NOVEC 1230 Fire Suppression System Clean Agent Fire Suppression System with 10 Second Discharge Pipe Network Type and 4.2Mpa Filling Pressure

Novec 1230 fluid offers a unique combination of safety, low environmental impact, and extinguishing performance, making it the only chemical halon replacement to provide a viable, long-term, environmentally sustainable technology for special-hazard fire protection.

This system is suitable for protecting high-value and high-risk environments, including:

• Electronic computer rooms, data processing centers, and telecommunications facilities
• Process control rooms and expensive medical equipment
• Industrial equipment, libraries, museums, and art galleries
• Clean rooms and echoic chambers
• Emergency power facilities and flammable liquid storage areas
• Fire-prone locations such as paint-spraying production lines, aging electrical equipment, rolling machines, printing machines, oil switches, oil-immersed transformers, melt impregnating tanks, and large generators
• Drying equipment, pulverized coal sections of cement production processes, ship engine rooms, and cargo holds

The pipe network type Novec 1230 automatic fire suppression system is mainly composed of three parts: extinguishing devices, pipe fittings, and electrical accessories.

• Extinguishing devices — the cylinder that fills and stores Novec 1230, the frame, and the driving device (nitrogen cylinder) that triggers the storage cylinder to discharge the agent.
• Pipe fittings — the conduits that connect the extinguishing device and guide the agent into the protected zone, such as high-pressure galvanized steel pipe, flanges, and elbows.
• Electrical accessories — the components used to detect and monitor the entire protected area, control the whole system, warn people to evacuate, and prevent fire expansion.

These three integrated parts work tog to efficiently detect, supervise, alarm, and extinguish fire automatically. The complete composition of the system is shown below.

Where two values are listed, they correspond to the two available filling-pressure configurations (4.2 MPa and 5.6 MPa).