AIC
PW Heat Exchanger

PS/PW Line Heat Exchangers

Shell and U-Tube Heat Exchangers

PS and PW-Type U-tube heat exchangers are designed for a wide range of liquid to liquid (PW) and steam to liquid (PS) applications.

Enhanced with stainless steel tubing in the standard construction, and available in a broad range of sizes and configurations, these PS/PW U-tube heat exchangers are designed for industrial applications with strict duties and heat transfer requirements.

The removable tube bundles make it convenient to clean and inspect these units.

Specifications Brochure
We offer products of the highest quality and reliability to satisfy our customers’ most rigorous demands.

Applications

  • Industrial and commercial heating and cooling
  • Industrial and commercial condensers

Optional construction materials are available. A unit may be fabricated using dissimilar metals for each section. Please contact our office for details.

Maximum Working Pressure

  • Up to 150 PSI (1.03 MPa)

Maximum Working Temperature

  • Up to 375°F (190°C)

Standard Materials

  • Stainless steel 304 tubes
  • Carbon steel shell
  • Carbon steel tubesheet
  • Cast iron/steel head
  • non-asbestos/pressed fibre gaskets
PS and PW type U-tube heat exchangers are designed for a wide range of liquid to liquid (PW) and steam to liquid (PS) applications.

Distinct Advantages

  • U-tube construction.
  • Units designed for liquid to liquid (PW) and steam to liquid (PS) applications.
  • Available in standard 2 or 4 pass construction.
  • Removable tube bundles for convenience in cleaning and inspection.
  • Strong, durable construction with stainless steel tubes and rugged cast-iron or steel head in standard units. (Optional materials are available).
  • U-tube and baffle arrangements designed to maximize heat transfer performance.
  • Tubes expanded into stationary tubesheet allow for tube expansions and contractions, due to thermal fluctuations, without causing stresses on the joints. Welding tubes to the tubesheet is optional.
  • Customization of units with higher pressures, temperature ratings, and other materials possible.
PW Heat Exchanger
PW Heat Exchanger

The product information and literature on this website are intended as a guideline for general purposes only. Models, dimensions, and operational parameters are subject to change at AIC's discretion. Contact AIC directly for updated design specifications.

PS/PW Line Technical Product Specifications

Materials of Construction
Type Standard Optional
SHELL STEEL STAINLESS STEEL
TUBES SS304 COPPER, SS316, 90/10 CuNi
TUBESHEET STEEL STAINLESS STEEL
CONNECTIONS STEEL STAINLESS STEEL
HEAD CAST IRON / STEEL STAINLESS STEEL
GASKETS NON-ASBESTOS, COMPRESSED FIBER -
Standard Design Parameters
Type Design Pressure Design Temperature
SHELL 150 PSI (1.03 MPa) 375°F (190°C)
TUBES 150 PSI (1.03 MPa) 375°F (190°C)

All standard units are available with:

  • Steel shell body.
  • Sturdy, rugged cast-iron or steel head.
  • Heat transfer area ranging from 5 to 1380 sq. ft. in 2 and 4 pass units.
  • Removable U-tube bundles made from 3/4" stainless steel tubing.
  • Sturdy shell body.
  • Mounting saddles.
  • 2 or 4 pass construction with lengths up to 10 ft. and shell diameters up to 30 in.
  • 1. CONNECTIONS Standardized sizes for easy assembly. Additional thread and surface protection for clean installation.
  • 2. TUBESHEET U-bend tubes expanded into tubesheet allow for tube expansions and contractions due to thermal fluctuations.
  • 3. GASKETS High quality compressed fibers (reusable).
  • 4. HEAD Standard cast-iron or steel head for heavy duty services (also available as a spare part).
  • 5. MOUNTING Saddles attached with standard units for quick & easy mounting.
  • 6. BAFFLES Punched baffles with minimum clearances between tubes assure correct fluid flow and minimized bypass.
  • 7. SHELL Welded shell protected with high quality paint for corrosion resistance.
  • 8.TUBE BUNDLE Stainless steel tubes allow for strong, durable performance over a wide range of applications. Unique tube bundle layout minimizes buildup problems at the edges and optimizes media flow in the units.