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Pressure equalizing ring application

Short Description:

Application:As we all know, there must be a tiny air gap between the insulating parts and the mounting plate in the medium voltage switchgear, and the field strength of this small air gap will far exceed the breakdown field strength of the air, and a discharge phenomenon will occur in the small air gap. The charged particles overflow from the air gap and distort the original electric field after reaching the interface, thereby reducing the flashover voltage and reducing the reliability of the insulating parts. Therefore, the existence of this small air gap must be eliminated. In high-voltage products, the shielding ring is cast and encapsulated in the matching insulating parts such as wall bushings and contact boxes. At the same time, the high-voltage or ground is connected to the shielding ring respectively, and the high-voltage or ground is introduced into the epoxy parts, which can effectively It can effectively eliminate the small air gap between the epoxy and its installation board, achieve the purpose of uniform electric field, and improve the insulation strength and life of the product.


Product Detail

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Application

As we all know, there must be a tiny air gap between the insulating parts and the mounting plate in the medium voltage switchgear, and the field strength of this small air gap will far exceed the breakdown field strength of the air, and a discharge phenomenon will occur in the small air gap. The charged particles overflow from the air gap and distort the original electric field after reaching the interface, thereby reducing the flashover voltage and reducing the reliability of the insulating parts. Therefore, the existence of this small air gap must be eliminated. In high-voltage products, the shielding ring is cast and encapsulated in the matching insulating parts such as wall bushings and contact boxes. At the same time, the high-voltage or ground is connected to the shielding ring respectively, and the high-voltage or ground is introduced into the epoxy parts, which can effectively It can effectively eliminate the small air gap between the epoxy and its installation board, achieve the purpose of uniform electric field, and improve the insulation strength and life of the product.

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Pressure equalizing ring series

Pressure equalizing ring series (1)
Pressure equalizing ring series (2)
Pressure equalizing ring series (3)
Pressure equalizing ring series (4)
Pressure equalizing ring series (5)
Pressure equalizing ring series (6)
Pressure equalizing ring series (7)

Epoxy resin fuse mesh series

Epoxy resin fuse mesh series (1)
Epoxy resin fuse mesh series (2)
Epoxy resin fuse mesh series (3)
Epoxy resin fuse mesh series (4)
Epoxy resin fuse mesh series (5)
Epoxy resin fuse mesh series (6)
Epoxy resin fuse mesh series (7)
Epoxy resin fuse mesh series (8)
Epoxy resin fuse mesh series (9)

Epoxy resin wall bushing mesh series

Epoxy resin wall bushing mesh series (1)
Epoxy resin wall bushing mesh series (6)
Epoxy resin wall bushing mesh series (7)
Epoxy resin wall bushing mesh series (8)
Epoxy resin wall bushing mesh series (10)
Epoxy resin wall bushing mesh series (9)
Epoxy resin wall bushing mesh series (2)
Epoxy resin wall bushing mesh series (3)
Epoxy resin wall bushing mesh series (4)
Epoxy resin wall bushing mesh series (5)

Pressure equalizing ring features

Electromagnetic shielding mesh conductive mesh yarn is made of nickel, copper and nickel film layers on the PET flexible mesh base material by vacuum magnetron sputtering coating process and composite coating process to make nickel mesh, and it can also be composited with ferrous metal. Forms a flexible black stainless steel wire mesh. Electromagnetic shielding mesh has good electrical conductivity, light transmission performance, flexibility and stability, and is suitable for the production of various electronic shielding products. Electromagnetic shielding mesh conductive mesh product use: PDP plasma TV frame. EMI shielding materials for PDP front panel Various EMI shielding display windows, EMI shielding materials, optical filters, EMI shielding nets.

According to different materials, the shielding nets include copper shielding nets, nickel shielding nets, aluminum shielding nets, stainless steel shielding nets, etc.

Depending on the process, the shielding mesh includes square-hole braided shielding mesh, diamond-shaped hole stretched shielding mesh, and punching shielding mesh.

1. Basic specifications of braided shielding net:

Mesh: 20-200 mesh

Wire diameter: 0.05-0.2 mm

Aperture: 0.07-2mm

Net width: 1m, 1.2m, 1.5m, 1.8m, 2m.

Net length: 30 meters, 50 meters, 100 meters.

Special specifications can be customized.

2. Basic specifications of stretch shielding net:

Mesh thickness: 0.1-5mm

Diamond mesh: 0.3X0.6mm, 0.5X1mm, 0.6X1.2mm, 0.8X1.6mm, 1X2mm, 1.25X2.5mm, 1.5X2mm, 2X2.5mm, 1.5X3mm, 2X3mm, 2X4mm, 3X6mm, 4X8mm, 5X10mm, 6X12mm , 8X16mm, 10X20mm, 15X30mm, 20X40mm, 30X60mm and other specifications.

Shielding net application: It is mainly used for radiation protection in special cable circuits, laboratories, computer rooms and other special facilities. Electromagnetic interference prevention of electronic equipment, power sector, aerospace, information industry, military facilities, etc.

 

1. Electromagnetic waves are composed of a changing electric field and a changing magnetic field. The changing magnetic field produces an electric field, and the changing electric field produces a magnetic field. The two are indispensable, otherwise they cannot propagate.

2. The material of the metal mesh is conductive metal. When the electric field in the air is formed around the metal mesh, the formation of the electric field is destroyed due to the short-circuit effect of the conductive metal (ideally, the resistance of the conductive medium is zero, and the electric field is completely disappeared by the short circuit).

3. Based on the above two points, after the electromagnetic wave reaches the metal mesh area, the electric field disappears, and the magnetic field cannot continue to be generated, thus cutting off the continuous propagation of the electromagnetic wave.

4. If the metal mesh is a closed system, electromagnetic waves cannot enter the closed system, thus forming a shielding effect. If the metal mesh is not a closed system, due to the diffraction effect of electromagnetic waves, some electromagnetic waves still bypass the metal mesh to enter, and the shielding effect is very high. Difference.

5. In fact, if the metal mesh is not grounded, after the electric field reaches the area, it can still form an electric field on the ground and form new electromagnetic waves. Therefore, the metal mesh is grounded and the shielding effect is better.


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