Other Heat Exchangers

Other Heat Exchangers
Other Heat Exchangers
Other Heat Exchangers
Other Heat Exchangers
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Stainless Steel Shell & Tube Heat Exchanger

In stainless steel shell and tube heat exchangers, stainless steel is used in all components coming in to contact with corrosive media like heat exchanger tubes, cylinders and tube sheets. The standard material is 304/316L stainless steel. However, ferritic stainless steel, duplex steel and other special steels are employed depending on the environment and working conditions. These are regularly employed in reducing salts, inorganic acids, organic acids, alkalis, salts and other corrosive conditions.

Titanium Shell & Tube Heat Exchanger

TA2 pure titanium is a highly corrosion resistant material, used in a variety of settings where other metals may not stand up. From marine vessels to chemical and metallurgical industries, TA2 pure titanium components have proven to be an excellent choice for those who need protection from the corrosive qualities of brine, alkaline, acidic and neutral solutions. Heat exchanger tubes, cylinders and tube sheets constructed from TA2 pure titanium will stand up to penetrating elements, outperforming the corrosion resistance of traditional stainless steel and other non-ferrous metals.

Copper Finned Tube Heat Exchanger

Copper is a popular choice for heat exchangers due to its impressive heat transfer capabilities and ease of processing. In the heat exchanger industry, the competitive price makes copper an excellent choice.

Stainless Steel Finned Tube Heat Exchanger

In stainless steel finned heat exchangers, stainless steel is used in all components coming in to contact with corrosive media like heat exchanger tubes, cylinders and tube sheets. The standard material is 304/316L stainless steel. However, ferritic stainless steel, duplex steel and other special steels are employed depending on the environment and working conditions. These are regularly employed in organic, flue, steam, and other gases.

Specifications
Shell & Tube Copper-Nickel Evaporator
Model Nominal heat exchange capacity kW Water inlet/outlet inch Refrigerant inlet inch Refrigerant outlet inch Length A mm Width B mm Height C mm Weight kg
R22 R134A R407C
USHN050A 176 141 158 3" 1-3/8" 2-1/8" 2253 420 340 299
USHN055A 193 155 174 3" 1-3/8" 2-1/8" 2253 420 340 311
USHN060A 211 169 190 3" 1-3/8" 3" 2253 420 340 323
USHN065A 229 183 206 3" 1-3/8" 3" 2653 420 340 328
USHN070A 246 197 222 4" 1-5/8" 3" 2653 420 340 342
USHN075A 264 211 237 4" 1-5/8" 3" 2653 420 340 354
USHN080A 281 225 253 4" 1-5/8" 3" 2653 420 340 366
USHN085A 299 239 269 4" 1-5/8" 3" 2653 420 340 370
USHN090A 317 253 285 4" 1-5/8" 4" 2653 560 390 340
USHN095A 334 267 301 4" 1-5/8" 4" 2653 560 390 352
USHN100A 352 281 317 4" 1-5/8" 4" 2653 560 390 364
USHN105A 369 295 332 5" 1-5/8" 4" 2653 560 390 376
USHN110A 387 309 348 5" 1-5/8" 4" 2653 560 390 388
USHN115A 404 324 364 5" 1-5/8" 4" 2653 570 420 400
USHN120A 422 338 380 5" 1-5/8" 4" 2653 570 420 412
USHN125A 440 352 396 5" 1-5/8" 4" 2653 570 420 424
USHN130A 457 366 411 5" 1-5/8" 4" 2653 570 420 436
UCHN115A 404 324 364 5" 1-5/8" 4" 2653 570 420 432
UCHN120A 422 338 380 5" 1-5/8" 4" 2653 570 420 447
UCHN125A 440 352 396 5" 1-5/8" 4" 2653 570 420 472
UCHN130A 457 366 411 5" 1-5/8" 4" 2653 570 420 497
UCHN135A 475 380 427 5" 1-5/8" 4" 2653 570 420 522
UCHN140A 492 394 443 5" 1-5/8" 4" 2653 570 420 547
UCHN145A 510 408 459 5" 1-5/8" 4" 2653 590 480 524
UCHN150A 528 422 475 5" 1-5/8" 4" 2653 590 480 544
UCHN155A 545 436 491 5" 1-5/8" 4" 2653 590 480 565
UCHN160A 563 450 506 5" 1-5/8" 4" 2653 590 480 585
UCHN165A 580 464 522 5" 1-5/8" 5" 2653 590 480 605
UCHN170A 598 478 538 5" 1-5/8" 5" 2653 590 480 629
UCHN180A 633 506 570 6" 2-1/8" 5" 3310 590 480 665
UCHN185A 651 521 586 6" 2-1/8" 5" 3310 590 480 675
UCHN190A 668 535 601 6" 2-1/8" 5" 3310 590 480 685
UCHN195A 686 549 617 6" 2-1/8" 5" 3310 590 480 695
UCHN200A 703 563 633 6" 2-1/8" 5" 3310 670 530 714

Notes:

  • 1. Rated heat exchange parameters: evaporation temperature Te=2 ℃, inlet water temperature Ti=12 ℃, outlet water temperature To=7 ℃, overheat temperature 5 ℃.
  • 2. Water source working condition parameters: evaporation temperature Te=3 ℃, inlet water temperature Ti=15 ℃, outlet water temperature To=8 ℃, overheat temperature 5 ℃. Heat exchange Q (water source) = 1.05Q (rated).
  • 3. Refrigerant side max. allowable working pressure: 3.0 MPa, operating pressure: 2.5 MPa; water side max. allowable working pressure: 2.0 MPa.
  • 4. Water pressure drop < 100 KPa.
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