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How Far Out Universal Add-On Level Gauge

Magnetic level gauge with the radar level transmitter . It is suitable for continuous measurement of liquids up to a measuring range of 8 m / 26.25 ft. This level gauge device provides a cost-effective solution for various standard process applications up to 40 barg / 580 psig in numerous industries such as chemical, power, water and wastewater or automotive. It comes pre-configured and ready to use.

Product highlights

• Radar welded to a bypass chamber with an optional IP68 level gauge.
• Device is configured and ready to use from factory.
• No minimum dielectric constant.
• Adjustments possible using HART® communication.

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Choose right Density Meter for Industrial Application

Density meters are vital measurement instruments used in almost every industrial process. No matter what industrial sector one considers, if material is flowing through a pipeline, it most likely must be measured in some way. Understanding the media in the pipeline is the foundation of process control.

The Different Types of Density Meters

The variability of media type, flow rate, pipe sizes and other factors warrant the existence of several different types of density meter. Below you can find a guideline for the methodology of each. Some of these instruments have been around for decades, whereas some are new and disruptive technologies. Each instrument tends to have it’s “sweet spot” for specific applications depending on the process, environment and budget. This guideline will help to insure that your process is using the most efficient instrumentation available.

The nuclear density meter (or nuclear density gauge) is an energy based instrument known for its flexibility within processing applications. It can endure up to 50 percent solid slurry. Nuclear density meters are not appropriate, however, for processes involving edible materials, mobile processes or high precision applications. It’s most limiting factor is that, like anything else with a nuclear core, it is unstable and constantly emitting radiation. Nuclear density meters have a relatively long life time. However, when the nuclear source means emissions are too weak to provide function it requires proper disposal. The clamp on design of this unit and its operating principles allow it to be installed in a wide array of applications including most standard piping materials as well as either horizontal or vertical piping configurations.

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Applications of the level gauge

Continuous level gauge indication without power supply.

Indication of the level gauge proportional to height.

Individual design and corrosion resistant materials make the products suitable for a broad range of applications.

Chemical, petrochemical industry, oil and natural gas extraction (on- and offshore), shipbuilding, machine building, power generating equipment, power plants.

Process water and drinking water treatment, food industry, pharmaceutical industry.

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How To Read A Propane Tank Gauge For LPG

If you have a propane tank for home energy usage, then you’ve probably noticed that after a propane delivery, the tank gauge for LPG reads 80%.

Don’t worry, you’re not being scammed and there is nothing wrong with your tank or the gauge. Although you use propane in gas form, propane is stored as a liquid in your tank to allow it space to expand and contract as the ambient temperature rises and falls. The maximum fill percentage is always going to be 80%.

You can perform some simple math to determine how much gas is in your propane tank. Just multiply the tank’s capacity by the reading on the tank gauge for LPG.

For example, if your 500-gallon tank is showing a gauge reading of 60%, that means you have 300 gallons of gas remaining in your tank (500 x 0.6).

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How tank gauging system works?

Hydrostatic tank gauging utilizes up to three pressure sensors and one or more temperature elements. The hydrostatic pressure (liquid head) is measured; as the height increases the pressure increases as well. If a single pressure sensor is used, a manual density measurement is required for an inventory calculation.

What is automatic tank gauging system?

Automatic tank gauge systems, or ATG’s are excellent additions to your fleet’s maintenance program. An ATG is an electronic component placed within an above or below ground tank that monitors fuel or lubricant volume over time to assess whether the tank is leaking fluid.

How does a Pneumercator work?

Pneumercator hydrostatic tank gauging systems operate on the principle that the pressure at the bottom of the tank varies with the liquid head. The pressure balance which is equal to the tank liquid height is converted into tank contents and indicated on a calibrated dial.

What is radar tank gauging?

Radar tank gauging is currently one of the most popular level measurement methods used in the fuel (gasoline) storage industry. Radar level measurement was originally developed for use on crude oil carriers because there was a requirement to be able to measure the quantity of oil by non invasive means.

What type of temperature sensor is used in tank gauging system?
Hydrostatic tank gauging utilizes up to three pressure sensors and one or more temperature elements. The hydrostatic pressure (liquid head) is measured; as the height increases the pressure increases as well. If a single pressure sensor is used, a manual density measurement is required for an inventory calculation.

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Automatic Tank Gauge To Grow Your Business

The automatic tank gauges provide comprehensive wetstock fuel site data for advanced fuel management.

Combining industry-leading algorithms with enhanced security, real-time notification, and anywhere, anytime access, the automatic tank gauge keeps your site running and profitable.

This article comes from gilbarco edit released

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Liquid Level Gauges and Sight Indicators

Liquid level gauges and sight indicators let users see the level, flow, clarity, and color of liquids in a container or system.

Full-view and window sight-flow indicators show the presence or clarity of liquids in a piping system or liquid level gauge in a tank. They are used to monitor chemical processes occurring in equipment and to detect leaks, flow interruptions, and contaminants in a system.

Gauge glasses and water gauges are used to monitor fluid levels. Gauge cocks are valves that are placed on either side of glass gauges to isolate the gauge chamber from the liquid contents of the vessel. They have an automatic ball-check shutoff valve that helps prevent rapid loss of fluid if the gauge glass accidentally breaks.

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Intelligent Servo Tank Gauge

Intelligent servo tank gauge is a combination of site conditions of the petroleum, chemical, metallurgy, medicine, food and other industries, developed with independent intellectual property rights of a new generation of intelligent level measurement instruments. Because of this instrument in the measurement method and the traditional methods of measurement makes it totally different from the measurement accuracy is the world’s all level measurement instrument can not be compared. Intelligent servo tank gauge can be installed through the top of the tank meets the requirements of a single or multiple measurements. The level gauge with my plant tank intelligent management system supporting the use of tanks in the region can be for all tank level, temperature, pressure and other centralized measurement, control, display and print reports, and according to the above the implementation of automated metering tank parameters and data upload, thus truly a “convenience”, “intuitive.” Modernized tank farm of intelligent management.

Scope: versatile measurement and standard output signals as well as the integration of lightweight design makes intelligent servo tank gauge can be widely used in various areas to be measured.

Chemical industry: in the field of chemical industry, a variety of anti-corrosion material shell of arbitrary choice, to meet the chemical industry in different media level, interface and other measurement requirements.

Food industry: in the beer and beverage industry, a large number of liquid products throughout the production process, an accurate measurement of the liquid level is directly related to the cost of production control and production management.

Power industry: fuel, accurate measurement of oil and large boiler water level is directly related to the production of safe and accurate management.

How it works:

Servo tank gauge measurement is based on the principle of buoyancy balance and design. Fixed within the magnet wheel motor drive with precision-machined drum (ie outside the magnet wheel) to complete the magnetic coupling between. So that the drum and the drive motor is formed synchronously rotated, the meter housing is completely isolated from the magnet between the inner wheel and the drum (outer magnet wheel), so that the measured liquid chamber and the electrical part is completely isolated and meet explosion-proof requirements, uniform measurement wire neatly arranged on the drum. The float was sent to the tank by measuring the wire. When the tank level (interface or specific gravity) changes due to the weight of the float level varies with changes, changes in the weight of the float makes the drum (outer magnet wheel) is formed between the inner magnet wheel and coupling poor. After the signal is sent to the microprocessor to calculate judge to issue control instructions to the servo motor, making the tank with the liquid level of the float always changes. Thereby i.e. by measuring the rotation angle of the drum, after the liquid level height values calculated. When you need to measure the interface or specific gravity meter, you can simply set the Chinese menu. Schematic structure.

This article comes from made-in-china edit released

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Tank gauge with LTD-level temperature and density

Tank gauge with LTD-level temperature and density offer 4-in-1 measurement of the product level, interface level, temperature, and volume in an aboveground storage tank gauge with LTD-level temperature and density through one process opening. Combining the measurement of four process variables from one instrument reduces cost and allow for installation without tank modifications.

The tank gauge with LTD-level temperature and density is designed to offer the 4-in-1 measurement as well as determine the volume in the tank gauge with LTD-level temperature and density from a 200 point strap table that is entered by the user. The addition of simple calibration and no scheduled maintenance or recalibration allow for tank gauge with LTD-level temperature and density to have a lower installed costs and lifetime costs than alternative technologies such as radar and servo gauges.

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Work with One Supplier for Complete Tank Terminal Automation

We provide a simple approach to tank terminal automation – one supplier, one system and one source for technical expertise and support.

Accurate Inventory Management

We are the terminal automation provider that also offers a wide array of level instruments, interfaces and accessories. This means we can meet any level of accuracy required to support facility operations. Our inventory management application integrates with these field devices to provide terminal operators with real-time remote monitoring from the control room and other facilities.

Efficient Throughput

The throughput calculator application helps manage the throughput of products from receipt, to the tank terminal automation and issues at the load rack. It provides greater insight into the product received and stored at the tank terminal automation farm, while also improving the flow of vehicles through the load rack. At the gate, driver ID and credentials are quickly validated to allow entry. Pre-load stations allow drivers to verify load authorization, training qualifications and product availability prior to pulling onto the load rack. The pre-load station eliminates wasted time at the load rack and improves overall wait times in the tank terminal automation. Driver and vehicle credentials are validated at the load rack ensuring only those authorized can load products.. These features simplify the driver’s tasks and expedite the time each driver spends at the tank terminal automation.

This article comes from varec edit released