RELAY
Provided is a relay having a relatively small dimension in an alignment direction of contacts, having an easily assembled structure, and capable of extinguishing arcs generated at each contact. The relay comprises: a first terminal having a pair of first contacts; a second terminal having a pair of second contacts which are opposed to the pair of first contacts so as to contact and separate from the respective first contacts; and a first magnet positioned on a side opposed to the pair of first contacts of the first terminal and between the pair of first contacts so that the first magnet does not contact the first terminal, wherein the first magnet is magnetized in a direction along which the pair of first contacts and the pair of second contacts are opposed.
1 . A relay comprising:
a first terminal having a pair of first contacts;
a second terminal having a pair of second contacts which are opposed to the pair of first contacts so as to contact and separate from the respective first contacts; and
a first magnet positioned on a side opposed to the pair of first contacts of the first terminal and between the pair of first contacts so that the first magnet does not contact the first terminal,
wherein the first magnet is magnetized in a direction along which the pair of first contacts and the pair of second contacts are opposed.
2 . The relay according to claim 1 , wherein the first terminal has a front end configured to support the pair of first contacts, and a first extended part extending from the front end of the first terminal,
the second terminal has a front end configured to support the pair of second contacts, and a second extended part extending from the front end of the second terminal, and
the first extended part and the second extended part extend in opposite directions to each other.
3 . The relay according to claim 1 ,
wherein the first terminal has a front end configured to support the pair of first contacts, and a first extended part extending from the front end of the first terminal,
wherein the second terminal has a front end configured to support the pair of second contacts, and a second extended part extending from the front end of the second terminal, and
wherein a dimension of the first magnet in an extending direction of the first extended part and the second extended part is larger than a dimension of the first magnet in another direction.
4 . The relay according to claim 1 ,
wherein the first terminal has a front end configured to support the pair of first contacts, and a pair of contact members each having the first contact and an attachment part configured to attach the first contact to the front end, and
wherein the first magnet has a dimension received in a space between the attachment parts of the pair of contact members.
5 . The relay according to claim 1 ,
wherein the relay has a second magnet positioned on a side opposed to the pair of second contacts of the second terminal and between the pair of second contacts so that the second magnet contacts the second terminal, and
wherein the second magnet is magnetized in a direction along which the pair of first contacts and the pair of second contacts are opposed, so that the second magnet has a reverse polarity to the polarity of the first magnet.
6 . The relay according to claim 1 , wherein the terminal has a yoke attached to the first magnet and forms a magnetic path.
7 . The relay according to claim 1 ,
wherein the relay has a housing configured to support the first terminal, the second terminal and the first magnet, and
wherein the housing has a hold wall configured to hold the first magnet, and the hold wall has a gap between the pair of first contacts.