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API 660 Shell And Tube Heat Exchanger TEMA Standard ASME U Stamp ASME VIII

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API 660 Shell And Tube Heat Exchanger TEMA Standard ASME U Stamp ASME VIII

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Brand Name : YUHONG

Model Number : Shell and Tube Heat Exchanger

Certification : API 660, TEMA, ASME VIII, ASME , U STAMP , PED, API , ABS, LR, DNV, GL , BV, KR, TS, CCS

Place of Origin : China

MOQ : 1Set

Price : 1--1000000 USD

Payment Terms : L/C, T/T

Supply Ability : 50SETS/MONTHS

Delivery Time : 45---150 DAYS

Packaging Details : Pallet

Shell and Tube Heat Exchaner Standard : API 660 -Shell and Tube Heat Exchanger

Shell and Tube Heat Exchanger Design : TEMA , ASME VIII

Shell and Tube Heat Exchanger Tubesheet Material : Stainless Steel , Duplex Steel , Nickel Alloy , Copper Alloy , Alloy Steel , Titanium , Cladding

Shell and Tube Heat Exchanger Tube Standard : ASME SA179, ASME SA192, ASME SA209 , ASME SA210, ASME SA213, ASME SA789, ASME SA334, ASME SB111, ASME SB161, ASME SB163, ASME SB165, ASME SB444, ASME SB338

Shell and Tube Heat Exchanger Tubesheet : Floating Tubesheet , Stationary Tubesheet

Shell and Tube Heat Exchanger Stationary Baffle : Longitudinal Baffle, Impingement Baffle, Transverse Baffle , Cross Baffle

Shell and Tube Heat Exchanger NDT : RT, PT, MT , UT , PMI

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API 660 Shell And Tube Heat Exchanger, TEMA Standard , ASME U Stamp , ASME VIII

Yuhong Group has more than 35 years experience for project package , till now finished more than 2000 projects , and export more than 85 countries , Yuhong Brand already won good reputation in the world, 85% orders from client re-peat order. Yuhong Group advantage products- Shell and Tube Heat Exchanger , the material cover : Stainless Steel, Duplex Steel , Super Duplex Steel , Nickel Alloy , Alloy Steel , Copper and Copper Alloy, Titanium , Carbon Steel , Overlay cladding & Explosion cladding. We can support design:Thermal Calculation (HTRI) , Mechanical Calculation (PV Elite), GA drawing and detail drawings , all procedure control documents (JIC , PQR, WPS, WPQ, NDT,......), All of our heat exchangers according to TEMA standard and can apply ASME U Stamp , we also can make heat exchangers according to client design .

Features of Shell and Tube Heat Exchangers.
Shell and Tube Heat Exchanger Typical in TEMA Code Advantages Limitations
Fixed-tube heat exchanger BEM, AEM, NEN 1. Provides maximum heat transfer area for a given shell and tube diameter. 1. Shell side or out side of the tubes are
inaccessible for mechanical cleaning.
2. Provides for single and multiple tube passes to assure proper velocity. 2. No provision to allow for differential thermal expansion developed between the tube and the shell side. This can be taken care by providing expansion joint on the shell side.
3. Less costly than removable bundle designs.
Floating-head heat exchanger AEW, BEW, BEP, AEP, AES, BES 1. Floating tube sheet allows for differential thermal expansion between the shell and the tube bundle. 1. To provide the floating-head cover it is necessary to bolt it to the tube sheet. The bolt circle requires the use of space where it would be possible to place a large number of tubes.
2. Both the tube bundle and the shell side can be inspected and cleaned mechanically. 2. Tubes cannot expand independently so that huge thermal shock applications should be avoided.
3. Packing materials produce limits on design pressure and temperature.
Removable U-tube heat exchanger BEU, AEU 1. U-tube design allows for differential thermal expansion between the shell and the tube bundle as well as for individual tubes. 1. Because of U-bend some tubes are omitted at the centre of the tube bundle.
2. Both the tube bundle and the shell side can be inspected and cleaned mechanically. 2. Because of U-bend, tubes can be cleaned only by chemical methods.
3. Less costly than floating head or packed floating head designs. 3. Due to U-tube nesting, individual tube is difficult to replace.
4. No single tube pass or true countercurrent flow is possible.
5. Tube wall thickness at the U-bend is thinner than at straight portion of the tubes.
6. Draining of tube circuit is difficult when positioned with the vertical position with the head side upward.

Fixed-tube heat exchanger:

API 660 Shell And Tube Heat Exchanger TEMA Standard ASME U Stamp ASME VIII

Floating-head heat exchanger:

API 660 Shell And Tube Heat Exchanger TEMA Standard ASME U Stamp ASME VIII

Removable U-tube heat exchanger:

API 660 Shell And Tube Heat Exchanger TEMA Standard ASME U Stamp ASME VIII

1. Shell
2. Shell cover
3. Shell flange (channel end)
4. Shell flange (cover end)
5. Shell nozzle or branch
6. Floating tube sheet
7. Floating head cover
8. Floating head flange
9. Floating head gland
10. Floating head backing ring
11. Stationary tube sheet
12. Channel or stationary head
13. Channel cover
14. Channel nozzle or branch
15. Tube (straight)
16. Tubes (U-type)
17. Tie rods and spacers
18. Transverse (or cross) baffles or support plates
19. Longitudinal baffles
20. Impingement baffles
21. Floating head support
22. Pass partition
23. Vent connection
24. Drain connection
25. Instrument connection
26. Expansion bellows
27. Support saddles
28. Lifting lugs
29. Weir
30. Liquid level connection


Product Tags:

ASME Shell Tube Heat Exchanger

      

TEMA Shell Tube Heat Exchanger

      
Buy cheap API 660 Shell And Tube Heat Exchanger TEMA Standard ASME U Stamp ASME VIII product

API 660 Shell And Tube Heat Exchanger TEMA Standard ASME U Stamp ASME VIII Images

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