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Overall Bracket Support Insulator
Brand: WISHPOWER
Catalog ID: FQB
Standard: IEC61952, ANSI C29.18, GB/T 20142-2006
Features: Hydrophobic, silicone polymer for improved contamination performance
Over-molded design to prevent moisture ingress
Lightweight, vandalism resistant, and price competitive compared to porcelain
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

Product Type FQBG-25/8 FQBG-25/12
Specified Voltage 25 kV 25 kV
Specified Mechanical Tensile Failing Load 8 kN 12 kN
Section Length 670±L mm 670±L mm
Min. Insulation Distance 480 mm 480 mm
Min. Nominal Creepage Distance 1600 mm 1600 mm
Lightning Impulse Withstand Voltage(Peak Value) 270 kV 270 kV
Artificial Pollution Power Frequency Withstand Voltage(Salt Deposit Density) 32 kV 32 kV
Power Frequency Withstand Voltage Test-Wet 130 kV 130 kV

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 Overall Bracket Support Insulator?

The Bracket Support Insulator is a particular product that is used for supporting and giving electrical insulation to the conductor located in different types of high-voltage systems. This is a type of insulator that is meant and created with aspects of mechanical support as well as electrical insulation in an electrical system or network. Usually, it is produced from materials that would otherwise be quite hard and resistant including porcelain, glass, and composite polymers; The block is capable of handling mechanical stress and severe operating conditions. These insulators are installed on brackets or other forms of supports and they are designed and fabricated to preset configurations to provide a firm secure installation. Their application incorporates many electrical loads and mechanical stresses involved in line transmission, sub-stations, railway electrification, industries, urban distribution, and many others. These needs include the maintenance of the required clearance and also the prevention of any electrical leakage, being the key determinants of the reliability and safety of high-voltage circuits.

 

 

Unique Features

  1. Enhanced Mechanical Stability:

This support insulator offers good mechanical support to conductors and it is strong enough to support large masses and mechanical forces hence it can perform well in high voltage systems.

  1. Integrated Support and Insulation:

Incorporates the tasks of load-bearing and dielectric purposes simultaneously, therefore minimizing the necessity for extra support framework and installation.

  1. Customizable Design:

May be designed in a way that suits the structure of a certain bracket and the type and method of installation which makes it highly versatile for use in different fields and industries.

  1. High Electrical Insulation Performance:

Provides better electrical strength to avoid the chances of leakage and at the same time ensures it provides the required electrical clearance, especially for high-voltage systems.

  1. Compatibility with Existing Infrastructure:

Is relatively easily adaptable into existing support facilities and frameworks to accommodate changes and improvements to the model in the future where existing infrastructures do not necessarily need to be changed extensively.

 

Benefits

  1. Improved System Reliability:

Bracket support insulator has a general and specific function of improving the dependability of electrical systems by offering support and insulation to conductors.

  1. Reduced Installation Time:

This means that the product standard is very easy to install, hence the installation duration plus labor charges are minimized due to the integrated design of the product.

  1. Enhanced Safety:

Reduces the probability and chance of electrical faults while providing a solid support for high voltage conductors which in turn help to safeguard equipment and people.

  1. Lower Maintenance Costs:

Has lower maintenance requirements and inspections than have been employed in the systems that make use of explicit support and insulation pieces.

  1. Optimal Performance in Extreme Conditions:

Is operable under varying conditions like; wind pressure, temperature variation, and pollution levels to mention but a few, and is thus very efficient.

  1. Cost Efficiency:

Offers an effective method, in the sphere of support and insulation, which does not require additional materials and constructions.

 

 

Application

  1. Transmission Lines:

In general Bracket Support Insulators are greatly needed to hold high-voltage conductors in overhead transmission lines. They confirm formidable mechanical interconnectivity and electrical insulation for assured management and transportation of electricity over long distances. These structures enable them to endure changes in environmental conditions such as wind or weather to encourage power delivery.

  1. Substations:

In substations, these insulators have very important uses as they support many of the electrical parts and conductors. It was noted that they offer the required insulation for proper non-conductive performance to avoid electrical faults and contribute to the stability of the electrical network. Due to the strength and construction of the panels, they are suitable to be used in substations since they involve numerous applications of high-voltage gear.

  1. Railway Electrification Systems:

Used to support overhead conductors that carry electric power to ‘‘railway electrification systems.’’ These insulators must be able to withstand the mechanical stresses of the railway service that for instance includes vibrations accompanying the movement of trains as well as the need to offer uninterrupted and safe power supply.

  1. Industrial Facilities:

In industrial settings, such as factories and plants, these insulators provide reliable support and insulation for high-voltage machinery and equipment. They ensure the safety and efficiency of electrical systems in environments where mechanical stresses and potential contamination are common.

  1. Urban Power Distribution:

Urban power distribution networks benefit from the use of this Insulator, especially in areas with complex infrastructure. These insulators help ensure safe and efficient power delivery within city environments, where space constraints and the need for reliable power are critical considerations.

 

Why choose Wishpower?

  1. Rich experience:

By now, Wishpower has been investing its attention in such an industry for over 20 years and has been endowed with adequate experience and knowledge.

  1. Professional scientific research team:

The professional scientific research team of the company has more than 30 people, and technological innovation and product development are strengthened continuously.

  1. Multiple national patents:

We have more than 10 national invention patents And we have a strong technical force.

  1. Broad customer base:

The scope of its customers is over two thousand, including domestic and foreign ones, and it is equipped for various fields.

  1. Quality certification:

Many of our products have been tested and authenticated by testing institutions including KEMA and STRI and customers’ full affirmation and recognition.

  1. Advanced testing equipment:

The company possesses perfect inspecting measures and high-voltage testing equipment and can perform electrical tests, mechanical strength tests, physical and chemical tests, and other tests for products with high quality and stable performance.

 

Certificate

 

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