Large space radiant heating design - gas radiant heating system-辐射板-红外线-热水辐射板-燃气辐射采暖-正弘奥能-伊普赛德-北京正弘奥能环保科技有限公司

Large space radiant heating design - gas radiant heating system

time：2024-02-18
hits：581次
source：正弘奥能

Gas infrared radiation heating has high radiation intensity and good effect. In the radiation heating environment, the surface, ground and enclosure structure of the equipment in the environment have a high temperature, and there is a dual role of radiation intensity and temperature, so as to form a thermal state that truly meets the heat dissipation requirements of the human body, at this time the actual temperature of the human body is higher than the air temperature of the surrounding environment, and the human body has the best comfort. At the same time, as the indoor surface temperature increases, the cold radiation of the surrounding surface to the human body is reduced. 
 

	Because radiation heating uses infrared to transfer heat, and infrared and visible light are part of the electromagnetic wave, and both travel at the speed of light, once the radiation surface reaches a certain temperature, it can provide heat, and reduce the cold feeling of the human body or equipment. During heating, the surrounding envelope, floor and indoor equipment all absorb the amount of thermal radiation and store a portion of the heat. When the radiant heating stops, these stored heat begin to dissipate into the environment, so a certain amount of thermal environment can be maintained. Therefore, the radiation heating starts very fast, and the cooling is slow, which is especially suitable for the heating of tall industrial plants with poor insulation and sealing conditions and often open the door, such as industrial plants, warehouses, hangars and other types of tall space places.


	 


	<img src="http://www.leadwaypower.com/Uploads/image/20240218/20240218150809_29788.jpg" alt="" />

 
Gas infrared radiation heating equipment adopts negative pressure operation technology. The vacuum pump starts work before the system fires and only performs an ignition test when the controller confirms that the negative pressure is normal. When any link in the system (power supply, gas supply, negative pressure, ignition) fails, the system will automatically shut down. Fully ensure the safety of equipment and heating area. 
 

	Each temperature control system includes a black ball temperature sensor and a controller. The black ball temperature sensor is installed in a representative position in the control area. The controller compares the temperature signal from the sensor, generates control commands, and adjusts the control temperature by controlling the device to open or close. Control areas can be freely defined according to user requirements. In different control areas, users can set different indoor temperatures according to their needs. The controller can set the temperature for different periods of 24 hours according to the needs of users, and can set the on-duty heating temperature of 5 ° C, without the need to design a special on-duty heating temperature. According to the needs of users, you can also set the working state of the device in different days of the week, such as opening time, temperature in different periods, etc.


	 


	<img src="http://www.leadwaypower.com/Uploads/image/20240218/20240218150756_86248.jpg" alt="" />

 
IMPRESIND gas radiant heating system promoted and sold by Beijing Leadway Power&nbsp;Co., Ltd. is an independent heating system, which can be installed on the roof or on the wall. The generator power of radiant heating is between 180 and 270KW, and the maximum length is 120 meters. Ipside gas radiation heating system solves the problem of industrial heating in tall space, and the energy-saving effect is very obvious compared with the traditional boiler heating, especially for the intermittent use of places, the expenditure of heating costs can be reduced by more than 30%. 
 
Although IMPRESIND gas radiant heating systems have the same principle as prefabricated radiant tubes (gas radiant tubular equipment), lower surface temperatures, special geometry extending the diversity of configurations, advanced combustion and flue circulation systems, and very low carbon monoxide and nitrogen oxide emissions make them very different from the latter. It is an energy-efficient, green and environmentally friendly heating equipment, and is an ideal product for heating tall space buildings.