Literature Library

Application notes

For more information on any of these topics click on the links below. You can view a web page by clicking on the "HTML" link or download the Acrobat .pdf file by clicking on the "PDF" link. To view and print "PDF" files, you will need the Acrobat Reader Application for your platform You can download it free from Adobe Systems, Inc.

1001:
"Plasma Arc Heating - An Overview"
Describes many plasma applications and the components of a typical plasma system.
HTML | PDF

1002:
"Selecting Enclosures For SCR Power Control"
Provides methods for calculating heat loss for SCR power controls and how to size enclosures properly.
HTML | PDF

1003:
"Selecting A SCR Power Control For Transformer Coupled RF Induction Loads"
Includes charts for selecting SCR power controls based upon kilowatt load and the coupling transformer's impedance.
HTML | PDF

1004:
"Water as an Alternative Method For Cooling High Power Electronics Equipment"
Shares advantages and disadvantages of water as a cooling method.
HTML | PDF

1005:
"Commonly used Terms with SCR Power Controls"
Dictionary style listing of commonly used terms for the SCR power control industry.
HTML | PDF

1006:
"Controlling Silicon Carbide Heating Elements with SCR Power Controls"
Includes recommendations on methods to control silicon carbide elements and provides formulas for specifying transformers for this application.
HTML | PDF

1007:
"Hot Wire Cutting and Sealing"
Used by a variety of industries to cut material such as plastic, polystyrene, ployurethane, ethafoam, strofoam, and other similar substances.
HTML | PDF

1008:
"Understanding SCR Power Controls"
Nearly every industrial process that uses process-heating equipment can now employ SCR Power Controllers.
HTML | PDF

1010:
"Which Power Control Options Are Best For Your Application"
One of the toughest chores when specifying an SCR Power Control (SCR) is determining which options are required or best suited for the application.
HTML | PDF

1011:
"Controlling Molybdem Disilicide Heating Elements with Zero-Crossing Power Controls"
Historically, Molybdenum Disilicide (Moly) heating elements have been controlled with either contactors or Phase-Fired SCR Power Controllers. Due to its resistance being nearly zero when cold, a Phase-Fired SCR can regulate itís output voltage into zero ohms avoiding extremely high surge currents normally associated with energizing Moly loads.
HTML | PDF

1012:
"A New Method for Controlling Large Furnace Loads"
As we all know, most large single zone heating systems requiring higher kilowatts have multiple banks of smaller heating elements. These heater banks can be controlled by any of these methods.
HTML | PDF

1013:
"AC and DC Distribution Panels"
Distribution Panels are used all over the world in both Commercial and Industrial applications. They are used to divide and/or distribute both AC and DC power to various loads of different current ratings.
HTML | PDF

1014:
"New Type of DC Power Supply Improves Plasma Spray Coatings"
Plasma Spray Coating is used in many applications all over the world. These include architectural glass, semiconductors and metals to mention only a few.
HTML | PDF

1015:
"Better Forehearth Control for Electric Glass Making"
As we all know, glassmaking has been around for for years and years. Originally using only fossil fuels for heat generation, engineers have added electric heating for boosting the performance of an existing fossil fuel fired furnace and/or in some cases to provide all of the heating.
HTML | PDF

1016:
"Unique Power Supply Used for Coating Disc Drives"
AMETEK HDR Power Systems has always been eager to design and build custom Power Control equipment for unique applications. In 2003 Intevac, Inc. came to HDR for a unique power supply application. They are the industry leader for Thin Film Disk Sputtering Equipment and had recently developed their new “Lean 200” thin film disk sputtering system.
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1017: Elimininating DC in the Electric Glass Melting Furnace
Most of us have heard that DC in a glass tank causes many problems. However, many of us don’t know what the problems are or why they are a problem. DC present in the molten glass causes bubbling, discoloration and increases electrode wear.
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