M&S Angular filters

Strainer insert

• Welded version (standard)
• Plugged version with O-ring  sealing in the closing lid
• Screwed version with round thread screwed into the closing lid

Sieve body

• Perforated plate (round perforation 0.5 mm to 10.0 mm), optional x 10 mm
• Perforated plate with gauze/wire cloth ( 45 µm to 1000 µm) - inside or outside depending on the direction of flow
• Sandwich design: combination of perforated plate/gauze/perforated plate
• Slotted screen from 10 µm to 5000 µm – flow direction from inside to outside (FITO) and optional flow direction from outside to inside (FOTI)

For the highest demands on cleanability, there is a choice of:

• Hygienic housing and process connection
• Gap-free, seal welded strainer insert
• Gasket-free sealing of the strainer insert
• Individual emptying of the housing via additional nozzles
• Dismountable strainer insert for manual cleaning

Usage

• Special housings
• With adapted size for reducing pressure loss or increased dirt retention
• With additional nozzles for draining, venting or attachment of measuring equipment
• Combinations of angular filters to increase capacity and/or change strainer inserts without interrupting the process
• Magnetic filters for the separation of metallic foreign particles
• Double jacket for heating, insulating or cooling
• Reinforced strainer inserts for higher loads on the sieve screen body
• Electronic monitoring of the closure situation and identification of the strainer insert

Features

• Special housings
  • Completely prefabricated unit according to customer specifications
• Combinations of angular filters
  • Completely prefabricated unit
  • Manually or pneumatically switchable
  • Optionally prepared for measuring technology for automation
• Magnetic filters
  • Standard housing with magnetic rod insert for the separation of metallic foreign particles
• Double jacket
  • Completely prefabricated unit
  • With variable media connections for heating or cooling
• Reinforced strainer inserts

Features

• Protection against unauthorised opening
  • Security cap for the slotted nut
    • Easy to retrofit, can be secured with a padlock
    • Optionally with electronic feedback for the locking situation
  • Automatic securing of the slotted nut
    • Electronic release or locking of the slotted nut by sensor technology
• Forced venting of the closure
  • Pressure reduction of existing overpressure when the screen closure is released
    • During the opening process, the strainer insert is mechanically forced open and thus the sieve housing is vented. Existing overpressure can escape safely after only a few turns of the slotted nut.