“XTRQ燃油（气）”节能模温机

1、节能省电，运行成本低，无须复杂的水处理日本极品a级片，节约水资源，可替代水资源贫缺地区以水为介质的日本极品a级片供热；
2、温控精确：供热稳定，可进行精确的温度调节，自动化程度高；
3、热效率高，采用闭路循环供热，无废热排放，负荷适应性好，在不同工况条件下均能保持热效率，综合热利用效率较高；
4、安全可靠：具有完备的运行控制和安全监控装置。供热系统开口运行，安全系数高；
5、高温低压：能在较低的运行压力下，获得较高的工作温度。液相输送热能，在小于300℃时的热载体，较水的饱和蒸汽压力小70-80 倍， 用热日本极品a级片承压条件可大大降低；
6、选用燃烧器和先进的全自动控制系统使日本极品a级片燃烧更稳定、操作更方便、运行更安全可靠；
7、炉膛采用密排双盘管，受热面布置充足，降低管子表面热负荷，使导热油使用更安全；
8、介质流程合理，导热油由低 ( 进口 ) 到高 ( 出口 )，运行产生的气体很难在炉内停留，可方便地排出系统。
9、炉膛尺寸与燃烧火焰相匹配，采用了正压燃烧，辐射换热效率高；

1.Energy saving and power saving, low operating cost, no complicated water treatment equipment, saving water resources, and alternative water resources in the poor areas with water as the medium of boiler heating;
2.Accurate temperature control: heating stability, accurate temperature adjustment, high degree of automation;
3.High thermal efficiency, closed circuit heating, no waste heat emission, good adaptability of load, thermal efficiency can be maintained under different working conditions, and high efficiency of comprehensive thermal utilization;
4.Safe and reliable: complete operation control and safety monitoring device. Heating system opening operation, high safety factor;
5.High temperature and low pressure: high working temperature can be obtained under low operating pressure. Liquid phase transfer heat energy, in less than 300 ℃ heat carrier, relatively saturated vapor pressure of water is small, 70-80 times, with hot equipment under pressure conditions can be greatly reduced;
6.Choose international famous brand burner and advanced automatic control system to make the boiler combustion more stable, easier to operate and safer and more reliable;
7.The furnace is equipped with double-coil pipe, which has sufficient heating surface to reduce the thermal load on the pipe surface, so as to make the heating oil more secure;
8.The medium process is reasonable, the heat conduction oil is from low (inlet) to high (outlet), the gas that is produced is very difficult to stay in the furnace, and the system can be conveniently discharged.
9.The furnace size matches the combustion flame, and the positive pressure combustion is adopted, and the radiant heat exchange efficiency is high.

 
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