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Heated Air From the ELE 6400 Can Be Ducted Into the Room Being Dried or the Can Be Set In the Room Being Dried |


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Air Direction |
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Air Direction |
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Air Direction |
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Air Direction |
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Humid Air Can Be Exhausted Through Dryer Duct, Bathroom Exhaust Fan or Window. VapairVent Ventilation System Is Designed for this Type of Dryout |
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Air Direction |
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Air Direction |
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Air Direction |
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Air Direction |
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A Downdraft Fan in the Center of the Room May Be Needed. |
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A Downdraft Fan in the Center of the Room May Be Needed. |
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ELE 6400 |
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ELE 6400 |
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Typical Dyeing Setups for the Eliminator or ELE 6400 Series
Illustration Not To Scale, The Samples Above Are 2 Ways to Set Up the ELE 6400, Many Other Ways Will Work. Air Movers Used for Illustration Are Not Being Recommended, Used for Illustration Only. DRI HEAT or Owner of Site Are Can Not Be Held Responsible for Type of Setup Used By End User
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Humid Air Can Be Exhausted Through Dryer Duct, Bathroom Exhaust Fan or Window. VapairVent Ventilation System Is Designed for this Type of Dryout |
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Circuit 1 Is for the Fan. Circuits 2, 3, 4 and 5 Heating Elements are plugged in as needed for more heat. In Most Cases Only Circuits 2 & 3 Are Needed. This Will Give You Approximately a 25 Degree Temperature Rise Per Heating Element Circuit. |
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Heated Air Directed at Air Mover to Speed Drying Time and Help Prevent Mold Growth |
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Top Down Drying Using the ELE 6400 |
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Large Area Tented and Dried Using the ELE 6400 |
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ELE 3 |
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ELE 2 |
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ELE 1 |
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“Please Turn Up Your Volume On You Computer So You Can Hear the Narration” The Examples Below Show How to Dry Whole Area Drying or Focus Drying These Are Not Examples of Focus Drying (Drying Materials Only) Requires Microsoft IE 7 or Earlier, Microsoft IE 8 and Fire Fox WILL NOT WORK. With Firefox You Can Not Heat the Narration. Chrome and You Can Not Heat the Narration Either. |






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MOR 1 |
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MOR 2 |
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MOR 3 |
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MOR 4 |
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MOR 5 |
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MOR 6 |
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ELE 6400 Setup Using 2 Circuits |
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Direction of Airmovers |
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MOR 7 |
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MOR 8 |
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ELE 6400 in Drying Area with Airmovers and Downdraft Fan |
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Reverse View of Airmovers |
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Thermostat Controller and Probe Mounted to Wall |
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Humid Air Being ducted Out the Window. Notice How the Window Is Ducted Taped |
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Thermostat Controller and air being Exhausted Out the Window |
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Doorway Sealed to Drying Chamber |
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Energedry ELE 6400 and VapairVent Ventilation System Outperforms Dehumidification 100% of the Time |
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Taped Off All Heating Ducts |

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These 2 Pictures Show How We Exhausted the Humid Air Out a Dryer Duct |


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1st Picture Shows the 2 Doorways We Put Up Plastic Up to Create Our Drying Chamber. This Was a Large Area for the ELE (Approx. 540sq ft) but it Worked Great. We Used 2 Heating Circuits and Maintain 115 Degrees |
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Denver 1 |
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Denver 2 |
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Denver 3 |
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Denver 5 |
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Denver 6 |
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Denver 4 |








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Humid Air Being ducted Out the Window. Notice How the Window Is Ducted Taped |
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Power Distribution Center. We Hooked Up 3 ELE 6400 Circuits and Still Had Room for Several Air Movers. The Power Distribution Center was Plugged Into a 50amp Electric Stove Plug. |
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Narration for this Job Will Be Added Very Soon |
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Looking the Stairs at Drying Chamber. |
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ELE 6400 Is Putting Heated Air Into the Squirrel Fan Side of the Air Mover. The Air Mover is Pushing the Heated Air Into the Ceiling Cavity. The Thermostat Probe Is Put Into the Ceiling Cavity. This Gives the Actual Temperature Inside the Ceiling Cavity. Using 2 Heating Elements We Were Able To Get the Temperature to 110° In About 15 Minutes |
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Using the Eliminator and a Air Mover to Float Carpet (Heat Drying). We used 2 circuits of the Eliminator. We ducted the heat through Mylar ducting to the squirrel fan (air intake) side of a air mover. The thermostat sensor was on top of the carpet, but you can also put the sensor under the carpet. The sensor and thermostat are a very important part of heat drying. The thermostat allows us to control the heat used to dry the carpet, padding and subfloor. |