M6 29 Gauge - 0.014" (0.355 mm) Grain Orientated Electrical Transformer Steel Lamination, RoHS compliant. This steel is used in audio amplifiers, current, output, power transformers; chokes and saturable reactors; and ferro-resonant regulators. The squared hysteresis loop iron-silicon alloy was expressly developed to provide lower core loss with higher permeability in the rolling direction. Grain oriented laminations are supplied in the stress relief annealed condition. The elementary patterns of the crystals in the material are "oriented", or so arranged that the axis of easiest magnetization is nearly parallel and aligned in the direction of rolling. The alignment is accomplished by special cold-rolling and annealing processes. This allows the product to withstand more severe vibration and shock and enables the following:
Lower core losses as a consequence of design.
Higher initial permeability.
Higher permeability at higher inductions.
- More stable VA/Temperature relationship over a wide range of ambient temperatures.
|Strings||≅ Weight (lbs.)||≅ Weight (Kg)||≅ "EI" Sets|
|in.||mm||lb./1000 pcs||Kg/1000 pcs||"EI"s/lb.||"EI"s/Kg|
Characteristics of a Square Core Stack
|Window Dimensions||1.688 in. x 0.563 in.||0,949 in.2||6.124 cm.2|
|Volume, Solid||8.374 in.3||137.223 cm.3|
|Cross Section Area, Solid||1.266 in.2||8.165 cm.2|
|Weight||2.275 lbs.||1.032 Kg|
|Length of Magnetic Path||6.750 in.||17.145 cm.|
|Specific Gravity - Grams per cu. cm. (A.S.T.M.)||7.65|
|Vol. Resistively - Microhms per cm. cube||45|
|Saturation Induction (Gauss)||20,300|
|Max. aging - Core Loss %||5|
|Coercive Force - (Oersteds) Annealed||0.12|
|Hysteresis Loss at 10 Kilogauss (Ergs/cycle/cm.3)||260|
Typical D.C. Permeability Value (Max)
|BMAX = (25.83 x 103) / K1N = Gauss per volt|
|HO = (0.055 x 10-3) = Oersteds per milliampere of direct current|
|La = (0.84 x 10-8) K1 N2 μAC = Henrys|
60 Hz. Reactance (N = number of turns)
EDCOR sells steel laminations from Tempel Steel and Thomas & Skinner. For more information on the specifications please visit the companies websites: www.tempel.com and thomas-skinner.com.
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