The Super Dragon is an industrial furnace designed for pottery and ceramic studios. And considering its features, it is surprisingly affordable.
The Super Dragon exudes power. Its 21,600 watts heat the 27 inch wide, 27 inch deep, 36 inch high interior to cone 10 with ample power to spare. This results in long element life, because the elements do not struggle to reach high temperatures. Dropped, recessed grooves seat industrial-gauge elements.
Extra insulation saves energy and lengthens cooling. The 4 inch thick walls, top and door are made of 3 inch firebrick backed by 1 inch of ceramic fiber block insulation. The floor is 4 ½ inch thick firebrick. The extra insulation not only saves energy but also cools the kiln slowly without having to turn the elements back on. This gives the micro-crystalline structure and color of the glaze sufficient time for full development. Cool slowly to achieve dramatic shifts in glaze color such as iron reds and enjoy the richer look of gas firing. Create breathtaking pottery in the exciting Super Dragon.
When ordering a Dragon, specify whether the stand is to ship separate from the Dragon or pre-installed and shipped as one unit.
Doorway Clearance-The Dragon will fit through a 34 inch doorway if the handles and back element cover are temporarily removed.
Circuit Wire Size
TUV tested to CSA and UL Standard 499
IMPORTANT: Some areas such as Canada and Europe require a lid or door safety switch on kilns.
Sentry Digital 12-key Ceramics
Front Loading Square
Understanding Chamber Measurements
The Outer Size of the Kiln and the Shipping Size: Width = Left to Right; Depth = Front to Back; Height = Top to Bottom
54.00W x 46.00D x 77.00H In
60.00W x 60.00D x 90.00H In
Doorway Clearance Needed
Ship Method & Notations
This Kiln Ships Via Truck
TF62 RS232 PORT ON SENTRY II CONTROLLERS (PC CONTROL) The RS232 is a computer port mounted to the kiln. You can monitor the kiln from a computer and store a record of each firing on your hard drive. Print graphs of firings.
Deluxe S-Type thermocouples are ideal for temperatures over cone 4.