The utility model discloses a wire shunt connector and its installation and removal of the mold, including the main line pressure pipe and shunt line pressure over two for the whole tube forming parts arranged in parallel, the main line pressure trough along the axial direction of the nozzle, through inserting groove, trunk pipe and crimp plug the whole body together form a circular tube will wrap the trunk line, the dividing line from the dividing line pressure over through, through the installation of mold and crimping tool while the trunk line pressure pipe and pressure over the dividing line respectively and the corresponding lead pressure shunt connected as a whole, after the completion of the work by removing the tool will shunt line pressure over resection from the overall molding, main line pressure over the left in the trunk line. Due to the reduction of the connection area of the shunt connector, the utility model has the advantages of convenient installation, good mechanical performance and high safety and reliability. The structure of the mould and the mould can reduce the weight of the hydraulic equipment and the clamp head, which is favorable for the operation of the operator.
【技术实现步骤摘要】
本技术涉及一种架空线路的分流装置,具体涉及一种导线分流连接件及其安装、拆除模具。
技术介绍
目前的架空电力线路分流件主要为并沟线夹,并沟线夹主要有两种结构形式,一种是螺栓紧固式并沟线夹,另一种是压接式并沟线夹。螺栓紧固式并沟线夹的结构多种多样,但由于都是采用两个对夹体同时夹住主干线和分流线后通过螺栓等紧固件压紧,所以存在以下缺陷:1、用紧固件压紧不稳定,紧固件松动接触电阻增大会引起发热而烧坏设备。2、紧固件易锈蚀,寿命不长,更换麻烦。3、紧固螺杆过长易放电。而压接式并沟线夹目前一般的结构是主干线和分流线采用等径管,且主干线和分流线分别有纵向通槽,分别通过插接体将主干线和分流线包住后通过液压工具压接。这种结构存在以下缺陷:由于压接面过大,压力要求高,所以液压设备及压接钳头及压接模具需相应增大,所以相应的重量就增大,不变携带,使操作人员的高空作业难度增大,安全隐患增大。
技术实现思路
本技术的目的在于提供一种安装便捷、安装后机械性能好、安全可靠性高的导线分流连接件,同时还提供一种操作简单、自重轻、便于高空作业的安装及拆除模具。本技术公开了一种导线分流连接件,包括主干线压接管和分流线压接管,两管为平行布置的整体成型件,主干线压接管上有沿轴向的通槽,通槽中有插接体,主干线压接管和插接体一起形成整体圆管将主干线包住,分流线从分流线压接管中穿过,通过安装模具及压接工具同时将主干线压接管和分流线压接管分别与相应的导线压接为一体,分流工作完成后通过拆除工具将分流线压接管从整体成型件上切除,主干线压接管留置于主干线上。作为优选,所述主干线压接管的管径大于分流线压接管的管径,以减小 ...
【技术保护点】
一种导线分流连接件,其特征在于:该连接件包括主干线压接管和分流线压接管,两管为平行布置的整体成型件,主干线压接管上有沿轴向的通槽,通槽中有插接体,主干线压接管和插接体一起形成整体圆管将主干线包住,分流线从分流线压接管中穿过,通过安装模具及压接工具同时将主干线压接管和分流线压接管分别与相应的导线压接为一体,分流工作完成后通过拆除工具将分流线压接管从整体成型件上切除,主干线压接管留置于主干线上。
【技术特征摘要】
1.一种导线分流连接件,其特征在于:该连接件包括主干线压接管和分流线压接管,两管为平行布置的整体成型件,主干线压接管上有沿轴向的通槽,通槽中有插接体,主干线压接管和插接体一起形成整体圆管将主干线包住,分流线从分流线压接管中穿过,通过安装模具及压接工具同时将主干线压接管和分流线压接管分别与相应的导线压接为一体,分流工作完成后通过拆除工具将分流线压接管从整体成型件上切除,主干线压接管留置于主干线上。2.根据权利要求1所述的导线分流连接件,其特征在于:所述主干线压接管的管径大于分流线压接管的管径。3.一种权利要求1所述的导线分流连接件的安装模具,其特征在于:它包括一对压模,压模上沿厚度方向设置有两圆弧形通槽,两压模相对布置通过圆弧形通槽将主干线压接管和分流压接管垂直夹住,液压设备的压接钳头夹住压模施加压力使主干线压接管和分流线压接管分别与主干线和分流线压接为一体。4.如权利要求3所述的安装...
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