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    • 1. 发明授权
    • Remote control circuit breaker system
    • 远程控制断路器系统
    • US3706100A
    • 1972-12-12
    • US3706100D
    • 1972-01-19
    • CUTLER HAMMER INC
    • HALBECK WERNER BQUAAL JOHN AROBBINS CLYDE FRUTCHIK WALTER L
    • H01H71/46H01H75/12H01H83/20H02H3/08H02H7/00H02B1/00
    • H01H75/12H01H71/46H01H83/20H01H2083/203H02H3/083H02H7/005
    • A REMOTE CONTROL CIRCUIT BREAKER SYSTEM IN WHICH AN ELECTRONIC LOGIC UNIT IS BUILT INTO A MAIN ELECTROMAGNETICALLY OPERATED CIRCUIT BREAKER TO ACT AS THE CONTROLLING INTERFACE BETWEEN THE LATTER AND REMOTELY LOCATED PILOT CONTROL-CIRCUIT BREAKER UNIT. IN ADDITION TO DIRECTING MAIN CIRCUIT BREAKER OPERATION TO PROVIDE CLOSING AND OPENING OF THE SAME IN CORRESPONDENCE WITH THE OPERATION OF THE PILOT UNIT, THE LOGIC UNIT RESPONDS ON OVERLOAD TRIP OPEN OF THE MAIN CIRCUIT BREAKER TO SUBJECT THE PILOT UNIT TO A CONTROLLED VALUE OF SIMULATED OVERLOAD CURRENT AS WILL CAUSE THE LATTER TO TRIP OPEN AND AFFORD INDICATION OF THE OCCURENCE OF OVERLOAD TRIPPING IN THE MAIN CIRCUIT BREAKER. THE LOGIC UNIT ALSO AFFORDS COORDINATION OF A PLURALITY OF SUCH CIRCUIT BREAKERS IN A MULTIPHASE A.C SYSTEM SO THAT ALL WILL BE RESPONSIVE TO THE OPERATION OF A SINGLE REMOTE PILOT UNIT, AND WILL ALSO TRIP OPEN FOLLOWING OVERLOAD RESPONSE OF ANY THEREOF. FURTHER THE LOGIC UNIT AUTOMATICALLY FUNCTIONS IN THE EVENT OF A FAULT OCCURRING IN THE PILOT UNIT OR THE LINE CONNECTING IT WITH THE MAIN BREAKER TO LIMIT THE VALUE OF FAULT TO A NON-DESTRUCTIVE VALUE, AND PREVENT REPEATED CIRCUIT BREAKER CYCLING IN THE EVENT THE PILOT BREAKER FAILS TO OPEN. THE MAIN CIRCUIT BREAKER USES DOUBLE-BREAK CONTACTS AND PERMANENT MAGNET LATCHING TO IMPROVE ITS ARC RUPTURE WITHSTABILITY AND ELIMINATE THE NECESSITY OF CONTINUOUS ENERGIZATION OF ITS ELECTROMAGNETIC OPERATING COILS. THE OVERLOAD TRIP MECHANISM IN THE MAIN CIRCUIT BREAKER USES A LOW FRICTION LATCH, AND TOGETHER WITH AMBIENT TEMPERATURE COMPENSATION IN THE BIMETAL LATCH RELEASE ENCHANCES THE TRIP POINT PRECISION.
    • 2. 发明授权
    • Remote control circuit breaker system
    • 远程控制断路器系统
    • US3706916A
    • 1972-12-19
    • US3706916D
    • 1972-01-19
    • CUTLER HAMMER INC
    • HALBECK WERNER BQUAAL JOHN AROBBINS CLYDE FRUTCHIK WALTER LRYCZEK LAWRENCE J
    • H01H75/12H02H7/00H02H3/08
    • H01H75/12H02H7/005
    • A remote control circuit breaker system in which an electronic logic unit is built into a main electromagnetically operated circuit breaker to act as the controlling interface between the latter and a remotely located pilot control-circuit breaker unit. In addition to directing main circuit breaker operation to provide closing and opening of the same in correspondence with the operation of the pilot unit, the logic unit responds on overload trip open of the main circuit breaker to subject the pilot unit to a controlled value of simulated overload current as will cause the latter to trip open and afford indication of the occurrence of overload tripping in the main circuit breaker. The logic unit also affords coordination of a plurality of such circuit breakers in a multiphase A.C. system so that all will be responsive to the operation of a single remote pilot unit, and will also trip open following overload response of any thereof. Further the logic unit automatically functions in the event of a fault occurring in the pilot unit or the line connecting it with the main breaker to limit the value of fault to a non-destructive value, and prevents repeated circuit breaker cycling in the event the pilot breaker fails to open. The main circuit breaker uses double-break contacts and permanent magnet latching to improve its arc rupture withstandability and eliminate the necessity of continuous energization of its electromagnetic operating coils. The overload trip mechanism in the main circuit breaker uses a low friction latch, and together with ambient temperature compensation in the bimetal latch release enhances the trip point precision.
    • 一种遥控断路器系统,其中电子逻辑单元内置在主电磁操作断路器中,用作后者和远程位置的先导控制断路器单元之间的控制接口。 除了指示主断路器操作以提供与导向单元的操作相对应的关闭和打开之外,逻辑单元响应主断路器的过载跳闸打开以使导频单元受控于模拟的控制值 过载电流将导致后者断开,并提供主断路器过载跳闸发生的指示。 逻辑单元还提供多相交直流系统中的多个这样的断路器的协调,使得所有这些断路器都将响应于单个远程导频单元的操作,并且还将在其任何一个的过载响应之后跳闸打开。 此外,在导频单元中发生故障或与主断路器连接的线路的情况下,逻辑单元自动工作,以将故障值限制为非破坏性值,并且防止在导频 断路器无法打开。 主断路器采用双断触点和永磁锁闩,以提高其电弧破裂耐受性,消除电磁操作线圈连续通电的必要性。 主断路器中的过载跳闸机构使用低摩擦锁存器,并且与双金属闩锁释放中的环境温度补偿一起增加了跳闸点精度。