In the process of using hot water stove, the user can set the water temperature arbitrarily between 40 degrees and 90 degrees. The hot water stove can directly set the temperature and timing according to the user's requirements, effectively heating the heating cycle system or domestic hot water. The diabolo system in hot water stove is an effective way to control the start and stop of circulating pump according to its water temperature. If the boiler water reaches its set upper water temperature effectively, the hot water circulating pump will stop. If the water temperature is lower than the set lower water temperature, the hot water circulating pump will start.
The main reason for the insufficient air supply or excessive resistance of hot-water stove in use is the mixing of fuel particle size. The medium powder in the equipment occupies the void of lump coal. When it enters the grate, the gate is squeezed and compacted, and the permeability is poor.
When the hot air stove is running, part of the heating surface of the heater is effectively arranged in the area of relatively high smoke temperature. The heating area required by the superheater in the equipment is greatly increased, which can effectively reduce the rigidity of the tube when the working substance flows through the superheater. The Superheater in the equipment adopts the larger tube directly.
In the process of using the hot-water stove, the temperature characteristic of the equipment is stable. The upper part of the furnace can effectively arrange its semi-radiation rear screen superheater and radiation separating screen superheater. In the process of composition, each piece is composed of a small screen, which can effectively play the role of increasing radiation heat transfer.
The linear wear of hot air stove should consider the load area factor of friction, but its size will change directly with the angle of attack and the dividing amount of grinded hot air stove. The linear wear measured at different angles of attack can be compared with each other.