新时代RM游戏app,新时代RM平台官网

The safety and durability of IMPRESIND Gas radiant heating systems

time：2024-11-27
hits：175次
source：正弘奧能

In the northern region, the improvement of the heating efficiency of industrial plants in winter is crucial to the production and economic benefits of enterprises. Under the shortage of traditional heating methods and the demand for energy saving, gas radiation heating has become one of the effective heating solutions, especially for industrial heating in tall space. 
 

	A number of engineering practices have proved that the use of gas infrared radiation heating in tall space buildings can save at least 30~50% more energy than the traditional convection heating method, and can be widely used in Ding E class industrial plants, hangars, logistics warehouses, warehouses and other tall space places. Infrared radiation heating, in line with China's current standard "building fire design code" GB50028-2002 and the newly revised "heating ventilation and air conditioning design code" GB50019-2003 in the industrial plant using gas heating system design provisions.


	 


	<img src="http://hzhonghua.com/Uploads/image/20241127/20241127140610_82807.jpg" alt="" /> 

 
The combustion chamber of IMPRESIND gas radiant heating system promoted and sold by Beijing Leadway Power&nbsp;Co., Ltd. is designed and installed outdoors, and the indoor radiant tube (heating element) has no open flame on the outside. The combustion of natural gas in the generator produces high temperature flue gas, and the generated flue gas flows in the negative pressure radiation tube, the surface temperature of the radiation tube rises to 260-280 ° C, and the high temperature surface of the radiation tube produces infrared radiation, which transfers heat to the heating area. After the heat exchange of the flue gas inside the radiation tube is completed, part of the product is recirculated for heating, and the other part is discharged outdoors. The generator burns completely, and the energy efficiency is high. 
 
When IMPRESIND gas radiant heating system starts, the micro positive pressure fan starts, after the micro difference switch is closed, the negative pressure fan starts, after the negative pressure switch is closed, the burner ignits. The micro positive pressure fan can ensure the stability of the flame without flame spillover, and the negative pressure fan can well elongate the flame in the radiation tube to ensure the combustion efficiency. The dual fan configuration ensures flame safety to a large extent. 
 
IMPRESIND gas radiant heating system is equipped with running thermal overload protection relay to prevent direct damage to the fan caused by excessive current, ensure fan safety and increase service life. Power off delay protection device, after the device stops running, ensure that the hot air in the radiation pipe is discharged from the device in time, prevent the hot air flow back when the device stops damaging the equipment components, and prevent the hot air from accumulating in the radiation pipe to form condensate water. 
 

	IMPRESIND gas radiation heating system generator built-in host constant temperature protection device, in order to protect the equipment in extremely cold weather normal use, use to keep the combustion room is not frozen, no wax, when the equipment reaches the set temperature to stop running, the constant temperature device can automatically implement the pre-set temperature (10-40℃), to prevent the components in the generator from low temperature damage, filter ice.


	 


	<img src="http://hzhonghua.com/Uploads/image/20241127/20241127140737_23042.jpg" alt="" />

 
IMPRESIND gas radiant heating system generator made of stainless steel, durable. The radiation tube is subjected to high temperature heat treatment under strict control of temperature and humidity (black and gray surface is not coated or painted). No paint discoloration, no distortion, higher thermal radiation efficiency; Corrosion resistance, oxidation resistance, ensure service life.

RM新时代官网网址

The safety and durability of IMPRESIND Gas radiant heating systems