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    • 5. 发明授权
    • Motorized vacuum isolation switch
    • 电动真空隔离开关
    • US09576751B1
    • 2017-02-21
    • US14656920
    • 2015-03-13
    • Sam Handshoe
    • Sam Handshoe
    • H02B11/02H01H3/26H01H9/16H01H9/24H02B11/28H02B11/00H02B11/10
    • H01H3/26H01H9/16H01H9/161H01H9/24H02B1/36H02B11/00H02B11/02H02B11/10H02B11/133H02B11/28
    • Methods, systems, devices for a motorized isolation switch including a switch enclosure with a set of fixed insulated floating input line connectors and output load connectors movably fixed to the rear panel, a removable contactor bucket insertable into the isolation switch enclosure with mating movable insulated line terminals and load terminals and a set of insulated circuit interrupters, a motorized rack and pinion assembly connected to a base of the switch enclosure, coupled for moving a contactor pan connectable to the contactor bucket along a stationary rack gear along the base of the switch enclosure between and switch open position and a switch closed position, an insulating grounding block with ground connectors, the contactor bucket with corresponding movable ground terminals to mate with the insulated ground connectors in the switch open position, and ancillary controls for communicating with remotely located controls to electrically control the operation.
    • 用于电动隔离开关的方法,系统,装置,包括具有一组固定绝缘浮动输入线连接器的开关外壳和可移动地固定到后面板的输出负载连接器,可拆卸接触器桶,其可插入到具有配合的可移动绝缘线的隔离开关外壳中 端子和负载端子和一组绝缘电路断路器,连接到开关壳体的基座的机动齿条和小齿轮组件,其被联接用于沿着开关壳体的底部沿着固定齿条移动可连接到接触器桶的接触器盘 开关位置和开关闭合位置之间,具有接地连接器的绝缘接地块,接触器桶与相应的可移动接地端子与开关打开位置中的绝缘接地连接器配合,以及用于与远程控制通信的辅助控制器 电控操作。
    • 7. 发明授权
    • Automated secondary disconnect mechanism for electrical switchgear
    • 电气开关柜自动二次断路机构
    • US5434369A
    • 1995-07-18
    • US195934
    • 1994-02-14
    • Dale A. TempcoMurray K. JonesLevern Ellerbe
    • Dale A. TempcoMurray K. JonesLevern Ellerbe
    • H02B11/02H02B11/10H01H9/00H02B11/00
    • H02B11/10H02B11/02
    • An automatic secondary disconnect mechanism for an electrical switchgear apparatus having an enclosure and a removable circuit device is disclosed. According to a preferred embodiment, the automatic secondary disconnect mechanism comprises a guide rail mounted to the enclosure so as to extend substantially parallel to the racking motion of the circuit device; a slide member slidably mounted on the guide rail; apparatus for locking the slide member in place on the guide rail at a point corresponding to a test position of the circuit device; and apparatus for releasing the slide member when the circuit device reaches the test position from the disconnect position. One of a pair of mating secondary contact members is coupled to the slide member, while the other mating contact member is coupled to the circuit device. The mating secondary contact members automatically engage as the circuit breaker moves from the disconnect position to the test position, remain engaged and move together via the slide member as the circuit breaker moves between the test and connect positions, and automatically disengage as the circuit breaker moves past the test position toward the disconnect position.
    • 公开了一种用于具有外壳和可拆卸电路装置的电气开关设备的自动二次断开机构。 根据优选实施例,自动二次断开机构包括安装到外壳的导轨,以便基本上平行于电路装置的支架运动延伸; 可滑动地安装在导轨上的滑动构件; 用于在对应于电路装置的测试位置的点处将滑动构件锁定在导轨上的适当位置的装置; 以及当电路装置从断开位置到达测试位置时释放滑动构件的装置。 一对配合次级接触构件中的一个联接到滑动构件,而另一个配合接触构件联接到电路装置。 当断路器从断开位置移动到测试位置时,配合的二次接触构件自动接合,当断路器在测试和连接位置之间移动时,通过滑动构件保持接合并一起移动,并且当断路器移动时自动断开 超过测试位置朝着断开位置。
    • 8. 发明授权
    • Automatic fail-safe mechanism-operated cell switch for metal-clad
switchgear
    • 金属包层开关柜的自动故障保护机构动作电池开关
    • US4176262A
    • 1979-11-27
    • US806396
    • 1977-06-14
    • James W. McMillenAnthony Tomeo
    • James W. McMillenAnthony Tomeo
    • H02B11/10H02B11/133H01H9/20
    • H02B11/10H02B11/133
    • A mechanism-operated cell switch (MOC) is provided for metal-clad switchgear. The cell switch actuates an auxiliary set of contacts for the main circuit interrupter. The main circuit interrupter may be disposed in two positions within the metal enclosed switchgear. In the first position it is connected to the high voltage terminals of the cell for external circuit protection. In the second position it is not connected to the high voltage terminals but nevertheless remains in the cell for test purposes. In either position the mechanism operated cell switch may be actuated in conjunction with the actuation of the main circuit interrupter. However, in the second or test position the mechanism operated cell switch may be bypassed if desired. Furthermore, when the main circuit interrupter has been moved into the first position an abutment on a pantograph mounted channel - which controls the MOC switch - is driven into a first operating position in which it stays even after the main circuit breaker has been subsequently moved to the test position, thus providing a fail-safe mode of operation. At this latter position, interlinkage between the circuit breaker and the channel for actuation of the MOC switch must be implemented manually thus providing a choice of operation.
    • 为金属包层开关设备提供机构操作的电池开关(MOC)。 电池开关致动主电路断路器的辅助触点组。 主电路断路器可以设置在金属封闭开关装置内的两个位置。 在第一个位置,它连接到电池的高压端子用于外部电路保护。 在第二个位置,它不连接到高压端子,但是仍然保留在电池中用于测试目的。 在任一位置,机构操作的电池开关可以与主电路断续器的致动一起被致动。 然而,在第二或测试位置,如果需要,可以旁路机构操作的电池开关。 此外,当主电路断路器已经移动到第一位置时,控制MOC开关的受电弓安装通道上的邻接被驱动到第一操作位置,在第一操作位置,即使在主断路器已经移动到 测试位置,从而提供故障安全操作模式。 在后一位置,必须手动实现断路器和用于致动MOC开关的通道之间的互连,从而提供操作的选择。