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    • 41. 发明申请
    • Control and Protection System of Converter Valve Operation Test Equipment
    • 转换阀操作测试设备的控制和保护系统
    • US20110276189A1
    • 2011-11-10
    • US12679304
    • 2009-12-24
    • Guangfu TangXingang ZhangKunpeng ZhaZheng LvZhiyuan He
    • Guangfu TangXingang ZhangKunpeng ZhaZheng LvZhiyuan He
    • G06F1/28
    • G01R31/3272
    • This present provides a control and protection equipment system suitable for synthesis converter operation test, relates to power system automation equipment field. This system includes human-machine interface element, synchronization element, signal acquisition element, data aggregation element, conditioning element, protecting element, wave form recording element, wave form monitor element, on-off input element, on-off output element, vale based element (VBE), high direct current supply power system controller, high voltage supply system controller, current surge circuit controller, impulse circuit controller, test converter valve water cooling controller and test equipment water cooling system controller. This system can control converter samples and auxiliary valves on set trigging timing, produce various operation tests need heat, voltage and current of the converter samples and carry through operation tests. This system can also monitor on-off condition and important analog parameters condition of main circuit immediately, when abnormal condition takes place, the suitable protective measures will be made immediately.
    • 本文提供了适用于合成转换器运行测试的控制和保护设备系统,涉及电力系统自动化设备领域。 该系统包括人机界面元件,同步元件,信号采集元件,数据汇聚元件,调理元件,保护元件,波形记录元件,波形监控元件,开 - 关输入元件,开 - 关输出元件,基于 元件(VBE),高直流供电电源系统控制器,高压电源系统控制器,电流浪涌电路控制器,脉冲电路控制器,测试转换阀水冷控制器和测试设备水冷系统控制器。 该系统可以在设定触发时刻控制转换器样品和辅助阀,产生各种操作测试需要转换器样品的热量,电压和电流,并进行操作测试。 该系统还可以立即监控主电路的开关状态和重要的模拟参数情况,当发生异常情况时,将立即采取适当的保护措施。
    • 42. 发明申请
    • CONTINUOUS SERIES ARC GENERATOR
    • 连续系列电弧发生器
    • US20100097074A1
    • 2010-04-22
    • US12255384
    • 2008-10-21
    • Jeremy D. SchroederRyan J. MoffittBrian Patrick Grove
    • Jeremy D. SchroederRyan J. MoffittBrian Patrick Grove
    • H01H31/02
    • G01R31/2839G01R31/3272
    • An arc fault demonstrator device for testing the efficacy of an arc fault interrupter (AFI) circuit breaker. The device includes a motor that moves a movable electrode relative to a stationary electrode under microprocessor control. A relay switches the electrodes connection between an arc voltage measurement circuit and an electrode close circuit. When current is applied to the electrodes, the measurement circuit provides voltage measurements to the microprocessor, which instructs the motor to move the electrodes closer or apart. When the arc voltage is below a low threshold, the electrodes are moved apart until the arc voltage exceeds a medium threshold. When the arc voltage exceeds a high threshold, the electrodes are moved closer until the arc voltage falls below the medium threshold. A switch switches between the AFI circuit breaker or a conventional circuit breaker to confirm that the AFI breaker will trip upon detection of the arc whereas the conventional breaker will not.
    • 用于测试电弧故障断路器(AFI)断路器功效的电弧故障演示装置。 该装置包括在微处理器控制下使可动电极相对于固定电极移动的电动机。 继电器切换电弧电压测量电路和电极闭合电路之间的电极连接。 当电流施加到电极时,测量电路向微处理器提供电压测量,其指示电动机将电极移动更近或分开。 当电弧电压低于低阈值时,电极移动直到电弧电压超过介质阈值。 当电弧电压超过高阈值时,电极移动得更近,直到电弧电压下降到介质阈值以下。 一个开关在AFI断路器或常规断路器之间切换,以确认在检测到电弧时AFI断路器将跳闸,而传统的断路器不会跳闸。
    • 44. 发明授权
    • Portable circuit interrupter tester and method
    • 便携式断路器测试仪及方法
    • US07199587B2
    • 2007-04-03
    • US11383194
    • 2006-05-12
    • Maxim D. Hurwicz
    • Maxim D. Hurwicz
    • G01R31/327
    • G01R31/3272G01R31/3333
    • A portable circuit interrupter shutoff testing device and method, including a high current switch controlled by a timing circuit that allows current to flow through the switch and a small series resistance (in order to trip the instantaneous-trip function of the interrupter, as opposed to the overload-trip) for a short time period relative to the sine wave of the electrical power. A button activates the timing circuit which in turn activates the switch and current flows limited by the internal resistor of the device. By limiting the on time of the device to one or a few half cycles, the user can test if the circuit interrupter responds as quickly as specified by the manufacturer. A method includes receiving a stimulation indication, and selectively connecting an electrical load to wires connected to the circuit interrupter, wherein the electrical load is sufficient to trigger the instantaneous-trip function of the circuit-interrupter.
    • 一种便携式电路断路器关断测试装置和方法,包括由定时电路控制的高电流开关,其允许电流流过开关和小的串联电阻(为了跳闸断续器的瞬时跳闸功能,相对于 过载跳闸)相对于电力的正弦波短时间。 一个按钮激活定时电路,该定时电路又激活开关,并且电流由器件的内部电阻限制。 通过将设备的接通时间限制在一个或几个半周期,用户可以测试电路中断器是否响应制造商指定的快速响应。 一种方法包括接收刺激指示,以及选择性地将电负载连接到连接到电路断续器的电线,其中电负载足以触发电路断路器的瞬时跳闸功能。
    • 45. 发明授权
    • Portable circuit interrupter shutoff testing device and method
    • 便携式断路器关断检测装置及方法
    • US07173428B2
    • 2007-02-06
    • US10293524
    • 2002-11-12
    • Maxim D. Hurwicz
    • Maxim D. Hurwicz
    • G01R31/327G01R31/12
    • G01R31/3272G01R31/3333
    • A portable circuit interrupter shutoff testing device and method, including a high current switch controlled by a timing circuit that allows current to flow through the switch and a small series resistance (in order to trip the instantaneous-trip function of the interrupter, as opposed to the overload-trip) for a short time period relative to the sine wave of the electrical power. A button activates the timing circuit which in turn activates the switch and current flows limited by the internal resistor of the device. By limiting the on time of the device to one of a few half cycles, the user can test if the circuit interrupter responds as quickly as specified by the manufacturer. A method includes receiving a stimulation indication, and selectively connecting an electrical load is sufficient to trigger the instantaneous-trip function of the circuit-interrupter.
    • 一种便携式电路断路器关断测试装置和方法,包括由定时电路控制的高电流开关,其允许电流流过开关和小的串联电阻(为了跳闸断续器的瞬时跳闸功能,相对于 过载跳闸)相对于电力的正弦波短时间。 一个按钮激活定时电路,该定时电路又激活开关,并且电流由器件的内部电阻限制。 通过将设备的接通时间限制为几个半周期之一,用户可以测试电路断续器是否如制造商指定的那样快速响应。 一种方法包括接收刺激指示,并且选择性地连接电负载足以触发断路器的瞬时跳闸功能。
    • 46. 发明申请
    • Methods and apparatus for analyzing high voltage circuit breakers
    • 高压断路器分析方法及装置
    • US20040189319A1
    • 2004-09-30
    • US10764243
    • 2004-01-23
    • Zoran StanisicHeinz Wernli
    • G01R031/08
    • G01R31/3272G01R31/3333H01H1/0015H01H11/0062
    • A method for analyzing an electrical contact pair is provided. At least one of the contacts is coupled to a line-side of the contact pair, and at least one of the contacts is coupled to a load-side of the contact pair. The method includes electrically coupling the load-side contact and the line-side contact to electrical ground, applying a test voltage across the contact pair while the line-side contact and load-side contact remain electrically coupled to electrical ground, triggering a contact pair operation timer at a start of a test, detecting at least one of a first closure of the contact pair and a first opening of the contact pair using the test voltage, and determining the timing of the contact pair based upon the operation of the contact pair operation timer.
    • 提供了一种用于分析电触点对的方法。 触点中的至少一个耦合到触点对的线路侧,并且至少一个触点耦合到触点对的负载侧。 该方法包括将负载侧触点和线路侧触点电耦合到电接地,在线路侧触点和负载侧触点保持电耦合到电接地的同时施加跨接触对的测试电压,触发触点对 在测试开始时,使用测试电压检测触点对的第一闭合和触点对的第一开口中的至少一个,以及基于触点对的操作来确定触点对的定时 操作计时器
    • 47. 发明申请
    • Method and apparatus for load testing electrical systems
    • 用于负载测试电气系统的方法和装置
    • US20030090257A1
    • 2003-05-15
    • US10004124
    • 2001-10-30
    • Lawrence H. Howes
    • G01R001/00
    • G01R31/2601G01R31/129G01R31/14G01R31/2841G01R31/3272
    • The invention relates to an apparatus and method for load testing electrical systems using a transformer having its primary windings connected to a power source and its secondary windings coupled to the device under test. The test apparatus may be used to test high power switching circuits to be implemented in three-phase power systems. One aspect of the invention involves eliminating the load resistor or load bank, which is normally used to simulate the working load when testing AC switching devices. In one embodiment, the load bank function is replaced by the secondary winding of a step-down transformer, and the voltage across the device under test is boosted using a second power source. In another embodiment, the primary current of the transformer is controlled to regulate the current in the device under test.
    • 本发明涉及一种用于使用变压器负载测试电气系统的装置和方法,该变压器的初级绕组连接到电源,其次级线圈耦合到被测器件。 测试装置可用于测试在三相电力系统中实现的大功率开关电路。 本发明的一个方面涉及消除负载电阻或负载组,通常用于在测试交流开关装置时模拟工作负载。 在一个实施例中,负载组功能由降压变压器的次级绕组代替,并且使用第二电源对被测器件两端的电压进行升压。 在另一实施例中,控制变压器的初级电流以调节被测器件中的电流。
    • 48. 发明申请
    • TEST SYSTEM AND TEST METHOD FOR TESTING THE OPERABILITY OF TEST SAMPLES
    • 用于测试样品运行性能的测试系统和测试方法
    • US20020004709A1
    • 2002-01-10
    • US09194865
    • 1999-08-02
    • WINFRIED PETERTHOMAS HENSLER
    • G06F019/00
    • G01R31/3272G01R31/00
    • Test system and test method for testing the operability of test samples (7). A selection can be made in a user-specific manner from a plurality of test modules (2a-2c) which are made available, which can be assembled together to a desired test specification. A control module (1) carries out the overall test corresponding to the user-specific test specification, and controls individual selected test modules (2a-2c) in the desired sequence in correspondence to this test specification. Advantageously, there is produced automatically a test report on the test results of the individual selected test modules (2a-2c), which reports in particular embedded in the user-specific test specification.
    • 用于测试样品可操作性的测试系统和测试方法(7)。 可以从多个可用的测试模块(2a-2c)以用户特定的方式进行选择,所述测试模块可以组合在一起到期望的测试规范。 控制模块(1)执行与用户特定测试规范相对应的整体测试,并根据该测试规范以期望的顺序控制各个选定的测试模块(2a-2c)。 有利地,自动生成关于单独选择的测试模块(2a-2c)的测试结果的测试报告,其特别地嵌入在用户特定的测试规范中。
    • 49. 发明授权
    • Test method and apparatus for testing a protective relay system
    • 用于测试保护继电器系统的测试方法和装置
    • US5666060A
    • 1997-09-09
    • US700875
    • 1996-08-21
    • Yukio SukegawaTetsuo Matsushima
    • Yukio SukegawaTetsuo Matsushima
    • G01R31/327H02H3/04H02H7/26G01R31/08
    • H02H7/263G01R31/3272G01R31/3278H02H3/044
    • A relay test apparatus for testing a protective relay operation of a protective relay system comprises GPS receivers, respectively connected to the protective relays, each GPS receiver analyzing time data included in a signal transmitted from a satellite and outputting a time signal, simulation signal generators, respectively connected to the protective relays, each simulation signal generator generating a simulation signal and inputting the simulation signal to a corresponding protective relay, and synchronous starting units, respectively provided in the protective relays, each synchronous starting unit starting a corresponding simulation signal generator to generate the simulation signal, when time signals output from the GPS receivers coincide with a preset time at a same time.
    • 用于测试保护继电器系统的保护继电器操作的继电器测试装置包括分别连接到保护继电器的GPS接收器,每个GPS接收器分析包括在从卫星发送的信号中并输出时间信号的时间数据,模拟信号发生器, 分别连接到保护继电器,每个模拟信号发生器产生模拟信号并将模拟信号输入到相应的保护继电器,以及分别设置在保护继电器中的同步启动单元,每个同步启动单元启动相应的模拟信号发生器以产生 当从GPS接收机输出的时间信号同时与预设时间一致时,模拟信号。
    • 50. 发明授权
    • Protective relay for power systems capable of being tested with
low-level voltage and current signals
    • 能够用低电平电压和电流信号测试的电力系统的保护继电器
    • US5479315A
    • 1995-12-26
    • US422763
    • 1995-04-14
    • Edmund O. Schweitzer, III
    • Edmund O. Schweitzer, III
    • G01R31/327H02H3/00
    • G01R31/3272
    • The relay includes an input module capable of receiving 70 volt and 5 amp signals, respectively, from conventional instrument transformers, which are responsive to power line signals at their primaries. Output signals from the input module have specified, standardized levels suitable for electronic processing circuits, i.e. 1.4 volts and 0.1 volt. The output signals from the input module are applied through an accessible connector to a separate processing module which uses those signals in a conventional manner to determine possible faults on the power line. Low-level testing is accomplished by testing the outputs of the input module and by applying test signals simulating the standardized outputs of the input module to the processing module.
    • 继电器包括一个输入模块,能够分别从常规的仪表变压器接收70伏和5安培信号,这些变压器响应于它们初级的电力线信号。 来自输入模块的输出信号已经规定了适用于电子处理电路的标准电平,即1.4伏和0.1伏。 来自输入模块的输出信号通过可访问的连接器施加到单独的处理模块,该处理模块以常规方式使用这些信号来确定电力线上的可能的故障。 通过测试输入模块的输出并将模拟输入模块的标准化输出的测试信号应用于处理模块来实现低级测试。