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A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:?
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A screw conveyor is to be designed to convey modulling sand at an incl...
Designing a Screw Conveyor for Modulling Sand
Bulk Density and Loading Efficiency
The bulk density of sand is given as 1.6 tonne/m^3. Loading efficiency is 0.125, which means that only 12.5% of the available volume will be filled with sand.
Capacity and Length of Conveying
The required capacity is 60 tonne/hour, and the length of conveying is 25 meters.
Inclination and Inclination Factor
The screw conveyor is to be designed to convey sand at an inclination of 20 degrees with the horizontal. The inclination factor is 0.65.
Screw Pitch and RPM
The screw pitch is equal to the nominal screw diameter. The RPM is 50.
Progress Resistance Coefficient
The progress resistance coefficient is given as 4.0. This value is used to determine the power required to move sand through the conveyor.
Diameter Calculation
To calculate the diameter of the screw conveyor, we can use the formula:
D = 1.15 * (Q / n * K)^0.5
Where,
D = Diameter of the screw conveyor
Q = Mass flow rate in tonne/hour
n = RPM of the screw conveyor
K = Progress resistance coefficient
Substituting the given values, we get:
D = 1.15 * (60 / 50 * 4)^0.5
D = 0.81 meters
Therefore, the diameter of the screw conveyor required to convey sand at an inclination of 20 degrees with the horizontal is 0.81 meters.
Power Calculation
The power required to move sand through the conveyor can be calculated using the formula:
P = (Q * H * SG) / (K * η)
Where,
P = Power required in kW
Q = Mass flow rate in tonne/hour
H = Total conveyor height in meters
SG = Bulk density of sand in tonne/m^3
K = Progress resistance coefficient
η = Mechanical efficiency of the system
Substituting the given values, we get:
P = (60 * 25 * 1.6) / (4 * 0.65)
P = 692.3 kW
Therefore, the power required to move sand through the conveyor is 692.3 kW.
Bulk Density and Loading Efficiency
The bulk density of sand is given as 1.6 tonne/m^3. Loading efficiency is 0.125, which means that only 12.5% of the available volume will be filled with sand.
Capacity and Length of Conveying
The required capacity is 60 tonne/hour, and the length of conveying is 25 meters.
Inclination and Inclination Factor
The screw conveyor is to be designed to convey sand at an inclination of 20 degrees with the horizontal. The inclination factor is 0.65.
Screw Pitch and RPM
The screw pitch is equal to the nominal screw diameter. The RPM is 50.
Progress Resistance Coefficient
The progress resistance coefficient is given as 4.0. This value is used to determine the power required to move sand through the conveyor.
Diameter Calculation
To calculate the diameter of the screw conveyor, we can use the formula:
D = 1.15 * (Q / n * K)^0.5
Where,
D = Diameter of the screw conveyor
Q = Mass flow rate in tonne/hour
n = RPM of the screw conveyor
K = Progress resistance coefficient
Substituting the given values, we get:
D = 1.15 * (60 / 50 * 4)^0.5
D = 0.81 meters
Therefore, the diameter of the screw conveyor required to convey sand at an inclination of 20 degrees with the horizontal is 0.81 meters.
Power Calculation
The power required to move sand through the conveyor can be calculated using the formula:
P = (Q * H * SG) / (K * η)
Where,
P = Power required in kW
Q = Mass flow rate in tonne/hour
H = Total conveyor height in meters
SG = Bulk density of sand in tonne/m^3
K = Progress resistance coefficient
η = Mechanical efficiency of the system
Substituting the given values, we get:
P = (60 * 25 * 1.6) / (4 * 0.65)
P = 692.3 kW
Therefore, the power required to move sand through the conveyor is 692.3 kW.
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A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:?
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A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:?.
A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:?.
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A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:?, a detailed solution for A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:? has been provided alongside types of A screw conveyor is to be designed to convey modulling sand at an inclination of 20 degree with the horizontal. The required capacity is 60 tonne/hour, length of conveying is 25 meter, bulk density of sand 1.6 tonne/m^3 and is abrasive in nature, loading efficiency is 0.125, screw pitch =nominal screw diameter. Rpm is 50 and inclination factor is 0.65, mass flow rate is 60 tonne/hr. Progress resistance coefficient is 4.0. The Diameter and power are:? theory, EduRev gives you an
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