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    • 2. 发明授权
    • External actuator interlock mechanism for circuit breaker
    • 断路器外部执行器互锁机构
    • US06831534B2
    • 2004-12-14
    • US10607319
    • 2003-06-26
    • Mauricio RodriguezJames E. FerreeSolomon TitusDavid A. Leone
    • Mauricio RodriguezJames E. FerreeSolomon TitusDavid A. Leone
    • H01H6702
    • H01H71/0228H01H71/1009H01H71/123H01H71/126H01H2071/086
    • A circuit breaker (10, 12) includes a sensing circuit (48, 50, 52), a control circuit (46), an actuator (42), an operating mechanism, and an interlock mechanism (70, 94). The sensing circuit (48, 50, 52) is configured to generate the sense signal representative of a power signal flowing through a power circuit (54, 56, 58). The control circuit (46) has a frame (74, 76) and is configured to receive the sense signal and to provide a trip signal on a first terminal (68). The actuator (42) is external to the control circuit frame (74, 76) and has a second terminal (98) coupleable to the first terminal (68). The actuator (42) is configured to receive the trip signal on the second terminal (98). The operating mechanism is coupled to the actuator (42) and is configured to open and close the power circuit in response to actuation of a lever (36). The actuator (42) is configured to actuate the lever (36) in response to the trip signal. The interlock mechanism (70, 94) is coupled to at least one of the actuator (42) and the operating mechanism and is configured to actuate the lever (36) when the first terminal (68) is not coupled to the second terminal (98).
    • 断路器(10,12)包括感测电路(48,50,52),控制电路(46),致动器(42),操作机构和互锁机构(70,94)。 感测电路(48,50,52)被配置为产生表示流过电源电路(54,56,58)的功率信号的感测信号。 控制电路(46)具有帧(74,76),并被配置为接收感测信号并在第一终端(68)上提供跳闸信号。 致动器(42)在控制电路框架(74,76)的外部,并且具有可耦合到第一端子(68)的第二端子(98)。 致动器(42)被配置为在第二端子(98)上接收跳闸信号。 操作机构联接到致动器(42)并且被配置为响应于杆(36)的致动而打开和关闭电源电路。 致动器(42)被配置为响应于跳闸信号致动杆(36)。 联锁机构(70,94)联接到致动器(42)和操作机构中的至少一个,并且构造成当第一端子(68)未联接到第二端子(98)时致动杆(36) )。
    • 3. 发明申请
    • SET OF ELECTRICAL UNITS FOR CONTROLLING POWER UNITS
    • 电力单位控制单元
    • US20020130742A1
    • 2002-09-19
    • US10012463
    • 2001-12-12
    • SCHNEIDER ELECTRIC INDUSTRIES SA
    • Joel JacqManuel Lima
    • H01H067/02
    • H01H89/08H01H51/005H01H71/0207H01H71/0228H01H71/126H01H2071/086
    • The present invention relates to a set of electrical units for controlling power units, comprising a contactor breaker (CD) with a plurality of current-breaking poles actuated by a solenoid (E) and by a control and slipping mechanism (D, S) on the one hand, and by an auxiliary module (MS) plugged on the power outputs of the contactor breaker and connected by control links to the latter on the other hand, characterized by the fact that it includes a control connection block (R) provided with control connectors (G) which connect to control outputs (A1, A2, 21, 22, 14, 13) of the contactor breaker onto which a control terminal (Ba) may be connected alternatively and with control connectors (J) which connect to control outputs (S1, S2, S3, 82, 84, 81) of the auxiliary module (MS) onto which a control terminal (Bs) may be connected alternatively, with electrical links connecting said control connectors (G, J).
    • 本发明涉及一组用于控制功率单元的电气单元,其包括具有由螺线管(E)驱动的多个断流极以及由控制和滑动机构(D,S)驱动的接触器断路器(CD) 另一方面由一个辅助模块(MS)插入接触器断路器的电源输出端,另一方面由控制链路连接到辅助模块(MS),其特征在于它包括一个控制连接块(R) 控制连接器(G),其连接到控制端子(Ba)可交替地连接到的接触器断路器的控制输出(A1,A2,21,22,14,13)以及与控制连接器(J)连接的控制连接器 辅助模块(MS)的输出(S1,S2,S3,82,84,81),控制端子(Bs)可以交替地连接到其上,连接所述控制连接器(G,J)的电气连接。
    • 8. 发明授权
    • Circuit breaker having an electronic fault sensing and trip initiating
unit
    • 具有电子故障检测和跳闸启动单元的断路器
    • US4209817A
    • 1980-06-24
    • US886691
    • 1978-03-15
    • James P. McGinnis
    • James P. McGinnis
    • H01H71/02H01H71/12H01H71/16H01H71/32H01H71/74H02H3/08
    • H01H71/123H01H2071/124H01H71/0228H01H71/126H01H71/16H01H71/322H01H71/7409
    • A circuit breaker having an electronic fault sensing and trip initiating unit which provides increased versatility and ability to coordinate the circuit breaker with other interrupting and protective devices in a wide variety of electrical distribution systems. Electronic circuits and components are provided to vary to ampere rating of the breaker, to adjust current carrying capacity, to provide a long time delay trip, a short time delay trip and an instantaneous trip depending on the amplitude of high fault currents, to provide a ground fault trip, to shorten or lengthen the trip time for short time delay faults and for ground faults, and to provide shunt trip capability. The tripping mechanism is magnetic and mechanical, and includes a plunger movable between a trip and non-trip position controlled by an electronic switch in the electronic circuitry, and a toggle mechanism which is unlatched by the plunger when it moves to the trip position. A bimetal trip mechanism is provided as back-up protection if the ambient temperature not sensed by the electronic circuitry exceeds a pre-determined level.
    • 具有电子故障检测和跳闸启动单元的断路器,其提供增加的多功能性和将断路器与各种配电系统中的其它中断和保护装置协调的能力。 提供电子电路和组件以改变断路器的额定电流,调整载流能力,提供长时间延迟跳闸,短时间延迟跳闸和根据高故障电流的幅度的瞬时跳闸,以提供一个 接地故障跳闸,缩短或延长短时间延迟故障和接地故障的跳闸时间,并提供并联跳闸功能。 脱扣机构是磁性和机械式的,并且包括可在由电子电路中的电子开关控制的跳闸和非跳闸位置之间移动的柱塞,以及当活塞移动到跳闸位置时由活塞解锁的肘节机构。 如果电子电路未感测到的环境温度超过预定电平,则提供双金属脱扣机构作为备用保护。
    • 9. 发明授权
    • Modular multipole circuit breaker with external trip control
    • 具有外部跳闸控制的模块化多极断路器
    • US3986155A
    • 1976-10-12
    • US532938
    • 1974-12-16
    • Russell R. Kosup
    • Russell R. Kosup
    • H01H71/10H01H71/12H01H83/20H01H75/02
    • H01H71/1009H01H83/20H01H71/126H01H71/128
    • A plurality of single pole breakers, each having a nonconductive housing with parallel sidewalls and mechanically operated release means for actuating the trip mechanism are mounted with the sidewalls of adjacent units in direct contact. A rotatable trip bar extends through the sidewalls and links the release means in each of the units. The outer surface of the sidewalls is recessed around the trip bar opening to form a cavity between adjacent units. A trip lever is positioned in the cavity and attached to the trip bar. A solenoid unit has a mounting flange clamped between the sidewalls with the solenoid plunger engaging the lever to actuate the trip bar and trip the breakers when the solenoid is energized.
    • 多个具有平行侧壁的非导电壳体和用于致动脱扣机构的机械操作释放装置的单极断路器被安装成相邻单元的侧壁直接接触。 可旋转跳闸杆延伸穿过侧壁并且将释放装置连接在每个单元中。 侧壁的外表面围绕跳闸杆开口凹陷以在相邻单元之间形成空腔。 脱扣杆位于空腔中并连接到脱扣杆。 螺线管单元具有夹在侧壁之间的安装凸缘,螺线管柱塞接合杠杆以致动跳闸杆,并且在螺线管通电时使断路器跳闸。