Horizontal Hot Water Boiler Boilers For School Heating Are Safe And Stable

Product Description

Product introduction:

The vacuum hot water boiler uses the low boiling point of water under low pressure to quickly heat the heat medium water filled in the sealed furnace body, so that the heat medium water boils and evaporates high temperature water steam, and the water steam condenses on the heat exchange tube to heat the cold water in the heat exchange tube to achieve the purpose of supplying hot water. The system operates safely under negative pressure, and is suitable for hotels, restaurants, schools, enterprises and institutions, residential buildings, etc. It can provide heating and domestic hot water at the same time.

Product characteristics:

1, automatic temperature control
The hot water temperature and heat medium water temperature can be set freely within the range of 0~100℃ by pressing the button. When the necessary conditions for combustion are met, the system automatically runs according to the set temperature value
Real-time display of hot water outlet temperature, heat medium water temperature, smoke exhaust temperature (optional); The controller can compare the set value and real-time temperature, control the hot water temperature in the best state, and control the hot water temperature fluctuation
Within the range of ±0.5℃.
2, the use of flue gas three return method, and the use of wet back vacuum hot water boiler, the shell of the round furnace body and square gas chamber method, the flue gas pipeline layout is reasonable, the combustion is full, the flue gas flow is smooth, reduce the smoke exhaust temperature, improve the efficiency of the whole machine. The high-temperature flue gas produced by combustion, after a total of three returns of one furnace return and two smoke pipe return, the temperature is greatly reduced, and the hot medium water surrounds the furnace and the periphery of the smoke pipe, and the heat transfer effect of the furnace and the smoke pipe is good.

Technical parameter: