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Liquid cooling systems

Tube fin heat exchangers

Eaton Boyd Thermal tube fin heat exchangers are a versatile heat transfer device designed to efficiently exchange heat between two fluids while minimizing pressure drop and maximizing heat transfer area using a tube and fin construction. Tube fin constructions are typically used for liquid to air heat transport.

Tube fin heat exchangers

How do tube fin heat exchangers work?

Tube fin heat exchangers, also called finned coil heat exchangers, consist of tubes that pass through a dense fin stack that is mechanically supported by a mounting frame. Fluid passes through the tube coils, conducts heat to the fins and dissipates heat to air forced through the heat exchanger.

Benefits of using Eaton Boyd Thermal tube fin heat exchangers

Our standard tube fin heat exchanger options include copper and stainless steel, but we’re able to utilize aluminum, nickel and cupronickel to meet specific environmental needs. Our team can utilize a variety of fin patterns, bend densities, mounting structures, and pipe connections to optimize to your project parameters. We can fabricate installation-ready heat exchangers with paint or coatings, including MilSpec rated coatings.

Eaton tube fin heat exchanger
Specifications

Tube fin heat exchanger product details

Part number

Thermal performance

Fin material

Fluid volume ml (in.3)

Number of fans in kit

Performance graphs

6105G1 Metric Copper 50 (3) 1 Liquid side graph
Imperial Air side graph
6110G1 Metric Copper 131 (8) 1 Liquid side graph
Imperial Air side graph
6120G1 Metric Copper 205 (12.5) 2 Liquid side graph
Imperial Air side graph
6210G1 Metric Copper 288 (17.5) 1 Liquid side graph
Imperial Air side graph
6220G1 Metric Copper 500 (30.5) 2 Liquid side graph
Imperial Air side graph
6310G3 Metric Copper 483 (29.5) 1 Liquid side graph
Imperial Air side graph
6320G3 Metric Copper 844 (51.5) 2 Liquid side graph
Imperial Air side graph
6340G2 Metric Copper 1737 (106) 4 Liquid side graph
Imperial Air side graph
M05-050 Metric Aluminum 115 (7) 1 Liquid side graph
Imperial Air side graph
M05-100 Metric Aluminum 188 (11.5) 2 Liquid side graph
Imperial Air side graph
M10-080 Metric Aluminum 320 (19.5) 1 Liquid side graph
Imperial Air side graph
M10-160 Metric Aluminum 549 (33.5) 2 Liquid gide graph
Imperial Air side graph
M14-120 Metric Aluminum 606 (37) 1 Liquid side graph
Imperial Air side graph
M14-240 Metric Aluminum 1090 (66.5) 2 Liquid side graph
Imperial Air side graph
AS04-05G01 Metric Copper 45.9 (2.8) 1 Liquid side graph
Imperial Air side graph
AS04-10G01 Metric Copper 75.4 (4.6) 2 Liquid side graph
Imperial Air side graph
AS06-08G01 Metric Copper 91.8 (5.6) 1 Liquid side graph
Imperial Air side graph
AS06-16G01 Metric Copper 162.2 (9.9) 2 Liquid side graph
Imperial Air side graph
AS08-10G01 Metric Copper 145.8 (8.9) 1 Liquid side graph
Imperial Air side graph
AS08-20G01 Metric Copper 262.2 (16.0) 2 Liquid side graph
Imperial Air side graph
4105G1 Metric Copper 50 (3) 1 Liquid side graph
Imperial Air side graph
4110G10 Metric Copper 131 (8) 1 Liquid side graph
Imperial Air side graph
4120G10 Metric Copper 205 (12.5) 2 Liquid side graph
Imperial Air side graph
4210G10 Metric Copper 288 (17.5) 1 Liquid side graph
Imperial Air side graph
4220G10 Metric Copper 500 (30.5) 2 Liquid side graph
Imperial Air side graph
4310G10 Metric Copper 483 (29.5) 1 Liquid side graph
Imperial Air side graph
4320G10 Metric Copper 844 (51.5) 2 Liquid side graph
Imperial Air side graph