What are the advantages of condensing low-nitrogen pressure boilers?
Release time:
2021-08-18
Low-nitrogen condensing pressure boilers are widely used in various residential and commercial settings, such as residential duplex villas and commercial hotels. They are easy to operate, using a PLC controller and advanced configuration; full boiler operation can be controlled simply by touching the screen, significantly reducing labor costs. So, what are the advantages of low-nitrogen condensing pressure boilers?
Condensing low-nitrogen pressure boilers are widely used in various civil and commercial venues, such as in civil duplex villas and commercial hotels. They are easy to operate, using a PLC controller and advanced configuration; only touchscreen buttons are needed to control the boiler operation, thus greatly reducing the cost of manual supervision. So what are the advantages of condensing low-nitrogen pressure boilers?
One: Long service life
(1) Good weather resistance (good antifreeze performance)
Condensing low-nitrogen pressure boilers can be used in various environments and can be safely used in northern regions. It has an antifreeze protection function; when the water in the boiler is below the set value, it automatically heats up and automatically stops when the water temperature matches the agreed temperature, thus protecting the equipment itself and its auxiliary equipment.
(2) Good corrosion resistance
Pressure boilers not only have a scientific design structure and optimized system operation, but they also prevent low temperatures and corrosion and avoid cold shock to the furnace tube wall, so pressure boilers are durable and have a longer service life.
Two: Safe operation (overtemperature, water shortage alarm)
To ensure the safe operation of the boiler, multiple safety checkpoints are set during the design of the pressure boiler. It has an overtemperature alarm function; when the water temperature is too high, it will automatically stop heating and issue an overtemperature alarm. After the fault is completely resolved, it only needs to be manually reset; it also has a water shortage protection function, which automatically shuts down and alarms in case of water shortage to prevent dry burning.
Three: High thermal efficiency (full energy utilization, good energy saving)
Domestic professional pressure boilers have a large heating surface, high heat exchange efficiency, and can maximize the heat transfer effect. In addition, the external protective layer of a good pressure boiler has a good effect, using glass wool to ensure constant temperature and prevent a large amount of heat dissipation. Relatively speaking, its heat loss is smaller, energy can be fully utilized, and high-efficiency energy saving can be achieved.
These are the advantages of condensing low-nitrogen pressure boilers. In summary, pressure boilers have good safety performance and high thermal efficiency and can meet the safety needs of actual work. Its humanized design is strong, the digital control system prevents human operational errors, and reduces operating costs. Overall, the cost-effectiveness is quite high.
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