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ProPak Philippines 2025
February 12-15, 2025
Measurement Technologies Corporation at ProPak Philippines 2025 – Metro Manila, Philippines
Tank Level Measurement
What is Liquid Tank Level Measurement?
Refers to the process of determining the height or volume of liquid inside a tank. This measurement is critical for monitoring, controlling, and managing the storage of various liquids—such as water, chemicals, fuel, oil, and beverages—in industries like manufacturing, agriculture, oil & gas, food processing, and water treatment.
Devices designed for diverse applications vary in shapes and sizes to measure levels. The primary purpose of a tank level sensor is to inform whether a tank is empty or full or to report the fluid amount in the tank. Commonly known as level sensors, transmitters, or gauges, these devices measure point level, resembling a level switch or continuous level instruments that provide operators with the exact fluid amount in a container or tank.
How Do Level Sensors Work?
Level sensors detect the level of materials by measuring various physical properties such as pressure, ultrasonic waves, capacitance, or conductivity. The data collected is then translated into electrical signals and sent to a display or control system for further processing.
Some sensors work continuously, providing real-time level data, while others are point-level devices that only trigger when the level reaches a specific height.
Why It Matters
Accurate level measurement helps:
- Prevent overflows and dry runs
- Ensure efficient inventory management
- Maintain safety and regulatory compliance
Optimize production and process control
Choosing the Right Level Sensor
Selecting the best level sensor depends on several factors:
- Type of material (liquid, solid, foam)
- Tank size and shape
- Environmental conditions (temperature, pressure, dust)
- Required accuracy and response time
Budget and maintenance needs
Consulting with sensor experts or suppliers can help ensure you choose a solution that matches your operational requirements. Contact us if you have any concerns or need assistance. We can recommend the perfect specifications to match your requirements.
Choosing the Right Level Sensor
It’s crucial to understand that level sensors have versatile applications beyond just tank measurements. These sensors are equally effective in open channels and open spaces, providing valuable data across various scenarios. For instance, certain level measurement devices are engineered to measure the distance between two objects, functioning similarly to anti-collision sensors used in industrial settings. This adaptability makes them ideal for a wide range of applications, including monitoring fluid levels in wastewater treatment plants, open reservoirs, and even in detecting the presence and distance of objects to prevent collisions. By employing these advanced sensors, industries can ensure accurate measurements, enhance safety, and optimize operations in diverse environments.
Water Treatment Applications
Level measurement finds numerous applications in water treatment, from raw sewage treatment plants to clarifiers, digesters, dewatering, and sludge separation. It involves liquid levels, including water, water-based liquids, and chemicals in non-pressurized or pressurized tanks. Measuring solids poses challenges, especially when they behave differently from liquids, as solids tend to build up.
Contact vs. Non-Contact Level Sensors
Categorizing level sensors as either contact (intrusive) or non-contact (non-intrusive) depends on the sensor setup. Multiple methods determine fluid levels. A common mechanical level sensor is often referred to as a gauge. Measuring pressure can also indicate levels in a tank or similar application, termed as “Hydrostatic Level Transmitters.”
Testing a pressure-based hydrostatic level sensor in our office involves a stainless steel tank with a mixture of sweetened water for juices. The connections use a Tri-clamp to affix to the adjoining pipe. Calibration of the level transmitter is done by referencing the Water Column.
For point level detection, tuning fork level switches are a popular option because they provide a dependable and adaptable level measuring solution for a wide variety of industries.
Types of Level Sensors
Apart from mechanical sensors, other technologies exploit frequencies across the electromagnetic spectrum. Examples include capacitance level, optics (laser and infrared sensing), conductivity, vibrating fork-type level switches, microwave level sensors, radar gauges, and acoustic level technology. Collaborating with Hawk Measurement provides access to the best contacts for application-specific assistance.
For point level detection, tuning fork level switches are a popular option because they provide a dependable and adaptable level measuring solution for a wide variety of industries.
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