"I have owned a number of ovens over the years, including a few of your competitors. The ACE system is More Durable And Dependable...great performance...more energy efficient and much better temperature control"
"You make a really good oven. It is very durable. We had a few ovens that we did No Maintenance On For 10 Years and they still run well. Very rugged and dependable."
"Your oven system works great! We use it to burn oils off parts before we weld. We just purchased our second oven because we were so pleased with the first one. Very happy with the service level after the sale."
"Really good equipment. We Have Both Coil Winding Equipment and Ovens and are really pleased with both. Your inside support is excellent."
"Uses 8-10 times per month to clean wood finishes from hooks. No problems. "We recommended the oven to several other La-Z-Boy plants"
"We are very happy with the ACE system. We have used other brands and found the ACE Oven To Be Superior in performance and durability"
"Works like a charm. We even strip plastic from our steel parts. This is our second oven. The first one lasted over 20 years."
"The oven is working very well"
"Great Performance of Hybrid Radiant Tube Oven"
The ACE Model 3704-RT burn off oven is a highly efficient pyrolysis system. The system is generally used for removing additives, paint, and other contaminants from metal parts. The model is accepted across several industrial sectors due to its beneficial features. The oven features the optional One Touch Control (OTC), as well as the automatic shut-off systems. This makes the oven operation effortless and user-friendly.
The normal cycle time required for the oven to remove organic materials from metallic structures is 2 to 8 hours. Since this oven operates at high temperatures, you can be assured of efficient and cost-effective cleaning, and de-coating of different parts.
One can understand more about the oven from the below provided technical specifications tables.
|Inside Dimensions W/O Cart||96'W X 132"D X 111"H|
|Inside Dimensions With Cart||96"W X 132"D X 93"H|
|Volume Over Cart||682 CU. FT.|
|Single Platform Cart Dimensions||93"W X 129"D X 18'H|
|Outside Dimensions||121"W 174"D X 124"H|
|Shipping Weight||10,500 LBS.|
|Location of Controls||Right Side|
|Location of Exhaust Stack A||Top Rear Left Corner|
|Exhaust Stack I.D. (2)||18" ID x 10' Included|
|Exhaust Stack O.D. (2)||22" OD x 10' Included|
|Primary Burner – Normal||800°F (427°C)|
|Afterburner - Before Primary Ignites||1,400°F (742°C)|
|Over Temp. Control||Standard|
|Primary Water Spray||Standard|
|Secondary Water Spray||Standard|
|ISO Control Certified||Standard|
|Primary Burner off on Loss of A.B.||Standard|
|Primary Burners Rated For||800,000 BTU/HR|
|Afterburner Rated for||1,200,000 BTU/HR|
|Automatic Shutoff System||Standard|
|One Touch Control (OTC) System||Optional|
|High Fire Afterburner 1,500°F(798°C)||Optional|
|Cart Rating||800 LBS.|
|Cart 4" Structural Channel||7.25 LBS/FT|
|Oven Steel Enclosure||11 Ga. CRS|
|Oven Enclosure Front Face||1/4" CRS Plate|
|Angle Iron Reinforced Enclosure||Standard|
|Blanket Insulation 4" Thick 2,300°F.||Standard|
|Aluminized Coating Inside Enclosure||Standard|
|Steel Floor Covers Over 4" Insulation||3/16" CRS|
|Exterior Finish Hi-Temp.||Blue Enamel|
|Exhaust Stack Insulation Rated||2,700°F. 2" Thick|
|4 Top Mounted Pressure Relief Hatches||54.49 SQ. FT.|
|Qty. Primary Water Nozzles||10 Standard|
|Qty. Secondary Water Nozzles||10 Standard|
|Qty. Primary Burners||2 Standard|
|Qty. Afterburners||1 Standard|
|NFPA Preferred Vent Ratio||1:15|
|*Normal Cycle Time||2 to 8 Hours|
|*Combustible Capacity||80 LBS/HR|
|1||Voltage/Phase/Hertz||120/1/60||Normal||Less Than 3.6 Gal/HR.||Primary Burner Input||375,000 BTU/HR|
|2||Amps||* 5 to 10||Capacity||6 Gal./HR. Ea. Nozzle||Afterburner Input||375,000 BTU/HR|
|3||Min/Max Pressure||30 to 60 PSI||Afterburner Input||700,000 BTU/HR|
|4||Natural Gas Inlet Pressure||8" to 14" W.C.|
|5||Propane Inlet Pressure||12" to 18" W.C.|
|6||Gas Inlet Pipe Size||1"|
*Varies with the combustible load and size
The ingenious design of the oven ensures that the heat treatment of a component does not affect its mechanical process in any way. Besides, the oven intelligently monitors the development of any harmful gases, and eliminates them with the help of the primary afterburner.