elements Wire Mesh D W/HC Size 25, 5, 74, 1, 149, 2 µm Wgt. (lbs.) 3 D XXX W/HC.166.32 6 D XXX W/HC.42.53 11 D XXX W/HC.23.83 14 D XXX W/HC.4.69 16 D XXX W/HC.16 1.22 24 D XXX W/HC.1 1.17 28 D XXX W/HC.9 2.37 33 D XXX W/HC.8 2.4 5 D XXX W/HC.11 2.2 66 D XXX W/HC.4 3.5 99 D XXX W/HC.6 5.19 132 D XXX W/HC.2 6.3 D V Pressure Elements Metal Fiber D V Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 3 D XXX V 1.11.74.411.2.18 6 D XXX V.877.511.296.183.25 11 D XXX V.452.34.182.118.4 14 D XXX V.32.261.172.126 1.8 16 D XXX V.251.177.123.79.73 24 D XXX V.169.137.93.62 1.16 28 D XXX V.126.93.64.41 1.65 33 D XXX V.121.97.65.43 2.37 5 D XXX V.81.65.44.28 4.38 66 D XXX V.63.5.34.21 4.69 99 D XXX V.43.34.23.15 8.81 132 D XXX V.32.26.18.12 6.77 15 D XXX V.16.11.11.5 7.97 All Element K Factors in psi / gpm. C22
Element K-Factors DN Pressure Elements FILTER ELEMENTS Betamicron...DN...BN/HC (Low Collapse) Size 3 µm 6 µm 1 µm 25 µm Wgt. (lbs.) 4 DN XXX BN4HC 1.312.818.472.362 2.161 63 DN XXX BN4HC.895.543.33.252.331 1 DN XXX BN4HC.653.362.22.176.57 16 DN XXX BN4HC.434.28.187.143 N/A* 25 DN XXX BN4HC.28.176.115.99 1.411 4 DN XXX BN4HC.176.11.71.55 2.161 Wire Mesh...DN...W/HC (Low Collapse) Size 3 µm 6 µm 1 µm 25 µm Wgt. (lbs.) 16 DN XXX W/HC.9.9.9.9 1.26 25 DN XXX W/HC.6.6.6.6 1.41 4 DN XXX W/HC.4.4.4.4 2.16 Betamicron...DN...BH/HC (High Collapse) Size 3 µm 6 µm 1 µm 25 µm Wgt. (lbs.) 4 DN XXX BH4HC 2.217 1.361.9.598.57 63 DN XXX BH4HC 1.591.999.642.417.84 1 DN XXX BH4HC 1.43.642.423.291 1.1 16 DN XXX BH4HC.439.28.29.137 1.86 25 DN XXX BH4HC.296.187.154.14 2.9 4 DN XXX BH4HC.187.115.93.6 4.28 Pressure Elements for the Automotive Industry Autospec HF4 5.3.XXDXXBN (Low Collapse) Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 5.3.9DXXBN.168.141.79.44 1.67 5.3.18DXXBN.8.67.38.21 3.3 5.3.27DXXBN.52.43.24.14 4.5 Autospec HF4 5.3.XXDXXBH (High Collapse) Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 5.3.9DXXBH.27.146.89.47 4.57 5.3.18DXXBH.97.68.41.22 8.19 5.3.27DXXBH.63.44.27.14 12.16 Autospec HF4 Wire Mesh 5.3.XXDXXW Size 25, 5, 74, 1, 149, 2 µm Wgt. (lbs.) 5.3.9DXXW.7 1.71 5.3.18DXXW.4 3.29 5.3.27DXXW.2 N/A* Autospec HF3 1.11.8DXXBN (Low Collapse) Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 1.11.4DXXBN.59.5.266.153.69 1.11.8DXXBN.289.241.135.76 1.2 1.11.13DXXBN.175.146.82.46 1.51 1.11.16DXXBN.132.11.62.35 1.89 Autospec HF3 1.11.8DXXBH (High Collapse) Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 1.11.4DXXBH.937.66.41.21 1.83 1.11.8DXXBH.46.321.195.12 2.61 1.11.13DXXBH.274.193.117.615 3.64 1.11.16DXXBH.26.145.89.46 4.66 Autospec HF2 1.7.8DXXBN (Low Collapse) Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 1.7.4DXXBN 2.46 1.735.925.531.26 1.7.8DXXBN.975.815.457.257.39 Autospec HF2 1.7.8DXXBH (High Collapse) Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 1.7.4DXXBH 2.4 1.69 1.27.538.51 1.7.8DXXBH 1.165.82.499.262.85 * Not Available at the time of publication. Please contact HYDAC for latest information. All Element K Factors in psi / gpm. C23
Element K-Factors Betamicron R BN4HC Return Elements Betamicron...R...BN4HC (Low Collapse) Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 3 R XXX BN4HC 3.754 2.49 1.471.87.142 6 R XXX BN4HC 1.471 1.4.598.379.286 75 R XXX BN4HC 1.27.779.445.241.58 11 R XXX BN4HC.818.516 3.293.176.46 15 R XXX BN4HC.489.329.22.14.68 16 R XXX BN4HC.521.324.29.159.682 165 R XXX BN4HC.615.428.247.132.77 185 R XXX BN4HC.488.335.181.99.882 21 R XXX BN4HC.214.143.99.6 1.684 24 R XXX BN4HC.34.29.143.99.848 27 R XXX BN4HC.137.93.6.38 2.358 28 R XXX BN4HC.17.121.88.55 1.76 33 R XXX BN4HC.232.15.93.66 1.54 5 R XXX BN4HC.164.14.71.44 2.28 66 R XXX BN4HC.14.66.44.27 3.488 75 R XXX BN4HC.71.49.33.22 4.764 85 R XXX BN4HC.82.55.38.22 4.328 95 R XXX BN4HC.66.44.27.22 5.76 13 R XXX BN4HC.44.33.22.16 9.188 17 R XXX BN4HC.38.27.16.11 7.564 26 R XXX BN4HC.22.16.11.5 11.964 27 R XXX BN4HC.22.16.11.5 16.5 Betamicron /Aquamicron R BN4AM Betamicron/ Aquamicron R BN4AM Size 3 µm 1 µm Wgt. (lbs.) 33 R XXX BN4AM.477.165 1.596 5 R XXX BN4AM.313.11 2.266 66 R XXX BN4AM.192.66 1.991 75 R XXX BN4AM.126.44 4.76 85 R XXX BN4AM.154.49 5.225 95 R XXX BN4AM.132.44 5.85 13 R XXX BN4AM.88.33 6.946 17 R XXX BN4AM.71.27 7.452 26 R XXX BN4AM.55.16 1.211 27 R XXX BN4AM.55.16 16.445 Aquamicron AM Aquamicron AM Size 4 µm Wgt. (lbs.) 33 R XXX AM.115.74 5 R XXX AM.76 1.23 66 R XXX AM.51 1.58 75 R XXX AM.3 1.855 85 R XXX AM.4 1.99 95 R XXX AM.36 2.9 13 R XXX AM.26 3.55 17 R XXX AM.2 5.661 26 R XXX AM.13 6.21 27 R XXX AM.14 6.356 All Element K Factors in psi / gpm. C24
Element K-Factors ECOmicron R ECON2 Return Elements FILTER ELEMENTS ECOmicron...R...ECON2 Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 75 R XXX ECON2 1.27.779.445.241.115 9 R XXX ECON2.818.554.368.176.126 11 R XXX ECON2.818.516.329.176.332 15 R XXX ECON2.488.329.22.14.385 16 R XXX ECON2.521.324.29.159.398 165 R XXX ECON2.615.428.247.132.422 185 R XXX ECON2.488.335.181.99.586 195 R XXX ECON2.362.247.132.71.72 24 R XXX ECON2.34.29.143.99.711 28 R XXX ECON2.17.121.88.55.954 33 R XXX ECON2.23.148.93.66 1.69 5 R XXX ECON2.165.14.71.44 2.118 66 R XXX ECON2.14.66.44.27 4.389 75 R XXX ECON2.71.49.33.22 4.855 85 R XXX ECON2.82.55.38.22 5.211 95 R XXX ECON2.66.44.27.22 4.4 13 R XXX ECON2.44.33.22.16 5.29 17 R XXX ECON2.38.27.16.11 11.31 26 R XXX ECON2.22.16.11.5 9.544 ECOmicron Fit 1.14.XXDXXECO/N SIZE 3 µm 6 µm 12 µm 25 µm 1.14.16DXXECO/N.46.41.22.15 1.14.39DXXECO/N.17.16.8.6 Wire Mesh R W/HC Return Elements Wire Mesh R W/HC Size 25, 5, 74, 1, 149, 2 µm Wgt. (lbs.) 3 R XXX W/HC.11.8 6 R XXX W/HC.55.328 75 R XXX W/HC.43.687 11 R XXX W/HC.3.588 16 R XXX W/HC.21.86 165 R XXX W/HC.2.52 24 R XXX W/HC.15 1.174 33 R XXX W/HC.1 1.844 5 R XXX W/HC.7 1.876 66 R XXX W/HC.5 4.138 85 R XXX W/HC.4 2.535 95 R XXX W/HC.3 5.674 13 R XXX W/HC.3 4.61 17 R XXX W/HC.2 11 26 R XXX W/HC.1 8.3 Polyester R P/HC Return Elements Polyester R P/HC Size 1 µm 2 µm Wgt. (lbs.) 3 R XXX P/HC.458.458.154 6 R XXX P/HC.255.255.38 75 R XXX P/HC.156.156.71 11 R XXX P/HC.128.128.488 16 R XXX P/HC.77.77.692 165 R XXX P/HC.86.86.816 24 R XXX P/HC.49.49.978 33 R XXX P/HC.37.37 1.536 5 R XXX P/HC.24.24 2.142 66 R XXX P/HC.16.16 3.278 85 R XXX P/HC.12.12 4.32 95 R XXX P/HC.1.1 5.838 13 R XXX P/HC.7.7 6.944 17 R XXX P/HC.6.6 8.721 26 R XXX P/HC.3.3 12.166 All Element K Factors in psi / gpm. C25
Element K-Factors Mobilemicron R MM Return Elements Mobilemicron R...RK...MM Size 1 µm Wgt. (lbs.) 6 R XXX MM.42 N/A* 75 R XXX MM.265 N/A* 9 R XXX MM.252 N/A* 11 R XXX MM.199 N/A* 15 R XXX MM.114 N/A* 16 R XXX MM.149 N/A* 165 R XXX MM.146 N/A* 185 R XXX MM.18 N/A* 21 R XXX MM.52 N/A* 24 R XXX MM.95 N/A* 27 R XXX MM.32 N/A* 33 R XXX MM.78 N/A* 5 R XXX MM.52 N/A* 66 R XXX MM.3 N/A* 85 R XXX MM.23 N/A* 95 R XXX MM.23 N/A* 13 R XXX MM.16 N/A* 17 R XXX MM.1 N/A* 26 R XXX MM.8 N/A* Mobilemicron RK Return Elements Mobilemicron RK...RK...MM Size 8 µm 1 µm 15 µm Wgt. (lbs.) 8 RK XXX MM.136.136.87.588 1 RK XXX MM.95.95.61.624 12 RK XXX MM.77.77.49.658 151 RK XXX MM.54.54.36.892 21 RK XXX MM.41.41.26 1.82 251 RK XXX MM.32.32.2 1.986 3 RK XXX MM.34.34.21 2.2 35 RK XXX MM.16.16.11 2.211 4 RK XXX MM.31.31.19 2.496 8 RK XXX MM.24.24.15 4.122 * Not Available at the time of publication. Please contact HYDAC for latest information. All Element K Factors in psi / gpm. C26
Element K-Factors Stainless Steel Wire Mesh R V FILTER ELEMENTS SS Wire Mesh...R...V Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 3 R XXX V 1.65.779.434.29 N/A* 6 R XXX V.873.51.296.181 N/A* 11 R XXX V.417.28.165.11 N/A* 16 R XXX V.269.192.132.82 N/A* 24 R XXX V.176.143.93.66 N/A* 28 R XXX V.77.6.38.27 N/A* 33 R XXX V.115.93.6.44 N/A* 45 R XXX V.93.71.49.33 N/A* 5 R XXX V.82.66.44.27 N/A* 58 R XXX V.38.27.16.16 N/A* 66 R XXX V.55.44.33.22 N/A* 75 R XXX V.33.27.16.11 N/A* 85 R XXX V.44.33.22.16 N/A* 95 R XXX V.38.33.22.11 N/A* 13 R XXX V.27.22.16.11 N/A* 17 R XXX V.22.16.11.5 N/A* 26 R XXX V.16.11.5.5 N/A* 27 R XXX V.11.5.5.5 N/A* Suction RS W Elements Suction RS...W Size 75 µm 125 µm Wgt. (lbs.) 6 RS XXX W.57.3 N/A* 11 RS XXX W.29.14 N/A* 16 RS XXX W.2.1 N/A* 24 RS XXX W.14.7 N/A* 33 RS XXX W.1.5 N/A* 4 RS XXX W.11.9 N/A* 5 RS XXX W.11.9 N/A* 95 RS XXX W.3.2 N/A* 13 RS XXX W.3.2 N/A* RN Return Elements Betamicron RN BN4HC Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 4 RN XXX BN4HC.779.428.263.143.298 63 RN XXX BN4HC.521.285.187.99.398 1 RN XXX BN4HC.373.181.126.66.66 16 RN XXX BN4HC.198.99.66.27.895 25 RN XXX BN4HC.154.77.49.22 2.85 4 RN XXX BN4HC.121.88.71.55 3.122 63 RN XXX BN4HC.115.66.49.38 3.728 1 RN XXX BN4HC.38.27.22.16 6.14 * Not Available at the time of publication. Please contact HYDAC for latest information. All Element K Factors in psi / gpm. C27
Element K-Factors ECOmicron -fit R ECO/N ECOmicron-fit 1.14.XXDXXECO/N Size 1µm 3 µm 6 µm 12 µm 25 µm Wgt. (lbs.) 1.14.16DXXECO/N.84.46.41.22.15 N/A* 1.14.39DXXECO/N.32.17.16.8.6 N/A* MA Spin-on Elements Spin-on MA BN Size 3 µm 5 µm 1 µm 2 µm Wgt. (lbs.) 4 MA XXX BN 1.391 1.78.629.361.73 8 MA XXX BN.522.442.236.135 1.35 85 MA XXX BN N/A* N/A* N/A* N/A* N/A* 9 MA XXX BN.484.37.345.191 1.5 95 MA XXX BN.276.211.197.19 2.4 16 MA XXX BN.237.198.111.63 2.56 18 MA XXX BN.123.13.58.33 3.69 Spin-on MA P Size 3 µm 1 µm 25 µm Wgt. (lbs.) 4 MA XXX P 7.763 2.348 1.516.6 8 MA XXX P 1.66.486.314 1.8 85 MA XXX P 1.161.351.227 1.42 9 MA XXX P 1.594.482.311 1.29 95 MA XXX P.894.27.174 1.47 16 MA XXX P.839.192.145 2.15 18 MA XXX P.443.134.87 2.68 Spin-on MA AM Size 1 µm Wgt. (lbs.) 8 MA XXX AM.513 1.35 85 MA XXX AM N/A* N/A* 9 MA XXX AM.57 1.5 95 MA XXX AM.284 2. 16 MA XXX AM.233 2.5 18 MA XXX AM.136 3.6 * Not Available at the time of publication. Please contact HYDAC for latest information. All Element K Factors in psi / gpm. C28
Element Hydraulic Data Permissible P across element Optimicron (ON) - 29 psid (2 bar) Optimicron Power (ON/PO) - 145 psid (1 bar) Betamicron -H (high collapse) (BH4HC) - 345 psid (21 bar) Betamicron -N (low collapse) (BN4HC) - 29 psid (2 bar) Betamicron /Aquamicron (BN4AM) - 145 psid (1 bar) ECOmicron (ECON2) - 145 psid (1 bar) Aquamicron (AM) - 145 psid (1 bar) Wire Mesh (W/HC) - 29 psid (2 bar) Polyester (P/HC) - 145 psid (1 bar) Metal Fiber (V) - return (R V) - 435 psid (3 bar); pressure (D V) - 345 psid (21 bar) Mobilemicron (MM/RK) - 145 psid (1 bar) FILTER ELEMENTS Temperature Range -22 F to 212 F (-3 C to 1 C) Note: Consult HYDAC for applications below 14 F (-1 C) Compatibility with Hydraulic Media Suitable for use with mineral oils, lubrication oils, non-flammable fluids, synthetic and rapidly biodegradable oils. Note: For use with water, please contact HYDAC. Flow Fatigue Stability to ISO 3724 High fatigue resistance due to solid filter media supports on upstream and downstream sides and high inherent stability of filter elements. Cracking Pressure of Bypass Valve ( R only) P = 3 bar +.5 bar Bypass Valve Curves ( R ON / R BN only) The bypass valve graphs apply to mineral oils with a density of.86 kg/dm 3. The differential pressure of the valves changes proportionally to the density. See graphs below. Bypass Valve Curves ( R ON / R BN only) ΔP in psi R ON / R BN Size 3 Q (l/min) 12 1 2 3 4 5 1 8 6 4 2 7.5 6. 4.5 3. 1.5 ΔP in bar ΔP in psi R ON / R BN Size 6, 9, 11, 14, 15 Q (l/min) 3 6 9 12 15 18 14 12 1 8 6 4 2 9. 7.5 6. 4.5 3. 1.5 ΔP in bar 3 6 9 12 15 Q (gpm) 1 2 3 4 5 Q (gpm) R ON / R BN Size 75, 16, 165, 185, 24, 28 Q (l/min) 3 6 9 12 15 18 7 R ON / R BN Size 21, 27, 33, 5, 75 Q (l/min) 8 16 24 32 4 7 ΔP in psi 6 5 4 3 4. 3. 2. ΔP in bar ΔP in psi 6 5 4 3 4. 3. 2. ΔP in bar 2 1 1. 2 1 1. 1 2 3 4 5 Q (gpm) 2 4 6 8 1 12 Q (gpm) R ON / R BN Size 66, 85, 17 Q (l/min) 6 1 2 3 4 5 5 4 4. 3. R ON / R BN Size 95, 13, 26 Q (l/min) 8 16 32 48 64 8 6 5. 4. ΔP in psi 3 2 1 2. 1. ΔP in bar ΔP in psi 4 2 3. 2. 1. ΔP in bar 2 4 6 8 1 12 14 Q (gpm) 4 8 12 16 2 Q (gpm) C29
Notes C3