Taco Shell & Tube Heat Exchangers

Taco U-Tube Heat Exchangers for Liquid-to-Liquid and Steam-to-Liquid HVAC Applications

ASME Shell-and-Tube Heat Transfer Solutions for Heating, Cooling, Process, and Hydronic Systems

Taco U-Tube heat exchangers are shell-and-tube heat exchangers designed for reliable heat transfer in liquid-to-liquid and steam-to-liquid applications. Built for HVAC, hydronic, commercial, institutional, and process systems, these heat exchangers provide a practical solution for transferring energy between fluids while keeping the two media separated.

Taco U-Tube liquid-to-liquid heat exchangers are commonly used where heat must be transferred from one liquid loop to another, such as hydronic heating, chilled water, glycol systems, process water, or heat recovery applications. Taco U-Tube steam-to-liquid heat exchangers are designed for applications where steam is used to heat water or another compatible liquid, making them suitable for domestic water heating, building heating, and process heating systems.

Both Taco U-Tube liquid-to-liquid and steam-to-liquid heat exchangers are designed, constructed, and tested to ASME Section VIII, Division 1 requirements. They are available in a wide range of material options to meet different application requirements, and Taco’s computerized product selection helps match the heat exchanger to the required performance conditions.

With in-house fabrication, multiple connection sizes, shell diameters, and optional higher pressure or temperature capabilities, Taco U-Tube heat exchangers provide flexibility for both standard and specialized system designs.

Features

• U-Tube shell-and-tube heat exchanger design
• Available for liquid-to-liquid heat transfer applications
• Available for steam-to-liquid heat transfer applications
• Designed, constructed, and tested to ASME Section VIII, Division 1 requirements
• Suitable for HVAC, hydronic, commercial, institutional, and process systems
• Helps transfer heat between fluids while keeping media separated
• Wide range of material options available for different application requirements
• Computerized product selection supports fast and accurate sizing
• In-house fabrication helps support consistent manufacturing quality
• Connection sizes: 1" to 14"
• Shell diameters: 4" to 30"
• Maximum length: 10 feet
• Standard working pressure: 150 PSI
• Optional higher working pressures available
• Maximum operating temperature: 375°F
• Optional higher operating temperatures available
  

Applications

• Liquid-to-liquid heat transfer
• Steam-to-liquid heat transfer
• Hydronic heating systems
• Domestic water heating
• Building heating systems
• Chilled water systems
• Glycol loop heat transfer
• Process water heating or cooling
• Heat recovery systems
• Commercial HVAC systems
  
• Industrial process applications
• Boiler and steam system heat transfer