HAD Shell and Coil Heat Exchangers

8 reasons to choose the HAD heat exchanger HAD heat exchangers Vertical installation reduces space requirements. Low maintenance costsreduced fouling thanks to special construction of connections which accelerate flow and to corrugated tubes which enhance turbulence. Efficient heat exchange thanks to corrugated tubes which boost flow turbulence. Able to handle high temperatures, pressures, flows and wide range of media. Factory-installed insulation and mount enable quick installation. Manufactured in accordance with PED, ASME. In order to meet the market demand for compact, Compact size with...

Flanges Shell Made of high-alloy austenitic stainless steel Counter-current flow device Insulation – two parts fastened with latch clamps Counter coiled corrugated tubes Ø 8 mm and 10 mm Mount with a small footprint Angled connections shaped in the letter X extended to horizontal position

Shell side volume Tube side volume Technical drawing Shell & Coil Heat Exchanger Tube diameter Heat exchange area K3/ K2 – inlet/outlet cold side Standard location of connections A l l di m e n s i on s an d te ch n i cal data are approx i m ate on l y an d m ay b e ch an ge d wi t h ou t fu rther notice. Connection size Working parameters For ASME ce rti fi e d heat exc hange rs - onl y M wo r k in g pa ra m eters a re a va ila b le.

stainless steel HVAC systems flanges - stainless steel (SS)    or carbon steel (CS) Steam applications Heating and cooling systems Heat transfer in industrial processes Propylene glycol

Insulation AMWI Exemplar designation Mineral wool covered with aluminium • Thermal conductivity at max. temperature: 0,082 W/mK / 0.047 Btu/ ft. hour °F HAD S F X K 3.18.08.75 heat exchanger type material group (S for STA or P for PRO) PRO - 316L [17-12-2,5 (1.4404)]; STA - shell 304L[18-10 (1.4307)], coil made of corrugated tubes, without K - coil made of smooth tubes heat exchanger size tube diameter [mm]; lack of designation means tube diameter is 8 mm shell length [cm]