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airpel » products » filters » s1 high pressure self cleaning filters

S1 High Pressure Self Cleaning Filters

  • S1 High Pressure Self Cleaning Filters - New

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  • S1 High Pressure Self Cleaning Filters - Auto

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  • S1 High Pressure Self Cleaning Filters - New
  • S1 High Pressure Self Cleaning Filters - Auto
Product Type:

Self Cleaning Filters

The High Pressure Range of self cleaning filters have been successfully applied in many difficult liquid handling installations throughout the world providing a solution to continuous processes in extreme working environments
 

Principle of Operation

The Airpel Series self-cleaning filter (SCF) blends modern technology with simplicity to provide a versatile method of filtering your process fluids. The filter can be set up for fully or semi-automated or manual operation during which the liquid enters the body and flows through the filter element from outside to in. Debris is collected on the outside of the wedge wire or perforated element. Cleaning takes place without interruption to flow by the rotation of the element against fixed scraper blades. The debris accumulated during rotation is deposited into the bottom of the filter body from where it can be periodically discharged either manually or automatically via the drain port. Ideal for processes that require continuous flow, the SCF range is also suitable for use on unmanned sites and with hazardous process fluids.


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Construction

The High Pressure Range of self cleaning filters is of full cast construction suitable for higher working pressures and temperatures up to 35 barg and 260°C (dependant on seal materials) respectively - even the most demanding requirements can be met. Various levels of automation and element design can be chosen to suit application and installation demands.


Airpel Series Features and Benefits – Self Cleaning Filters

FeatureAdvantageBenefit
Three methods of operationManual, motorised and fully automated options gives the client a choice of controlClient can choose level of automation required for their needs and budget
Contained scraper blade designEffective on hazardous and high dirt load processesLess down time and no contact with process fluid giving operator added safety
Dump valveControl of collected wasteZero lost product & 100% control of waste disposal
Wedge wire or perforation design filter elements availableControls size and shape of filtered debrisFiltered product quality can be controlled and maintained
Digital control panels (IP65)Can control several filters in remote and un-manned locationsEasy programming, no frequent check required as any errors will be reported on the panel and signals sent as required
Standard Airpel DesignWide range of sizes and materials available from standard stockMeets customers delivery and budget requirements
Pre-wired fully automated unitsUnits require mains supply connection only on installationCost effective due to quick / easy installation and basic electrical knowledge needed

Airpel Series S1 high pressure self-cleaning filter is designed specifically to provide efficient filtration for liquids on high pressure applications, that require continuous filtration without interruption to the flow during the cleaning process.

SPX can offer various filter models and levels of automation as outlined below, custom requests can also be provided so the filter can be easily integrated in to either a new or existing process line / plant.

Manual

  • Ratchet handle is fitted to the filter for the operator to carry out filter element cleaning process.
  • Filter ‘dump’ connection is suitably plugged ready for the client to their chosen valve.
  • Control panel and Differential pressure indicators not supplied as standard.

Motorised option

  • Manual cleaning handle is replaced by a motor (electrical or Pneumatic) which can then be operated directly or via a control panel.
  • Filter ‘dump’ connection is suitably plugged ready for the client to their chosen valve.
  • Control panel and Differential pressure indicators not supplied as standard.

Fully Automated option

  • Manual cleaning handle is replaced by a motor (electrical or Pneumatic) which can then be operated directly or via a control panel
  • ‘Dump’ valve is replaced by an electro-mechanical or pneumatic valve connected to control panel
  • Differential pressure indicators fitted.
  • All connected to a control panel to monitor and operate the filter accordingly. No manual intervention.

Specifications


  • 50mm (2”) to 300mm (12”)
  • Flange connections
  • Materials in Cast Iron, Cast Steel and Stainless Steel
  • Filtration levels down to 25 micron
  • High quality 316 stainless steel wedge wire or perforated elements

Options


  • Heating Jackets
  • Manual, Electric & Pneumatic drive options
  • Manual, Motorised & Fully automated control options
  • Remote signalling
  • Wedge Wire and Perforated elements
  • Stainless Steel (std), Stainless Steel Hardened or Plastic blade options depending on process
  • IP65 Automation as standard
  • Explosion proof (ATEX) specification available on request

Maintaining Process Fluid Quality

Maintaining the product quality by the use of an Airpel Series self cleaning filter, helps to reduce downtime, increase productivity and contain/reclaim unwanted debris to comply with company and environmental legislation


Common industries where product quality is essential:

  • Water treatment
  • Food and beverage
  • Pharmaceutical
  • Paints, inks and varnishes, etc.

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Automation


The Airpel Series automated self-cleaning filters allows for stand alone, low maintenance processing of liquids. The range can be automated, either electronically or pneumatically, from 32 mm (1.25") and above. The level of automation can be selected from manual cleaning and valve operation to fully automated filters which can be supplied wired and fully tested, requiring only on site connection to the power source and dump valve connection.

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Element Design


The wedge wire element is used in 90% of applications and is likely to remain the most commonly used element in the self cleaning filter. However, for certain critical filtration applications a perforated element has been introduced.
The perforated element will prevent 'platelet' shaped debris passing through the element 'letter box' fashion and will make the passage of fibrous debris practically impossible.

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