Transcription of Engineer's Guide To Effective Heat Processing 11-16
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Engineer's Guide To Effective Heat Processing 11-16
ENGINEER S GUIDETO Effective HEAT PROCESSINGT hermal Processing Technology2 Process Description ..pg. 3 Basic Oven Considerations ..pg. 3-4 Heat-Up/Soak/Cool-down 4-6 Temperature Uniformity .. pg. 6 Processes Involving Flammable Solvents ..pg. 7 Material Handling .. pg. 7 Types of Airflow ..pg. 8 Oven Loading Openings ..pg. 9 Heating/Cooling Systems ..pg. 9 Atmosphere Type ..pg. 10 Design Considerations for Ovens in Hazardous Areas ..pg. 10 Electrical Requirements ..pg. 11 Process Control and pg. 11-12 13 Oven Construction ..pg. 14 Facility 15 Testing and Proving Your Process before an Equipment purchase is 15 Insurance 15 Safety pg. 15 Engineer s Guide to Effective Heat ProcessingTable of Contentsu Backwelded Seams: A method of joining sheet metal panels by welding seams on the Conduction: The transfer of heat through a material by passing it from molecule to Dry Bulb: Temperature of air as determined by a standard temperature Dwell Time: Refers to the amount of time that the product spends in the oven.
Engineer’s Guide to Effective Heat Processing Table of Contents u Backwelded Seams: A method of joining sheet metal panels by welding seams on the backside. u Conduction: The transfer of heat through a material by passing it from molecule to molecule.
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