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Does the ignition temperature determine the level of ignition? Please list the firing temperature of your own devices! Format as follows: Device design processing capacity: Gas volume for igniting the furnace, air volume, ignition temperature; Gas volume for igniting the main combustion furnace, air volume, ignition temperature
I don’t understand what you mean by the ignition temperature
The ignition temperature is the lowest temperature at which the furnace can be ignited
Reply to 3# Guangzhou Sulfur: Temperature control at the lowest level is mainly applicable during the furnace drying stage, especially in the low-temperature phase. First, it is necessary to ensure an oxygen-rich environment inside the furnace; secondly, the amount of gas should be controlled at around 10–20 cubic meters. Additionally, the air flow rate and the opening degree of the flue dampers need to be regulated, as using the air flow rate to control the temperature is a suitable approach. Please give some guidance! Thank you!
Reply to 3# Guangzhou Sulfur: Do you mean the lowest temperature for hot start?
Your question is too amateurish.
If this is the first time the furnace is started up, the air supply control for the sulfur production furnace should be set at around 350–500 m3, with a temperature of approximately 100 degrees. The air volume for the exhaust furnace can be slightly increased, with the temperature remaining more or less the same.
Since the furnace has just been started, it’s difficult to control the size of the flame; usually, once it’s lit, the temperature stays around 100–150 degrees before it reaches a constant level.
I still don’t understand what that means. The lowest temperature we set on the stove was over 60 degrees. Active participation
It’s the ambient temperature when starting the furnace, bro – how do you control that? Only by lighting it up can the temperature be controlled.