The project designed to be implemented to measure the level of molten iron liquid inside a tank. The design is based on a torque-controlled drive where the level of the liquid in the tank is measured using a suspended float. The float is lowered from the disc drilled around its perimeter and a lightweight rope, using torque sensitive electric drive and rotary encoder circuit to produce the pulse that is used to calculate the level of the liquid inside a tank. When the float makes contact with the liquid level surface, the torque reduces and the number of revolutions made by the disc is counted and the level is calculated using an appropriate formula and displayed
The proposed method for measuring the liquid level focuses on the ultrasonic impedance and echo ener...
Monitoring Systems are necessary to understand the changes that take place in environments. The data...
The normal contact type liquid measurement devices have some drawbacks since they have potential dam...
The aim of this research contains two parts, firstly to develop accurate, simple and inexpensive liq...
Industrial tank system play important role in industrial application such as in food processing, ph...
This work inkluse measurement principles for measuring liquid level in tanks with a focus on fuel. A...
Industrial tank system play important role in industrial application such as in food processing, pha...
Liquid levels are measured in a variety of industrial applications, and are often measured manually,...
Float type liquid level sensor is generally used as a very simple technique for local level indicati...
SIra Ltd, Drum Engineering & City UniversityThis paper discusses the design of a microprocessor cont...
Thesis focuses on device design and realization of battery powered fluid level meter with intended u...
There exists a serious need for a continuous liquid level sensing device for use in cryogenic liquid...
Abstract: Measurement of liquid level in storage and processing vessels, tanks, wells, reservoirs an...
This paper describes the design and characterization of a liquid-level measurement system based on a...
The proposed method for measuring the liquid level focuses on the ultrasonic impedance and echo ener...
The proposed method for measuring the liquid level focuses on the ultrasonic impedance and echo ener...
Monitoring Systems are necessary to understand the changes that take place in environments. The data...
The normal contact type liquid measurement devices have some drawbacks since they have potential dam...
The aim of this research contains two parts, firstly to develop accurate, simple and inexpensive liq...
Industrial tank system play important role in industrial application such as in food processing, ph...
This work inkluse measurement principles for measuring liquid level in tanks with a focus on fuel. A...
Industrial tank system play important role in industrial application such as in food processing, pha...
Liquid levels are measured in a variety of industrial applications, and are often measured manually,...
Float type liquid level sensor is generally used as a very simple technique for local level indicati...
SIra Ltd, Drum Engineering & City UniversityThis paper discusses the design of a microprocessor cont...
Thesis focuses on device design and realization of battery powered fluid level meter with intended u...
There exists a serious need for a continuous liquid level sensing device for use in cryogenic liquid...
Abstract: Measurement of liquid level in storage and processing vessels, tanks, wells, reservoirs an...
This paper describes the design and characterization of a liquid-level measurement system based on a...
The proposed method for measuring the liquid level focuses on the ultrasonic impedance and echo ener...
The proposed method for measuring the liquid level focuses on the ultrasonic impedance and echo ener...
Monitoring Systems are necessary to understand the changes that take place in environments. The data...
The normal contact type liquid measurement devices have some drawbacks since they have potential dam...