About
Standard Oven
Model Features
-
Heavy duty design includes a large capacity afterburner and self supporting stack.
-
Requires no rain cap.
-
Built with 12GA hot rolled steel, 2”x3” steel tubing and ¼’’x 3” flat bar framing with four layers of protection.
-
Cart or rack options depending on model sizes.
-
High/Low modulating oxidizer
-
Over Temperature Suppression (OTS) system
-
Standard programmable controller to ensure your parts are uniquely processed to specification, and more.
Please refer to our Bayco Catalog for more information.
HEAT CLEANING BENEFITS INCLUDE:
Emergency jobs can be processed quickly.
Controlled burnout and commutator cooling protects parts.
Cycle times of 2 to 4 hours minimize job turnaround. Labour is minimized, fuel conserved, and profits increased.
ENVIRONMENTAL APPROVAL
BAYCO by Guspro ovens meet EPS (USA) and Ministry (Canada) air approval standards for emissions.
EFFICIENT POLLUTION CONTROL
Fuel is conserved with the two burner design, as the process chamber benefits from the radiant heat of the oxidizer chamber. The well-insulated primary chamber requires little fuel from its burner after reaching temperature.
SAFE, SIMPLE, AUTOMATIC OPERATION
A programmable controller automatically controls the oven throughout the full cycle without operator attendance. Once load is complete the process controller will automatically shutdown the entire oven.
Structure, Safety, Benefits
BENEFITS
Heat Cleaning is a safer and more cost effective cleaning process compared to using abrasive media or harsh solvents. Get rid of the added costs and liability associated with hazardous waste disposal.
OVEN STRUCTURE
Heavy-duty design includes large capacity afterburner and self-supporting stack. Requires no rain cap.
Built with 12 gauge hot rolled steel, 2”x3” steel tubing and ¼”x 3” flat bar framing with 4 layers of protection.
PRODUCT SAFETY
Heat Cleaning does not allow any direct flame impingement with the product. Heat flows evenly throughout the load to bring the product to temperature. Temperatures are accurately controlled to prevent over-heating using Microprocessor-based digital controllers and redundant over-temperature safeties. Heat rises naturally: our bottom firebox design ensures even heat distribution throughout the load and an efficient cleaning process.