20 plate heat exchanger

The most important thing is the length and width of the heat exchanger. Ours are 12 inches. This is important as it has the most heat transfer area. Sizing is not just about the amount of plates, but also the area for heat transfer! The port size is important! Most furnaces use 1 tubing, so make sure you are not buying 3/4 ports. This will decrease water flow to the rest of your system. Make sure you properly size your heat exchanger. Here is a guide based on the larger 12 exchangers. 10 plates are used for domestic hot water or small in-floor heating applications of less than 1100 sq ft. These will work with the largest of domestic hot water systems and should never need to be larger unless you use your domestic hot water for more than 3 hours straight at one time. 20... Less

20-Plate, ASTM 316L Stainless Steel Brazed Plate Heat Exchanger with 1 MPT outlets. Customer Service Technical Support 877-681-0010 To send us a message click here WE COMBINE SHIPPING (more info) LOWEST PRICE GUARANTEED ONLY BRAND NEW PRODUCTS Add this store to favorites Store Home Specials Shipping Policy Returns Learning Center FAQ's STORE CATEGORIES: PEX Tubing w/ Oxygen Barrier 3/8 PEX Tubing 1/2 PEX Tubing 5/8 PEX Tubing 3/4 PEX Tubing 1 PEX Tubing PEX Tubing Non-Barrier 3/8 PEX Tub

This unit is a 20 Plate Stainless Steel Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 97,000 BTU/hr @ 10 GPM Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 1 MPT Ports Size: 5 x 12 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed Advantages compared... Less

This unit is a 20 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 700,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 1-1/2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This sale includes: (1) 100 Plate 10x20 Brazed Plate Heat Exchanger [1-1/2 MPT] + (1) 10x20 BP Series Brazed Plate Heat Exchanger Floor Mount (Pair)

This unit is a 30 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 1,050,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 1-1/2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 40 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 1,400,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 100 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 3,500,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

3.1 x 7.6 - 20 Plate Copper Brazed Flat Plate Heat Exchanger, WVO SVO 3/4 MPT Ports FREE SHIPPING IN THE U.S.! This Brazed Plate Heat Exchanger consists of chevron plates of acid-resistant stainless steel. Every other plate is reversed so the ridges of the herringbone pattern intersect one another on adjacent plates forming a lattice on contact points. When these points are vacuum brazed together, two separate systems of channels for two media flow in counter-current are formed. The lattice

This unit is a 60 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 2,100,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 80 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 2,800,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This sale includes: (1) 70 Plate 10x20 Brazed Plate Heat Exchanger [1-1/2 MPT] + (1) 10x20 BP Series Brazed Plate Heat Exchanger Floor Mount (Pair)

This unit is a 40 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 1,400,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 1-1/2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 130 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 4,550,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 140 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 4,900,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 90 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 3,150,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 1-1/2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 80 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 2,800,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 1-1/2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 50 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 1,750,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 120 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 4,200,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 50 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 1,750,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 1-1/2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

This unit is a 70 Plate Stainless Steel, Copper Brazed Plate Heat Exchanger. One common application for these plate exchangers is for use in conjunction with outdoor wood stoves when transferring heat to the existing indoor pressurized boiler system essentially keeping the two fluids separate with optimal heat transfer. We give realistic heat transfer outputs using realistic flow rates. Any brazed plate heat exchanger can have higher or lower performance data based on temperatures, flow rates, and other variables. 2,450,000 BTU/hr Product Data: Material: 316L Stainless Steel plates with 99.9% copper brazing Type: Liquid to Liquid Connections: 2 MPT Ports Size: 10 x 20 x (# of plates) Design Pressure: 435 psi Test Pressure: 652 psi Design Temperature: -256F - 437F Approvals: UL Listed... Less

Dimensions L: 12.4 W: 2.9 Heat Transfer Area/Plate 0.023 m²/plate (.247 ft²/plate) Thickness of plates 0.3 mm (.0118) Max Flow Rate 66.6 L/min (17.6 gpm) Channel Capacities 0.04L/channel (. 0105gal/channel) Design pressure 1.0 Mpa (145 psi) Test Pressure 2.0 Mpa (290 psi) Design Temperature -195°C to +220°C (-319°F to 430°F) Refrigeration Capacity 3-10KW (10,000-34,000 BTU/hour) Flow direction F1-F3 and F2-F4 (see diag above) Welding Material 99.9% Copper Corrosion Resistance SS304 has good general corrosion resistance to a range of organic and in-organic fluids. It will have poor resistance to sulfuric and hydrochloric acids. Crevice corrosion may also occur when chlorides (salts) are present in the fluid. Since chlorides are in all natural sources of water it is best to use distilled... Less

Dimensions L: 7.5 W: 2.9 Heat Transfer Area/Plate 0.012 m²/plate (.14 ft²/plate) Thickness of plates 0.3 mm (.0118) Max Flow Rate 66.6 L/min (17.6 gpm) Channel Capacities 0.018L/channel (.004756 gal/channel) Design pressure 1.0 Mpa (145 psi) Test Pressure 2.0 Mpa (290 psi) Design Temperature -195°C to +220°C (-319°F to 430°F) Refrigeration Capacity 1-5KW (3400-17,000 BTU/hour) Flow direction F1-F3 and F2-F4 (see diag above) Welding Material 99.9% Copper Corrosion Resistance SS304 has good general corrosion resistance to a range of organic and in-organic fluids. It will have poor resistance to sulfuric and hydrochloric acids. Crevice corrosion may also occur when chlorides (salts) are present in the fluid. Since chlorides are in all natural sources of water it is best to use distilled... Less

Viega ProRadiant systems offer versatility and can be installed in new construction and existing homes, over wood or concrete, interior or exterior. Beside various floor heating systems, Viega offers a full line of controls, manifolds and mixing stations engineered to function with all ProRadiant products.

Heat Exchanger, Brazed Plate, Max Btuh 180, 000 Water To Water Application, 435 PSIG Design Pressure, Temp -40 To 300 F, 20 Plates, Surface Area Per Plate 0.281 Sq-Ft, Volume 0.0159 Gal/Chnl, Construction Material Copper, ASTM 316L Stainless Steel, Connection 1 In MNPT, Max Flow 50 GPM of H2O Brazed Plate Heat ExchangersMax. pressure: 435 psig design (6RGF1, 6RGF2, 6RGF3, 6RGF4, 6RGF5, 6RGF6 are 390 psig design) Temp. range: -40 to 300 F

Dimensions L: 7.5 W: 2.9 Heat Transfer Area/Plate 0.012 m²/plate (.14 ft²/plate) Thickness of plates 0.3 mm (.0118) Max Flow Rate 66.6 L/min (17.6 gpm) Channel Capacities 0.018L/channel (.004756 gal/channel) Design pressure 1.0 Mpa (145 psi) Test Pressure 2.0 Mpa (290 psi) Design Temperature -195°C to +220°C (-319°F to 430°F) Refrigeration Capacity 1-5KW (3400-17,000 BTU/hour) Flow direction F1-F3 and F2-F4 (see diag above) Welding Material 99.9% Copper Corrosion Resistance SS304 has good general corrosion resistance to a range of organic and in-organic fluids. It will have poor resistance to sulfuric and hydrochloric acids. Crevice corrosion may also occur when chlorides (salts) are present in the fluid. Since chlorides are in all natural sources of water it is best to use distilled... Less

Heat Exchanger, Brazed Plate, Max Btuh 45, 000 Water To Water Application, 435 PSIG Design Pressure, Temp -40 To 300 F, 20 Plates, Surface Area Per Plate 0.281 Sq-Ft, Volume 0.0159 Gal/Chnl, Construction Material Copper, ASTM 316L Stainless Steel, Connection 1 In MNPT, Max Flow 50 GPM of H2O Brazed Plate Heat ExchangersMax. pressure: 435 psig design (6RGF1, 6RGF2, 6RGF3, 6RGF4, 6RGF5, 6RGF6 are 390 psig design) Temp. range: -40 to 300 F

Dimensions L: 7.5 W: 2.9 Heat Transfer Area/Plate 0.012 m²/plate (.14 ft²/plate) Thickness of plates 0.3 mm (.0118) Max Flow Rate 66.6 L/min (17.6 gpm) Channel Capacities 0.018L/channel (.004756 gal/channel) Design pressure 1.0 Mpa (145 psi) Test Pressure 2.0 Mpa (290 psi) Design Temperature -195°C to +220°C (-319°F to 430°F) Refrigeration Capacity 1-5KW (3400-17,000 BTU/hour) Flow direction F1-F3 and F2-F4 (see diag above) Welding Material 99.9% Copper Corrosion Resistance SS304 has good general corrosion resistance to a range of organic and in-organic fluids. It will have poor resistance to sulfuric and hydrochloric acids. Crevice corrosion may also occur when chlorides (salts) are present in the fluid. Since chlorides are in all natural sources of water it is best to use distilled... Less

Dimensions L: 7.5 W: 2.9 Heat Transfer Area/Plate 0.012 m²/plate (.14 ft²/plate) Thickness of plates 0.3 mm (.0118) Max Flow Rate 66.6 L/min (17.6 gpm) Channel Capacities 0.018L/channel (.004756 gal/channel) Design pressure 1.0 Mpa (145 psi) Test Pressure 2.0 Mpa (290 psi) Design Temperature -195°C to +220°C (-319°F to 430°F) Refrigeration Capacity 1-5KW (3400-17,000 BTU/hour) Flow direction F1-F3 and F2-F4 (see diag above) Welding Material 99.9% Copper Corrosion Resistance SS304 has good general corrosion resistance to a range of organic and in-organic fluids. It will have poor resistance to sulfuric and hydrochloric acids. Crevice corrosion may also occur when chlorides (salts) are present in the fluid. Since chlorides are in all natural sources of water it is best to use distilled... Less

Cut down on drink dispenser operation costs and put waste water to good use with this Chill BEV-V heat exchanger! Designed to be used with countertop cold-plate drink dispensers, this unit directs cold waste water from your dispenser down a counter flow tube and into a cold waste water reservoir. Fresh, potable water enters this reservoir through a winding stainless steel tube, absorbing the cold from the waste water without mixing the two sources. Since the water is already cold when it reaches your dispenser, your machine will experience less cold plate ice usage, lower electricity costs, improved carbonation retention, and fewer water filter changes! Please consult the Specification Sheet for additional details and installation requirements. Overall Dimensions: Left to Right: 5 1/2... Less