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DE1698514U - THROTTLE COIL, THE INDUCTIVITY OF WHICH INCREASES WITH INCREASING COIL CURRENT. - Google Patents

THROTTLE COIL, THE INDUCTIVITY OF WHICH INCREASES WITH INCREASING COIL CURRENT.

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Publication number
DE1698514U
DE1698514U DE1955D0009901 DED0009901U DE1698514U DE 1698514 U DE1698514 U DE 1698514U DE 1955D0009901 DE1955D0009901 DE 1955D0009901 DE D0009901 U DED0009901 U DE D0009901U DE 1698514 U DE1698514 U DE 1698514U
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DE
Germany
Prior art keywords
coil
hate
increases
inductivity
current
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired
Application number
DE1955D0009901
Other languages
German (de)
Inventor
Bernhard Dipl Ing Drescher
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to DE1955D0009901 priority Critical patent/DE1698514U/en
Publication of DE1698514U publication Critical patent/DE1698514U/en
Expired legal-status Critical Current

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Description

drosselspule, deren Induktivität mi t wachsendem S-ulenstrom zunimmt ,. . \\'\ - --'' Zur Begrenzung der Kurzschlusstrome in Kraftwerken werden seit lan- gem Drosselspulen in den Abzweigen elngebaut.. Die Urosse ihrer nw duktivität bestimm. sowohl den maximal autre enden Kurzschlussrom als auch den Spannungsabfall bei Normalbetriebs, Je grosser die In- dukiviät ist, desto geringer wird der Kiirzschlusstromp umso höher aber auch der Spannungsabfall bei Nennstrom, Erwünscht wäre jedoch eine Drosselspule, die bei Normalbetrieb eine sehr kleine, im si8* rungs'malle aber eine sehr grosse Induktivität hae Eine solche Dross selspale wäre auch als Kupplungsglied bei der uh erstellung der Sums melschlenen eines Kraftwerke sehr geeignete Sie würde im Normale Grieb einen praktisch ungehinderten Leistungsausglelch zwischen den Gruppen ges alten, sie im Slörungsalle aber gegeneinander abregeln Nachstehend ist nun eine Anordnung beschrieben, mit der die gewünscb e TndukGivitätsänderung erzielü werden kann, Schaltet man zwei Spulen, die einen gemeinsamen geschlossenen Eisen. weg haben, im Gegensinne hintereinander, so ist dte Gesamtindukti vitä t F L, L k' i wobei Lund L t die ndukUvtäen der einzelnen Spulen und k den Kopplungstakor bedeuten *m'deal- falle st L L und k*l und de Gesamte ndukHv ! tat L 0. "'n Wirklichkeit ist k 1, und im Eisen tritt eln Resfluss auf, dessen Grosse uveb von der Di4"Perenz der Durchflutungen und den stxa. Streu4"lüssen abhängt. M t wachsendem Strom wfrd dieser Restuss immer grosser. Macht man den L ? Isenqgrschnltt In der Siule sehr v viel kleiner als Rxäay den n der IVsidie Bld l), so wird sich das Eisen in der 2* Spule sehr viel früher sättigen alsin der 1. Inim der Sättigung wtrd ein Teil des Flusses n den s reuweg abs gedrängt, oder wenn man wieder auf denduktivitäten zurUckgeht : Während L praktisch kons ant. bleibt,, werden L und k kleiner, sodas Lrasch grösser wirdt Man kann die 'rkung der Sätgnng noch erhöhen, wenn zwischen den beiden Spaten einen Mittelschenkel vor « sieht, der einen Luf. spalt erhält und bei Beginn der Sättigung den Uebertrht des Flusses in dan S're<iweg erleichtert. Statt den ganzen spulenkern im'erschnt t zu verringern, kann man natürlich auch nur einen'sthmus vorsehen (Bild ). ferner besieht die Möglichkeit, die Sättigung des Kernes der 2. Spule d, irch eine fremdgeswels-e Zu- sat. zwlcklllng zu beeinflussen (roB11d 3). Eine, solche Anordnung haj gegenüber den bekannten vormagne iblerten Drosselspule den Vor exil, dass auch bei Verwendung normaler Blechqualitäten eine grosse n « dnktivitä&sänderung erzielt werden kann schllesslich kann man den bei Normalbe rieb iraktlsch flusslrreten p Mittelschenkel mit elner Mess- oderBelatswiokl'mg versehen (Bild ), die aber ers ben wachsendem Spulenstrom erregt wird Eine solche Anordnung arbeit, « also umgekehrt w'e ein SäMigungswandler nd ! s& daher für räztse Jeber.. und DifferentiilstromAuslösungen besonders geeigne Q Slbsr- verständlich kann man auch den Mi. telschenkel mit einem beweglichen Anker versehen (Bild 5), der durch den abgedrängten riuss angezoga gen wird. di ejaem zalle ergibt, sich ein einfaches, aber sehr ein endliches Strom-oder SpannungsUberwachungsrelblse Choke coil, whose inductance increases with increasing column current increases ,. . \\ '\ - -'' To limit the short-circuit currents in power plants, according to choke coils built into the branches .. The size of your nw determine the ductility. both the maximum actual short-circuit current as well as the voltage drop during normal operation, the greater the in- The lower the short-circuit current, the higher it is but also the voltage drop at rated current, which would be desirable, however a choke coil, which in normal operation has a very small, in si8 * However, such a throttle has a very large inductance Selspale would also act as a coupling element in the creation of the sum Melschlenen of a power station very suitable you would in the normal Grieb a practically unimpeded performance equalization between the Groups together, but regulate them against each other in the Slörungsalle An arrangement will now be described with which the desired e change in quality can be achieved, If you switch two coils that share a common closed iron. have gone, one behind the other in the opposite sense, then the total inductance is vitä t FL, L k 'i where Lund L t are the inducUvtées of the individual coils and k mean the coupling factor * m'deal- fall st LL and k * l and de total ndukHv! did L 0. "'n reality is k 1, and in iron there is a flux, whose size uveb from the Di4 "perenz of the floods and the stxa. Stray flow depends on. With increasing current this residual flow would be always bigger. Do you do the L? Isenqgrschnltt In the column very v much smaller than Rxäay den n der IVsidie Bld l), so will saturate the iron in the 2 * coil much earlier than in the 1st inch the saturation wtrd part of the flow n the reuweg abs urged, or if one goes back to denductivities: While L is practically constant. remains ,, L and k become smaller, so that It grows rapidly. The saturation can still be strengthened increase if between the two spades there is a middle leg in front of " sees the one air. receives gap and at the beginning of saturation the Crossed the river in dan S're <i was relieved. Instead of the whole Of course, it is only possible to reduce the coil core provide a'sthmus (picture). also has the option of the saturation of the core of the 2nd coil d, irch a strange addition sat. forced to influence (roB11d 3). Such an arrangement haj the pre-exile compared to the well-known pre-magnetized choke coil, that even when using normal sheet metal qualities, a large n « Dnctivity change can be achieved after all in normal operation iraktlsch flusslreten p middle limb with elner Mess- oderBelatswiokl'mg provided (picture), but the same increasing coil current is excited. Such an arrangement work, " so the other way round would be a stabilization converter! s & therefore for doctors Jeber .. and differential current tripping particularly suitable Q Slbsr- one can understand the middle thigh with a movable one An anchor is provided (Fig. 5), which is attracted by the pushed away crack gen will. di ejaem zalle results in a simple but very one finite current or voltage monitoring relay

Claims (1)

QtsaasBX*
Bspttle dere& dttivtt ait achsdadea spaleayem adrns ddae xaßne dass die icSaag in &wei geJBaßder echslete Sass. aasxteilT ist aad dy exn mde nas eimneinen papshaitt ehlt &ls in der an"weia stwo oder/Md mit einen loth= vem"hen ist-b 2 Bxssespal aah, spre dadp gek&nsseiahaß das zwischah den beiden Spxxein en mttelsejsl aex&st ist, der einen, Luftapã1t erhilt. R Dxssßaalß jm spc uad 2 4adaa ? ah gekeB&zeiehaßt t 1 zen B sr siolag isan wM wird-A dus* den b&i stigeNder Stag m Mittelashejäkel atrete- d@n sg&stia&e&laes ein elasekey betSt wird 1 M troter eine xEdeXTgie sassikMB eise BeeiBfluasuss der s** eaeht, odaas. dAe BdatiitSt willkMxlxe& eSsder den ISEum Z% e2zUgUoh't, # eodaas die Mxlffläivität willkild tx-* gebidert wo ja blän4
QtsaasBX *
Bspttle dere & dttivtt ait achsdadea spaleayem adrns ddae xaßne that the icSaag in & wei geJBaß the echslete Sass. aasxteilT is aad dy exn mde nas eimneinen papshaitt ehlt & ls in who is at "weia stwo or / Md with a loth = vem" hen-b 2 Bxssespal aah, speak dadp kissed & nsseia hate that between the two Spxxein en mttelsejsl aex & st is who receives one, Luftapã1t. R Dxssßaalß jm spc uad 2 4adaa? ah gekeB & hate me t 1 zen B sr siolag isan wM will-A dus * the b & i stigeNder stag m Mittelashejäkel atrete- d @ n sg & stia & e & laes becomes an elasekey betSt 1 M troter a xEdeXTgie sassikMB eise accompanying flow of the s ** eaeht, odaas. the BdatiitSt willkMxlxe & eSsder the ISEum Z% e2zUgUoh't, # eodaas the Mxlffliveness willkild tx- * asked where yes blän4
DE1955D0009901 1955-02-21 1955-02-21 THROTTLE COIL, THE INDUCTIVITY OF WHICH INCREASES WITH INCREASING COIL CURRENT. Expired DE1698514U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
DE1955D0009901 DE1698514U (en) 1955-02-21 1955-02-21 THROTTLE COIL, THE INDUCTIVITY OF WHICH INCREASES WITH INCREASING COIL CURRENT.

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
DE1955D0009901 DE1698514U (en) 1955-02-21 1955-02-21 THROTTLE COIL, THE INDUCTIVITY OF WHICH INCREASES WITH INCREASING COIL CURRENT.

Publications (1)

Publication Number Publication Date
DE1698514U true DE1698514U (en) 1955-05-18

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DE1955D0009901 Expired DE1698514U (en) 1955-02-21 1955-02-21 THROTTLE COIL, THE INDUCTIVITY OF WHICH INCREASES WITH INCREASING COIL CURRENT.

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE1015533B (en) * 1955-09-15 1957-09-12 Siemens Ag Suction throttle arrangement with a large stability range
DE1042746B (en) * 1955-12-08 1958-11-06 Siemens Ag Switching reactor
DE1083420B (en) * 1958-09-18 1960-06-15 Siemens Ag Arrangement for short-circuit current limitation with the help of a choke coil, especially for electric filter systems
DE1268729B (en) * 1962-06-26 1968-05-22 Siemens Ag Choke coil with a winding that can be pre-magnetized by direct current for controlling or regulating the current of alternating current consumers, in particular of gas discharge lamps

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE1015533B (en) * 1955-09-15 1957-09-12 Siemens Ag Suction throttle arrangement with a large stability range
DE1042746B (en) * 1955-12-08 1958-11-06 Siemens Ag Switching reactor
DE1083420B (en) * 1958-09-18 1960-06-15 Siemens Ag Arrangement for short-circuit current limitation with the help of a choke coil, especially for electric filter systems
DE1268729B (en) * 1962-06-26 1968-05-22 Siemens Ag Choke coil with a winding that can be pre-magnetized by direct current for controlling or regulating the current of alternating current consumers, in particular of gas discharge lamps

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