Micro Plate Heat Exchangers
Products shown: 31
MPHE C117-EZD
21% lower hold-up volume enables significant reduction in refrigerant charge. C117L-EZD is an evaporator optimized for R410A for use in high-efficiency chillers with capacities of 50-200 kW, and standard efficiency chillers with capacities of 50-250 kW. The Z-pattern channel plate technology pushes the performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from the dimple plate pattern of the previous generation of MPHE, C117L-EZD reduces the water side pressure drop and the amount of material used. In the reversible mode of the chiller as a condenser, C117L-EZD also has outstanding performance To meet demands for higher seasonal efficiency, the C117L-EZD is designed to work efficiently and increase comfort in modern commercialbuildings without increasing the carbon footprint.
MPHE C118 / D118/ H118
20% reduction in refrigerant charge compared with a traditional BPHE, the ideal solution to help you meet the world`s climate and energy aspirations. The C118 & H118 are families of Condensers and Evaporators optimized for high-efficiency chillers and heat pumps. The heat exchanger features innovative Micro Plate technology that improves heat transfer and reduces the amount of material used. To meet demands for higher COPs in heat pumps, the evaporator H118(L)-E and the condenser H118(L)-C are designed to work efficiently with close temperature approaches, while a low pressure drop on the brine side reduces the pump power and keeps the overall COP high. The C118(L)-E and the C118(L)-C are respectively evaporator and condenser designed to work efficiently and increase comfort in modern buildings without increasing the carbon footprint. The low hold-up volume reduces the system refrigerant charge and offers valuable savings
MPHE C118L-EZ / C118L-EZ-F
21% lower hold-up volume enables significant reduction in refrigerant charge. The C118L-EZ and the C118L-EZ-F are evaporators optimized for high density refrigerants like the R410A and its replacement R454B and R32 for use in high-eciency chillers with capacities of 70-250 kW. The Z-pattern channel plate technology pushes the performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from the dimple features, C118L-EZ reduces the water side pressure drop and the amount of material used. In the reversible mode of the chiller as a condenser, C118L-EZ also has outstanding performance. To meet demands for higher seasonal efficiency, the C118L-EZ is designed to work efficiently and increase comfort in modern buildings without increasing the carbon footprint.
MPHE C129L-EZ / C129L-CZ
12% lower hold-up volume compared with best traditional fishbone plates enables significant reduction in refrigerant charge. The C129L-EZ is a single circuit evaporator optimized for high density refrigerants such as R410A, R32, R452B and the R454B for use in high-efficiency chillers with capacities of 50-300 kW. It’s available in refrigerantoptimized versions to meet the best performance based on the refrigerant used. Corresponding model for condenser duties is the C129L-CZ.The Z-pattern channel plate technology enhances performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from the dimple plate pattern of the previous generation of MPHE, C129L-EZ reduces the water side pressure drop and the amount of material used. In the reversible mode of the chiller as a condenser, C129L-EZ also delivers outstanding performance.
MPHE C129L-EZD / C129L-CZD
17% lower weight with highly efficient Z design technology for dual circuits: The C129L-EZD is a true dual circuit evaporator optimized for high density refrigerants such as R410A, R32, R452B and the R454B for use in high-efficiency chillers with capacities of 50-300 kW. It’s available in refrigerantoptimized versions to meet the best performance based on the refrigerant used. Corresponding model for condenser duties is the C129L-CZD. The Z-pattern channel plate technology enhances performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from the dimple plate pattern of the previous generation of MPHE, C129L-EZD reduces the water side pressure drop and the amount of material used. In the reversible mode of the chiller as a condenser, C129L-EZD also delivers outstanding performance.
MPHE C12L-EZ
40% heat transfer increase compared to traditional fishbone design. The C12L-EZ is an economizer optimized for R410A for use in VRF, heat pump and bus A/C etc., and also can be used as evaporator for chiller with a capacity under 5.5KW. Inspired by fish scales, Z-pattern channel plate technology pushes the performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient by 40% compared with traditional fishbone design at the same evaporating temperature. At the same time, inheriting from the dimple features, C12L-EZ reducesthe amount of material used. To meet demands for higher seasonal efficiency, the C12L-EZ is designed to work efficiently and increase comfort in modern buildings without increasing the carbon footprint. Helping A/C units perform more efficiently, it reduces both energy costs and environmental impact.
MPHE C17L-EZ / H17L-CZ
The C17L-EZ is an evaporator optimized for small chillers with compact size required in installation. It’s also designed for extension to economizer and condenser for various refrigerants. The Z-pattern channel plate technology pushes the performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from the dimple plate pattern of the previous generation of MPHE, C17L-EZ reduces the water side pressure drop and the amount of material used. The correspondent condenser model, H17L-CZ has outstanding performance working as condenser in semi plug-in systems and also as suction gas to liquid heat exchanger in heat pump operating with large glide refrigerants. To meet demands for higher seasonal efficiency, the C17L-EZ and H17L-CZ are designed to work efficiently and increase comfort in modern life without increasing the carbon footprint.
MPHE C212L-EZD / C212L-EZD-F / C212L-CZD
21% lower hold-up volume enables signifucant reduction in refrigerant charge. The C212L-EZD is an evaporator optimized for high density refrigerants for use in higheffiiency chillers with capacities of 200-450 kW. It’s available in different versions meeting the best performance for different refrigerants like the R410A or its replacement R32, R452B and the R454B. Corresponding model for condenser duties is the C212L-CZD. The Z-pattern channel plate technology pushes the performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from the dimple plate pattern of the previous generation of MPHE, C212L-EZD reduces the water side pressure drop and the amount of material used. In the reversible mode of the chiller as a condenser, C212L-EZD also has outstanding performance.
MPHE C22 / H22
20% reduction in refrigerant charge compared with a traditional BPHE, the ideal solution to help you meet the world`s climate and energy aspirations. The C22 & H22 are families of Condensers and Evaporators optimized for high-efficiency chillers and heat pumps. The heat exchanger features innovative Micro Plate technology that improves heat transfer and reduces the amount of material used. To meet demands for higher COPs in heat pumps, the evaporator H22(L)-E and the condenser H22(L)-C are designed to work efficiently with close temperature approaches, while a low pressure drop on the brine side reduces the pump power and keeps the overall COP high. H22 can cover a capacity range from 2 to 10kW. The C22(L)-E and the C22(L)-C are respectively evaporator and condenser designed to work efficiently and increase comfort in modern buildings without increasing the carbon footprint. The low hold-up volume reduces the system refrigerant charge and offers valuable savings
MPHE C262L-EZD / C262L-CZD
15% lower weight with highly efficient Z design technology for dual circuits The C262L-EZD is a true dual circuit evaporator optimized for high density refrigerants such as R410A, R32, R452B and the R454B for use in high-efficiency chillers with capacities from 200 to 800 kW. It’s available in refrigerant-optimized versions to meet the best performance based on the refrigerant used. Corresponding model for condenser duties is the C262L-CZD. The Z-pattern channel plate technology enhances performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from the dimple plate pattern of the previous generation of MPHE, C262L-EZD reduces the water side pressure drop and the amount of material used. In the reversible mode of the chiller as a condenser, C262L-EZD also delivers outstanding performance.
MPHE C39L-EZ
The C39L-EZ is an evaporator designed for use in high-efficiency mini chillers with capacities up to 40kW, optimized for R410A and R32 respectively. The Z-pattern channel plate technology pushes the performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from the dimple plate pattern of the previous generation of MPHE, C39L-EZ reduces the water side pressure drop and the amount of material used. C39L-EZ also has outstanding performance working as condenser. To meet demands for higher seasonal efficiency, the C39L-EZ is designed to work efficiently and increase comfort in modern life without increasing the carbon footprint. Helping chillers perform more eficiently, it reduces both energy costs and environmental impact. The low hold-up volume reduces the system refrigerant charge and offers valuable savings.
MPHE C55-C
The C55-C is a condenser optimised for R407C for use in high-efficiency chillers with capacities of 10-65 kW. The heat exchanger features innovative Micro Plate technology that improves heat transfer and reduces the amount of material used. To meet demands for higher seasonal efficiency, the C55-C is designed to work efficiently and increase comfort in modern buildings without increasing the carbon footprint. Helping chillers perform more efficiently, it reduces both energy costs and environmental impact. The low hold-up volume reduces the system refrigerant charge and offers valuable savings.
MPHE C55(L)-EU
30% lower hold-up volume, significant reduction in refrigerant and smaller CO2 footprint, compared with a traditional BPHE The C55L-E is an evaporator optimized for R410A for use in high-efficiency chillers with capacities of 10-65 kW. The heat exchanger features innovative Micro Plate technology that improves heat transfer and reduces the amount of material used. To meet demands for higher seasonal efficiency, the C55L-E is designed to work efficiently and increase comfort in modern buildings without increasing the carbon footprint. Helping chillers perform more efficiently, it reduces both energy costs and environmental impact. The low hold-up volume reduces the system refrigerant charge and offers valuable savings. Thanks to the mixing chamber, the innovative refrigerant distribution device, the C55(L)-EU is applicable with all refrigerant types
MPHE C62 / H62
20% reduction in refrigerant charge compared with a traditional BPHE, the ideal solution to help you meet the world`s climate and energy aspirations. The C62 & H62 are families of Condensers and Evaporators optimized for high-efficiency chillers and heat pumps. The heat exchanger features innovative Micro Plate technology that improves heat transfer and reduces the amount of material used. To meet demands for higher COPs in heat pumps, the evaporator H62(L)-C is designed to work efiiciently with close temperature approaches, while a low pressure drop on the brine side reduces the pump power and keeps the overall COP high. The C62(L)-E and the C62(L)-C are respectively evaporator and condenser designed to work efficiently and increase comfort in modern buildings without increasing the carbon footprint. Helping chillers perform more efficiently achieving higher seasonal efficiency levels, it reduces both energy costs and environmental impact.
MPHE C62L-CX / H62L-CX
The C62(L)-CX & H62(L)-CX are condensers with asymmetric design optimized for use in R410A/R32 chillers and heat pumps with capacities of 20-110 kW. The innovative Micro Plate technology and the asymmetric channel geometries, with different designs on the refrigerant and water sides, improve heat transfer, reduce the amount of material used and minimize pressure losses on the water side. To meet demands for higher seasonal efficiency, the C62(L)-CX & H62(L)-CX is designed to work efficiently and increase comfort in modern buildings without increasing the carbon footprint. Helping watercooled chillers perform more efficiently, it reduces both energy consumption and environmental impact. The low hold-up volume reduces the system refrigerant charge and offers valuable savings.
MPHE C62L-EZ
21% lower hold-up volume enables significant reduction in refrigerant charge. The C62L-EZ are evaporators optimized for high density refrigerants like the R410A and its replacement R454B and R32 for use in highefficiency chillers with capacities of 20-90 kW. The Z-pattern channel plate technology pushes the performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from the dimple features, C62L-EZreduces the water side pressure drop and the amount of material used. In the reversible mode of the chiller as a condenser, C62L-EZ also has outstanding performance.To meet demands for higher seasonal efficiency, the C62L-EZ is designed to work efficiently and increase comfort in modern buildings without increasing the carbon footprint. Helping chillers perform more efficiently, it reduces both energy costs and environmental impact.
MPHE D22
The new Danfoss D22 is an excellent route to increased savings. With a robust and resource-efficient design, the D22 is designed to operate efficiently year after year in a whole range of applications. The innovative D22 channel plate pattern makes it the best heat exchanger on the market, significantly reducing energy consumption and lowering CO2 emissions. The D22 has a capacity of 3-30 kW and is suitable for evaporators, condensers and one-phase applications. Thanks to the two-in-one connection it is always easier to install. The D22 is the natural choice for any application.
MPHE D55
The new Danfoss D55 is an excellent route to increased savings. With a robust and resource-efficient design, the D55 is designed to operate efficiently year after year in a whole range of applications. The innovative D55 channel plate pattern makes it the best heat exchanger on the market,significantly reducing energy consumption and lowering CO2 emissions. The D55 has a capacity of 10-65 kW and is suitable for evaporators, condensers and one-phase applications. Thanks to the two-in-one connection it is always easier to install. The D55 is the natural choice for any application.
MPHE D62
The new Danfoss D62 is an excellent route to increased savings. With a robust and resource-efficient design, the D62 is designed to operate efficiently year after year in a whole range of applications. The innovative D62 channel plate pattern makes it the best heat exchanger on the market, signficantly reducing energy consumption and lowering CO2 emissions. The D62 has a capacity of 20-90 kW and is suitable for evaporators, condensers and one-phase applications. Thanks to the two-in-one connection it is always easier to install. The D62 is the natural choice for any application
MPHE H30
The H30 are condensers optimized for R410A in high efficiency residential heat pumps and semi plug-in systems with capacities between 2-25 kW. The H30-C is the ideal choice in heat pump designs where space is limited, and high efficiency is required. The H30-CW is the ideal solution for semi plugin systems where extrimly low hold up volume is required. The H30 family are designed to work efficiently with close temperature approaches to meet emands for higher COPs systems . The low hold-up volume reduces the refrigerant charge and offers valuable savings.
MPHE H48T-CH
Introducing H48T-CH, our new brazed plate heat exchanger featuring the patented Micro Plate™ design dedicated for 140 bar transcritical CO2 systems. H48T-CH is optimized for commercial refrigeration (e.g. food retail, transport refrigeration, heat recovery) and heat pump with capacity up to 150kW . Having a secondary side pressure at 90bar, it is also an excellent choice to run as suction gas heat exchanger. With the unique Micro Plate™ technology, the H48T-CH heat exchanger pushes the boundaries of thermal performance and makes it an unmatched and reliable heat exchanger in a CO2 system. A lightweight and compact design without a reinforced frame ensures easy installation and allows for more compact CO2 systems.
MPHE H55
40% charge compared with a traditional BPHE. The ideal solution to meet the world`s climate and energy aspirations. The H55(L)-C is a Condenser optimized for R410A in high efficiency residential heat pumps with capacities between 4-40 kW. The heat exchanger features innovative Micro Plate technology that improves heat transfer and reduces the amount of material used. To meet demands for higher COPs in heat pumps, the H55L-C is designed to work efficiently with close temperature approaches. The H55L-C is approved to 48 bar to cope with high water temperature applications such as the renovation market. The design has been verified with regards to the defrost operation cycle. The low hold-up volume reduces the system refrigerant charge and offers valuable savings.
MPHE H62L-CZ
The H62L-CZ are condensers with asymmetric design optimized for use in R290 heat pumps and chillers with capacities of 20-70 kW. The innovative Micro Plate technology and the asymmetric channel geometries, with dierent designs on the refrigerant and water sides, improve heat transfer, reduce the amount of material used and minimize pressure losses on the water side. To meet demands for higher seasonal eciency, the H62L-CZ is designed to work eciently and increase comfort in modern buildings without increasing the carbon footprint. Helping heat pumps and watercooled chillers perform more eciently, it reduces both energy consumption and environmental impact. The low hold-up volume reduces the system refrigerant charge and oers valuable savings
MPHE H62L-EZU
21% lower hold-up volume enables significant reduction in refrigerant charge. The H62L-EZU is an evaporator optimized for R410A for use in high-efficiency heat pumps with capacities of 5-40 kW. The Z-pattern channel plate technology pushes the performance of heat exchangers to the limits by fully mixing the liquid and gas refrigerant through a “zigzag” flow, which increases the heat transfer coefficient. At the same time, inheriting from dimple plate pattern of the previous generation of MPHE, H62L-EZU reduces the water side pressure drop and the amount of material used. In the reversible mode of the heat pump as a condenser, H62LEZU also has outstanding performance. Thanks to the mixing chamber, the innovative refrigerant distribution device, the H62(L)-EZ is applicable with all refrigerant types.
MPHE HDW44-C
HDW44-C is double wall heat exchanger designed for application as condenser or desuperheater 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 an internal leak in the unit. 40% charge compared with a traditional BPHE. The ideal solution to meet the world`s climate and energy spirations.
