DOVER COMPANYA

COMPACT BRAZED HEAT EXCHANGERS

FOR REFRIGERANT APPLICATIONS

SWEP International ABBox 105, SE-261 22 Landskrona, Sweden

Tel. +46 (0)418 40 04 00. Fax +46 (0)418 292 95Internet: www.swep.netE-mail: info@swep.net

920

0

30-9

54

C02

1M

1-0

6

A STEP TOWARDS A MORE EFFICIENT REFRIGERANT INDUSTRY

Air dryers, chillers, cascade heat pumps and refrigeration systems are typical examples of applications that operate more efficiently using compact brazed heat exchangers (CBEs). The list of new applications is growing continuously, and today you will find SWEP CBEs in virtually all kinds/sorts of applications in the global refrigerant market. Alongside the increase in the areas of use, there is also a rapid technological changeover to modern high-effi-ciency SWEP CBEs where shell-and-tubes were previously used.

Extensive research and develop-ment combined with effective use of CFD (Computational Fluid Dyna-mics) have enabled us to offer the market's most comprehensive range of condensers, desuperheaters, evaporators and subcoolers for all types of refrigerant applications. And by using standardized compo-nents, we can cost-effectively mass customize the product precisely to your needs.

We can always offer you more, thanks to our complete program of effective aids. SSP, the SWEP Software package that we have developed for dimensioning ex-changers and dynamic drawing generation, is the soft way to get hard facts. Or why not do some in-depth reading in our Refrigerant Handbook, the complete handbook for CBE refrigerant applications? Contact one of our expert heat transfer consultants today to find out more about SWEP CBEs and energy-saving solutions.

Each SWEP CBE is delivered with full traceability and verified functionality. A SWEP CBE is approved by leading independent international bodies, such as PED, UL, KHK and CSA.

DOVER COMPANYA

Our "Technical Handbook about Refrigerant Applications" offers you every opportunity to broaden your competence, with first-class information about everything from basic heat transfer to compressors and condensers.

SWEP is a rapidly growing international company in the heat transfer field. Decades of creative work, leading-edge competence and committed SWEP people have resulted in the world's most effective offer of products.World-leading within its field, SWEP constantly advances the front line in order to be able to use the very latest technology. SWEP's aim is constantly to offer its customers excellent performance, economy and service.Today, SWEP is close to its customers, with re-presentation in more than 50 countries and its own dedicated salesforce in more than 20 countries. With highly efficient production units in Sweden, Switzerland, USA and Malaysia it is possible to serve customers all over the world. The company is part of the global Dover Corporation.

Simulation is one of the most important stages in the development of new and existing CBEs. The ability to evaluate different plate patterns by simulating flow rate and directions offers great opportunities for improved functionality.

0 20

68 137

40 60

205 273

80 100 120

342 4100

kWkBTU/h

kWkBTU/h

0 20

68 137

40 60

205 273

80 100 120

342 4100

B80V80

119 mm4.69 in.

526 mm20.72 in.

EvaporatorARI conditions

CondenserARI conditions

0 2

6.8 14

4 6

20 27

8 10 12

34 410

kWkBTU/h

kWkBTU/h

0 2

6.8 14

4 6

20 27

8 10 12

34 410

72 mm2.84 in.

310 mm12.21 in.B8

0 20

68 137

40 60

205 273

80 100 120

342 4100

kWkBTU/h

B10V10

117 mm4.61 in.

287 mm11.31 in.

0 20

68 137

40 60

205 273

80 100 120

342 4100

kWkBTU/h

B12

117 mm4.61 in.

287 mm11.31 in.

0 2

6.8 14

4 6

20 27

8 10 12

34 410

kWkBTU/h

kWkBTU/h

0 2

6.8 14

4 6

20 27

8 10 12

34 410

B15

72 mm2.84 in.

465 mm18.32 in.

0 20

68 137

40 60

205 273

80 100 120

342 4100

kWkBTU/h

kWkBTU/h

0 20

68 137

40 60

205 273

80 100 120

342 4100

B25V25

117 mm4.61 in.

524 mm20.65 in.

72 mm2.84 in.

187 mm7.45 in.

B5

0 1

3.4 6.8

2 3

10 14

4 5 6

17 200

kWkBTU/h

kWkBTU/h

0 1

3.4 6.8

2 3

10 14

4 5 6

17 200

DB47DV47

243 mm9.57 in.

525 mm20.69 in.

0 60

205 410

120 180

615 820

240 300 360

1025 12300

kWkBTU/h

kWkBTU/h

0 60

205 410

120 180

615 820

240 300 360

1025 12300

B60

364 mm14.34 in.

(capacity when used as de-superheater)

374 mm14.74 in.

0 25

85 171

50 75

256 342

100 125 150

427 5120

kWkBTU/h

243 mm9.57 in.

393 mm15.48 in.

0 20

68 137

40 60

205 273

80 100 120

342 4100

kWkBTU/h

B35V35

B200V200

243 mm9.50 in.

525 mm20.65 in.

kWkBTU/h

0 60

205 410

120 180

615 820

240 300 360

1025 12300

kWkBTU/h

0 60

205 410

120 180

615 820

240 300 360

1025 12300

B400V400

694 mm27.34 in.

304 mm11.98 in.

kWkBTU/h

0 100

342 683

200 300

1025 1366

400 500 600

1708 20490

kWkBTU/h

0 100

342 683

200 300

1025 1366

400 500 600

1708 20490

Patented True dual-circuit CBEDBDV

Specially designed CBEwith a built-in distribution device for evaporator duties

VStandard CBE (CompactBrazed Heat Exchanger)

B

A COMPLETE RANGE OF DEDICATED CBEs FOR REFRIGERANT APPLICATIONS

kWkBTU/h

0 100

342 683

200 300

1025 1366

400 500 600

1708 20490

kWkBTU/h

0 100

342 683

200 300

1025 1366

400 500 600

1708 20490

DB58DV58

694 mm27.34 in.

304 mm11.98 in.

The conceptIn principle, a CBE is constructed as a plate package of corrugated channel plates between front and rear cover-plate packages. The cover plate packages consist of sealing plates, blind rings and cover plates. During the vacuum-brazing process, a brazed joint is formed at every contact point between the base and the filler material.

The fluids can pass through the heat exchanger in different ways. For pa-rallel flow CBEs, there are two dif-ferent flow configurations: co-cur-rent or counter-current.

There are several different versions of the channel plate packages. Be-low are some examples.

Channel platesZerohole channelplate

Endplate

Coverplate(s)

Front Cover Plate Package

Back Cover Plate Package

Plate Package

Sealingplate(Start-plate)

Coverplate(s)

Blindrings

Blindrings

Connec-tions

Co-current flow

Counter-current flow

Two-Pass CBE (../2P), which corresponds to two units connected in series.

True-Dual

F1F2

F3 F4