'Wire insulation' presentation slideshows

ARC-FAULT CIRCUIT INTERRUPTER(AFCI)

ARC-FAULT CIRCUIT INTERRUPTER(AFCI). Presented by Honey Baby George S7,EEE Roll no-21. CONTENTS. Introduction Arc fault Circuit Interrupter (AFCI) AFCI Working Types of AFCIs Arcing Where AFCI should be used Installing AFCI Testing AFCI Conclusion References. INTRODUCTION.

2.07k views • 57 slides

Electrical Safety

Electrical Safety. Introduction. An average of one worker is electrocuted on the job every day There are four main types of electrical injuries: Electrocution (death due to electrical shock) Electrical shock Burns Falls. Electrical Terminology.

601 views • 27 slides

Electric Wire Insulation Study:

Electric Wire Insulation Study:. Flammable Properties and Testing Methods. Materials Working Group. Robert I. Ochs. 10/20/2005. Outline. Motivation Current Regulations Previous Work Investigation Testing Methods Preliminary Findings Questions.

262 views • 25 slides

Fluoropolymers: Value to Society Through Unique Properties in Critical Uses

261 views • 18 slides

Skilled Trades 1201

Electrical Theory. Skilled Trades 1201. Basic Electrical Tools. Overloads . Overload : an overload occurs when the appliances and lights on a circuit require the amount of current on the line to be more than can be safely handled by the circuit.

376 views • 16 slides

Electrical Properties of Enamel Wire Insulation

Adjustable speed drives for rotating machines have become increasingly popular as they provide possibilities of smooth and accurate process control as well as for energy savings. In such systems, due to the fact that the voltage applied at terminals of motor windings is no longer purely sinusoidal but characterized by a high content of harmonics, the appearing electrical and thermal stresses yield premature failures of the winding insulation, mainly because of an increased partial discharge PD activity. To tackle the problem effectively, PD resistant enamels have been developed, by introducing various inorganic fillers into the base polymer of the wire insulation, that exhibit an increased resistance to PD activity. The effect seems, in most of the cases, to be strongly dependent on the dielectric properties of the filler used and the degree of interactions with the host materials. To elucidate the effect of material properties on the PD behavior, the presented in this thesis study concentrates on electrical characterizations of the new enamel insulation by measuring and analyzing its electric conductivity and complex dielectric permittivity and comparing these parameters with of the properties of enamel without the filler. The performed analyses show that the addition of filler results in a highly conductive and dispersive material, as compared to the base enamel. As a consequence, the top coating layer of the enamel wire insulation activates suppression of PD activity, while the insulating properties of the bulk material are kept unchanged.. The material conductivity is increased because of enhancement of charge carrier mobility as well as a shift of the maximum of trap density distributions towards lower energy levels. Asiwe Uchechukwu M | Edema Anthony | Edeafeadhe Godspower "Electrical Properties of Enamel Wire Insulation" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-2 , February 2019, URL: https://www.ijtsrd.com/papers/ijtsrd21450.pdf Paper URL: https://www.ijtsrd.com/engineering/electrical-engineering/21450/electrical-properties-of-enamel-wire-insulation/asiwe-uchechukwu-m

78 views • 4 slides