SU678542A1

SU678542A1 - Controlled reactor with transverse magnetization

Info

Publication number: SU678542A1
Application number: SU691334366A
Authority: SU
Inventors: Дмитрий Иванович Азарьев; Игорь Владимирович Белоусов
Original assignee: Всесоюзный Государственный Проектно-Изыскательский И Научно-Исследовательский Институт Энергосетьпроект"
Priority date: 1969-05-29
Filing date: 1969-05-29
Publication date: 1979-08-05

Description

Изобретение относитс к области эп ктротехники и, в частностн, касаетс кон- струкцин ферромагнитных реЕЖторов энергетического назначени , управл емых путем подмаг ичивани магнитопровода.The invention relates to the field of pharmaceutical engineering and, in particular, concerns the design of ferromagnetic energy reagents, which are controlled by the magnetic field.

Известна конструкци управл емого реактора с поперечным подмагничиванием, в которой реактор выполнен на трехстержневом магнитопроводе, причем крайние стержни вл ютс боковыми рмамн, а стержень вьшолнен в виде полого цилиндра с размещенной на нем силовой обмоткой и обмоткой управлени l. Обмотка управлени выполнена тороидальной таким образом, что одна сторона ее витка проходит внутри стержн , а втора снаружи его.The known design of a transverse biasing controlled reactor in which the reactor is constructed on a three-core magnetic core, the extreme rods are side ramnes and the rod is hollowed in the form of a hollow cylinder with a power winding and a control winding l. The control winding is toroidal in such a way that one side of its coil passes inside the rod, and the second outside it.

Недостатком известной конструкции вл етс невозможность создани на ее основе мощных управл емых реакторов дл линий электропередачи переменного тока. Указанный недостаток вл етс следствием расположени части обмотки управлени в зазоре и снаружи стержн .A disadvantage of the known construction is the impossibility of creating, on its basis, powerful controlled reactors for AC power lines. This disadvantage is due to the location of the control winding part in the gap and outside the rod.

что приводит к ограничению глубины регулировани , росту изол ционных рассто ний и каналов рассе ни , значительному расходу активных материалов и увелкче нию потерь мощности в реакторе. Н&-.which leads to a limitation of the regulation depth, an increase in the insulation distances and dispersion channels, a significant consumption of active materials and an increase in power losses in the reactor. H & -.

достатком известной конструкции вл етс также сложность монтажа обмотки управлени .A well known construction is also the difficulty of mounting a control winding.

Цель изобретени - увеличение мощности глубины регулировани , удобстваThe purpose of the invention is to increase the power of the depth of adjustment, convenience

и демонтажа реактора. Поставленна цель достигаетс тем, что средний стержень броневого магнитопровода реактора выполнен расщепленным по две части с продольным каналом в каждой из ннх, and dismantling the reactor. The goal is achieved by the fact that the middle core of the reactor armor core is split into two parts with a longitudinal channel in each of the sockets,

примем стенки расщепленного стержн take the walls of the split rod

имеют одинаковую высоту по всемУ периметру и соединены встык с горизонтальными рмами, а лобовые части обмотки управлени расположены вне стержн .have the same height along the entire perimeter and are end-to-end connected to the horizontal frames and the frontal parts of the control winding are located outside the rod.

На чертеже изображено описываемое,The drawing shows the described

устройство.device.

Claims

FIG. 1 shows a general view of a ynjraBl-type reactor with transverse flotation; in fig. 2 is a cross section of the magnetic circuit; in fig. Option 3: A twisted design of a split rod. Control winding 1 (in fig.) | creating a transverse magnetic field, is mixed in the inner axial channels of the split rod 2 composed of two hollow tubes with a base of any shape. The frontal parts of the winding of the control 1 are located outside the rod, for example. measures in horizontal frames 3. The power winding 4s encircling the split rod 2 is shielded with side frames 5, laminated with horizontal frames 3. Due to the decrease in the average power line of the transverse magnetic field in the split rod, the control field strength in it is greater than known design with single. kovy ampere-turns of magnetization. This makes it possible to obtain greater reactor control power. In the case of a mini malvoltage between the split rod 1 and the horizontal frames 3, provided by the passage of the frontal parts of the control winding 1 beyond the limits of the rod 2, the depth of regulation of the reactor is increased. The success of the active parts of the control winding inside the split rod reduces the external channel of dissipation of the power winding, reduces the consumption of winding copper and, accordingly, the power loss in the reactor. Claims of the invention A transverse biasing controlled reactor containing armor. The mapping pipe, on the middle core of which is placed the power winding and control winding, characterized in that with the power increase, depth of adjustment, ease of assembly and disassembly of the reactor, the middle rod is split into two parts with a longitudinal channel in each of them, and the rod has the same height along the entire perimeter and is end-to-end connected to the horizontal frames, and the frontal parts of the control winding are located outside the rod. , SOURCES of information taken into account in the examination of 1, Patent of Germany No. 911293, cl. 1954