FIXING THE LOW VOLTAGE INSULATOR

Abstract

The invention is a low-voltage insulator (1) connected on at least one cover (2) to be connected to at least one busbar (4) used in low-voltage lines, and includes at least one fixing piece (5) connected on the said cover (2) to allow it to be tightened at a predetermined torque value in order to prevent deformation during the connection of the low-voltage insulator (1).

Description

1 TARIFF LOW VOLTAGE INSULATOR FIXING Technical Area The invention relates to at least one busbar used in low-voltage lines, with at least one 5 It involves a low-voltage insulator connected to the cover. State of the Art Insulators are used between conductors with different potentials or between conductors and ground. potential components placed between them, capable of withstanding tension and mechanical stress. These are devices. They are a specialized insulation control tool that can play a crucial role in overhead transmission lines. 10 Torque forces applied during the installation of insulators used in current technology It varies depending on the personnel performing the installation, and in some cases, during assembly. The pressure applied to the insulators can cause them to break, deform, and fail to perform their function. This prevents the insulators from being delivered. The deformation of the insulators over time also causes oil leakage. This causes leaks and mechanical damage. 15 With different design examples and solutions to prevent the bars from sagging, the low profile. By reducing the voltages that may come from different points on the voltage isolator, the oil Some of the effects of the leak are being resolved. Another factor being linked is... The seal is leak-proof when the required torque is reached through the last cover of the busbar. This must be ensured. However, in order for the low-voltage insulator to reach the required torque... The applied force displaces the low-voltage insulator, potentially causing an oil leak. It is emerging. As a result of the research conducted on this subject, it was determined that the low voltage line numbered CN216250202... An application titled "insulator" was found. The utility model describes a low-voltage insulator. 25 It explains and belongs to the technical field of insulators. A low-voltage insulator is a substrate. It includes a mounting box arranged on a substrate, and a support within the mounting box. The box is arranged in a movable manner, with an insulation bar on top of the support box. It is arranged, numerous insulation plates are arranged on the insulation bar, and insulation 2 A clamping device is arranged at the top of the rod. Limiting mechanism assembly. It is arranged between the box and the support box; the limiting mechanism is a limitation. It includes a device and an adjustment device, the limiting device is on the outer side wall of the support box. a movable shelf piece and an assembly box arranged in an organized manner It includes a rotary gear, and the rotary gear is connected to the rack piece in an interlocking manner; Rotary 5 The side of the gear furthest from the rack and pinion is interlocked with a clamping piece. The clamping piece is arranged movably in the mounting box and the device is fixed. fast in assembly, efficient in containment, flexible in adjustment, simple, convenient and practical. It has advantages. The relevant application mentions insulator deformations and oil leaks. No solution has been offered to prevent it. 10 In conclusion, due to the negative aspects described above and the current solutions being the subject of discussion... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been made. The purpose of the invention The invention was created by drawing inspiration from existing situations and addressing the aforementioned drawbacks. 15 It aims to solve the problem. The main purpose of the invention is to prevent deformation during the installation of low-voltage insulators. to prevent this, it will allow tightening at a predetermined torque value. The cover mentioned above must contain at least one fastening component. This prevents the low-voltage insulator from deforming under the clamping force. 20 Another purpose of the invention is to ensure that the fastening part is essentially at opposite corners. This involves ensuring that it is connected. Thus, the low-voltage insulator is protected from oil leaks. This prevents it from being affected. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to these figures, 25 is more clearly understood. This will be understood, and therefore the evaluation should also take these forms and detailed explanations into consideration. It needs to be done by taking precautions. Ways to Help Understand the Discovery Figure 1 shows a low-voltage insulator in a low-voltage line, which is the subject of the invention. It is a perspective view. 30 3 Figure 2 shows a perspective view of a low-voltage insulator, which is the subject of this invention. Figure 3 shows a fixing device for use in a low-voltage insulator, which is the subject of this invention. It is a perspective view of the part. Explanation of Part References 1 Low Voltage Insulator 5 2 Covers 3 Fasteners 4 Bars Fixing Piece Detailed Description of Find In this detailed description, the preferred low voltage insulator (1) which is the subject of the invention is described. Their structures are explained solely to facilitate a better understanding of the subject. Figure 1 shows a low voltage insulator (1) on a low voltage line which is the subject of the invention. A perspective view is given. Accordingly, the low voltage insulator (1) is subjected to voltage and 15 It is a structure capable of withstanding mechanical stress. Used in low voltage lines with at least one busbar (4) and one connection element (3) a low voltage insulator connected on at least one cover (2) to be connected (1) to prevent deformation during the installation of the low voltage insulator (1). 20 The mentioned cover (2) contains at least one fixing piece (5) provided on it. In this way, the low voltage insulator (1) is not deformed under the clamping force during assembly. This prevents it from happening, and allows it to be squeezed to the specified value. Any Tightening to the desired torque value without the use of a torque device, all personnel This can be easily provided by. 25 Selection of low voltage insulator (1) based on the required electrical values These low voltage insulators (1) are made according to the electrical connection type of busbars. 4 (4) connections are made. Mechanical connections come into play here. Workmanship, assembly etc. performed under the mechanical connection cover (2) direct low voltage insulator (1) affects issues such as compression load and oil leakage. Installation of bars (4) affects labor. When connected at an angle and differently connected, the low voltage insulator (1) is in percentage terms. The flatness is disrupted. The compression of the bars (4) with different examples in terms of design 5 with solutions to prevent from different points on the low voltage insulator (1) Some of the effects of oil leaks are resolved by reducing the stresses that may arise. Another factor is that the bar (4) to which the connection is made must be through the last cover (2) The seal must be made tight by applying torque. However, the low voltage insulator (1) The force applied to achieve the required torque on the low voltage insulator (1) moves by 10 This is a possible effect of oil leakage. Torque of the low-voltage insulator. fixing piece (5) low voltage insulator to prevent it from moving according to its effect (1) by adding it to the two corners of the lower parts, depending on the torque effect of the gasket This prevents oil leaks by ensuring the system doesn't lose its centering position. and complete sealing is provided for the low voltage insulator (1). The invention is a 15 In its structure, the fastening piece is essentially connected to each other at opposite corners. And this has been ensured, especially in all corners.

Claims

REQUESTS 1. At least one busbar (4) used in low voltage lines must be connected to at least one The cover (2) has a connected low voltage insulator (1) its feature; during the connection of the low voltage insulator (1) To prevent deformation, it should be tightened to a predetermined torque value. 5 In such a way as to make it possible, on the mentioned cover (2) at least one connected It includes a fixing piece (5).

2. A low voltage isolator (1) conforming to Claim 1, with the characteristic of being; fixing The part (5) essentially involves being connected to each other at opposite corners.