Customized Fire Fighting Pipeline Sprinkler Freeze Protection Heating Cable

• Voltage: 12-380V
• Output Wattage: Customized
• Transport Package: Carton
• Specification: 100m/roll
• Trademark: SN-EA
• Origin: China
• Model NO.: LSR, MSR, HSR, DHC, PHC, etc.
• HS Code: 8516800000
• Production Capacity: 100000 M/Month

Product Description

 Fire fighting pipeline sprinkler freeze protection heating cable 

    As the anti freezing and thermal insulation of fire protection facilities in buildings or production areas, the electric heat tracing cable plays a vital role, which is related to the safety of people's lives and property. The electric tracing cable of fire pipeline network facilities is generally divided into underground, indoor and outdoor service environments. No matter what kind of environment, the pipes and equipment can not operate normally when the ambient temperature is low in winter. This leads to the result that the fire fighting equipment cannot be started normally in case of fire, and the best fire fighting time will be missed. The normal operation of fire fighting facilities in the building also won valuable time for personnel evacuation and the arrival of firefighters. Therefore, we must ensure that the fire fighting equipment is in normal operation for a long time, so as to prevent accidents before they happen.

Applicable places
As a heat tracing method for fire fighting facilities in buildings or production areas, electric heat tracing cables are applicable in many places. For example: tunnel fire protection; Residential fire protection; Airport fire protection; Fire protection for sports and exhibition halls, and fire protection for cars, trains, bullet trains and subway stations; Fire protection of large shopping plaza; Fire protection for office, warehouse and workshop; Fire protection of cultural relics and historic buildings; High rise building fire protection; Underground garage fire protection, petroleum, chemical and other indoor and outdoor fire protection facilities.
working principle
Heat is generated by the heat tracing cable after power on, and heat compensation is carried out for fire pipes, fire hydrants, sprinklers and equipment to keep the medium in the pipeline above the freezing point temperature (generally, the temperature of tap water is controlled at 5 to 10 ºC); The temperature can be accurately controlled according to specific requirements.
Model Selection
The types of heat tracing cables commonly used for fire fighting equipment are: constant power parallel and series electric heat tracing cables, self temperature limiting electric heat tracing cables, armored MI electric heat tracing cables (also called heating cables), silicon rubber electric heat tracing cables, glass fiber temperature resistant electric heat tracing cables, etc. It can be selected according to different requirements of the use environment or site. Both the manufacturer and the engineering company will do a good job in scheme design and model selection before construction, which users need not worry about.
Advantages
The electric heat tracing cables has high heating efficiency, i.e., it is hot immediately after being opened, which can quickly thaw or prevent freezing and heat preservation for fire-fighting equipment. It can ensure the freezing and cracking of fire pipes, fire hydrants, sprinklers and related facilities under low temperature environment.

    Sanniu's temperature maintenance solutions are designed as a complete heat management system:Heating cable technologies, up to 650°F maintain and 1000°F exposure temperatures engineered connection kits and tools for easy and worry-free installation Control & monitoring, from the simplest thermostat to state-of-the-art systems with integrated software for full visibility, on-site configuration, DCS data integration, and early warnings that allow for preventive maintenance Power distribution and insulation expertise.
    Sanniu's heat trace systems are durable and reliable, even in the most extreme environments, and are approved for use in hazardous areas. They increase safety, maximize productivity, and optimize energy efficiency.