Product Specifications

• Material:

• Electrical Properties:

• Mechanical Properties:

• Environmental Resistance:

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

What is the Distribution Pin Insulator?

Distribution Pin Insulator is one of the types of insulator which as the name suggests is used in electrical distribution systems to hold and fix conductors on utility piles. These insulators are usually used on top of the poles or crossarms and the units are expected to be able to carry mechanical loads as well as insulate electrical loads between the conductor and the structure. For the most part, they are constructed from high-performance materials that are specifically selected for their durability, often because of environmental factors such as moisture, pollution, and temperature fluctuations. These have a groove on top along which the conductor is placed and anchored with the help of binding wire so that the circuit is kept complete and the insulating sheath around the pole is kept intact. These insulators are very important for the provision of an electrical distribution network since they reduce the chances of current leakage or chances of electrical fault which can lead to losses through outages or damages on the system. Their construction is a combination of mechanical rigidity with relatively high electric resistivity, which makes them vital in the flow of current in small to medium-voltage distribution networks in both extended urban areas and rural regions.

Features

1. Mounting Position:

Pin-type insulators are particularly intended to be installed on the top termination of the utility poles or cross arms which straight support the conductor.

2. Simple and Compact Design:

These insulators are designed with simplicity and are compact with mechanical as well as electrical functions thus they are easier to install and repair as compared to other types of insulators.

3. High Mechanical Load Capacity:

These are specifically designed to handle many mechanical loads from the conductors that it hold to support the stability of the distribution system.

4. Groove Design for Conductor Support:

A key feature is the groove located on top of the elastic strap which is intended to hold the conductor. This design is to allow appropriate positioning and to avoid slippage or shifting of the parts.

5. Versatility in Use:

These insulators are widely used in low and medium-voltage distribution systems and thus are universal to many uses in electrical networks.

Benefits

1. Cost-Effectiveness:

Since these composite pin insulators have been designed with relatively low levels of complexity and are relatively easy to manufacture and install, there are not likely to be too many expenses incurred in the acquisition of the item as well as the expenses that will be required for their general maintenance and preservation in the long run, which makes these insulators quite cheap for use by the utility companies.

2. Ease of Installation and Replacement:

They are relatively simple to install and deploy or to swap out to upgrade them in the distribution network and this cuts on the time it takes and the money that is needed for this process.

3. Efficient Use of Space:

They are small in size thus many can be installed in a small space on the utility poles, they offer support for many conductors in densely populated or restricted areas.

4. Reliable Performance in Varied Conditions:

These insulators are remarkably dependable across several environmental settings, high pollution, moisture, or temperature settings inclusive.

5. Long-Term Durability:

They are built to last and are manufactured with components that do not wear out easily and are not easily degraded thus keeping replacement and repair cycles long.

Application

1. Rural Electrification Projects:

These insulators are generally applied in rural areas to provide support to the power distribution lines and guarantee the effective supply of electricity to distant regions as well as farming ventures.

2. Urban Distribution Networks:

In cities, it is used on the complex web of low to medium-voltage lines that supply power to buildings, residences, and other establishments.

3. Industrial Power Supply:

They are mainly employed in industrial facilities for distribution lines that supply power to industries, godowns, and large-scale production facilities where the reliability of power supply is essential.

4. Temporary Power Installations:

In some cases such as during an event of a construction project, it is used in establishing temporary power supply wires, a secure method of meeting the power needs for a limited period.

5. Railway Electrification:

This pin post insulator is used in railway systems’ electrification list to hold overhead lines that supply power to trains hence the efficiency of the railway system.

Certificate

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