Overview: Fuel is burned through the burner to produce high-temperature gas. With the help of a hot air furnace with enhanced heat exchange measures, the heat of the high-temperature gas is transferred to the heated air. After heat dissipation, the temperature of the high-temperature gas drops to 250°C and is discharged into the atmosphere. The air to be heated is forced into the hot air furnace through a selected blower. After absorbing heat, the temperature rises to the rated value and is sent out from the hot air outlet. When the hot air temperature reaches the rated upper limit, the burner will automatically stop burning or switch to small flame combustion. When the hot air temperature drops to the rated lower limit, the burner will reignite or switch to large flame combustion. The heating rate can be adjusted by adjusting the opening of the air inlet valve.
Brief Description: Fuel is burned through the burner to produce high-temperature gas. With the help of a hot air furnace with enhanced heat exchange measures,
Category: Heat Source Equipment Series
Principle:
Fuel is burned through the burner to produce high-temperature gas. With the help of a hot air furnace with enhanced heat exchange measures, the heat of the high-temperature gas is transferred to the heated air. After heat dissipation, the temperature of the high-temperature gas drops to 250°C and is discharged into the atmosphere. The air to be heated is forced into the hot air furnace through a selected blower. After absorbing heat, the temperature rises to the rated value and is sent out from the hot air outlet. When the hot air temperature reaches the rated upper limit, the burner will automatically stop burning or switch to small flame combustion. When the hot air temperature drops to the rated lower limit, the burner will reignite or switch to large flame combustion. The heating rate can be adjusted by adjusting the opening of the air inlet valve.
Features:
Widely used in drying, curing, heat setting and other operations of various products in industrial fields such as pharmaceuticals, chemicals, food, textile printing and dyeing, grain processing, wood processing, and automobiles.
Technical Parameters:
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
← Previous
NanoHeat Laboratory Microcrystalline Nano Heating Plate Next → Application of Electric Heaters in the Plastics Industry  |