Products Feature

  • Brazed plate heat exchanger
  • Gasket plate heat exchanger
  • Swimming pool heat exchange
  • Titanium water evaporator
Product Application

Panel inverters are used in a wide range of heat transfer applications, such as refrigeration, heating, industrial heating and cooling.

Plate heat exchanger structure

In the actual welding process, a welding point is formed at each contact point between the corrugated plates. The plate type frequency converter contains 2 independent flow channels. The heat exchange medium is introduced into the plate group through the holes formed by the four corners of the flow channel plate and is distributed to the flow channels formed between the corrugated flow channel plates for heat exchange.

Material

Plate material has 304 or 316L two options

Pressure

Copper BPHE Max Design Pressure: 30 bar / 45 bar
Nickle BPHE Max Design Pressure: 20 bar

Connection Type

BAODE heat exchanger

Application

Plate heat exchangers are used in a wide range of heat transfer applications, such as refrigeration, heating, industrial heating and cooling.

Feature of gasket heat exchagner

The plate heat exchanger is a high-efficiency heat exchanger made by stacking multiple metal sheets with a certain corrugated shape. A thin rectangular channel is formed between various plates, and the plates are exchanged. Ideal equipment for liquid-liquid and liquid-vapor heat exchange. It has the characteristics of high heat exchange efficiency, low heat loss, compact and lightweight structure, small location, wide application, long replacement and so on. Under the same pressure loss, the heat transfer coefficient is 3-5 times higher than that of the tube heat exchanger, and the part is the distribution of the tube heat exchanger, and the heat recovery rate can be as high as 90% or more.

Plate heat exchanger structure

The disassembly of the plate heat exchanger is composed of many stamped corrugated thin plates at a certain interval, sealed with gaskets around them, and stacked and compressed with a frame and a compression screw. The four corner holes of the plates and gaskets form fluid distribution pipes and The collecting pipe, while reasonably separating the cold and hot fluids, is set to flow in a pair of flow channels for each plate, and heat exchange through the plates

Material

Plate Material: Stainless, Ti, SMO, Hastelloy
Gasket Material: NBR, EPDM, VITON

Pressure

Gasket Plate Heat Exchanger design pressure: 10 bar / 16 bar

Connection Type

BAODE heat exchanger

Because of the added chlorine and bromine found in pools and spas and the flow requirements at the pool/hot tub side, flat plate solar heat exchangers are not suitable. A Special high flow pool heat exchanger should be used instead. These heat exchangers can handle the higher secondary side flow as well as the high levels of chlorine and also have better flow characteristics making them ideal for solar pool heating or solar hot tub heating. For applications that use salt water, we recommend the titanium version of the solar pool heat exchanger. This version is highly resistant to salt water and chlorine.

Pool Heat Exchangers

Our Solar Pool Exchanger Line of heat exchangers are designed to perform at high secondary side fluid velocities with low pressure drops.

Details Of Solar Pool Exchangers

The have a helical coiled tube design that makes it distinctive from other shell and tube heat exchangers on the market today. This unique design enables efficient heat transfer performance, and allows for diversity in its applications.
To maximize the performance of the Solar Pool exchanger, the product should be installed in a counter-current flow method, as shown below in Figure below. The hot, or heating, fluid flows through the tube or primary side. The cold, or heated, fluid flows through the shell or secondary side.

Example:

Example: for swimming pool applications, the pool water is to flow through the shell side, and the boiler water is to flow through the tube side.

BAODE heat exchanger
Features:

With high heat transferring efficient heat exchanger tubes and smooth shell, it ensures high velocities inside of the unit making the heat exchanger a very reliable, efficient and cost effective way to transfer heat indirectly between any solar heating or boiler circuit and any pool or spa circuit, besides other applications.

Advantages:
  • High efficiency, coefficient up to 14000 w/m2 deg C, Heat exchanging capacity 3-7 times traditional equipment’s
  • Compact configuration, occupy small area, one tenth as the traditional equipment
  • Stainless steel and/or titanium, material, endure high temperature, pressure and corrosion
  • Helix screw thread elasticity heat exchange bundle, eliminate the stress
  • Design flux speed is 5.5m/s, less dirt
  • ASME standard VIII-1
  • Big flow volume
  • Compactable
  • Easy installation and durable
The Pool Exchanger design parameters are:
  • Shell Side Pressure: 60 PSI (4 bar)
  • Shell Side Temperature: 140 F (60 c)
  • Tube Side Pressure: 150 PSI (10 bar)
  • Tube Side Temperature: 250 F (120 c)

Please DO NOT exceed these design parameters. Failure to adhere to these parameters may result in equipment damage and/or personal injuries Pool Exchanger Design

Products Features:

1.100% pure titanium,strong anti-corrosive
2. Spiral twisted construction increases surface area
3. PVC shell is strong and highly durable ,and naturally resistant chlorine
4. One heat exchanger tube promised the risk of inner titanium tube's leaking
5. High efficiency,low cost,long lifetime
6. Can be used as condenser or evaporator upon request

Specification:

Shell Dimension: 110mm/160mm/200mm
Name: Titanium Water Evaporator
Usage: Cooling
Inner Tube Material: Pure Titanium twisted tube
Barrel Material: PVC (Polyvinyl Chlorine)
Refrigerant Side Pressure: 4.5 Mpa (700psi)
Water Side Pressure: 0.8Mpa (100psi)
Capacity: 2.5kw-60 kw or more

BAODE heat exchanger
Applications:

Air source heat pump, Swimming pool heater, aquarium, aquaculture, maricultural, waste heat recovery, water source geothermal heat exchanger, and other non-potable water heating or heat transfer use with PVC compatible working fluids .Compatible with all CFC, HCFC and HFC refrigerants , safe with chlorine and salt water.

Baode Models

Specification Table

  • Brazed plate heat exchanger
  • Gasket plate heat exchanger
  • Swimming pool heat exchange
  • Titanium water evaporator
MODEL BL12 BL14 BL14D BL15 BL16 BL20 BL21 BL26 BL30 BL50
Width A (mm) 76 76 72 80 78 76 76 108 124 108
Height B (mm) 154 206 187 190 208 318 312 310 304 525
Thickness E (mm)  8+1.25N 9+2.3N 8+2.5N 9+2.3N 10+2.28N 9+2.2N 9+1.25N 10+2.3N 13+2.3N 10+2.35N
 Horizontal Port Distance
C (mm)
42 42 40 40 42 42 42 50 70 50
  Vertical Port Distance
D (mm)
120 172 154 154 172 282 278 250 250 466
Max Pressure [Mpa]  3/4.5 3/4.5 1 1 4.5 3/4.5 4.5 3/4.5 3/4.5 3/4.5
Max Flow Rate [M³/h]  3.6 3.6 3.6 3.6 3.6 3.6 8 8.1 12.7 12.7
Weight [kg]  0.3+0.03N 0.6+0.08N 0.4+0.05N 0.6+0.06N 0.65+0.047N 1+0.08N 0.66+0.07N 1.3+0.12N 2.2+0.16N 2.6+0.19N
MODEL BL51 BL60 BL85 BL95 BL120 BL122 BL190 BL200 BL350 BL600
Width A (mm) 107 120 119 188 246 246 307 321 304 435
Height B (mm) 527 528 526 616 528 528 696 738 979 1410
Thickness E (mm)  10+2.35N 8+2.3N 11+1.95N 11+2.35N 13+2.36N 13+2.36N 13+2.75N 13+2.7N 9+2.28N 22+2.78N
 Horizontal Port Distance
C (mm)
50 63 63 92 174 174 179 188 179 220
  Vertical Port Distance
D (mm)
466 470 470 456 456 456 567 603 854 1190
Max Pressure [Mpa]  3/4.5 3/4.5 4.5 3/4.5 3 4.5 3 3/4.5 3 1.5
Max Flow Rate [M³/h]  12.7 12.7 22 39 42 42 100 100 100 300
Weight [kg]  2.6+0.19N 2.4+0.19N 3.1+0.19N 7.8+0.36N 7.2+0.52N 8.5+0.46N 12.5+0.72N 13+0.75N 35+0.99N 31.8+1.73N
MODEL BL100 BL210
Width A (mm) 248 322
Height B (mm) 495 739
Thickness G (mm)  10+2.15N 13+2.55N
Up Horizontal Port
Distance C (mm)
157 205.2
  Low  Horizontal Port
Distance D (mm)
168 224
 Gas side Vertical Port
Distance E(mm)
405 631
 Water side Vertical Port
Distance F (mm)
405 568
Max Pressure [Mpa]  3/4.5 3/4.5
Model B30 B60B B60H LB60B LB100B LB100P SH60H SH200H B100B 
Height, H [mm]  480 920 920 1264 1888 1888 704 1397 1045
Width, W [mm]  180 320 320 320 480 480 400 800 454
 Max Length, L [mm]  620 1435 1445 1445 3242 3242 1430 3305 1795
Vertical Port Distance,
VC [mm] 
357 640 640 1436 1338 1338 380 698 719
 Horizontal Port Distance,
HC [mm] 
60 140 140 140 225 225 203 363 225
Max Temperature [°C]  180 180 180 180 180 180 180 180 180
Max Pressure [barg]  10/16 10/16 10/16 10/16 10/16 10/16 10/16 10/16 10/16
Port Size Pipe 1 1/4” DN50/2”  DN50/2”  DN50/2”  DN100/4”  DN100/4”  DN65/2”  DN200/8” DN100/4” 
Channel depth [mm] 2.5 2 3 2 2 2.5 4 4 2.6
Max Water flow
rate [kg/s] 
4 16 16 16 50 50 20 190 50
Model B100H B150B B150H B200B B200H B250B B250H B300B B450H
Height, H [mm]  1069 1815 1815 2260 2260 2595 2595 2900 3530
Width, W [mm]  470 610 610 780 780 920 920 1150 1430
 Max Length, L [mm]  1810 3246 3260 3290 3305 3350 3350 3378 6204
Vertical Port Distance,
VC [mm] 
719 1294 1294 1478 1478 1939 1939 1842 2468
 Horizontal Port Distance,
HC [mm] 
225 298 298 353 353 439 439 596 720
Max Temperature [°C]  180 180 180 180 180 180 180 180 180
Max Pressure [barg]  10/16 10/16 10/16 10/16 10/16 10/16 10/16 10/16 10/16
Port Size DN100/4”  DN150/6”  DN150/6”  DN200/8” DN200 DN200/DN250/
8”/10”
DN200/DN250/
8”/10”
DN300/DN350/
12”/14”
DN450/18”
Channel depth [mm] 4 2.6 4 2.6 4 2.6 4 3.4 4
Max Water flow
rate [kg/s] 
50 80 80 225 225 250 250 497 1000
Model ST16 ST25 ST45 ST60 ST88 ST105 ST175
USA Model SP55 SP85 SP105 SP205 SP300 SP360 SP600
Length [mm]  339 494 404 511 701 890 862
Shell OD [mm]  63.5 63.5 80 80 80 80 110
Shell Ports Distance
[mm] 
193 348 234 341 521 710 644
E [mm]  30 30 38 38 45 45 53
Shell Port Size (Cold)
[mm] 
1'' 1'' 1.5'' 1.5'' 2'' 2'' 2.5''
Tube Port Size (Hot)
[mm]
3/4'' 3/4'' 1'' 1.5'' 1.5'' 1.5'' 2''
POOL SIZE [m³] 15 25 45 65 90 110 180
Capacity [kw] or [kbtu/h] 16kw /  55kBtu/h 25kw /  85kBtu/h 45kw /  105kBtu/h 60kw /  205kBtu/h 88kw / 300kBtu/h 105kw / 360kBtu/h 175kw / 600kBtu/h
Model ST352 ST700 ST880 ST1050 ST1350 ST1450 ST1750
USA Model SP1200 SP2400 SP3000 SP3600 SP4500 SP5000 SP6000
Length [mm]  895 964 1130 1330 1030 1130 1330
Shell OD [mm]  127 168 168 168 219 219 219
Shell Ports Distance
[mm] 
659 662 828 1028 728 828 1028
E [mm]  53 86 86 86 86 86 86
Shell Port Size (Cold)
[mm] 
2.5'' 4'' 4'' 4'' 4'' 4'' 4''
Tube Port Size (Hot)
[mm]  
2'' 2.5'' 2.5'' 2.5'' 2.5'' 2.5'' 2.5''
POOL SIZE [m³] 360 800 1000 1200 1500 1660 1800
Capacity [kw] or [kbtu/h] 352kw / 1200kBtu/h 700kw / 2400kBtu/h 880kw / 3000kBtu/h 1050kw / 3600kBtu/h 1350kw / 4500kBtu/h 1450kw / 5000kBtu/h 1750kw / 6000kBtu/h
Model Capcity Water Flow
Rate
H1 H2 Total Height PVC Shell  Tube Size Tube
Length 
Gas
Connection
Water
Connection
(KW) (m³/h) (mm) (mm) (mm) (mm) (mm) (m) (mm) (mm)
PVX-38 3.8 1.8 70 170 380 φ110*330 12.7 3 φ12.7/φ12.7 ϕ50 PVC thread
PVX-45 5 2 70 235 445 φ110*405 12.7 4.9 φ12.7/φ12.7
PVX-95 9.5 4.2 70 285 495 φ110*495 12.7 6.5 φ12.7/φ12.7
PVX-120 12 5.5 70 350 560 φ160*470 12.7 8.4 φ12.7/φ12.7
PVX-140 14 6.2 80 375 595 φ160*510 12.7 10.5 φ12.7/φ12.7
PVX-170 17 7.5 80 360 585 φ200*520 16 9.8 φ12.7/φ12.7
PVX-210 21 9.2 80 370 595 φ200*530 19 10 φ12.7/φ19
PVX-250 25 12 80 400 625 φ200*560 19 12.5 φ12.7/φ19
PVX-300 30 14 80 430 650 φ200*590 19 15 φ12.7/φ19
PVX-360 36 15 80 450 660 φ200*610 19 17 φ12.7/φ19

Quick Model Selection

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