Descrição do Produto | ||||
Nominal thickness: 0.007in (0.18mm)
ATI Allegheny Ludlum Grain-Oriented Electrical Steel (GOES) is processed under carefully controlled conditions to develop optimum magnetic characteristics in the rolling direction. GOES develops low core losses at high inductions when used as core material in designs with the flux path parallel to the rolling direction. These low losses at high inductions are attained with low exciting currents because of the excellent high induction permeability of GOES. In addition, the normal operating inductions for GOES are sufficiently below the magnetic saturation of the material to allow a comfortable margin of safety in most designs. Processing of GOES is carefully controlled in order to achieve a very high stacking factor for the core material. This stacking factor often exceeds 95 percent of the theoretical maximum. The high usable magnetic induction of GOES, along with the high stacking factor, allow compact core designs requiring the minimum amount of material to be used in the windings surrounding the core. This contributes to low losses, not only in the core (no load losses), but also allows for minimum load losses or winding losses in the transformer. ATI Allegheny Ludlum GOES also offers low manufacturing costs for transformer cores. GOES may be processed into conventional core designs and is available in a wide variety of widths ranging from 3 inches to 34 inches (7.6 cm to 86.4 cm). GOES can be formed by conventional methods. Slitting, cutting to length, winding, and stacking may all be accomplished using conventional core processing. Stress relief annealing, where required, can also be accomplished using conventional techniques. |
||||
Geral | ||||
Status do Material
|
|
|||
Disponibilidade
|
|
Available Documents | |||
Technical Datasheet (English)
|
|||
Metals General |
Valor Típico
|
Unidade
|
|
Applicable Specifications
|
|
|
|
Forms Available
|
|
|
|
Metal Type
|
|
|
|
Metals Physical |
Valor Típico
|
Unidade
|
|
Densidade
|
|
lb/in³
|
|
Metals Mechanical |
Valor Típico
|
Unidade
|
|
Tensile Strength (Ultimate) 2
|
|
ksi
|
|
Tensile Strength (Yield), 0.2% 2
|
|
ksi
|
|
Tensile Elongation (Break) 2
|
|
%
|
|
Dureza 2 (HR-15T-Scale)
|
|
|
|
Módulo de Tensão 2
|
|
ksi
|
|
Metals Thermal |
Valor Típico
|
Unidade
|
|
Mean Specific Heat
|
|
Btu/lb/°F
|
|
Mean CTE (68 para 212°F)
|
|
in/in/°F
|
|
Condutividade térmica (68 para 1112°F)
|
|
Btu·in/hr/ft²/°F
|
|
Metals Electrical |
Valor Típico
|
Unidade
|
|
Electrical Resistivity (68°F)
|
|
ohms·cir·mil/ft
|
Notas |
1Propriedades típicas: não devem ser consideradas como especificações. |
2Angle to Rolling Direction: 0° |
UL e o logo UL são marcas registradas da UL LLC © 2022. Todos os Direitos reservados.
As informações apresentadas nesta planilha foram adquiridas pela UL Prospector do produtor do material. A UL Prospector faz substanciais esforços para assegurar a exatidão destes dados. Entretanto, a UL Prospector não assume qualquer responsabilidade pelos valores dos dados e recomenda que ao final da seleção dos materiais, pontos de dados sejam validados com o fornecedor do material. |