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    • 3. 发明公开
    • FLUIDFÜHRENDES SYSTEM MIT KATHODISCHEM KORROSIONSSCHUTZ
    • 流体系统麻省理工学院KORROSIONSSCHUTZ
    • EP3017086A1
    • 2016-05-11
    • EP14739698.0
    • 2014-06-18
    • KSB Aktiengesellschaft
    • BÖHM, AlexanderKÖFLER, Karl-HeinzPÜTTERICH, AlexanderSCHRAMM, BerndLINDELL, Björn
    • C23F13/10C23F13/18C23F13/22F04D1/00F16L58/18F16K1/00
    • F16L58/187C23F13/10C23F13/18C23F13/22C23F2213/32F04D7/06F04D29/426F04D29/4293F16K3/02F16L23/006
    • The invention relates to a fluid-conducting system with cathodic corrosion protection, having at least one device (1, 101) influencing a flow rate and/or acting upon said flow rate, in particular a pump and/or armature having at least one connection device (7, 8, 107, 108), and with at least one device (10, 12, 110, 112) guiding the flow rate, in particular a pipe, with connection means. According to the invention, the fluid-conducting system comprises annular anodes (13, 14, 113, 114), an anode (13, 14, 113, 114) being arranged between the first (7, 107) and a second connection device (8, 108) and/or between a first connection device (7, 107) and connecting means (9, 109) and/or between a second connection device (8, 108) and connection means (11, 111), said anodes (13, 14, 113, 114) being electrically connected by means of lines (24, 25) comprising one or several conductors, to a monitoring device (19) and the internal diameter (d
      A ) of the anodes (13, 14, 113, 114) being equal to the internal diameter (d
      R ) of the device (10, 12, 110, 112) guiding the flow rate and arranged on the respective anode (13, 14, 113, 114). The invention also relates to a device influencing a flow rate and/or acting upon said flow rate, in particular a pump arrangement or armature arrangement for a fluid-conducting system with cathodic corrosion protection.
    • 为至少一个影响和/或作用于流量的装置(例如泵和/或阀)提供具有阴极腐蚀保护的流体传导系统。 该装置包括至少一个连接装置,例如装置连接法兰。 诸如管道的至少一个流量引导装置包括诸如管连接法兰的连接装置。 该系统包括布置在连接装置和连接装置之间的环形阳极,其中阳极通过导电线电连接到监测装置。 阳极的内径优选等于流量引导装置的内径和/或流动影响装置的入口和/或出口的内径。
    • 4. 发明公开
    • CORROSION PROTECTION STATION USING PULSE CURRENT
    • 使用脉冲电流的腐蚀保护站
    • EP2924145A1
    • 2015-09-30
    • EP13884368.5
    • 2013-10-22
    • Sulimin, Yuriy Vladimirovich
    • SULIMIN, Yuriy VladimirovichPETUKHOV, Victor SergeevichSULIMINA, Elena Yurievna
    • C23F13/02
    • C23F13/22C23F13/04C23F2213/32H02H9/04H03K3/57
    • Corrosion protection station using pulse current for metal structures, which comprises direct-current sources connected by switches either to the structure to be protected, or to an anode, and means for measuring the output current. A high capacity storage capacitor is connected in parallel with the output of each direct-current source, said high capacity storage capacitor providing an output current which is higher than the charging current of said capacitor. A high-power FET is used as a switch via which the current pulses are supplied to a load. A high-current diode is installed between said transistor and an output terminal, said high-current diode separating the external load from the pulse circuit. A surge protection device is connected in parallel with the output terminals of the pulse circuit, said surge protection device protecting the corrosion protection station using pulse current from lightning discharges in the vicinity of the structures to be protected, the anodic ground connection and the supply lines. An additional surge protection device is installed at the input of the corrosion protection station using pulse current to protect it from surges in the AC mains and from lightning discharges in the vicinity of AC supply lines. The technical result ensures an increased reliability of the device during protection of extended facilities against corrosion.
    • 为金属结构使用脉冲电流的腐蚀保护站,其中包括由开关连接到要保护的结构或阳极的直流电源,以及用于测量输出电流的装置。 大容量存储电容器与每个直流源的输出端并联连接,所述高容量存储电容器提供高于所述电容器的充电电流的输出电流。 高功率FET用作开关,电流脉冲通过开关提供给负载。 大电流二极管安装在所述晶体管和输出端之间,所述大电流二极管将外部负载与脉冲电路分开。 浪涌保护装置与脉冲电路的输出端子并联连接,所述浪涌保护装置利用来自待保护结构附近的雷电放电的脉冲电流,阳极接地连接和供电线路来保护防腐蚀站 。 在防腐站的输入端使用脉冲电流安装附加的浪涌保护装置,以保护其免受交流电源中的浪涌和交流电源线附近的雷电放电。 技术结果确保了设备在防止腐蚀时的可靠性提高。