Price list of plate heat exchangers

77 x 207 mm [5–50 kW; 0.1–4 m3/h] The AlfaNova14 plate heat exchanger is designed mainly for single-phase heat transfer (e.g., water-to-water) where copper brazing is unsuitable. Its all-stainless steel construction allows use with distilled, demineralized water, or corrosive fluids like certain acids.

94 x 324 mm [10–200 kW; 0.1–6 m3/h] The CB20 heat exchanger is compact and designed for low-flow applications. Easy to install, it serves as a versatile solution for water-to-water systems, heating in housing units, and oil cooling.

113 x 313 mm [10–200 kW; 0.1–15 m3/h] The CB30 heat exchanger is designed for single-phase applications and also functions as both a condenser and evaporator for heat pumps. It is suited for small capacities, compact heat exchanger stations, and domestic hot water (DHW) systems. It replaces the CB26 and CB27 models.

112 x 310 mm [10–200 kW; 0.1–10 m3/h] The AlfaNova27 is designed for single-phase applications (e.g., water-to-water) where copper brazed exchangers are unsuitable. Its all-stainless steel construction makes it compatible with distilled or demineralized water, acids, and systems with free iron, which can corrode copper brazing. It is also suitable for use as an oil cooler or evaporator.

113 x 527 mm [15–300 kW; 0.2–12 m3/h] CB60 supports a wide range of water-to-water applications and is suitable as a condenser for high-capacity systems, such as refrigeration units and heat pumps. It replaces the CB52 model.

111 x 526 mm [10–250 kW; 0.1–10 m3/h] The AlfaNova52 is designed for water-to-water applications where copper brazing is unsuitable. Its all-stainless steel construction allows use with corrosive media, such as distilled or demineralized water, acids, or water containing free iron. It is also commonly used as an oil cooler or evaporator.

191 x 616 mm [50–1000 kW; 1–45 m3/h] The CB110 heat exchanger is designed for industrial applications requiring high capacity. It is commonly used for water-to-water and water-to-oil processes and serves as a condenser for air conditioning, refrigeration, and freezing systems. It replaces the CB76 model.

191 x 616 mm [1–50 m3/h] The CB112 The CB112 is designed for industrial applications requiring large capacity. It is typically used for water-to-water and water-to-oil processes, as well as for condensing units in refrigeration systems. Compared to the CB110, it offers higher capacity but with a greater pressure drop. It replaces the CB77 model.

191 x 618 mm [20–750 kW; 1–30 m3/h] The AlfaNova76 The AlfaNova 76 is an all-stainless steel heat exchanger, containing no copper or nickel brazing. It is designed for applications where these materials are prone to corrosion, such as with free iron, distilled or demineralized water, and acids, or in environments with high temperatures. It is also suitable for use as an evaporator or oil cooler.

324 x 742 mm [400–2000 kW; 1–100 m3/h] The CB200 is designed for demanding industrial applications and heat exchanger stations. It is available with L (low), M (medium), and H (high) channel options, allowing for optimized performance and pressure drop balance based on system requirements.

95 x 320 mm [2–100 kW; 0.1–5 m3/h; 3/4"] This compact heat exchanger is ideal for applications requiring smaller flows and high efficiency. It is a versatile solution suitable for hot water heating, solar heating, and use as a separation exchanger.

118 x 289 mm [20–200 kW; 0.1–8 m3/h; 1", 5/4"] This classic heat exchanger is designed for small output applications, including compact heat exchanger stations, oil cooling, and various other uses.

119 x 525 mm [0.2–8 m3/h; 1"] Designed to handle a wide range of capacities, this heat exchanger is ideal for water-to-water exchange stations, oil cooling, DHW tank charging, and heating applications. It is often used as a separation exchanger for flow rates of 3 m3/h or higher.

256 x 466 mm [50–1000 kW; 1–40 m3/h; 2"] The XB52 is ideal for a variety of applications, including district heating, heat recovery, heating, combined heat and power (CHP) production, industrial oil cooling, and steam exchange. It offers efficient heat transfer with a low pressure drop, making it a reliable and versatile choice.

73 x 192 mm [2–40 kW; 0.1–4 m3/h; 3/4"] The SWEP E5 (E5T, E5TH, E5AS, IC5) is highly efficient and cost-effective. Unlike conventional designs, the start and end plates also contribute to heat exchange. It is commonly used in gas boilers for domestic hot water (DHW) heating and in solar heating systems. Its short design results in minimal pressure losses. This model serves as a replacement for the Alfa Laval CB10, Alfa Laval CB14, and Regulus DV193.

73 x 210 mm [5–50 kW; 0.1–4 m3/h; 3/4"] The SWEP E6 (E6T, E6TH) is highly efficient and cost-effective. Its front and rear plates provide both structural stability and heat exchange. It is primarily designed for gas boilers (for water and drinking water heating) and is also suitable for solar collectors. This model serves as a replacement for the Alfa Laval CB16.

74 x 315 mm [10–70 kW; 0.1–3 m3/h; 3/4"] The SWEP E8 (models E8T, E8TH, IC8, IC8T, IC8TH) offers greater heat transfer efficiency than the shorter E5TH and E6TH models. It is a cost-effective alternative to the SWEP B8 and is suitable for solar systems or as a separation exchanger. The E8AS and E8LAS variants are designed primarily for domestic hot water (DHW) applications, featuring an asymmetrical channel arrangement to reduce pressure losses. The E8 is also suitable as a wort chiller and serves as a replacement for the Danfoss XB05.

76 x 193 mm [2–40 kW; 0.1–4 m3/h; 3/4"] The SWEP B5 (models B5T, B5TH) is designed for small-capacity applications where space is limited. It is ideal for use as a water or oil cooler. In many cases, it can be fully replaced by the more cost-effective SWEP E5. This model serves as a replacement for the Alfa Laval AC16 and PWO B5.

76 x 317 mm [10–70 kW; 0.1–3 m3/h; 3/4"] The SWEP B8 (models B8T, B8TH) is compact and designed for small flows and capacities. Its easy installation makes it a versatile choice for various water-to-water applications, such as heating (residential units) and cooling. Built to handle high pressures, the B8LASH variant features an asymmetrical design, making it ideal for use in heat pumps as a condenser or evaporator. This model replaces Alfa Laval CB18, AC18, AC30, Danfoss XB04, Danfoss XB06, and PWO B8. In many cases, it can be substituted by the more economical SWEP E8.

119 x 289 mm [20–200 kW; 0.1–8 m3/h; 1"] The SWEP B10 (models B10T, B10TH, IC10, IC10T, IC10TH) is designed for single-phase applications (e.g., water-to-water). It is a classic brazed plate exchanger, ideal for small output systems, compact heat exchanger stations, and domestic hot water (DHW) heating. This model serves as a replacement for Regulus DV285, Alfa Laval CB20, CB26, CB27, CB30, Danfoss XB10, and PWO B10.

119 x 289 mm The all-stainless steel version of the SWEP B10 heat exchanger contains no copper or nickel brazing. It is designed for special applications where these materials are prone to corrosion, such as with free iron, distilled or demineralized water, and acids. It is also suitable for use in high-temperature environments.

119 x 289 mm [10–300 kW; 0.2–16 m3/h; 5/4"] The SWEP B12 heat exchanger is designed with larger ports, making it suitable for high-flow applications. It is also capable of handling steam and air. Common uses include smaller heating stations, DHW tank charging, oil cooling, steam exchange, and swimming pools. This model serves as a replacement for PWO B12, Alfa Laval CB20, CB26, CB27, CB30, Danfoss XB04, and Danfoss XB12.

119 x 376 mm [40–300 kW; 0.5–16 m3/h; 5/4"] The SWEP B16 series (B16H, IC16) is specifically designed for water-to-water applications. It is ideal for heating and hot water systems in smaller heating stations, as well as for oil cooling. This model serves as a replacement for Danfoss XB30 and PWO B16.

119 x 376 mm The SWEP B26H features an asymmetrical channel arrangement, making it especially suitable as a condenser for heat pumps. The B26FH variant is designed without channels around the F3 port, providing increased resistance to freezing. This model serves as a replacement for the Alfa Laval AC40.

119 x 526 mm [0.2–8 m3/h; 1"] The SWEP B25 (B25T, B25TH, IC25, IC25TH) supports a wide range of water-to-water applications (1P-SC-S). It is also suitable as a condenser (1P-SC-M) for high-capacity systems, such as refrigeration units and heat pumps. This model serves as a replacement for Alfa Laval CB51, CB52, CB60, Danfoss XB36, Danfoss XB37, and PWO B25.

119 x 526 mm [50–300 kW; 1–16 m3/h; 5/4"] The SWEP B28 series (B28H, IC28, IC28H) is designed for water-to-water applications where the B16 is insufficient. It is ideal for heating stations, DHW tank charging, and heating systems. Additionally, it can serve as a plate hydraulic oil cooler. This model replaces Alfa Laval CB51, CB52, CB60, Regulus DV503, and PWO.

119 x 526 mm The SWEP V80 (V80H) is designed for evaporative applications within a range of 30 to 100 kW, covering most industrial needs. It is suitable for air conditioning, refrigeration, freezing units, and industrial refrigerators. This model serves as a replacement for Alfa Laval AC70, AC72, AC73, and AC74.

119 x 526 mm The SWEP B80 (B80H) is designed for small refrigeration applications and large heat pumps, primarily serving as a condenser. It features lower pressure losses than the B85H and B86H, making it suitable for higher water flow rates. This model replaces Alfa Laval CB62, AC72, AC73, and AC74.

119 x 526 mm [50–300 kW; 1–16 m3/h; 5/4"] The all-stainless steel version of the SWEP B80 contains no copper or nickel brazing. It is intended for special applications where these materials are prone to corrosion, such as with free iron, distilled or demineralized water, and acids, or in high-temperature environments.

119 x 526 mm [0.5–16 m3/h; 1", 5/4"] The SWEP B85 (B85H) is a high-efficiency heat exchanger designed for high-performance applications. It features larger ports and is built to withstand higher pressures than other models. It is commonly used as a condenser for large heat pumps and large refrigeration systems and serves as a separation exchanger for heat pumps. This model replaces Alfa Laval CB62, AC112, AC120, and AC220.

119 x 526 mm [0.5–6 m3/h; 1"] The SWEP B86 (B86H) is optimized for higher efficiency compared to the B85H, though with increased pressure losses. It is built to handle higher pressures than other exchangers and is commonly used as a separation exchanger and a condenser in refrigeration and air conditioning systems.

243 x 393 mm [50–600 kW; 1–50 m3/h; 2"] The SWEP B35 series (B35H, IC35, B35T, B35TH, B35TM) is ideal for a wide range of applications, including district heating, heat recovery, heating, combined heat and power (CHP), and as an industrial oil cooler or steam exchanger. It offers efficient heat transfer with a low pressure drop and is also available in a version with wider ports for high-flow applications. This model replaces Danfoss XB51, Danfoss XB52, and PWO B35.

243 x 525 mm [1–25 m3/h; 2"] The SWEP B120 series (models B120T, B120TH, IC120) is designed primarily for industrial applications requiring high-capacity heat transfer in water-to-water or water-to-oil systems. The B120T is also widely used as a condenser in refrigeration and air conditioning systems. This model serves as a replacement for Alfa Laval CB110, CB112, CB76, CB77, Danfoss XB59, Danfoss XB61, Regulus DV800, and PWO B120.

304 x 694 mm [5–100 m3/h; DN100] The SWEP B427 series (B427H, B427M, B427L, IC427) is designed for industrial applications and district heating stations where high power transmission is essential. It is available in multiple variants (H, M, L), allowing users to optimize performance and pressure losses based on their system requirements. This model replaces Alfa Laval CB200 and Danfoss XB66.