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Fire Resistant Busduct Systems

Fire-resistant busbar is suitable for power supply and distribution systems with high dry fire protection requirements of AC 50~60Hz, rated voltage 660V and below, and rated current 250 ~ 3150A. The use of this series of products in the case of fire for a certain period of time can still maintain the power supply, to ensure that there is enough time to start the fire fighting equipment, smoke ventilation, evacuation of the crowd, as far as possible to reduce casualties and property losses. The product is mainly used in high-rise buildings, important control centers, subways and other high-traffic public places and other places with high fire requirements.

    Product Description

    Fire-resistant busbar systems have become a critical component in ensuring the integrity of electrical distribution, especially in high-rise buildings, control centers and public places where large numbers of people gather. These systems are designed to operate under stringent conditions, supporting AC power supply and distribution with rated voltages of 660V and below, and current capacities ranging from 250 to 3150A. Its sturdy structure and fire-resistant properties make it indispensable in environments with high fire protection requirements.

    One of the outstanding features of fire-resistant busway systems is their ability to maintain power in the event of a fire. This capability is critical as it provides the necessary time to activate firefighting equipment, evacuate smoke, and safely evacuate personnel from the premises. By ensuring that power remains available for a certain period of time, these systems can significantly reduce the risks associated with fire emergencies, thereby reducing potential casualties and property damage. These busways are designed and engineered with safety as a priority, making them a reliable choice for installations requiring a high level of fire protection.

    The application of fire-rated busway systems goes beyond complying with safety regulations; it represents a commitment to protecting lives and assets in hazardous environments. Their use in high-rise buildings, subways and critical control centers emphasizes the need to integrate advanced fire protection measures into electrical infrastructure. As urbanization continues to accelerate, the adoption of these systems will play a vital role in making cities more resilient to fires, ensuring uninterrupted power distribution even in the face of adversity.

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