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The MAHLE oil mist collector unit LGA 600 is a high performance oil mist collector unit for the separation of coolant from tooling machine exhaust air.
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Air Oil Separators
Our full range of traditional wrapped and pleated media separators deliver high filtration efficiency and longer life, plus boast greater energy efficiency too.
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With over 3000 air/oil separator designs for compressors, Mikropor is one of the leading air/oil separator manufacturers in the world today.
The primary purpose of Mikropor air/oil separators in rotary screw and vane type air compressors is to separate oil from compressed air. Mikropor separators trap oil by allowing it to coalesce and drain down to a sump - while allowing compressed air to pass through. From the sump, oil will be removed by a scavenge line of some type and returned to the reservoir to be recompressed in a continuous cycle.
Mikropor separators are constructed of a depth loading media and have excellent oil removal capabilities that provide vital air/oil separation required in high-performing compressor systems. Mikropor separators have an oil removal rating of 1-2 ppm (parts per million) - so the oil loss in a compressor working with Mikropor air/oil separators is negligible.
Mikropor separators feature a unique Helix Tube Construction that provides added strength and collapse resistance.
In addition, some special Mikropor separators use fluted - not punched or perforated - steel. The flutes provide a diagonal air/oil flow and improve the coalescing performance of Mikropor separators over competitive products. This fluted steel design unique to Mikropor.
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Coalescing Filter
M26
Features
• Manual Drain
• 0.01 Micron Rated Filter Element
• Quick-disconnect Bowl Guard with Integral Plastic
Bowl and Safety Latch
• Differential Pressure Indicator
Coalescing Filter
M21
Features
• Manual Drain
• 0.01 Micron Rated Filter Element
• Quick-disconnect Bowl Guard with Integral Plastic
Bowl and Safety Latch
• Differential Pressure Indicator
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Applications
MANN+HUMMEL filters for compressed air systems ensure consistent performance of compressed air systems and systems installed downstream. They help to maximise the service life of all filters in the system.
Advantages
The advantages are
low oil and energy consumption
low wear in the compressed air system
custom-made solutions
different designs: air/oil separators, air-oil separator boxes, deep-bed filters, air/oil separators for vacuum pumps
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Ventilating Filters up to 225 gpm, L1.0406/L1.0506/L1.0706/L1.0807
Application area
Ventilation of tanks for hydraulic and lubrication systems, and gearboxes.
General
The oil levels in the tanks of hydraulic systems are subject to continuous
variation due to temperature changes and the operation of cylinders and
pressure vessels.
In order to prevent over pressure in the tanks, an exchange of air with
the external atmosphere is necessary. By the use of a ventilating filter, the
outside air that is drawn in is filtered and the ingress of dust is therefore
prevented.
Special features
The ventilation openings are designed so that dust on the surface of the
tank is not drawn in, and that the ingress of spray and rainwater is largely
prevented.
The use in marine applications presents no problem due to the use of
synthetic materials and stainless steel.
Design
Flow direction bi-directional (air IN/OUT). The star-shaped pleating of the filter material results in:
- large filter surfaces
- low pressure drop
- high dirt-holding capacities
- long service life
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MAHLE crankcase ventilation systems reliably clean the gases contaminated with oil mist from the crankcase. The oil consumption can therefore be reduced further and the emission limits fulfilled. The oil mist separator integrated in the crankcase ventilation serves to separate the gas and fluid components. The separated oil is then returned to the oil circuit and the cleaned air supplied to the intake system.
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Reservoir Accessories include:
• Non-metallic filler breathers—single hole and six hole styles available
• Non-metallic breathers featuring the anti-splash design
• Metal filler breathers—flange type
• Metal breathers—threaded type
• Breathers—desiccant type
• Breathers—spin-on type
• Diffusers
• Fluid level temperature gauges
• Suction strainers
• Magnetic suction strainers
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The Pall 0293 disposable air breather is used to prevent damaging airborne contamination from entering fluid system reservoirs.
Filtration Rating:
3 micrometers in air
Materials of Construction:
Cap and shroud%u2013polyamide
Filtration medium%u2013oleophobic resin-bonded filter fibers
Method of Construction:
Epoxy resin potted
Vacuum Indicator Minimum Operating Pressure Setting:
1.1" Hg differential (37 mb)
Vacuum indicator is not a disposable unit. Remove prior to breather unit disposal.
Temperature range:
-4°F to 160°F (-20°C to 70°C)
Filtration Medium Collapse Pressure:
15 psid (1 bar) minimum
Breather assembly supplied with blanking plug. Order reusable vacuum indicator separately.
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Anwendungsbereich
* Tankbelüftung
Technische Daten
* Filtermaterial: 3 μm Glasfaservlies
* Luftdurchsatz SGB-090: 0,7 m3/min
* Luftdurchsatz SGB-120: 1,5 m3/min
SGB dienen auch als Luftfilteroberteil für STAUFF-Luftentfeuchter SDB.
SPB
Area of Application
* Ventilation and tank filling
Dimensions and Styles
* SPB1: Breather cap diameter 45mm
* SPB2: Breather cap diameter 70mm
* SPB3/4/5: Breather cap diameter 101mm
Types
* Screw-in versions (Breathers, only SPB1, SPB2 and SPB3)
* Bayonet version (Filler Breathers, only SPB4 and SPB5)
Materials
* Plastic parts: glassfibre reinforced PA, basket PP
* Air filter insert: 10 µm PUR, 40 µm PUR, 3 µm inorganic glass fiber (pleated), 10 µm filterpaper (pleated), other micron ratings or filtermaterial on request
* Seals: Cork, Perbunan (NBR)
Options
* Dipsticks with integrated anti-splash feature
* Pressurised versions
* Baskets
* Thread form BSP and NPT
Custom built combinations and special requirements available on request.
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The need for an economical, medium pressure range filter with excellent fatigue pressure ratings has been met. Parker's CN Series filters are the common factor for a long list of applications requiring economical filtration. Prior to the availability of the CN Series filter, many applications were restricted by limitations of a spin-on can, or forced into the higher cost range of high pressure filters.
The CN Series fills this gap, and now with the newly increased fatigue rating from 550 to 800 psi, the applications are expanded. The CN Series has recently been improved to accept Ecoglass III coreless elements.
Ecoglass III represents the merging of high performance filtration technology with environmentally conscious engineering. The Ecoglass III line of replacement elements feature 100% non-metallic construction. The design reduces solid waste and minimizes disposal costs for industry. The non-metallic construction means lightweight elements (60% less weight) for easier servicing.
The Ecoglass III elements utilize the same proprietary media design as our Microglass III line of replacement elements. With Ecoglass III, a reusable core is installed into the filter housing and remains in service throughout the life of the assembly.
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- Tank top mounting.
- Connection ports 3/4"+3/4", 3/4" 1" or 1 1/4" 2x1".
- Nominal flow rates up to 200 L/min.
- Max working pressure 1 MPa (10 bar).
- Standard filter media: FC, SA, FD, CC, CD.
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General description
HOFFMANN hydrostatic filters, with reel, operate based on principle of gravitational filtering. Depending on the requirements placed on the degree of filtering, filter papers with different structures are used.
These filters clean emulsions and grinding and cutting oils for machining of steel, castings, aluminum and other nonferrous metals. We recommend our stainless steel models when handling aggressive fluids, such as wastewater or chemicals.
The so-called filter cake is formed as impurities build up on the filter paper. This effect is enhanced even more by the high degree of filtering of the coolant. When the filter cake becomes too large however, the filling level rises above the filter area and the throughput rate declines. A float switch activates and controls the geared motor for the reel. The soiled filter paper is wound up on the reel, while simultaneously drawing out new filter paper, and the filter cake falls into the sludge box.
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General description
HOFFMANN pressure filters cleanse coolants such as oils and emulsions of:
- metallic particles
- rubber
- plastics
- glass
The filtering capacity for each filter vessel lies between 150 and 200 l/min.
Soiled coolant is pumped into one, or several simultaneously operating pressure filter vessels. These vessels are equipped with nylon support filters and disposable paper filter bags. The soiled coolant penetrates these filter elements from the inside out, and the particles of impurities are trapped in the filter bag.
The so-called filter cake is formed as filtered impurities build up in the pressure filter vessel filter bag. This filter cake represents a high-performance filtering layer that enhances the filtering effect even more. When the filter cake reaches a defined size the throughput capacity of the filter declines and the filter must then be cleaned. Changeover of the facility to the standby pressure filter vessel is made when the signal for cleaning the soiled filter vessel is issued.
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Pressure Filters SF
STAUFF pressure filters are designed for the most demanding applications. They come in a variety of sizes, configurations and with numerous porting options.
* operating pressure to 420 bar
* flows to 1320 l/min
* BSP, NPT, SAE o-ring ports
or SAE flange (codes 61/62)
* filter head made of spheroidal graphite cast iron,
filter bowl made of cold drawn steel
* wide range of valve options
* various element types and media available
* standard bowls or top-loading bowls available
* visual, electrical and visual-electrical indicators
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High Pressure Filters-Worldline 100 up to 21.1 gpm, up to 6525 psi, In-line mounting, HD 049/HD 069
Application
In the high pressure circuits of hydraulic systems.
Performance features
Protection
against wear: By means of filter elements that, in full-flow filtration,
meet even the highest demands regarding cleanliness
classes. Protection against malfunction: Through installation near to the control valves or other
expensive components. The specific determined flow rate
guarantees a closed by-pass valve even at < 930 SUS
(cold start condition).
Filter elements
Flow direction from outside to center. The star-shaped pleating of the filter
material results in:
- large filter surfaces
- low pressure drop
- high dirt-holding capacities
- long service life
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High Pressure Mini Tee-Type 4100 Series Filter
The 4100 series is a compact , lightweight tee-type filter that provides reliable and economical protection for critical testing equipment, valves, gauges and instrumentation. Designed with high dirt holding capacity pleated elements.
Elements
- No media migration due to the use of 304 stainless steel microweave wire mesh.
- Stainless Steel microweave mesh 9 micron ratings from 10 to 300 micron.
- Stainless Steel Sintered .5, 1, 3 and 7 micron absolute.
- Random Metal Fiber (metal fiber felt) available in 3, 5, 10, 25, 40 & 75 micron.
- Microglass ratings 3, 5 and 10 micron absolute
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ServoSaver filters offer point-of-use filtration for some of the most sensitive hydraulic valves that there are, servo/proportional valves. Complete protection is provided by non-bypass filters equipped with high collapse strength elements installed directly at the valve. The ServoSaver is designed specifically for this use and is not an adaption of an in-line filter intended for bypass filtration.
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BELL In-line Filters grant a high protection to the most delicate components of an oleodinamic system. Placed in the site under pressure, they keep the particles sucked or produced by the pump up to a size of 10 micron.
These filters are normally applied in addition to the standard filters in suction or release, as a last barrier of protection before the entrance in directional valves, flow regulating valves and all those components which require a high grade of absolute filtering.
The body is made in a treated aluminium alloy to obtain a minimum dimension and weight.
The filtering element, instead, is made in synthered bronze with a conic shape to resist to high pressure without collapsing.
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High Pressure Single Strainer - Simplex T Type
The Simplex T Type extends the range of S type filters to higher pressures, suitable for both liquid and gas applications and available with bolted or quick release type covers.
Standard Features
Quick release covers eliminate the need for tools for maintenance.
Designed for pressure ratings up to ANSI class 300lb (900 PSIG).
Flow is from inside to outside the basket to trap and retain debris.
High basket area to pipeline CSA ratio of over 10:1 in most cases.
Can be fitted with coarse perforated baskets (2mm as standard) or fine stainless steel mesh inserts to give particle removal down to 50 microns.
Disposable depth type cartridges are available for filtration to 5~10 micron for liquid and 1~2 micron on gases.
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98 Series Filters - High Pressure (10 micron)
98-1110 Series T-Type Filter:
Designed for high flow applications
Features cleanable element
Available options: electrical, visual, bypass valve, visual pressure differential indicator, bypass relief valve, electrical bypass
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Our High Pressure series filters are designed for pressure line applications where design flexibility is required. Besides the standard T-Type and/or L-Type porting, we offer manifold type filters to provide compact and direct mount installation. This series is rated for flow from 50 to 150 gpm and a working pressure range from 4500 psi to 6000 psi.
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Applications
Filtration lubricating oils and hydraulic fluids in engines and machines
Advantages
OEM quality
Proven technology
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Filters
Line-type: filter for petroleum base fluids featuring spin-on throw-away cartridge. Rated to 200 psi. Standard return line installation with bypass relief. Suction line models also available. Condition indicator optional. 10 or 25 micron elements.
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The patented Magnom filters are based on a simple idea: fluids are cleaned of ferrous particles by a magnet.
Removing ferrous particles (as small as 0.07um.) they remove the key cause of wear within a fluid system; especially in critical parts with tight tolerances, such as engines and pumps.
Microscopic ferrous particles damage industrial fluid systems and degrade finished products. Magnetic Filters are the solution to ferrous contamination of industrial fluids.
This technology reduces downtime needed for repairs, replacements or even servicing, increases in a massive way quality of final product.
These filters need simple maintainance, they can be easily removed and replaced, transparent Magnom units allow for quick visual inspection.
The revolutionary technical design of the Magnom leads directly to enhanced performance and substantial economic benefits.
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HYDRAULIC FILTRATION
Olaer partner MAHLE for 20 years, has proposed a complete range of filters for hydraulic systems.
Low medium and high pressure, suction, switched double filters, partial flow filters, return, Spin on cartridges
A solution of filtration for:
- to increase the efficiency of the components
- to reduce the costs of maintenance
- to reduce the downtimes machine
- to preserve the environment
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PureForce Filters Made for Harsh Conditions
Baldwins PureForce filters are engineered to withstand extreme conditions created by medium-pressure hydraulic systems, with working pressure up to 500 psi and flow rates up to 50 gpm.
Highest Possible Structural Integrity
Baldwins PureForce hydraulic filters feature a die cast aluminum baseplate locked in place by a patent pending L-Lock hem eliminating leaks due to the integrity of the housing seal.
Superior Burst Pressure
Lab and field testing show that PureForce filters have the highest level of burst and fatigue characteristics with PureForce exceeding the leading competitors published burst pressure specifications by an average of 65%.
Greater Consistency
PureForce filters test at higher average levels on a more consistent basis providing the most reliable medium-pressure hydraulic spin-on. This greatly reduces the possibility of unexpected downtime due to a failed filter.
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The OMT range of filters fits into return lines of hydraulic circuits (pressure up to 20 bar), suction lines and medium/high pressure lines (100/420bar).
Depending on the models, they can be equipped with accessories like differential clogging indicators (visual and electric), pressure gauges, pressure switches, by pass valves etc.
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Type ABZFD...-DIN
Pressure filters acc. to DIN 24550 for installation in pressure lines:
- Filter elements based on inorganic fiber
- Adsorption of finest particles over a wide pressure differential range
- High contamination retention capacity due to large specific adsorption surface
- High bursting strength of filter elements (e.g. in the case of cold starts)
- Filter ratings 10 µm and 3 µm absolute
- Mechanical visual and electrical clogging indicators
Type ABZFR...-DIN
Return flow filter acc. to DIN 24550 for direct tank installation:
- Filter elements based on inorganic fiber
- Excellent separation characteristics (-values) over a wide pressure differential range
- High contamination retention capacity due to large specific adsorption surface
- High bursting strength of filter elements (e.g. in the case of cold starts)
- Filter ratings 10 µm and 3 µm absolute
- Mechanical visual and electrical clogging indicators
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Return-line filters retain all the contamination created within the equipment and flushed out of the hydraulic circuit, thus preventing contamination entering the circuit via the tank and pump, with all its negative implications.
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Hydraulic filters, Oil treatment
