Water cooling magnet parallel coil assembling fixture and parallel coil assembling process

Abstract

The invention discloses a water cooling magnet parallel coil assembling fixture. The fixture comprises a center rod, wherein the lower end of the center rod is in threaded connection with a lower positioning disc, the center rod under the lower positioning disc is sleeved with a lower nut, and the outer circle of the lower positioning disc is connected with a base in a matched mode, the inner circle of the base is connected with an A1A2 positioning disc, the A1A2 positioning disc is in threaded connection with the center rod, the center rod under the A1A2 positioning disc is sleeved with a positioning nut, and one end, far away from the lower positioning disc, of the center rod is in threaded connection with an upper positioning disc. According to the water cooling magnet parallel coil assembling fixture, through the structure design of the fixture, in the installation process of the water cooling magnet, the feasibility of orderly assembling, carrying, performance testing and fixtureoperation during pressing of a magnet in the installation process is achieved, and the feasibility of an orderly using process of the tool is further achieved; and through the obtained water cooling magnet WM3 through the installation process assembling and the fixture, two coils are connected in parallel, a fixed rod is not arranged in an inner coil, so that the magnetic field can be improved.

Description

technical field [0001] The invention relates to the technical field of water-cooled magnet assembly, in particular to a water-cooled magnet parallel coil assembly fixture and a parallel coil assembly process. Background technique [0002] In the prior art, there are very high requirements on the installation process of the magnet, and in the installation process of the magnet assembly, there are many factors that will affect the assembly result of the magnet, so that in the process of the installation and assembly process of the magnet, it is necessary to Considering many feasibility requirements when assembling magnets, and there is currently no jig that can help magnets to assemble, so the following defects will exist in the installation process: [0003] 1. The assembly of the coil assembly lacks the feasibility of orderly installation due to the lack of the use of fixtures; [0004] 2. The coil lacks feasibility during the handling process; [0005] 3. The performance ...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, there are very high requirements on the installation process of the magnet, and in the installation process of the magnet assembly, there are many factors that will affect the assembly result of the magnet, so that in the process of the installation and assembly process of the magnet, it is necessary to Considering many feasibility requirements when assembling magnets, and there is currently no jig that can help magnets to assemble, so the following defects will exist in the installation process:

[0003] 1. The assembly of the coil assembly lacks the feasibility of orderly installation due to the lack of the use of fixtures;

[0004] 2. The coil lacks feasibility during the handling process;

[0005] 3. The performance test of the coil lacks feasibility;

[0006] 4. Lack of feasibility of tool operation during coil assembly and press pressing;

[0007] 5. The use process after the development of tools and fixtures is not feasible

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