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China GGD Low-Voltage Switchgear Suppliers - Reliable Power Distribution Solutions from Factory with 3150A Current Capacity

GGD low-voltage switchgear is a crucial component in modern power distribution systems, specifically engineered for 50Hz AC applications with a rated working voltage of 380V. As one of the leading China suppliers, we offer switchgear with a rated working current of up to 3150A, making it ideal for diverse power users, including power plants, substations, factories, and mines. This high-quality switchgear performs essential functions such as power conversion, distribution, and control of power, lighting, and distribution equipment, ensuring a reliable and efficient power supply for your operations. Trust our factory to provide you with the best solutions in low-voltage switchgear to meet your power distribution needs

    Overview

    GGD low voltage switchgear is suitable for power plants, substations, factories and mines and other power users with AC 50Hz, rated working voltage 380V, and rated working current up to 3150A distribution system. It is used for power conversion, distribution and control of power, lighting and distribution equipment.

    GGD low-voltage complete switchgear is a new type of low-voltage distribution cabinet designed according to the requirements of the competent superiors of the Ministry of Energy, the majority of power users and design departments, based on the principles of safety, economy, rationality and reliability. The product has the characteristics of high breaking capacity, good dynamic thermal stability, flexible electrical scheme, convenient combination, series, strong practicality, novel structure and high protection level, and can be used as an updated product of low-voltage complete switchgear.

    GGD low voltage switchgear cabinet complies with IEC 439 "Low voltage switchgear and control equipment", GB7251 "Low voltage switchgear" and other standards.

    Environmental Conditions for Use

    The ambient air temperature shall not be higher than +40℃ and not lower than -5℃, and the average temperature within 24 hours shall not be higher than +35℃.

    For indoor installation, the altitude of the use location shall not exceed 2000m.

    Relative humidity should not exceed 50% at +40℃. Higher relative humidity is allowed at lower temperatures (e.g. 90% at +20℃), considering occasional condensation.

    The equipment should be installed with an inclination of no more than 5° from the vertical plane.

    The equipment should be installed in a place without severe vibration, impact, and where the electrical components are not subject to corrosion.

    If the user has special requirements, they can negotiate directly with the manufacturer to find custom solutions.

    Frequently Asked Questions (FAQ)

    What applications is the GGD low voltage switchgear suitable for?

    It is widely used in power plants, substations, factories, mines, and other power users. It serves for power conversion, distribution, and control of power, lighting, and distribution systems.

    What are the key electrical parameters of GGD switchgear?

    The GGD switchgear is designed for AC 50Hz systems, with a rated working voltage of 380V and a rated working current up to 3150A.

    What international and national standards does GGD comply with?

    The equipment complies with IEC 439 "Low voltage switchgear and control equipment" and GB7251 "Low voltage switchgear" standards.

    What are the temperature limits for operating GGD switchgear?

    The ambient air temperature must remain between -5℃ and +40℃, and the average temperature over a 24-hour period should not exceed +35℃.

    Can GGD switchgear be installed at high altitudes?

    Yes, but for standard indoor installations, the altitude of the installation site should not exceed 2000 meters.

    What humidity levels can the equipment withstand?

    Relative humidity should not exceed 50% at +40℃. At lower temperatures, higher relative humidity is permitted (e.g., 90% at +20℃), allowing for occasional condensation due to temperature changes.