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Station Post Porcelain Insulator
Brand: WISHPOWER
Standard: IEC, ANSI, GB/T, CAN, BS, AS, IS, or Customer requirement
Designed to meet the requirements of the associated
Color: Red, Grey, Blue, Yellow, Other
The product's dimension, characteristics, connection method, and shed color can be designed and manufactured according to the customer's specific requirements.
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DESCRIPTION

Specification

Type   P-80
Dimension
Diameter(D) mm 113
High(H) mm 310
Leakage distance (Creepage distance) mm 400
Mechanical Values
Cantilever strength kn 2.7
Electric Values
Rated voltage kv 24
Full wave impulse flashover voltage kv 145
Wet power frequency flashover voltage kv 70
Packing and Shipping Date
Net weight kg 4.8

The table above is just one of our product parameters. If you want more information, please get in touch with info@wishpower.net

 

What is the Station Post Porcelain Insulator?

Station Post Porcelain Insulator is a particular type of high voltage insulator utilized primarily in substations to hold up and insulate electrical conductors. It is constructed of high-strength porcelain material that offers both mechanical and electrical insulation properties. It is standard to use these insulators across the voltage range in which they are designed to operate, as one might find them on a multitude of devices and equipment such as supporting bus bars, disconnectors, and other components in sub-stations. As a result, being exposed to any form of environmental stress – moisture, air pollution, thermal shock — is not an ideal situation for porcelain material but on the contrary, helps it in proving its mettle as an outdoor material. Manufactured to withstand high mechanical loads and electrical stress, this makes the compatible Push Pull Connectors reliable for long-term use. The ribs or sheds in the insulator design are commonly used to increase the effective surface of the insulator, endurance against wet and contaminated conditions; minimize resistance current, and maintain an accurately running state of substation equipment.

 

 

Porcelain Insulators VS Composite Insulators

They both are designed to sustain high voltages and provide proper insulation in a substation environment. Porcelain post insulators, also one kind of insulator, are specially made from a high-strength ceramic material noted for high mechanical tensile strength and torque-scored design which shall permit the operation of the insulator without tools so designed especially in the form to resist weathering ably. Common in the industry, these insulators have a track record of providing years of quality performance. They have high mechanical strength due to their dense, solid construction and can take large loads without deformation. In addition, the glazed end and side of porcelain prevent dirt accumulation against the porcelain which minimizes flashovers in contaminated areas.

Composite insulators are manufactured using lighter-weight material, that consists of a central chemically assembled fiber-strengthened resin core and external silicone rubber transposition layer. Moreover, these features make them better able to withstand mechanical shock, vibration, and other dynamic stresses so they are useful in applications involving seismic activity or mechanical vibrations. Lighter in weight for easier movement and installation, composite insulators are lighter in weight than other types of insulators therefore also reducing load on the supporting structure.

 

Features

  1. Materials Characteristics And Mechanical Properties:

Porcelain station post insulators are strong as they are made out of high-strength ceramic and can manage large mechanical loads. This makes them suitable for use to support heavy electrical equipment at sub-stations as they will not deform or fail under the weight of the electrical component.

  1. For those applications where electrical performance must be in a stable mode:

Also, these insulators have very good dielectric properties which ensure insulations remain effective in high voltages. They have excellent long-term stability — they tend to be extremely stable over the years, which means you will not need to change or maintain them as often.

  1. Resistant to pollution and fire

Porcelain is less likely to become dirty with dirt and contaminants due to the smooth glaze of porcelain, making it less susceptible to flashings in polluted environments. Porcelain is an excellent option because it is heat-resistant and non-combustible, meaning it will not succumb to accidental fire.

  1. Long service life:

Since it is a very durable material that resists environmental factors, it usually comes with a longer lifespan compared to other insulators, saving expenses in maintenance in the long run.

  1. Proven technology:

Porcelain insulators have a long vintage in the power utility business and they are been used for years with proven performance. Practical use and well-understood manufacturing processes have maintained the popularity of this material for high-voltage applications.

 

Benefits

The sturdy construction of this Porcelain Insulator allows for a high level of durability in high-voltage operations. They are mainly used for providing reliable electrical insulation as well as mechanical support in the most severe environmental conditions. These insulators are well known for their durability and ease of maintenance over a service life that helps reduce the cost to operate. Their experience in the power industry has been tried and tested, guaranteeing their safety compliance and efficiency, thus a reliable choice for substations that require stability and reliability.

 

Certificate

 

Factory

 

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