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Turbofan Gun System
Turbofan Gun System
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  • Turbofan Gun System
  • Turbofan Gun System

Turbofan Gun System

The turbofan fire monitor is a highly efficient fire-extinguishing device that atomizes water using a large turbofan unit, achieving rapid cooling and effective fire suppression through an extensive heat-exchange surface area and three-dimensional envelopment. Its intelligent fire-suppression system integrates multiple extinguishing technologies, offering advantages such as low water consumption for fine-water-mist applications, small droplet diameter, and high extinguishing efficiency, making it particularly suitable for outdoor large-space environments. The turbofan fire monitor supports three spray modes—fine-water mist, straight stream, and foam—and can be operated via automatic activation, manual control, or remote control.

Keywords:

Turbofan Gun System

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Detailed Introduction

The turbofan fire monitor is a highly efficient fire-extinguishing device that atomizes water using a large-scale turbofan unit, achieving rapid cooling and effective fire suppression through an extensive heat-exchange surface area and three-dimensional envelopment. Its intelligent fire-suppression system integrates multiple extinguishing technologies, offering advantages such as low water consumption for fine-water-mist applications, small droplet diameter, and high extinguishing efficiency, making it particularly well suited for outdoor large-space environments. The turbofan fire monitor supports three spray modes—fine water mist, straight stream, and foam—and can be operated via automatic activation, manual control, or remote control.

 

Turbofan Gun System

Model

FTe1.2/720-TH

FTe1.2/1560-TH

Traffic

720L/min

1560L/min

Range

Fine Water Mist Mode

≥30m

≥30m

Water Cannon Mode

≥80m

≥80m

Rotation angle

360°

Pitch angle

-20°~50°

Control Mode

Manual/Automatic/Remote Control

 

  1. Ultra-high-voltage substations and converter stations;

  2. Helicopter platform;

  3. Large-space venues......

Application Scenarios


Project