Electrical performance testing tool and method for cable intermediate joint
A technology for cable intermediate joints and electrical performance, which is applied to the components of electrical measuring instruments, measuring devices, and electrical measurements, and can solve problems such as difficult plugging and unplugging of cables and intermediate joints, carbon black falling off, and adhesion, so as to avoid Effects of cleaning and dealing with problems and preventing carbon black from falling
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Embodiment 1
[0039] Embodiment 1: as figure 1As shown, it is a tool for testing the electrical performance of a cable intermediate joint disclosed by the present invention, including a test rod 1 and a metal cap 2 . The test rod 1 is made of epoxy resin material, which includes an integrally formed embedded section 12 and a clamping section 11, the inner diameter of the clamping section 11 is greater than the outer diameter of the embedded section 12, so that a positioning step 14 is formed between the two . A via hole 13 is provided through the test rod 1 along its length direction, and a metal tube 4 equal to its depth and hollow inside is arranged in the via hole 13. The metal cap 2 and the metal tube 4 in this embodiment are all made of copper material. become. When in use, the embedded section 12 needs to be inserted into the inside of the intermediate joint 7 to be tested, and the side wall of the clamping section 11 is also surrounded by a mounting flange 112. The process of inse...
Embodiment 2
[0043] Embodiment 2: A method for testing the electrical performance of a cable intermediate joint, comprising the following steps:
[0044] Step 1: The intermediate joint 7 can be placed in two semi-circular rings (not shown in the figure) arranged up and down to hold tightly and fix it, and keep it horizontal, and install the test rod 1 in Example 1 on a relatively slidable Move the two mounting brackets, and use the cylinder to insert the embedded section 12 of the test rod 1 into the two ends of the intermediate joint 7 at the same time. During the insertion process, the air pipe can be used to continuously feed compressed air into the metal pipe 4. Since an airtight space will be temporarily formed inside the intermediate joint 7, the inner cavity will be slightly expanded by compressed air to facilitate the insertion of the embedded section 12, and the inflation will be stopped after the positioning step 14 abuts against the port of the intermediate joint 7;
[0045] Ste...
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