为什么地暖会出现受热不均匀? - 济南地暖价格多少钱
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为什么地暖会出现受热不均匀?

来源:http://www.ycepec.com/ 发布时间:2018/12/20

  地暖是地板辐射采暖的简称,以整个地面为散热器,通过地板辐射层中的热媒,均匀加热整个地面,使用地面本身的蓄热和热量向上辐射的规则由下至上进行传导,来到达取暖的目的。那么地暖会不会冷热不均的情况呢?下面咱们就一起来了解一下。
  Ground heating is the abbreviation of floor radiation heating. It takes the whole ground as radiator, heating the whole ground evenly through the heat medium in the floor radiation layer, and conducts heat from the bottom to the top by using the heat storage of the ground itself and the rules of heat radiation upward, so as to achieve the purpose of heating. So will the ground warming be uneven? Now let's get to know it together.
  地暖装置时会依据不同房间的保温、散热情况、房间功用、家具摆放、地面铺设选择、热源可调节情况等有针对性地进行地板采暖体系设计,所以地暖一般不会出现部分过冷或过热等情况,加上地暖选用不同装备的控制体系,会使不同房间都到达舒适满足的温度。
  The floor heating system will be designed according to the heat preservation, heat dissipation, room function, furniture placement, choice of ground laying, and adjustable heat source of different rooms. Therefore, the floor heating system will not be subcooled or overheated in general. Additionally, the control system of different equipment will make different rooms reach comfortable temperature.
  可是不少用户做地板采暖时因忧虑将来温度不行而要求地暖装置公司减小地埋管距离,不少公司一味迎合用户的主意,结果就会导致加热管铺设过密、房间整体或部分温度过高。
  But when many users do floor heating, they are worried about the future temperature and ask the company to reduce the distance of buried pipes. Many companies cater to users'ideas blindly. As a result, the heating pipes are laid too densely and the whole or part of the room temperature is too high.
  现在装饰市场上各种合格的实木地板、实木复合地板、强化木地板、石 材、瓷砖、亚麻地毯、毛地毯、水泥砖、橡胶地板和地板革等装饰资料都可以用于地板采暖。仅仅不同地板资料导热系数不同,所以咱们在地暖装置前应通知地暖公司要选取的装饰资料,以便在热负荷计算时予以考虑。
  Now all kinds of qualified solid wood flooring, solid wood composite flooring, reinforced wood flooring, stone, tile, linen carpet, wool carpet, cement brick, rubber floor and floor leather can be used for floor heating. Only the thermal conductivity of different floor materials is different, so we should inform the heating company of the decoration materials to be selected before the heating device, so as to take into account the heat load calculation.
  地暖装置填充层的首要起到积蓄热量使地外表热量均衡,维护加热管,起热速度快,一起对地板维护效果好等效果。因为不同客户装置地暖的填充层不一样,很多人以为地暖不行热的首要原因来源于地暖填充层不行厚。那么,具体的原因是怎样的呢,下面咱们就一起了解一下地暖的供暖效果与填充层的联系。
  The filling layer of the floor heating device plays the primary role of accumulating heat to balance the surface heat, maintaining the heating pipe, heating fast, together with good effect on floor maintenance. Because different customers install different filling layers of floor heating, many people think that the primary reason why floor heating is not hot is that the filling layer of floor heating is not thick. So, what is the specific reason? Let's understand the relationship between the heating effect of the floor heating and the filling layer.
  填充层起了一定的保温效果,所以它有必要具有一定的厚度。填充层越厚,蓄热量越大,热惰性越大,热稳定性就越好,而初次温升略慢。研讨显示,填充层可以蓄存的热量与填充层的厚度有联系。因为填充层的厚度除了影响地暖体系正常的供暖功用外,还直接影响到室内的净高、结构的荷载和建筑初投资费用,因而,填充层不宜太薄也不宜太厚。
济南地暖安装
  Filling layer has a certain thermal insulation effect, so it is necessary to have a certain thickness. The thicker the filling layer, the greater the heat storage, the greater the thermal inertia, the better the thermal stability, while the initial temperature rise is slightly slower. The study shows that the heat stored in the filling layer is related to the thickness of the filling layer. Because the thickness of the filling layer not only affects the normal heating function of the floor heating system, but also directly affects the net height of the room, the load of the structure and the initial investment cost of the building, so the filling layer should not be too thin or too thick.
  当然填充层厚度一定的地暖体系到达设定的温度所需求的时刻,与地暖体系填充层的厚度也有联系:填充层越厚,到达设定温度需求的时刻越长。
  Of course, the time when the filling layer reaches the required temperature is also related to the thickness of the filling layer: the thicker the filling layer, the longer the time when the filling layer reaches the required temperature.
  所以地暖工程填充层的厚度与蓄热的时刻密切相关:蓄热层越厚,热量向上传热的旅程就越长,到达室内设计温度的要求所用的时刻就会越长,也就是升温越慢;可是从另一个角度来说,填充层越厚,则回填层体积越大,蓄热层的蓄热量就越大,那么地面温度热惰性也就越大,保温延滞的时刻就越长,热稳定性就越好。
  Therefore, the thickness of filling layer in Geothermal Engineering is closely related to the time of heat storage: the thicker the heat storage layer is, the longer the heat transfer journey upward, and the longer the time required to reach the indoor design temperature, that is, the slower the temperature rise; but from another point of view, the thicker the filling layer is, the larger the volume of backfilling layer is, the greater the heat storage of the heat storage layer is, and the ground temperature is inert. The bigger the property, the longer the delay time and the better the thermal stability.
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