ebroc-shell and tube heat exchangers model series and customer oriented solutions, funke

8/12/2019 eBroc-Shell and Tube Heat Exchangers Model Series and Customer Oriented Solutions, Funke

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Shell and tube heat exchangersModel series andcustomeroriented solutions


2/1802

order-related solutions and maturestandard model series according toall world wide important directivesand standards (such as DGRL, ASME,TEMA, API)

optimum de signs with internationallyleading calculation software (e.g. HTRI)

reliable heat transfer even in the caseof critical media

very high operating pressures andopera ting temperatures possible

low tendency to foul due to optimisedow behaviour high degree of safety as regards a

mixing of media robust and high quality designs low capital investment, operating and

maintenance costs relative to theoverall service life

easy to open/clean

TDW, BCF, CCFA, SWF, CPS, WRA 200

preselected apparatus geometriesprovide for:

short delivery periods excellent price/performance ratio assurance of models proven over

many years

CP, A 100, C 100 ... C 500

consistent implementation ofcustomer requirements: company specication

standards of engineering companies international design standards

Series models

Put the pressure on!For quality shell and tube heat exchang

FUNKE headquarters at Gronau, 30 km to the south of Hanover.

For more than three decades FUNKEhas specialised in the developmentand manufacture of heat exchangerswith up to 2000 m 2 heat exchangersurface for all current industrial appli-cations and designs.

Shell and tube heat exchangers Plate heat exchangers Oil/air coolers Electric oil preheaters

FUNKE is a single source sup plier for:

In the area of shell and tube heat ex-changers FUNKE has a mature productrange of special models for almost allrequirements in machine and plantenginering. Maximum quality require-ments and customer-oriented solutions characterise the brand FUNKE.Thus, for ex ample, customised process gas coolers with operating pressure of400 bar and above are nothing unusu-

al for our production department.However, with our series models wealready offer our cu sto mers in ourstandard pro gram me a com pre hen siveand high quality range of pro ducts forall current re qui rements in in ter nationalmachine and plant en gineering.The customer receives ther modyna-mically optimised units which are ma n-ufacture in dened graduations e.g.with regard to shell diameter and shelland tube length and which are avail-able at short notice.

Advantages of the FUNKE shell and tube heat exchangers (RWT):

Performance 1 KW - 30 MW Transfer surface 0,11 m 2 - 2000 m 2Shell diameter 60 mm - 2000 mmOperating temperature 20 C - 500 COperating pressure max. 600 bar

Basic technical date (dependent on design)

Individual solutions

FUNKE shell and tube heat exchangers Straight tube/U-shaped tube/safety heat exchanger

in all current construction types for all current liquid and gaseous media


3/1803

s by FUNKE

Design of a CP standard unit using 3-D software

The shell and tube heat exchanger is a non-red pressuresystem consisting of two separate pressure chambers(shell chamber and tube chamber). Separated by the in-ternal tube wall, two media ow past one another withsuch alignment that, if there is a temperature difference,they will mutually exchange heat without mixing in theprocess. As the picture shows, one medium ows throughthe shell chamber and the second medium ows throughthe tube chamber. The ow through the shell chamber willbe con trolled by bafes such that there is as much cross-ow to the tubes as possible. The form and spacing of thebafes will be adapted to the relevant operational use.Depending on effectiveness, speed and pressure loss theow through the tube chamber will be effected by a singlepass or by multiple passes. With the exception of radiation losses, the input heat quantity is the same as the outputheat quantity.

However, an effective heat exchange can only occur ifthere is a sufcient temperature difference. The greaterthe temperature difference is the smaller will be the re-quired heat transfer surface. The heat transfer performance of a heat exchanger is the product calculated from themean logarithmic temperature difference, the heat trans-fer surface and the heat transfer coefcient. The latter will

be largely determined by the ow characteristics of themedia, that is by the geometric design.

On the other hand, the supplier of heat exchangers musthave a wide application know-how with regard to thethermodynamic properties of special media at pertinentpressures and temperatures. This also concerns the is-sues of fouling factor and material compatibility.

The calculation and design of FUNKE heat exchangers iseffected with worldwide leading programs (e.g. HTRI,Heat Transfer Research Institute, USA) as well as withFUNKE-Software which is already used internationally.

Shell and tube heat exchanger structure and functioning

Components of the shell and tube heat exchanger1 4 63 2

775

7 75

1 Heat exchanger shell

2 Connection chamber3 Guide chamber4 Internal tubes5 Tubesheets

6 Bafes

7 Apparatus seal


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5/18


6/1810

Shell and tube heat exchanger the special model seriesFor maximum performance, exibility and reliability in pla

Schematic diagramModel series

CP(TEMA Typ BEW;

AEW)

Universal cooler, tube bundle removable

Acceptance

Material selection

Technical description Application

The FUNKE heat exchanger of type CP is a heat exchanger withstraight internal tubes and removable tube bundle whose xedtube-sheet is clamped in between the shell-side and tube-sidedevice anges by means of two at seals and bolts. The movable tubesheet, oating due to the combination of two sealing ringsand a leakage ring between the device anges, protects againsta mixing of the shell-side and tube-side owing media.In the case of leakages due to a single or both selaing rings beingdefective the pertinent media always escape toward the outsidethrough signal bores on the circumference of the leakage ring.

All seals of this design seal against atmosphere.

The tube/tubesheet connections will be produced by appropriate tube rollings or tube weldings in relation to the construction re-gulations, material combinations and operating media as well as

the maximum per missible operating parameters (P/T). Naturally,the internal tubes will be re-rolled followed a tube welding inorder to avoid gap cor rosion.

The connection and guide chambers are available in differentversions, which can be produced by a tube-side one pass, twopass or four pass design and whose selection is effected inaccordance with the standards required but also in accordancewith uid engineering aspects.

Venting and draining points as well as a corresponding base con-struc tion are designed in relation to the relevant tted position.

This heat exchanger of type CP is used mainly as an oil cooler ordouble oil cooler, where the oil should ow on the shell-sidewhilst the cooling water ows through the internal tubes.

This heat exchanger is used also for cooling other uids as wellas air or similar gases with and without any condensable content.

Any operation with gases having a low molecular weight (e.g.hydrogen) is not meaningful due to the type of seal used on theoating tubesheet.

The FUNKE heat exchanger of type CP can be supplied in ac cor-dance with all pertinent national and international certication bod-ies, regulations and construction regulations such as e.g. pursuantto the Pressure Equipment Directive (DGRL), AD-2000, ASME- VIII,

Div. I, U-Stamp, TEMA standard, API 614/618, CHINA-SQL.The integration of works standards or customer specications is noproblem either.

Boundary conditions

Due to its design and sealing type the maximum permissibleoperating conditions* are

Shell side Tube sideMaximum operating overpressure 41 bar 41 barMaximum operating temperature 250 C 250 C

* The maximum values may reduce due to regulations, works standards andconstruction regulations!

In accordance with the respective regulations, construction re gu -lations and operating media, carbon steels, stainless steels aswell as non-ferrous heavy metals are used. A meaningful inte-gration of special materials, platings and coatings is possible.


7/1811

engineering


A 100(TEMA Typ BEW;

AEW)

Gas cooler, tube bundle removable

Acceptance

Material selection


The FUNKE heat exchanger of type A100 was designed in ac cor dancewith type CP and is exclusively available as a gas cooler - mediarouting gas through the tubes in a tube-side one pass version. It is

a heat exchanger with straight internal tubes and an removable tubebundle whose xed tubesheet is clamped in between the shell-side and tube-side device anges by means of two at seals and bolts.

The movable tubesheet, oating due to the combination of two sealingrings and a leakage ring between the device anges, protects againsta mixing of the shell-side and tube-side owing media.

In the case of leakages due to a single or both selaing r ings beingdefective the pertinent media always escape toward the outsidethrough signal bores on the circumference of the leakage ring.

All seals of this design seal against atmosphere.

The tube/tubesheet connections will be produced by appropriatestube rollings or tube weldings in relation to the construction regula-tions, material combinations and operating media as well as themaximum per mis sible operating parameters (P/T). Naturally, theinternal tubes will be re-rolled followed a tube welding in order toavoid gap corrosion.

The connection chambers are available in various different versionswhose selection is effected in accordance with the required stan-dards but also in accordance with uid engineering aspects.


In accordance with the respective regulations, construction regu-lations and operating media, carbon steels, stainless steels aswell as nonferrous heavy metals are used. A meaningful integra-tion of special materials, platings and coatings is possible.

This heat exchanger of type A100 is used exclusively for coolingand drying air or similar gases, with the gas owing on the tubeside whilst the cooling water owing within the shell space

around the internal tubes. Any operation with gases having a low molecular weight (e.g.hydrogen) is not meaningful due to the type of seal used on theoating tubesheet.

If partial condensation occurs, a cyclone separator for phase sep-aration may be anged directly to the outlet chamber, if required.

The FUNKE heat exchanger of type A 100 can be supplied in ac-cor dance with all pertinent national and international certication bo-dies, regulations and construction regulations such as e.g. pursu-ant to the Pressure Equipment Directive (DGRL), AD-2000,

ASME- VIII, Div. I, U-Stamp, TEMA standard, CHINA-SQL.The integration of works standards or customer specications is inprinciple no problem either.

Boundary conditions



* The maximum values may reduce due to regulations, works standardsand construction regulations!


8/1812

Shell and tube heat exchangers the special model serieFor maximum performance, exibility and reliability in pla


C 100(TEMATyp BEP/

AEP)

Universal cooler, tube bundle removable

Boundary conditions

Material selection


The FUNKE heat exchanger of type C 100 is a heat exchangerwith straight internal tubes and removable tube bundle whosexed tubesheet is clamped in between the shell-side and tube-

side device anges by means of two at seals and bolts.The combination gland-packing ring-stufng box gland posi-tions the movable tubesheet such that it is oating within theshell space and seals against atmosphere the medium owingon the shell side.

On the tube side the connection or guide chamber attacheddirectly to the movable tubesheet is also sealed against atmo-sphere by means of suitable at seals.

The tube/tubesheet connections will be produced by appropri-ate tube rollings or tube weldings in relation to the constructionregulations, material combinations and operating media as wellas the maximum per missible operating parameters (P/T).Naturally, the internal tubes will be re-rolled followed a tube wel-ding in order to avoid gap corrosion. The connection and guidechambers are available in different versions, which can be pro-duced by a tube-side single-pass or multi-pass design andwhose selection is effected in accordance with the standardsrequired but also in accordance with uid engineering aspects.

Venting and draining points as well as a corresponding baseconstruction are designed in relation to the relevant tted position.

This heat exchanger of type C 100 is mainly used where, in addi-tion to the requirement for an removable tube bundle and goodcleaning possibilities, a higher quality for the tube side sealing

type is required in relation to the operating media, pressure andtemperature.

Due to its boundary conditions it is highly suitable for uid opera-ting media but also as a gas cooler with and without partial con-densation; however, critical media should ow on the tube side.

Acceptance

The FUNKE heat exchanger of type C 100 can be supplied in ac-cordance with all pertinent national and international certicationbodies, regulations and construction regulations such as e.g.pursuant to the pressure systems directive (DGRL), AD-2000,

ASME- VIII, Div. I, U-Stamp, TEMA standard, CHINA-SQL.The integration of works standards or customer specications isno problem either.



* The maximum values may reduce due to regulations, works standards andconstruction regulations!

In accordance with the respective regulations, constructionregulations and operating media, carbon steels, stainless steelsas well as nonferrous heavy metals are used. A meaningful inte-gration of special materials, platings and coatings is possible.


9/1813

engineering


C 200(TEMATyp BEM,

AEM,NEM)

Universal cooler, xed tube bundle

Material selection


The FUNKE heat exchanger of type C 200 is a heat exchangerwith straight internal tubes and a xed non-removable tubebundle whose shell is welded to the tubesheets such that this

forms a tight seal.Due to its design this heat exchanger may be equipped withmaximum tubing. The tube/tubesheet connections will be produ-ced by ap propriate tube rollings or tube weldings in relation tothe construction regulations, material combinations and opera-ting media as well as the maximum permissible operating para-meters (P/T). Naturally, the internal tubes will be rerolled followeda tube welding in order to avoid gap corrosion. Depending on theactual application a thermal stress of the shell tube can be elim-inate by installing an axial compen sator.

The connection and guide chambers are available in various dif-

ferent designs by means of which a tube side single-pass ormulti-pass version can be produced.



This heat exchanger of type C 200 can be used universally.Taking into account its design characteristics it can be used forcooling and heating uids, gases and vapours as well as for con-

densation and in vacuum operation. An individual media routing permits operation even at high opera-ting pressures where contaminated operating media should pref-erably ow on the tube side.

Acceptance

The FUNKE heat exchanger of type C 200 can be supplied inaccordance with all appropriate national and international certi-cation bodies, regulations and construction regulations suchas e.g. pursuant to the Pressure Equipment Directive (DGRL),

AD-2000, ASME- VIII, Div. I/II, U-Stamp, TEMA standard,CHINA-SQL.

The integration of works standards or customer specications isno problem either.


10/1814

Shell and tube heat exchanger the special model seriesFor maximum performance, exibility and reliability in pla


C 300(TEMATyp BEU,

AEU, BFU, AFU, BXU, AXU)

Universal cooler, U-tube-bundle removable

Acceptance

Material selection


The FUNKE heat exchanger of type C 300 is a heat exchangerwith removable U-tube-bundle whose xed tubesheet is clamped in between the shell-side and tube-side device anges by

means of two at seals and bolts.The tube/tubesheet connections of the internal tubes bent in Ushape will be produced by appropriate tube rollings or tubeweldings in relation to the construction regulations, materialcombinations and operating media as well as the maximum per-missible operating parameters (P/T).Naturally, the internal tubes will be re-rolled followed a tubewelding in order to avoid gap corrosion.

The connection chamber is available in different versions, whichcan be produced by a tube-side two-pass or multi-pass designand whose selection is effected in accordance with the stan-

dards required but also in accordance with uid engineeringaspects.

Venting and draining points as well as a corresponding basecon struc tion are designed in relation to the relevant tted position.

Due to its design this heat exchanger of type C 300 can be useduniversally. The internal tubes bent in a U-shape, which areexclusively attached to the xed tubesheet, permit operation atvery high temperatures and pressures without any thermal stressesand thus damage occurring on the tube/tubesheet connection.This heat exchanger can be used for the partial or full condensa-tion of the gases and vapours but also as a uid cooler/heater. Inprinciple the media routing can be freely selected where the cleanoperating medium should preferably ow through tubes as amechanical cleaning of the internal tubes bent in a U-shape isonly possible subject to restrictions. Other design options suchas e.g. the version with a two-pass shell or as a suction cooler fortank installation expand the operational possibilities of this type.

The FUNKE heat exchanger of type C 300 can be supplied inaccordance with all pertinent national and international certica-tion bodies, regulations and construction regulations such as e.g.pursuant to the pressure systems directive (DGRL), AD-2000,

ASME- VIII, Div. I/II, U-Stamp, TEMA standard, API 614/618/660,CHINA-SQL.


In accordance with the respective regulations, construction re-gulations and operating media carbon steels, stainless steels aswell as nonferrous heavy metals are used. The meaningful inte-gration of special materials, platings and coatings is possible.


11/1815

engineering


C 400(TEMATyp AET/ BET)

Universal cooler, oating head, tube bundle removable

Material selection



side device anges by means of two at seals and bolts.In combination with the guide chamber tted by means of boltsand at seals to the tubesheet, the movable tubesheet forms theoating head positioned on the inside of the shell.Due to this design the tube bundle can be removed without anydisassembly of the guide chamber.For the purpose of an easier inspection of the oating head in itstted position, the shell is equipped with an inspection cover onthis side.

The tube/tubesheet connections will be produced by qppropriatetube rollings or tube weldings in relation to the construction regu-

lations, material combinations and operating media as well as thepermissible operating parameters (P/T). Naturally, the internaltubes will be rerolled followed a tube welding in order to avoidgap corrosion.

The connection chamber is available in different versions bymeans of which a multi-pass design can be produced exclusivelyand whose selection is effected in accordance with the standardsrequired but also in accordance with uid engineering aspects.



This heat exchanger of type C 400 is mainly used where, inaddition to the requirement for an removable tube bundle andgood cleaning possibilities, a higher quality for the sealing type

is required in relation to the operating media, pressure and tem-perature.

Acceptance

The FUNKE heat exchanger of type C 400 can be supplied inaccordance with all appropriate national and international cer ti-cation bodies, regulations and construction regulations suchas e.g. pursuant to the Pressure Equipment Directive (DGRL),

AD-2000, ASME- VIII, Div. I, U-Stamp, TEMA standard,CHINA-SQL.



12/1816

Shell and tube heat exchanger the special model series


C 500(TEMA Typ AES;BES)

Universal cooler, oating head, tube bundle removable

Application

Acceptance

Technical description Material selection


side device anges by means of two at seals and bolts.In combination with the guide chamber tted by means of a splitring, bolts and at seals to the tubesheet, the movable tubesheetforms the oating head positioned on the inside. Due to thisdesign the tube bundle can be equipped with a maximum heatexchange surface.

This oating head is enclosed by a shell chamber with extendeddiameter which is removable to allow inspection of the oatinghead. For a tube side one pass design the corresponding con-nec tion ange will be routed through thus chamber and sealedby means of a stufng box gland. It is possible to install an axial

compensator within this shell chamber.The tube/tubesheet connections will be produced by appropri-ate tube rollings or tube weldings in relation to the constructionregulations, material combinations and operating media as wellas the permissible operating parameters (P/T). Naturally, the in-ternal tubes will be rerolled followed a tube welding in order toavoid gap corrosion.

Different designs of the connection chamber on the xedtubesheet are available whose selection is effected inaccordance with the standards required but also in accordancewith uid engineering aspects and the tube side number ofpasses (one pass/multi-pass).


In accordance with the respective regulations, construction regula-tions and operating media, carbon steels, stainless steels as wellas nonferrous heavy metals are used. A meaningful integration of

special materials, platings and coatings is possible.

This heat exchanger of type C 500 is mainly used where, in addi-tion to the requirement for an removable tube bundle and goodcleaning possibilities, maximum quality is required.

The FUNKE heat exchanger of type C 500 can be supplied inaccordance with all appropriate national and international certi-

cation bodies, regulations and construction regulations such ase.g. pursuant to the pressure systems directive (DGRL), AD-2000, ASME- VIII, Div. I/II, U-Stamp, TEMA standard, API 614/618/660,CHINA-SQL. The integration of works standards or customerspecications is no problem either. This design is used primarilyin the chemical and petrochemical industries as well as in vacuum engineering as process gas cooler, oil cooler or as a con denser/ vacuum condenser.

For maximum performance, exibility and reliability in plant engineering


13/1817

Daily quality work for reliableand economical heat exchangers

Optional materials for the model seriesBCF/P, CCF/P, SSCF/P described on pages 4 - 6

Component BCF/BCP CCF/CCP SSCF/SSCP

Internal tubes

TubesheetsBafesShell

Connectionchambers, StandSeals

Coat of paint Angular feet

Insulation

CuZn20Al F34, CuNi30Fe F37,SF-Cu F22 (F25), 1.4571

CuZn39Pb3

Flange connections, shell side,screwed in

Plastic coating, G-CuSn 10(Cast bronze)PTFE, Viton

Other RAL coloursClamp feet made of S235JRG 2

1.4571, CuNi30Fe, CuZn20Al F34P265GH as a xed tubesheet as well as1.4571 as a oating tubesheet for the P version

Flange connections screwed in onthe shell side

Plastic coating, G-CuSn10(Cast bronze)PTFE, Viton

Other RAL coloursClamp feet made of S235JRG2

1.4571 in the case of the P version

Flange connections, shell side,screwed in

PTFE, Viton

Clamp feet made of 1.4571

1) 1) 4)

2) 2)

3) 3) 3)1) Stand not made of G-CuSn10 2) Priming coat 3) Only in combination with angular feet 4) Stand only made of EN-GJL-200


14/1818

Leading standards like TEMAare part of our team

FRONT ENDSTATIONARY HEAD TYPES

CHANNEL AND REMOVABLE COVER

BONNET (INTEGRAL COVER)

CHANNEL INTEGRAL WITH TUBE-SHEET AND REMOVABLE COVER

REMOVABLE

TUBE

BUNDLE

ONLY

CHANNEL INTEGRAL WITH TUBE-SHEET AND REMOVABLE COVER

SPECIAL HIGHPRESSURE CLOSURE

A

B

C

N

D

E

F

G

H

J

K

X

L

M

N

P

S

T

U

W

SHELL TYPES REAR ENDHEAD TYPES

ONE PASS SHELLFIXED TUBESHEET

LIKE A STATIONARY HEAD

FIXED TUBESHEETLIKE B STATIONARY HEAD

FIXED TUBESHEETLIKE N STATIONARY HEAD

OUTSIDE PACKEDFLOATING HEAD

FLOATING HEADWITH BACKING DEVICE

PULL THROUGH FLOATING HEAD

U-TUBE BUNDLE

EXTERNALLY SEALEDFLOATING TUBESHEET

TWO PASS SHELLWITH LONGITUDINAL BAFFLE

SPLIT FLOW

DOUBLE SPLIT FLOW

DIVIDED FLOW

KETTLE TYPE REBOILER

CROSS FLOW


15/1819

Our core competencylies in our consistently customer-oriented design and calculation:Process engineering, thermodynamics, stress calculation, vibration analysis

ASME VIII, Div. 1 & 2 ; U-Stamp AD 2000, in particular HP0/ DIN EN 729-2 American Bureau of Shipping (ABS) American Petroleum Institut (API) Australian Standard 1210 (AS 1210) British Standard PD 5500

Bureau Veritas (BV) CODAP 2000 Det Norske Veritas (DNV) DIN EN 13445 EU pressure systems directive 97/23/EG Germanischer Lloyd (GL) Heatexchanger Institut (HEI) Heat Transfer Research, Inc. (HTRI) Lloyds Register of Shipping (LRS) NACE-Standard Stoomwezen Swedish Pressure

Vessel Code (SPVC) TEMA-Standards VDI-Wrmeatlas (Heat Atlas) Welding-Research-Councils,Bulletin 107 (WRC 107)... and others.

Calculation regulations, design regulations, constructionsregulations and acceptance regulations as well as standardspursuant to which FUNKE already supplies:

The Recommended Good Practice recommendations from theTEMA* standard provide the basis for the heat transfer calcul-ation and dimensioning of FUNKE-shell and tube heatexchangers, also for the most demanding designs.

Our experience and the know-how from our more than 28 yearsof membership in Heat Transfer Research Inc. (HTRI) and the useof their worldwide recognised design software for the heat trans-fer engineering and decades of experience in the constructivestress and load calculations provide the basis for the manufac-ture of our high quality shell and tube heat exchangers.

The quality standards, construction regulations, works standardsproject specications of our customers enter into our projectengineering in the same way as our own requirement for max-imum plant safety and efciency.

In addition, comprehensive internal and external quality controlsfrom the incoming goods department to the shipping depart-ment ensure that the product manufactured achieves a max-imum degree of customer satisfaction in terms of function, quality

and documentation.* Tubular Exchanger Manufacturers Association, Inc.

FUNKE is also a certied supplier for:

ARAMCOBASFBAYER

BOREALISDOWLINDE

OMVSABICSIEMENS

TECHNIPUHDE

... and others


16/1820

Our customers rely on the consistent quality orieat 600 bar and higher every welding seam counts

High performance pumps

Lubricant cooling

Process gas cooling Hydrogen cooling

Compressed air cooling

Lubricant cooling


17/18

tation of FUNKE

21

Ship engine cooling Oil supply system

Sulphuric acidMethanol cooling


18/18

Quality Heat Exchangers

Approx. 30 sales and service partners worldwide!

FUNKE GmbHGermany (Gronau/L.)

FUNKE RUSMoscow

FUNKE CHINA Changzhou

FUNKE INDIA Pune

Quality means safety. Each unit built by FUNKE is construc-tion and pressure tested. Additional testing may also beavailable in accordance with such quality organizations as:

American Bureau of Shipping (ABS) Bureau Veritas (BV) Det Norske Veritas (DNV) EU Pressure Equipment Directive 97/23/EG (DGRL) Germanischer Lloyd (GL) Lloyds Register of Shipping (LRS) Schweizerischer Verein fr technische Inspektionen (SVTI) Technischer berwachungsverein (TV)

as well as customers test and inspection regulations.

FUNKE has been certied according toDIN EN ISO 9001/2000 and is an approvedmanufacturer according to:

ASME U-Stamp China Certicate GOST R (incl. RTN & hygiene certicate)

HP0 in connection with DIN EN 729-2

Shell and TubeHeat Exchangers Oil/Air Cooling Systems

PlateHeat Exchangers

Brazed Plate HeatExchangers

ElectricOil Preheaters

T e c h n i c a

l c h a n g e s r e s e r v e d

FUNKE-TRICOR (USA)

Wooster (Ohio)

1 2 9 - 0 3 2 0 0 9 - 1

0 0 0 - W & S - G

B

FUNKE Industrial - TurkiyeTel +90 212 482 90 03 Fax +90 212 482 90 04www mdt tr com info@mdt tr com
http://www.mdt-tr.com/http://www.mdt-tr.com/

ebroc-shell and tube heat exchangers model series and customer oriented solutions, funke

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