You searched for:

MPHE

Shows 917 product(s)

Micro Plate heat exchanger, MPHE H62L-CX

Application: Heatpump, Function: Condenser, Max working pressure [psi]: 696, Type designation: H62L-C, Number of plates: 110, Brazing material: Copper brazing

Micro Plate heat exchanger, MPHE H62L-CX

Application: Heatpump, Function: Condenser, Max working pressure [psi]: 696, Type designation: H62-CX, Number of plates: 46, Brazing material: Copper brazing

Micro Plate heat exchanger, MPHE H62L-CX

Application: Heatpump, Function: Condenser, Max working pressure [psi]: 696, Type designation: H62-CX, Number of plates: 24, Brazing material: Copper brazing

Micro Plate heat exchanger, MPHE H62L-CX

Application: Heatpump, Function: Condenser, Max working pressure [psi]: 696, Type designation: H62-CX, Number of plates: 50, Brazing material: Copper brazing

Micro Plate heat exchanger, MPHE C62L-E

Application: Chiller, Function: Evaporator, Max working pressure [psi]: 653, Type designation: C62L-E, Number of plates: 40, Brazing material: Copper brazing

Micro Plate heat exchanger, MPHE C62L-C

Application: Chiller, Function: Condenser, Max working pressure [psi]: 653, Type designation: C62L-C, Number of plates: 40, Brazing material: Copper brazing

Micro Plate heat exchanger, MPHE C62L-C

Application: Chiller, Function: Condenser, Max working pressure [psi]: 653, Type designation: C62L-C, Number of plates: 100, Brazing material: Copper brazing

Micro Plate heat exchanger, MPHE C62L-CX

Application: Chiller, Function: Condenser, Max working pressure [psi]: 711, Type designation: C62L-C, Number of plates: 54, Brazing material: Copper brazing

Micro Plate heat exchanger, MPHE H30L-C

Application: Heatpump, Function: Condenser, Max working pressure [psi]: 696, Type designation: H30L-C, Number of plates: 32, Brazing material: Copper brazing

Micro Plate heat exchanger, MPHE C62-CX

Application: Chiller, Function: Condenser, Max working pressure [psi]: 435, Type designation: C62-CX, Number of plates: 38, Brazing material: Copper brazing

View: