Discover GVD Quality!
The durability of our products has been tested and guaranteed by the world’s leading certification bodies. These certifications promise our customers the highest levels of confidence and quality. The certifications held by our products are independent confirmation of our quality and durability. These certifications guarantee that our products meet the highest standards and provide superior performance even under harsh conditions.
Features of Key Certificates
1. Full Type Test Certificate 6300A, 120kA, Form 4b: This certificate confirms the product’s durability and reliability and demonstrates its compliance with industry standards.
2. Internal Arc Resistance Certificate: The Internal Arc Resistance Certificate confirms that our products operate safely even in the event of a fault. This certificate certifies the product’s resistance and durability against internal arcing events.
3. Seismic Test Certificate: The seismic test certificate for our products documents their performance in vibration conditions such as earthquakes, demonstrating that they are designed to withstand harsh environmental conditions.
4. IP Certificate: The product complies with various protection classes, such as IP31, IP43, and IP55. These certificates certify that the products provide effective protection against dust, water, and other external factors.
5. Gost-R and CE Certificates: Gost-R and CE certificates prove that our products are suitable for use in a wide geographic area, from Russia to Europe. These certificates confirm that the products comply with internationally recognized safety and quality standards.
Our certificates not only confirm the reliability of our products but also guarantee their performance under the most challenging conditions. The Full Type Test Certificate and Internal Arc Arrest Certificate verify the busbars’ high current carrying capacity and resistance to internal faults. These certificates, combined with the robust design of our products, ensure that our busbars provide superior safety and durability even in the most challenging environments.
Thanks to these certificates, our busbars meet the highest standards in terms of protection, including IP31, IP43, and IP55, which protect against dust, water, and other external factors. Used in low, medium or high voltage systems, our busbars are designed for efficient, safe and long-lasting performance.
Quality and Durability: GVD's Busbars
Busbars stand out as one of the most critical components in electrical distribution. Ensuring the safe and efficient transmission of electrical energy, busbars have important technical features in terms of high current-carrying capacity, safety, and durability.
Busbars are made of metallic materials and are generally rectangular, round, or square in cross-section. This shape minimizes energy losses while increasing current-carrying capacity.
Busbars can be used at different voltage levels, determined by the system’s needs.
Low Voltage (LV) Busbars: They generally operate between 230 and 690 volts and are widely used in commercial buildings, data centers, and offices.
Medium Voltage (MV) Busbars: They operate between 1 kV and 36 kV and are used in larger systems such as industrial facilities and transformer substations.
High Voltage (HV) Busbars: They operate above 36 kV and are used in large power plants and infrastructure projects.
ADVANTAGES
*High Current-Carrying Capacity: They can carry higher currents than traditional cables.
*Spatial Efficiency: Thanks to their compact structure, busbars can transmit large amounts of energy in narrow spaces.
*Low Maintenance Requirements: Thanks to their tight connections and robust construction, they require less maintenance.
*Flexibility: Thanks to their modular design, facilities can be expanded quickly and easily.
Quality and High Performance: GVD Insulators
Our insulators, which offer high performance in uninterrupted and safe electrical current transmission, contribute to the safe and efficient transmission of electrical energy. Like our busbars, our insulators also possess important technical features in terms of high current-carrying capacity, safety, and durability.
* Busbar insulators are indispensable components for the protection and efficiency of electricity from environmental influences, and the correct insulators must be used for safe operation.
* Properly selected and properly installed insulators ensure the longevity of energy systems and prevent potential failures.
FUNCTIONS AND IMPORTANCE OF INSULATORS
Electrical insulation: Insulators prevent busbars from coming into direct contact with the metal structures or other electrical components on which they are mounted. This minimizes the risk of leakage current and the possibility of short circuits.
Mechanical Support: Busbar insulators provide mechanical fastening of the busbars. Insulators are designed to support the load of the busbar, especially in heavy busbars carrying high currents.
High Voltage and Current Resistance: Busbar insulators are designed for use in high-voltage electrical systems. The materials used to provide reliable insulation for high-current busbars ensure electrical durability.
Accommodation for Thermal Expansion: Busbars may experience thermal expansion and contraction during operation. Insulators flexibly resist this expansion, ensuring the busbars maintain their functionality without damage.
