Conveyorized Industrial Microwave Systems
CONVEYORIZED INDUSTRIAL MW POWER SYSTEMS
Thermex-Thermatron’s Conveyorized Industrial Microwave Systems are built in a large variety of shapes and sizes according to the requirements of the continuous heating process. Each module can apply up to 100kW of power to the product being heated and operates at 915 MHz. Based on the power requirements, two or more modules can be installed on the same conveyor. To assure uniform heat distribution in a large variety of load configurations, the multimode cavity is provided with a Waveguide Splitter with dual microwave feed points and Mode Stirrers.
The product being heated is carried through the oven by a unique conveyor belt. The belt material and configuration are selected based on the nature of the product being heated. Each end of the conveyor is provided with a special vestibule to suppress any microwave energy leakage. Air intake and exhaust ports are provided for circulating air to be used in cases where vapors or fumes are developed during the heating process.
Visit ThermaLab to test your product in a Conveyorized Industrial Microwave System.
Proudly made in the U.S.A.
Click to see the Product Technical Specification section.
Drying | Curing | Tempering | Baking | Bonding | Sterilization | Heating | Thawing | Evaporating
APPLICATIONS INCLUDE:- Ceramics
- Catalysts
- Composites
- Bulk fibrous components
- Sand cores
- General drying & heating of electrically non-conductive materials
- Research & development
- A PLC with HMI provides automatic operation
- Programmable to operate at maximum efficiency
- Recording and Storage of up to 32 Operating Parameter recipes
- Auxiliary Hot Air System uses electric heat to preheat the air circulating throughout the cavities
- On screen diagnostics, help screens and alarm messaging to assist with troubleshooting
- Designed for ease of inspection, installation, and maintenance
Should your testing require a batch or conveyorized process, the 100kW Continuous Microwave System can accommodate those processes.
Product Technical Specifications for the Conveyorized Industrial Microwave Systems
Associated Parts
- MW Arc Detection Scanners - Part # T13-1009
- MW Belts - Part # T25-1294
- MW Cables - Part # T21-1005
- MW Coil Assemblies - Part # T18-1018
- MW Connectors - Part # T19-1046
- MW Current Calibrators - Part # 29136
- MW Current Transformers - Part # T11-1075
- MW Current Transformers - Part # T56-86F
- MW Diode Detectors - Part # T48-1193
- MW Directional Couplers - Part # T11-2256
- MW Electro-Magnets - Part # T56-52A
- MW Gaskets - Part # T57-22
- MW Gaskets - Part # T33-1004
- MW Magnet Controllers - Part # T12-1099
- MW Magnetron Connectors - Part # T57-51-L3
- MW Photo-Arc Detectors - Part # T13-1001
- MW Pole Pieces and Sockets - Part # T57-1023
- MW Pole Pieces and Sockets - Part # T57-33
- MW Rectifier Assemblies - Part #T48-1150
- MW Resistors - Part # T47-1024
- MW Spark Gap Assemblies - Part # T11-2124
- MW Survey Meters - Part # T29-1062
- MW Water Loads - Part # T11-118
- MW Waveguide Components - Part # T11-1025
- MW Waveguide Components - Part # T11-2054
- MW Waveguide Components - Part # T11-2254
- MW Capacitors - Part # 150030B
- MW Capacitors - Part # T15-1093
- MW Waveguide Components - Part # T11-1026
- MW Waveguide Components - Part # T11-1034
- MW Waveguide Components - Part # T11-2042
- MW Waveguide Components - Part # T11-2046
Terminology
Industrial Microwave Ovens – Industrial Microwave Ovens pass microwave radiation through various products, causing dielectric heating primarily by absorption of the energy in water. Water in the liquid state possesses many molecular interactions that broaden the absorption peak. Microwave heating is used in industrial processes for drying and curing products.
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