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CB

The Alfa Laval CB range of brazed plate heat exchangers feature efficient heat transfer with an extremely small footprint, making them ideal for demanding installations where space is at a premium. The CB range is used in HVAC heating/cooling, refrigeration, process heating/cooling, oil cooling, solar heating and many other applications.

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Alfa Laval CB10 CBH10_DE.pdf 2016-11-08 449 kB
Alfa Laval CB10 CBH10_EN.pdf 2016-10-26 450 kB
Alfa Laval CB10 CBH10_DE.pdf 2016-10-25 449 kB
Alfa Laval CB110 CBH110_DE.pdf 2016-11-08 582 kB
Alfa Laval CB110 CBH110_EN.pdf 2016-10-26 594 kB
Alfa Laval CB112 CBH112 CBXP112_DE.pdf 2016-11-08 585 kB
Alfa Laval CB112 CBH112 CBXP112_EN.pdf 2016-10-26 592 kB
Alfa Laval CB112 CBH112 CBXP112_DE.pdf 2016-10-25 585 kB
Alfa Laval CB16 CBH16_DE.pdf 2016-11-08 447 kB
Alfa Laval CB16 CBH16_EN.pdf 2016-10-26 448 kB
Alfa Laval CB16 CBH16_DE.pdf 2016-10-25 447 kB
Alfa Laval CB18 CBH18_DE.pdf 2016-11-08 512 kB
Alfa Laval CB18 CBH18_DE.pdf 2016-10-25 512 kB
Alfa Laval CB18 CBH18_EN.pdf 2016-10-26 513 kB
Alfa Laval CB200 CBH200_DE.pdf 2016-10-25 455 kB
Alfa Laval CB200 CBH200_EN.pdf 2016-10-25 456 kB
Alfa Laval CB200 CBH200_DE.pdf 2016-10-25 455 kB
Alfa Laval CB200 CBH200_FR.pdf 2016-10-25 455 kB
Alfa Laval CB20_DE.pdf 2016-11-08 537 kB
Alfa Laval CB20_DE.pdf 2016-10-25 537 kB
Alfa Laval CB20_EN.pdf 2016-10-26 537 kB
Alfa Laval CB300 CBH300_DE.pdf 2016-11-08 475 kB
Alfa Laval CB300 CBH300_EN.pdf 2016-10-26 476 kB
Alfa Laval CB300 CBH300_DE.pdf 2016-10-25 475 kB
Alfa Laval CB30 CBH30_DE.pdf 2016-11-08 570 kB
Alfa Laval CB30 CBH30_EN.pdf 2016-10-26 583 kB
Alfa Laval CB30 CBH30_DE.pdf 2016-10-25 570 kB
Alfa Laval CB400_DE.pdf 2016-11-08 331 kB
Alfa Laval CB400_EN.pdf 2016-10-26 327 kB
Alfa Laval CB60 CBH60_DE.pdf 2016-11-08 499 kB
Alfa Laval CB60 CBH60_EN.pdf 2016-10-26 512 kB
Alfa Laval CB60 CBH60_DE.pdf 2016-10-25 499 kB
Alfa Laval CB62 CBH62_DE.pdf 2016-11-08 504 kB
Alfa Laval CB62 CBH62_EN.pdf 2016-10-26 504 kB
Alfa Laval CB62 CBH62_DE.pdf 2016-10-25 504 kB
Alfa Laval CB65 CBH65_DE.pdf 2016-11-08 453 kB
Alfa Laval CB65 CBH65_EN.pdf 2016-10-26 453 kB
Alfa Laval CB65 CBH65_DE.pdf 2016-10-25 453 kB
Alfa Laval CBXP27_DE.pdf 2016-11-08 565 kB
Alfa Laval CBXP27_EN.pdf 2016-10-26 565 kB
Alfa Laval CBXP27_FR.pdf 2016-10-25 564 kB
Alfa Laval CBXP52_DE.pdf 2016-11-08 559 kB
Alfa Laval CBXP52_DE.pdf 2016-10-25 559 kB
Alfa Laval CBXP52_EN.pdf 2016-10-26 560 kB
Alfa Laval CBXP52_FR.pdf 2016-10-25 559 kB
Alfa Laval CD200_DE.pdf 2016-10-25 383 kB
Alfa Laval Cooling Insulation.pdf 2016-10-25 378 kB
Alfa Laval Couplings and Counter Flanges.pdf 2016-10-25 242 kB
Alfa Laval Feet and support kits.pdf 2016-10-25 170 kB
Alfa Laval Heating insulation.pdf 2016-10-25 597 kB
CB110AQ_EN.pdf 2017-05-10 465 kB
CB112AQ_EN.pdf 2017-04-24 361 kB
CB18AQ_EN.pdf 2017-04-24 419 kB
CB20AQ_EN.pdf 2017-04-24 389 kB
CB300AQ_EN.pdf 2017-04-24 384 kB
CB30AQ_EN.pdf 2017-04-24 414 kB
CB400AQ_EN.pdf 2017-04-24 368 kB
CB60AQ_EN.pdf 2017-04-24 343 kB
CBH18DW_EN.pdf 2017-05-16 1241 kB

The thin, corrugated stainless steel plates used in the CB design are brazed together with copper. This forms a self-contained unit that can handle both high pressures and high temperatures. And unlike traditional designs, the brazed plate heat exchanger consists solely of surfaces that actively contribute to heat transfer, resulting in significant increases in overall efficiency.

The CB range of brazed plate heat exchangers has numerous advantages over traditional heat exchangers in both industrial, HVAC and refrigeration installations. The exceptional heat transfer efficiency makes all CB units very compact. As a result, they can tackle large-capacity duties even though there is only limited installation space available.

The brazed construction also does away with gaskets, making CB units ideal in applications where temperatures and/or pressures are high. Examples include district heating and a wide range of heating, cooling and tap water solutions.

Alfa Laval is the world's leading manufacturer of brazed plate heat exchangers. This means solid experience in designing units that withstand high-pressure and high-temperature conditions, and in coping effectively with the structural stresses that results from these. Units in the CB range are available in many different sizes and capacities, with varying plate patterns and connections for particular duties and performance specifications. CB units can be configured as single-pass, dual-pass or multi-pass installations, according to project requirements.

All CB brazed heat exchanger units comply with the European Pressure Vessel Safety Directive, and can also be delivered according to other relevant standards and national codes, as required.

Alles, was Sie für Ihre HLK-Anwendungen wissen müssen, finden Sie in dem HLK-Handbuch von Alfa Laval.

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Im Industrie-Handbuch von Alfa Laval finden Sie alles, was Sie für Ihre spzifischen Anwendungen in Ihrer Branche wissen müssen.

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So funktioniert's

In Copper Brazed (CB) heat exchangers, the surfaces used to provide heat transfer from one medium to the other are thin, corrugated stainless steel plates stacked on top of each other. The two media are sealed within the plate pack by a brazed copper seal around the edge of the plates. This results in a heat exchanger that – unlike traditional designs – consists solely of surfaces which actively contribute to heat transfer, resulting in significant increases in overall efficiency.

The channels formed between the plates and corner ports are arranged so that the media flow through alternate channels – always in a counter-current flow pattern in order to achieve the most efficient heat transfer.

The contact points between the plates are also brazed, helping to withstand the effects of high pressures and high temperatures. Pressure peaks and rapid temperature cause substantial physical stresses within the materials, and Alfa Laval research has focused on the details of these phenomena in order to ensure designs that are extremely resilient and provide a long service life.

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