DE1639295C - Electromagnetic relay - Google Patents
Electromagnetic relayInfo
- Publication number
- DE1639295C DE1639295C DE19681639295 DE1639295A DE1639295C DE 1639295 C DE1639295 C DE 1639295C DE 19681639295 DE19681639295 DE 19681639295 DE 1639295 A DE1639295 A DE 1639295A DE 1639295 C DE1639295 C DE 1639295C
- Authority
- DE
- Germany
- Prior art keywords
- armature
- magnet
- spring
- relay
- magnetic core
- 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
Links
Description
eine ausreichend exakte Einstellbarkeit und d^rch lais einzustellen, braucht nur das Verbindungsglied eine große Einfachheit aus. 24 geknickt werden, während das Teil 21 an derA sufficiently exact adjustability and adjust the lais, only needs the connecting link great simplicity. 24 are buckled, while the part 21 on the
Vorzugsweise wird vorgeschlagen, daß die Feder 50 Rippe 28 des Gehäuses oder an einem zweiten Paar als Blattfeder ausgebildet ist. Kontakte anliegt. Die Ansprech- und Abfallempfind-Preferably, it is suggested that the spring 50 be on rib 28 of the housing or on a second pair is designed as a leaf spring. Contacts. The response and drop-out sensitivity
Im folgenden wird die Erfindung an Hand einer lichkeit des Relais wird auf einfache Weise durch ein Ausführungsbeispiel darstellenden Zeichnung nä- Verkürzen des Verbindungsgliedes und damit durch her erläutert. die Justierung der von der Feder 23 ausgeübtenIn the following the invention is based on a possibility of the relay in a simple manner a drawing depicting an exemplary embodiment shortening of the connecting link and thus by explained here. the adjustment of the one exerted by the spring 23
einem Kur ststoffgehäuse 11, das kastenförmig ausge- Nach dem Einsetzen des Relais in das offene Gebildet ist und einen Boden 12 hat, eingesetzt. Ein in häuse U wird das Gehäuse durch eine Federplatte 26
dem Gehäuse 11 eingesetzter Elektromagnet 13 a des verschlossen, die in einer inneren umlaufenden Nut
Relais besitzt einen gegossenen Spulenkörper 14 mit 27 des Gehäuses 11 einrastet.
Magnetwicklung 13. An dem Spulenkörper 14 sind 60 Bei einer anderen Einstellung der Ansprech- und
zwei Paar leitende, blattförmige Anschlußklemmen Abfallspannung des Relais kann in dem Verbin-15,16
befestigt, von denen in der Zeichnung nur ein dungsglied 24 vor dem Einbau des Relais in das GePaar zu sehen ist Die Klemmen 16 besitzen je einen häuse ein Knick gemacht werden. Das Verbidnungs-Kontakt
20, der an der Magnetwicklung 13 anliegt, glied kann danach durch Verformung des geknickten
während die Klemmen 15 an den Anschlüssen der 65 Teiles des Verbindungsgliedes nach Wunsch entwe-Magnetwicklung
13 angeschlossen sind. der verlängert oder verkürzt werden.a course material housing 11, which is box-shaped after inserting the relay in the open formation and has a bottom 12 is used. A in housing U, the housing is closed by a spring plate 26 of the housing 11 inserted electromagnet 13 a, which has a cast bobbin 14 with 27 of the housing 11 in an inner circumferential groove relay.
Magnet winding 13. On the bobbin 14 are 60 with a different setting of the response and two pairs of conductive, leaf-shaped terminals drop-out voltage of the relay can be attached in the conn-15,16, of which only one connection member 24 in the drawing before the installation of the relay In the pair you can see the terminals 16 each have a housing a kink can be made. The connecting contact 20, which rests against the magnet winding 13, can then be connected by deformation of the kinked element, while the terminals 15 are connected to the connections of the 65 part of the connecting element as desired. which can be extended or shortened.
Claims (2)
verwenden, die nicht zwischen dem Magnetanker und Sobald die Magnetwicklung 13 mit Energie ver-Lais known that for the adjustment of the magnet as The mode of operation and the setting of the relay kers adjusting screws or adjustable stops is done in the following way:
that are not used between the magnet armature and As soon as the magnet winding 13 is energized
lais mit mehreren Schaltstellungen gerechtfertigt ist. Solange die Magnetwicklung nicht mit Energie yer-The spring acting on the magnet armature is supplied, the armature 19 will be against the force of the force. Fe ner is drawn from the French patent 23 on the magnetic core 17. This writing 1 150080 an electromagnetic relay with 30 dit contacts 22 for contact with the Kontak several switch positions are known, brought between th 20 and in this way an electrical connection of the terminals 16 via the magnet armature and the armature on d «-i Fork kenden spring an adjustable link made in FIG. As soon as the energy supply has the Ma-shape of a screw. Such a relay magnet winding 13 stops, the armature 19 is indeed very precisely and also afterwards easily withdrawn and the spring 23 can therefore be electrically adjusted, but it also requires a relatively complex construction between the terminals 16, which only in the event of a breach,
lais with several switch positions is justified. As long as the magnet winding is not energized
Applications Claiming Priority (4)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
GB218667 | 1967-01-16 | ||
GB2186/67A GB1200321A (en) | 1967-01-16 | 1967-01-16 | Electromagnetic relays |
GB57864/67A GB1239930A (en) | 1967-01-16 | 1967-12-20 | Electromagnetic relays |
DEL0058317 | 1968-01-11 |
Publications (3)
Publication Number | Publication Date |
---|---|
DE1639295B2 DE1639295B2 (en) | 1972-06-29 |
DE1639295A1 DE1639295A1 (en) | 1972-06-29 |
DE1639295C true DE1639295C (en) | 1973-03-08 |
Family
ID=
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