Solutions

SERGI 3000

Electromechanical Fire Prevention and Extinguishing System Using Nitrogen (NIFPES or NIFPS)

Nitrogen Fire Prevention and Extinguishing System (NIFPS)

Introducing the SERGI 3000 system (S3000), an advanced electromechanical solution designed to enhance safety and reduce the risks associated with arcing events within transformer tanks. The S3000 operates as a drain and stir system, carefully managing pressure and temperature to mitigate the risks of your infrastructure.

How it Works:

When signals from transformer protections such as Differential, Pressure Relief Valve, Fire Detectors, and Buchholz are detected, the monitoring control box swiftly activates. It triggers the butterfly valve in the S3000, initiating the transformer drainage process, all completed in approximately 80 milliseconds, to initiate the depressurization process. All is completed after hundreds of milliseconds.

After drainage begins—ensuring sufficient time elapses to prevent additional pressure buildup—a precisely controlled Nitrogen injection commences. This process cools and stirs the transformer oil, significantly reducing the risk of a transformer fire if the internal arc is not severe.

Key Features:

Electromechanical Functionality

Relies on robust transformer protection mechanisms for activation, engaging within ten milliseconds.

Cost-Effective Safety

Provides a budget-friendly option for utilities and industries to mitigate the risk of lower-energy arcing events.

Alternative to High-Performance Systems

While not meeting the NFPA850 Fast Depressurization System standards, it offers substantial protection against minor arcing incidents.

The S3000 offers a practical and affordable solution to protect your valuable assets from transformer fires. Although it is not as advanced as the TRANSFORMER PROTECTOR, it still serves as an effective measure for specific risk scenarios.

For more detailed information or to discuss how the S3000 can benefit your operations, please contact us today.

Comparison: SERGI 3000 vs Transformer Protector (TP)