Micro Plate™ Brazed Plate Heat Exchangers
Product types shown: 11
XB05
XB05 is heat exchanger, designed and configured for District Heating, District Cooling and other Heating applications.Micro Plate Heat Exchangers - a revolutionary technology from Danfoss. Characterized by their unique plate pattern, MPHEs enable heat to be transferred more effectively than any previous model of heat exchangers.
XB12
XB12 is copper brazed heat exchanger, designed and configured for District Heating, District Cooling and other Heating applications.Heat exchanger XB12 will be available in plate corrugation H, M and L. It will be available in 1-pass (with 4 connections) and 2-pass version (with 6 connections). Heat exchangers can be dimensioned in Danfoss calculation software “Hexact” which can be downloaded from hexact.danfoss.com.
Micro Plate Heat Exchangers - a revolutionary technology from Danfoss.
Characterized by their unique plate pattern, MPHEs enable heat to be transferred more efficient than any previous model of heat exchangers.
XB25
Micro Plate Heat Exchangers - a revolutionary technology from Danfoss.
Characterized by their unique plate pattern, MPHEs enable heat to be transferred more efficient than any previous model of heat exchangers.
XB25 is copper brazed heat exchanger, designed and configured for District Heating, District Cooling and other Heating applications.
XB37
XB37 is brazed heat exchanger, designed and configured for District Heating, District Cooling and other Heating applications.
Micro Plate Heat Exchangers - a revolutionary technology from Danfoss. Characterized by their unique plate pattern, MPHEs enable heat to be transferred more efficient than any previous model of heat exchangers.
XB52
XB 52 on vasega joodetud soojusvaheti, mis on ette nähtud ja välja töötatud kaugkütte, kaugjahutuse ja muude kütterakenduste jaoks. Soojusvaheti XB 52 on saadaval plaadimustriga (lainestusega) M. Seda pakutakse 1-astmelise (4 ühendusega) ja 2-astmelise versioonina (6 ühendusega).Soojusvahetite mõõtmete arvutamiseks võib kasutada Danfossi arvutusprogrammi Hexact, mille saab alla laadida veebilehelt hexact.danfoss.com.
Mikroplaat-soojusvahetid – Danfossi revolutsiooniline tehnoloogia. Tänu ainulaadsele plaadimustrile võimaldavad mikroplaat-soojusvahetid (MPHE-d) tõhusamat soojusülekannet kui soojusvahetite mistahes varasemad mudelid.
XB59
XB59 on vasega joodetud soojusvaheti, mis onette nähtud ja välja töötatud kaugkütte- jakaugjahutusvõrkude ning muude kütterakenduste jaoks.
Mikroplaat-soojusvahetid – Danfossi revolutsiooniline tehnoloogia. Tänu ainulaadsele plaadimustrile võimaldavadmikroplaat-soojusvahetid tõhusamat soojusülekannet kui mistahes varasemad soojusvahetid.
XB61
XB61 on vasega joodetud soojusvaheti, mis on ette nähtud ja välja töötatud kaugkütte- ja kaugjahutusvõrkude ning muude kütterakenduste jaoks.Mikroplaat-soojusvahetid – revolutsiooniline tehnoloogia Danfossilt.Tänu ainulaadsele plaadimustrile võimaldavad mikroplaat-soojusvahetid tõhusamat soojusülekannet kui mistahes varasem soojusvaheti mudel.
XB66
XB66 is copper brazed heat exchanger, designed and configured for District Heating, District Cooling and other Heating applications.
Micro Plate Heat Exchangers - a revolutionary technology from Danfoss.
Characterized by their unique plate pattern, MPHEs enable heat to be transferred more effectively than any previous model of heat exchangers.
XB71
XB71 is copper brazed heat exchanger, designed and configured for District Heating, District Cooling and other Heating applications.Micro Plate Heat Exchangers - a revolutionary technology from Danfoss. Characterized by their unique plate pattern, MPHEs enable heat to be transferred more effectively than any previous model of heat exchangers.
XBDW22H
XBDW22 is double wall heat exchanger designed for application where the flow mediums are not allowed to mix. The double wall heat exchanger prevents primary media to be mixed with the secondary media if there is and internal leak in the unit.
Two stainless steel plates separate primary and secondary side with an air gap in between. In the event of a leak, the leaking media flows into the air gap to the outside, enabling visual detection of the leak applications.
