Doucette Industries
Doucette Industries, Inc
20 Leigh Drive
York, Pennsylvania 17406-8474
Phone: 717-845-8746
Toll Free: 800-445-7511
Email: adamM@doucetteindustries.com
Website: www.doucetteindustries.com
Print Back
For Industrial, Commercial and Residential Applications.

The Hydronic Series is a liquid-to-liquid heat exchanger designed for highly efficient heat transfer covering a wide variety of liquid types. The heavy duty design makes it ideal for demanding commercial, industrial and residential applications where high performance and low maintenance are important.

Heat transfer coefficients are greater than conventional shell and tube or plate exchangers because of the enhanced heat exchange surface and counter-flow design. Unlike plate heat exchangers, the Hydronic Series is not sensitive to debris clogging because of its large fluid circuits and is mechanically cleanable on the tube side circuit.
Unit of Measure

Technical Specs

Brands

 N/A Doucette Industries, Inc.

Application

 N/A Non-Potable

Heat Transfer

 N/A 100,000 Btu/hr

Length

 N/A 40 in

Width

 N/A 6 in

Height

 N/A 19 in

Hot Connection Size

 N/A 1-1/8 in

Cold Connection Size

 N/A 1-3/8 in

Weight

 N/A 48 lb

Additional Information

N/A Vented Double-Wall for Safety

The Hydronic Series heat exchangers are available with vented double-wall copper construction for an added measure of safety and reliability. The double-wall design prevents contamination of the potable water from the other non-potable liquid circuit. Each tube is manufactured so that a vent path is created between the outer and inner tube. A failure in either tube wall will vent to the atmosphere, preventing cross-contamination of either fluid circuit. This fail-safe design meets all national, state, local and provincial health and plumbing codes requiring double separation and cross connection safety requirements.

Note

N/A Hydronic Series Liquid to Liquid heat exchangers are available in both single and double-wall design. Contact the factory for further information.