aseptconn.ch


Product description

Two piece tri-clamp body, balanced port, medium high flow thermostatic sanitary steam trap with vertical or horizontal inlet and outlet connections for pure steam SIP and loop drainage applications in biopharmaceutical and aseptic food & beverage and certain consumer health & beauty industry applications.


Applications

  • Up and downstream process vessel: small to medium sized vessel, or large vessel bypass loop trap, validated SIP drainage applications
  • Up and downstream process: validated SIP tubing drain applications
  • Sterile filter: validated SIP condensate drain from filters
  • Clean steam distribution: loop drainage and point of use PCV drainage applications
  • Clean steam humidification drainage in air handlers


Clean Steam Trap MK93

Size
  • 1/2″, 3/4″, 1″, 1-1/2″ (DN15, DN20, DN25, DN40)
Installation Connection Orientation
  • Vertical, Horizontal
End Connections
  • ASME, DIN, ISO Tri-Clamp and Tube Weld Ends
Max. Pressure/Temperature
  • 145 psig (10 barg) @ 350°F (177°C)
Max. Recommended Differential Pressure
  • MK93: 10 – 50 psi (0,7 – 3,4 bar);
  • MK93 Option P: 45 – 90 psi (3,1 – 6,2 bar)
Materials of Construction
  • Wetted body/plug material: ASTM A479 316L or optional DIN 1.4435;
  • Body Gaskets: Various – all FDA and USP Class VI
Cv (Kv)
  • 3.8 (3,30)
Surface Finish
  • Internal: SF1, 20 Ra μin (0,5 μm) standard; SF5, 20 Ra μin (0,5 Ra μm) electropolish or better optional
Subcooling
  • Less than 3°F (2°C)
Features and Benefits
  • Low subcooling operation reduces probability of SIP delays caused by temperature validation faults
  • Lay-in dimension allows drop in replacement of higher subcool, competitive traps
  • Easy thermal element (bellows assembly replacement only installs in one direction) error-proof
  • New design provides excellent flow rates with low subcooling – improves heat-up drainage
  • Self-draining when installed vertically (body outlet side down) – either vertical or horizontal connections
  • Solid barstock body with fewer cracks and crevices than competitive designs