How to Choose the Best Totalizer

Totalizer | Flowmetrics

Totalizers, also referred to as total flow meters, typically measure the total flow volume within a closed pipe system. Today, many types of totalizers have several functions. Some may measure additional information, such as flow rate. While some totalizers operate mechanically, others use electrical power. Differences in type, design and material all affect the suitability of a totalizer for a particular function. When selecting a total flow meter, users typically want great function and cost-effectiveness. These attributes are not one-size-fits-all either, as they can be affected by the working environment, the substance being measured and the purpose of the meter. This article will provide a break down of the different types of totalizers in order to help you choose the best totalizer to suit your needs.

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Key Facts About Rotameters

Facts About Rotameters | Flowmetrics

Rotameters are very helpful tools for various machines in the industrial industry and beyond. In determining the best option for your needs, it is important to be aware of the factors that contribute to this apparatus. Here are some helpful facts about rotameters that are beneficial to know.

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How to Use a Batch Controller

Batch Controller | FlowmetricsA batch controller calculates the number of items or the volume of things that are being processed at any given time. If these are solid objects, they work in the form of counters to calculate individual things, but when it comes to gas or liquid, these batches need to be counted by other means. Liquids and gasses pass through tubes when they are transferred and the volume of material must be communicated in the form of velocity, such as through rate per minute. A flow meter deals with volume and the batch controller displays the amount of liquid and gas that is passing through the tanks to the tubes.

When looking for a batch controller, you may select one that accepts pulses per second and gives rates and total readings for batching functions. You should also see hardware and software features and clear monitoring that is accurate and easy to read. You could find a controller that can monitor remotely or up close and can print out results as needed.

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Best Rotameter Designs

Rotameter | Flowmetrics    

Rotameters, also referred to as variable area flow meters, are widely used to measure gas and liquid flow. The basic principle of rotameter design includes a float that rotates as it is pushed by the flow. The rotation speed of the float indicates the rate of the flow. With today’s new technology, the basic rotameter has evolved its capabilities to provide highly precise flow rate measurements and to withstand a variety of extreme temperature and pressure conditions.

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Roles of Flow Computers

Flow Computers | Flowmetrics

 

An Overview of Flow Computers and Their Function

Flow computers are essential components of large scale systems with multiple flows that need to be continuously analyzed and managed. They automate the data collection and data management processes so that operators can get a snapshot of the system status and make decisions quickly.

Flow computers also provide a means to calculate corrected values and interpret data from compensated flow meters. Compensated flow meters are those that need a certain amount of pressure to accurately measure flow rate. If the flow meter does not receive the required pressure, the flow rate reading can vary significantly from the actual flow rate within the pipe.

Uncompensated flow meters, also known as non-compensated flow meters, do not rely on specific pressure values and usually work within a defined pressure range. For applications where pressure is consistent, compensated flow meters work fine. For all other applications where pressure varies within a range, uncompensated flow meters should be used. Regardless, flow computers can collect data from compensated or uncompensated instruments and identify the actual flow rate by performing calculations.

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7 Benefits of Different Signal Conditioners

 Signal Conditioners | Flowmetrics

The primary use of signal conditioners is to convert one kind of electrical signal into another. Generally, this process is necessary when the original signal cannot easily be processed by conventional instruments and needs to be converted into a format that is easily interpreted. The conditioner accepts signals such as frequency, electric charge, AC voltage and current, and DC voltage and current. In addition, conditioners may process and interpret inputs from sensors that measure strain, resistance, temperature or acceleration. Relays, switches, clocks and encoders can also provide input. In turn, signal conditioners output a variety of signal types.

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What Is the Role of the Field Indicator in Your Flow Meter?

Field Indicator | Flowmetrics

Flow meters have become a necessary tool throughout a range of industries and are integral to many companies in the industrial, chemical, energy, scientific laboratory and aerospace sectors. Understanding chemical make up and flow rates are essential to maintaining efficient and safe operations across industries. Magnetic particle testing can be an important component in particular flow meter designs, and a field indicator is a major factor in the functioning of any magnetically based system. Understanding the role and types of field indicators is critical to understanding the overall effectiveness of your magnetic flow meter.

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Understanding Radiation Measurement with Flow Meters

Radiation Measurement | Flowmetrics

 

Generally, radiation is constantly emitted for various reasons and in different ways. Even with its benefits, it can be quite dangerous. For this reason, it is critical that radiation levels be properly measured and maintained. There are a few different tools that may be used for radiation measurement, which can be helpful in many situations. Check out these facts on why radiation measurement is necessary and the different tools that can be used to help.

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5 Best Practices for Calibrating Your Flow Meter

Calibrating Your Flow Meter | Flowmetrics

Flow meters are constantly utilized to ensure the proper function of various industrial machines. Its function is to measure the rate at which fluids or gases flow through it. Too much or too little flow could result in malfunction of a machine, so it is important that the flow meter present a proper reading. For this reason, it is generally critical that flow meters be regularly calibrated to ensure that the readings they provide are accurate. There are some standard practices regarding calibrating your flow meter that should be applied, but here are five best practices that you should keep in mind to make sure that your flow meter works at its optimum capacity.

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7 Steps to Selecting the Proper Flow Meter

how to select the proper flow meterFlow meters help to ensure the proper function of a variety of industrial machinery. Just as the machines vary, so do their flow needs, therefore they may benefit from different types of flow meters. To determine the proper flow meter for your needs, it may be helpful to follow these seven steps.

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