NT50T SS304/316/Ti 0.5mm Plate Installed Plate Heat Exchanger For GEA

NT50T Plate Heat Exchangers Application And Benefits

Application:

With M&C Heat Parts product group, the NT series is a gasketed plate heat exchanger for multiple applications. Variety of materials that work across a broad range of liquids, temperatures and pressures. Well-suited for these liquid-to-liquid applications:

Benefits:

Versatility-

• The right design, not a "good enough" design. A wide variety of materials, sizes, and plate configurations combine with sophisticated selection software to ensure a perfect selection, whatever your needs.
• The compact footprint allows you to use it in locations that you wouldn't dream of with a shell and tube heat exchanger.

Higher Performance at a Lower Cost -

• Optiwave plate corrugations distribute the liquid evenly across the entire plate width, maximizing heat transfer and minimizing the number of plates (and cost) required.

Convenient Maintenance-

• PosLoc plate lead-ins cause the plate pack to self-align when re-installing.
• Ecoloc tools-free gaskets make gasket replacement a snap.
• Individual plates mean no heavy lifting tools are needed. Faster more efficient maintenance, with shorter down times.

Long Service Life-

• Careful corrugation design provides the ideal balance of high turbulence and proper fluid distribution, reducing fouling from less than perfect media.

• Model	Connection Size	Dim. A	Dim.B	Dim.C
  NT50T	2" nominal (DN50)	12.7" (323mm)	26.6" (675mm)	Up to 44" (1120mm)
  NT50M			40.4" (1025mm)
  NT50X			54.9" (1395mm)

  
  

  
  

  Heat Transfer Plate	316L Stainless,304 Stainless, Titanium, Hastelloy, 904L, SMO254 and others on request
  Gasket	NBR, EPDM, Viton and others on request
  Pressure Plate	Carbon Steel, Stainless Steel and others on request
  Port Connection	Unlined, Metal Lined (Stainless, Titanium and others on request), Welded Neck Flange, threaded nipple and others on request
  Maximum Design Pressure	Maximum design pressure is 300 psig(21 bar). Depending on application.
  Maximum Design Temperature	Maximum standard design temperature is 330 °F (170 °C).Higher temperatures are available on request.
  Approximate Maximum  Liquid Flow Rate	NT50:175 gpm (40 m³/hour) NT100: 830 gpm (190 m³/hour) NT150:1540 gpm (350 m³/hour) NT250:3960 gpm (900 m³/hour) NT350:8380 gpm (1900 m³/hour) NT500:20,000 gpm (4000 m³/hour)