Gas Burner SL5MZG Hofmat
Huffmat gas burner burner model SL5MZG model Huffmat burner made by Alvand Thermal Industries Company from Iranian brands, produces torches in various types of gas, diesel, dual-burner, fuel-burning, etc. in capacities of 100,000 to 10,000,000 kcal per hour in accordance with international standards. Be.
The main function of HFMAT gas burner burner is to produce and generate SL5MZG model. This burner is used in various industries related to heating as a combustion engine in cast iron and steel boilers of motorhomes with different capacities.
Hofmat gas burners are produced in capacities of 100,000 to 6,000,000 kcal / h and are displayed in SL letters.
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Gas Burner SL5MZG Hofmat
Attributes :
It has a control panel
It has a jack damper type
Fuel type: diesel
It has an air pressure switch
It has a powerful gas switch
Have the least possible sound
Has a precise and comfortable setting
Has high thermal efficiency
It has a SQN-31 damper motor
It has a satronic control relay
It has a capacity of 2,500,000 kcal per hour
Made in Iran
Function :
In diesel burners, in addition to the task of moving the aeration fan shaft, the electric motor is also responsible for rotating the burner pump diesel pump shaft.
The aeration fan of gas-burning burners is a centrifugal fan that is installed on the axis of the torch electric motor with a speed of 2900 rpm.
With the start of the motor, the aeration fan moves and the air molecules start to move between the fan blades. To control the amount of fan air, a damper is placed in its suction opening, which regulates the passage of air in the small burners. , Manually controlled in large burners by a servo motor, and the amount of air passing through the air damper is increased and decreased in proportion to the amount of fuel.
Usually, the diesel pump is selected in high pressure torches as a rotary or gear gear.
Due to the incomplete efficiency of fuel combustion in burners and considering some thermal losses, when choosing a burner, we consider the capacity of the burner to be about 20% higher than the capacity of the boiler.
For every 300 meters of increase in the height of the door surface or due to the decrease in air concentration, the fuel combustion efficiency of all types of burners is reduced by about 4%.
The calorific value of each liter of diesel is approximately equal to K.cal 8500.
The calorific value per kilogram of diesel is approximately equal to 10,500 K.cal.