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The stability and safety of the IMPRESIND gas-fired radiant heating system

time：2025-02-24
hits：413次
source：正弘奧能

The gas radiation heating system has brought a new heating method to the high-rise space heating in China. With its advanced negative pressure operation mode, reliable quality guarantee and perfect after-sales service, it has been recognized as the standard of infrared radiation heating system industry. Judging from the situation that it has been widely adopted by many countries and used domestically, gas infrared radiation heating is the most economical and effective heating method for high-rise spaces. According to GB50019-2015 "Design Code for Heating, Ventilation and Air Conditioning in Industrial Buildings": When using gas infrared radiation heating, the indoor calculated temperature should be 2℃~3℃ lower than the indoor air temperature of convective heating. This not only reduces the air stratification and convective effect, but also improves the thermal energy utilization rate of the heating system. 
 

	When choosing a gas radiant heating system, safety is an important consideration. Ensure that the equipment selected is certified and that professional installation services are provided to guarantee the safe operation and efficient performance of the system. IMPRESIND gas radiant heating system, as the flagship heating equipment of Beijing Leadway power&nbsp;Co., Ltd., is an independent suspended gas radiant system. The heat source is natural gas and it consists of a generator, radiant tubes and an intelligent temperature control system. The generator burns natural gas and the generated hot fluid flows in the negative pressure centrifugal fan's drive in the aluminum alloy steel radiant tubes, generating infrared rays, which directly act on the objects and human bodies within the heating area. 


	 
 


	<img src="http://m.b9w.net/Uploads/image/20250224/20250224100630_67199.jpg" alt="" /> 
 

 
The generation of heat is mainly achieved through the generator, which has been inspected and pre-adjusted by the factory and assisted by the safety and command systems. The fan will bring the entire radiation pipe system to a negative pressure to extract the necessary air for combustion, recover the combustion products (even the temperature inside the tubes) and discharge them through the exhaust pipe. The combustion system is continuously controlled by an electronic control device each time the fan is started for heating to ensure the pressure of the radiation loop, the ignition condition, and the correct state of the flame. In case of any abnormality, the gas for combustion is immediately stopped and placed in a safe area. 
 
The radiation section is composed of a series of modules. Each module is made of special alloyed aluminum tubes and is inserted into the module through corresponding brackets to be connected together. The side plates are specially made aluminum insulating plates with high reflection power. The main structure is a spray-coated composite steel plate that can support and accommodate all components of the radiation tube section. The tubes are connected by special joints. They have special high-temperature resistance and elasticity and are connected to the radiation tube section by ring hooks to maintain a fixed position. This solution does not use sealing compounds or putty, compensating for the expansion caused by the heating of the modules, so that they will not cause dangerous expansion and stretching, and ensuring long-term and continuous use guarantee. 
 
The heating demands for high-rise spaces are diverse, covering various spaces and different temperature requirements. IMPRESIND gas radiation heating system has excellent adaptability. It not only can meet the heating demands of high-rise spaces such as industrial workshops, warehouses, and hangars, but also ensures the stability of temperature and safety for users during usage.

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The stability and safety of the IMPRESIND gas-fired radiant heating system