RHEEM 182317 -Ruud AS-100560-01 Heat Exchanger

Heat Exchanger Assembly

The Heat Exchanger Assembly is a replacement part for Ruud Furnaces

The RHEEM 182317 is a genuine Heat Exchanger Assembly manufactured by Ruud. The RHEEM model number and name will be permanently marked on the tag and identification plate which attaches to the unit. This particular RHEEM Heat Exchanger Assembly model is designed to fit most gas or electric cooling units with a 5/8 inch inlet and outlet BSPF threads.

The Rheem 182317 -Ruud AS-100560-01 Heat Exchanger Assembly is a component of product model number 182317. This product requires assembly and has a heat recovery rate of up to 96%. This heat exchanger assembly is constructed from stainless steel that gives the unit excellent corrosion resistance. The unit also includes a 1-way diverter valve, quick disconnect fittings, open drain, fluid connection, and standoffs.

The RUUD Heat Exchanger is used as a direct replacement for the Ruud, Payne and Rheem Models shown below in the Product Details section. The Description tab has all of the compatible model numbers listed. This item will ship directly from Rheem and takes approximately 3-4 weeks to arrive via UPS Ground. This item includes Free shipping to the lower 48 US States only! The Matching Condenser Fan Motor (Part

The RHEEM heat exchanger is designed to transfer the heat from the refrigerant in your cooling system into your home's air. A heat exchanger is made up of two pipes that work together. The outer tube transfers the heat from the refrigerant and sends it into your room. The inner tubes transfer this heat throughout your home."

Our legendary heat exchanger is designed, manufactured and tested to the highest standards of quality. Unique features such as a stainless steel body with a robust 3- to 5-foot capacity ensure effective cooling during peak heating seasons. Additionally, our heat exchangers conform to the latest codes and standards and meet ASME/ANSI A112.19.8 and CSA B125 standards.

Rheem heat exchange coils are factory tightened. They are wound in an overlapping spiral pattern allowing for a minimum amount of thermal contact between the primary and secondary tubing. The quality of the metal used in the heat exchanger is high grade stainless steel. The chambers are constructed of mica sandwiched between two sheets of thin stainless steel.