KH P/2024/00012CN A 20250207 20060101
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01 H 1 62 A 20060101
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01 H 50 02 A 20060101
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01 H 50 12 A 20060101
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01 H 50 20 A 20060101
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01 H 50 32 A 20060101
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01 H 50 36 A 20060101
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01 H 51 28 A 20060101
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01 H 9 44 A KH P/2024/00012CN 20241030 GB 1812605.2 20180802 SOLID STATE PLC
2 Ravensbank Business Park, Hedera Road, Redditch, B98 9EY, GB
GB DEL GIUDICE, Mark Stephen
GB
MERRILL, John Hamilton
GB
TILLEKE & GIBBINS (CAMBODIA) LTD
15th Floor, Unit 1501, Flatiron, Street No.102 , Phnom Penh City Center, Sangkat Srah Chak , Khan Duan Penh, Phnom Penh CO
CONTACTOR CONTACTOR PT202501-A 20250207 20241030 20250207 Re-registration of Chinese Patent

<p>A contactor (1) comprising a first contact member (3) fixed and connected to a first conductor (5) of an electrical circuit; a second contact member (7) connected to a second conductor (9) of the electrical circuit by a connector (11); wherein the second contact member moves between a break position, in which the first and second contact members are out of contact, and a make position, in which the first and second contact members are in contact; an actuator assembly (15) coupled to the second contact member such that actuation of the actuator assembly translates into movement of the second contact member; an electromagnetic arrangement comprising an electromagnetic coil (17) and at least a part of the actuator assembly, wherein, when the coil is energised, the coil generates a magnetic field and thereby the actuation assembly is caused to move under the influence of the magnetic field, which in turn causes the second contact member to move; a hermetically sealable enclosure (2); wherein the first and second contact members, the connector, and the actuation assembly are inside the enclosure; and the coil is outside the enclosure.</p>

<p>A contactor (1) comprising a first contact member (3) fixed and connected to a first conductor (5) of an electrical circuit; a second contact member (7) connected to a second conductor (9) of the electrical circuit by a connector (11); wherein the second contact member moves between a break position, in which the first and second contact members are out of contact, and a make position, in which the first and second contact members are in contact; an actuator assembly (15) coupled to the second contact member such that actuation of the actuator assembly translates into movement of the second contact member; an electromagnetic arrangement comprising an electromagnetic coil (17) and at least a part of the actuator assembly, wherein, when the coil is energised, the coil generates a magnetic field and thereby the actuation assembly is caused to move under the influence of the magnetic field, which in turn causes the second contact member to move; a hermetically sealable enclosure (2); wherein the first and second contact members, the connector, and the actuation assembly are inside the enclosure; and the coil is outside the enclosure.</p>