1) instantaneous water heater
快速热水器
1.
Based on practical situations, the article introduces the influence of different type fan to gas instantaneous water heater combustion thermal efficiency when heat load changes.
文章从实际情况出发,介绍了燃气快速热水器在热负荷变化时使用不同类型的风机对燃烧热效率的影响。
2) fast type water heater
快速式热水器
3) Gas Instantaneous Water Heater
燃气快速热水器
1.
Numerical Simulation and Experimental Studies on Combustion Process of the Novel Gas Instantaneous Water Heater;
新型燃气快速热水器燃烧过程的数值模拟和实验研究
4) instant water heater factory
快速热水器厂
5) domestic gas instantaneous water heater
家用燃气快速热水器
1.
According to method of theory combining experiment,this paper designed burner with air hole in v-slat,resolved problem which are CO content of flue gas in instability,yellow tip and light back at small load ,bigger dB at quenching of a flame and overheat on surface of burner about domestic gas instantaneous water heater,and the burners and water heaters were validated by the prototypes.
以理论和实验相结合的方法 ,对空气槽孔燃烧器进行了开发研究 ,较好地解决了家用燃气快速热水器烟气中CO含量不稳定 ,小负荷时黄焰、回火 ,熄火噪音大 ,表面过热等问题 ,并以实验样机对燃烧器和热水器整机进行了验
6) gas instantaneous water heater with condensation
冷凝式燃气快速热水器
1.
On the basis of theory analysis of the relation between heat efficiency and flue gases temperature of the natural gas instantaneous water heater with condensation ,the relation between heat efficiency and flue gas temperature of the gas instantaneous water heater with condensation through experiment is obtained.
试验结果表明冷凝式燃气快速热水器有很好的实用价值。
2.
According to the theoretical analysis of energy saving effectiveness of gas instantaneous water heater with condensation, the relationship between heat efficiency and flue temperature of natural gas instantaneous water heater with condensation has been obtained through experiment.
根据对冷凝式燃气快速热水器节能效果的理论分析，并通过试验得出冷凝式天然气快速热水器热效率与其排烟温度的关系。
补充资料：电热水器
| 电热水器 electric water heater 利用电加热方法提供生活用热水的电器。按加热方式分为：①快热式电热水器又称流水式电热水器。冷水直接流经电热元件表面而被加热，停止进水就停止加热。快热式电热水器有腔体式和水槽式两种。腔体式主要依靠橡皮膜的弹力来通断电源。水槽式主要依靠机电转换器来通断电源。②贮水式电热水器。容量较大，由内胆电热元件、温度控制元件和压力保护装置组成。它利用电热元件将贮水箱中的冷水加热。电热水器的功率一般为 900～7500瓦，因耗电较多，各国均致力于开发节能型产品。
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