IgniteCAST - Fluxtrol Profile

IgniteCAST

No results were found.

Showing 1 to 10

By Fluxtrol

Views: 113

Learn through the following case story, "Wheel Hub Heat Treating", how machine downtime, extended set-up, and scrapped parts were reduced due to use of Fluxtrol "A" and a new induction coil design.

By Fluxtrol

Views: 162

Learn through the following case story, "Design of Stress Relieving Coil and Process", how savings were accomplished due to induction coil and process optimization.

By Fluxtrol

Views: 445

Fluxtrol Inc. is a world leading manufacturer of magnetodielectric materials for induction heating controllers. Primary materials: Fluxtrol A, Fluxtrol 50, Fluxtrol 100, Ferrotron 559H. Fluxtrol Inc. also manufactures other standard and custom materials: Ferrotron 119, Fluxtrol 25, and custom materials.

By Fluxtrol

Views: 529

In this course magnetic flux control is a generic term for modification of induction coil magnetic flux by means of installation of magnetic templates (magnetic flux controllers). Magnetic flux control due to application of non-magnetic bodies (Faraday rings or flux robbers) is not considered here. Magnetic controllers may significantly change magnetic field pattern and coil parameters; their application must be considered as a part of the whole induction system design. Because Controllers play different roles (magnetic flux concentration, shielding, distribution) they are called also Concentrators, Cores or Shields depending on application. - In many cases controllers fulfill several functions simultaneously.

By Fluxtrol

Views: 783

Computer simulation has become a practical tool for everyday use in the induction industry. This Computer Simulation course teaches the user to design optimal systems, improve equipment performance, dramatically reduce development time and costs, better understand the process dynamics, etc.

By Fluxtrol

Views: 791

Welcome to Course 3 - Induction Coil. You will learn about different coil designs, styles, and usages.

By Fluxtrol

Views: 689

Welcome to Chapter II, Induction Installations.

By Fluxtrol

Views: 757

Induction Heating is a Contactless Heating Method of bodies, which absorb energy from an Alternating Magnetic Field, generated by Induction Coil (Inductor) There are two mechanisms of energy absorption: - generation of close-loop (eddy) currents inside the body which cause heating due to electrical resistance of the body material - hysteresis heating (for magnetic materials ONLY!) due to a friction of magnetic micro volumes (domains), which rotate following orientation of external magnetic field Part 2 deals with heating effects, dynamics of temperature distribution and coil parameter variation in the process of heating as well as with electrodynamic forces created by magnetic field.

By Fluxtrol

Views: 1187

Induction Heating is a Contactless Heating Method of bodies, which absorb energy from an Alternating Magnetic Field, generated by Induction Coil (Inductor) There are two mechanisms of energy absorption: - generation of close-loop (eddy) currents inside the body which cause heating due to electrical resistance of the body material - hysteresis heating (for magnetic materials ONLY!) due to a friction of magnetic micro volumes (domains), which rotate following orientation of external magnetic field. Part 1 deals mainly with electromagnetic phenomena in induction heating systems.

By Fluxtrol

Views: 1363

This course covers basics of induction heating, induction equipment, computer simulation, magnetic flux control: theory and application, case stories, and a short history of induction.