OLS200D3SH

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Float Level Sensors: OLS200D3SH Application Field and Working Principle

Float level sensors are specialized sensors used for measuring liquid levels in containers, tanks, and other vessels, among other uses. One particular model, made by Omega, is the OLS200D3SH and it is used in a wide range of applications ranging from pharmaceutical manufacturing to process control. This guide will go through the main operating principles of the OLS200D3SH, as well as its target application field and usage scenarios.

OLS200D3SH Working Principle

The OLS200D3SH is a float level sensor, which means it works on the principle of buoyancy, or the ability for a body to remain afloat in a liquid. The OLS200D3SH is equipped with a float, an actuating rod, and an adjustable sensor support arm. The float is designed to rise and fall in response to the changing level of the liquid, and the actuating rod and adjustable sensor support arm allow the position of the float to be tracked by the sensor. When the float rises, the support arm pushes the actuating rod up, and the float’s movement is detected by the sensor. This is how the sensor can determine the exact level of the liquid.

Target Application Field

The OLS200D3SH is designed for a wide range of applications in the process control and engineering fields. Some of the main uses of the OLS200D3SH include industrial liquid level measurements, opto-electronic sensing, process control, and determining the volume of a contained liquid. The sensor is capable of measuring liquid levels between 0-14 feet and is designed to withstand high pressure and temperature variations. In terms of materials, the OLS200D3SH is made of stainless steel and has a built-in temperature compensation and filtering feature.

The OLS200D3SH is also ideal for monitoring the liquid level in tanks, containers, and other vessels. It is also used to automate the control of chemicals used in the production of food and beverages and to regulate the flow of gases in pipelines. Additionally, this float sensor can be used to measure the level of other products such as gasoline, diesel, lubricants, and acids.

Applications

The OLS200D3SH can be used in a wide range of applications, including measurements of liquids in industrial processes, opto-electronic measurements, as well as determining the volume of contained liquid. Additionally, the OLS200D3SH can be deployed in food and beverage production processes, pipeline automation, tank and container monitoring, and more. Some of the most common scenarios where this float sensor is used include:

• Measuring level of liquids in tanks, containers, or vessels
• Automating the control of chemicals used in food and beverage production
• Monitoring the levels of other products such as gasoline, diesel, lubricants, and acids
• Measuring the flow of gases in pipelines
• Opto-electronic measurements

Benefits of Using The OLS200D3SH

The OLS200D3SH offers a number of distinct advantages over other sensors. These include:

• High accuracy and reliability
• Ability to maintain buoyancy even with rapid changes in liquid level
• Simple, intuitive design with no moving parts, which makes it maintenance-free
• Built-in temperature compensation and filtering feature
• Stable accuracy across a wide range of liquid levels, even in low-pressure or low-level applications

Conclusion

The OLS200D3SH is an ideal choice for a wide range of applications including industrial liquid level measurements, process control, and monitoring the flow of gases in pipelines. It is designed to operate even in harsh environments and offers a number of benefits including a built-in temperature compensation and filtering feature, and the ability to maintain buoyancy even with rapid changes in liquid level. It is highly accurate, reliable, easy to install, and maintenance-free.

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