COMPLETE THIS CHECKLIST
PRIOR
TO INSTALLING YOUR CORN STOVE:
Unless you are knowledgeable and experienced in stove installation, we recommend your stove receive
a pre-delivery check and be installed by your local specialty retailer or certified HVAC service depot.
Carefully read this INSTALLATION GUIDE.
SAVE THIS GUIDE FOR FUTURE USE!
COMPLETE THIS CHECKLIST
WHILE
INSTALLING YOUR CORN STOVE:
Determine the location and measurement needed for your chosen location.
Be sure to pre-fit all items before you fasten or install the stove or venting permanently.
IMPORTANT: Use ONLY type L or PL corn venting for your venting installation.
Do NOT use plastic piping!
Ensure ALL joints of L vent, PL vent are tightly connected, sealed with RTV silicone (including exhaust
connector) and is correctly installed.
Follow the vent manufacturer’s instructions.
Verify that the stove is plugged into a 3 pronged grounded outlet, NON GFI (ground fault interruptor)
NOTE: We STRONGLY recommend the use of a surge protector to protect the circuitry in your
control board.
For outside air, use metal pipe ONLY, either solid or flexible. PVC or any other non-metallic
material MUST NOT BE USED.
For more information regarding corn stove operations or other specifications, please read the
OPERATIONS GUIDE section of this manual. Updated guides are available online at
www.dansons.com/support.
Have your local Dealer demonstrate all operational, cleaning & maintenance steps necessary for
your stove.
Installation of this appliance must conform to local codes and applicable state/provincial/federal
requirements. Becoming familiar with these requirements before installation is essential.
Register your purchase online at
www.dansons.com/support.
Select an install location.
The design of your home and placement of the stove will determine its
value as a source of heat. A corn stove depends primarily on air circulation to disperse its heat.
There are other practical considerations to be considered before final placement is decided:
eg. existing chimneys, corn fuel storage, aesthetic considerations, roof design (rafter location &
roof pitch), room traffic, clearances to combustibles, existing wiring, heat loss
NOTE: Placing a unit in an uninsulated area greatly reduces heat capability (ie. cement basement,
uninsulated steel building, etc.
INSTALLATION &
PLANNING CHECKLIST
3
