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Direct-Acting Fire Detection Tube Automatic Fire Suppression System
Direct-Acting Fire Detection Tube Automatic Fire Suppression System
Direct-Acting Fire Detection Tube Automatic Fire Suppression System
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  • Direct-Acting Fire Detection Tube Automatic Fire Suppression System
  • Direct-Acting Fire Detection Tube Automatic Fire Suppression System
  • Direct-Acting Fire Detection Tube Automatic Fire Suppression System

Direct-Acting Fire Detection Tube Automatic Fire Suppression System

A fire detection system consists of a pressurized container filled with extinguishing agent, with detection tubing routed along potential fire hazard locations. Under pressure, the detection tubing relies on its multiple sensing points (linear detection) to monitor for exposure to open flames or temperature surges; upon such exposure, the tubing ruptures at the point of highest temperature. The loss of pressure in the detection tubing then triggers valve actuation, releasing the extinguishing agent and transmitting a fire alarm signal.

Keywords:

Direct-Acting Fire Detection Tube Automatic Fire Suppression System

Product accessories:

Detailed Introduction

  A fire detection system consists of a pressurized container filled with extinguishing agent, with detection tubing routed along potential fire hazard locations. Under pressure, the detection tubing relies on its multiple sensing points (linear detection) to monitor for exposure to open flames or temperature surges; upon such exposure, the tubing ruptures at the hottest point. The resulting loss of pressure triggers valve actuation, which releases the extinguishing agent and transmits a fire alarm signal.

 

  The fire detection tube is a high-polymer material that combines flame retardancy, flexibility, and temperature-sensing capabilities. It offers long-term leak resistance, with a maximum leakage rate of 10⁻⁵ mbar·L/s/m. The linear flexible tubing is unaffected by dust, oil contamination, or electromagnetic interference. The system operates as a self-contained unit, requiring no external power supply and remaining functional even during power outages. Its unique integrated valve design incorporates a built-in ball valve to prevent damage and reduce the likelihood of leaks. Quick-connect fittings feature a dual-seal design for superior sealing performance. Additionally, a highly integrated solenoid valve assembly enables customized solutions tailored to diverse industries and application scenarios, while ensuring simple installation and low maintenance costs.

 

Inner diameter

Wall thickness

Density

Operating temperature

4.0 mm ± 0.04 mm

1.0 mm ± 0.1 mm

1.05g/m3 :±0.1 g/m 3

170±10℃

 

Type of fire detection device

Fire Extinguishing Agent Charging Quantity

Scope of Effective Protection

Nominal Pressure (MPa)

Maximum Working Pressure (MPa)

Fire detection tube length (m)

Release pipe length (m)

Media Selection

TH-Z-Q-3/2.5/170-FW

3 kg - 5%

4.0 cubic meters

2.5

4.2

20

/

Heptafluoropropane

TH-Z-Q-6/2.5/170-FW

6 kg - 5%

8.0 m³

2.5

4.2

20

/

Heptafluoropropane

TH-Z-F-2/2.5/170-FW(1230)

2 kg - 5%

2.2 cubic meters

1.6

2.4

20

/

Novec1230

TH-Z-F-3/2.5/170-FW(1230)

3 kg - 5%

3.0 cubic meters

2.5

3.2

20

/

Novec1230

TH-Z-F-2/2.5/170-FW

2 kg - 5%

2.2 cubic meters

1.6

2.4

20

/

Perfluorohexanone

TH-Z-F-3/2.5/170-FW

3 kg - 5%

3.0 cubic meters

2.5

3.2

20

/

Perfluorohexanone

 

BAM

 

UL

 

VDS 

Application Scenarios


Project