Do-it-yourselfers from around the globe are building many different configurations with unusual high performance heat outputs’.
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Solar Air Heater Top and Bottom Precision manufactured Aluminum Manifold for the Patented Solar Air Profile Series. Sold in pairs.

Now it’s easy to build a professional looking solar air heater with unmatched performance.

Utah Install 2011

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The U.S. Department of Energy (DOE) for renewable energy and energy efficiency research, development and deployment has a wonderful new research tool.  This research tool enables consumers to view energy savings and efficiency by geographical location including angle array.

Build a Solar Air Heating array to accommodate your heat output requirements.

Get started with the solar air systems Model 3036 left and right hand modules. The left hand and right hand modules when separated, can accept modules that you can purchase in the future to increase heating capacity.

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Build a Solar Air Heating array to accommodate your heat output requirements.
 

• Easy Mounting Tabs – Top and Bottom
• 3/16″ Tempered Low Iron Glass
• U.S. Patented Module System with High Heat Chambers using
  “Step-Wise Heating Technology™“. 
• 36 lenght by 60 inches wide.
• Aluminum Enclosures
• Powder coated paint finish (black)
• Fully insulated 
• Low cost Shipping and Handling.
• 5 year warranty

The 1500 Series Model 6036 Solar Array Assembly is 60 inches wide, 36 tall.

Solar Air Heater

View step by step installation photos

The patented technology (7,434,577) of our 1536 series sets a new industry standard for the solar air heater industry. Each collect insert has a combined surface area of 2.125 square feet. Additionally, the combined 7 inserts in each module equals 14.875 square feet of energy to heat transfer in a smaller, easy to handle and install unit.

A second patented benefit is the angle of each insert which creates a separate partition between each insert. The benefit is clear; when room air first enters the first 1536 module it must pass thru the first collector insert surface. Continuing to the second, third, and so on to the seventh collector insert. Hence the terminology,  “Step-wise Heating™”.

When the air passes thru the first module it’s preheated by each partition. The air passes to the second module and travels in the same fashion only up each individual insert instead of down like the first module. Then, over to the next module down each insert and then to the next module and up and thru each insert back into the room.

You can combine as many 1536 modules to accommodate your heating requirements. Because of the up down and over design, 1536 modules must be purchased in pairs (2 ea). There is no limit to your array of modules. 

This make for the most efficient solar air heater system in North America.

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