Tuesday, 31 January 2017

Ask the Experts- Thermal Mass Flow Meters its Working Principle - In the same fashion of our Ask the... https://t.co/y6MviTNXgz


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Ask the Experts- Thermal Mass Flow Meters its Working Principle

In the same fashion of our Ask the Expert blogs, today we are here to describe Thermal Mass Flow Meters and its Working Principle, to our ingenious readers.
Let’s start with thermal fluids and its meaning-
The term ‘Thermal Fluid’ refers to heat and fluid, while fluid consists of liquid, gas, and vapors.  Density, pressure, and volume play a crucial role in the thermal fluid. Heat transfer is the major activity that occurs while thermal fluid flows in different mediums.
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Generally, there are three types of flow meters with various industrial applications. Thermal mass flow meters are also known as thermal dispersion or immersible mass flow meters. It consists of a range of devices for the measurement of the total mass rate of a fluid. Another type of thermal dispersion is the capillary –tube flow meter. Further, Mass Flow Controllers (MFC) is the third type of immersible mass flow meter. It represents the 2% of global flow meters sales.
How does Thermal Mass Flow Meter Works
It requires thermal properties of the fluid to measure the flow rate of the fluid. In conventional flow meters, heat is passed to the heater of the sensor. During this process, some of this heat approaches the flowing fluid in the pipe or duct. Heat is lost according to the increasing flow. Here, thermal flow meters are used to measure fluid flows. 
Thermal properties of the fluid and flow meter design, decides the amount of total heat loss during the process. The thermal properties of the fluid may change according to the temperature and pressure, but these changes are comparatively small in most of its applications. Fluids with constant thermal properties remain stable during the actual operations and thermal mass flow meters can be used to measure the mass flow of the fluid. Although, thermal properties of the fluid don’t have significant effects on the measurement process, but somehow, it depends on the fluid compositions.
Hence, this was how thermal mass flow meters works and thermal properties of the fluid holds an important place in the process of flow measurement.
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Tuesday, 24 January 2017

Ask the Expert: Pressure Transmitter and Its Applications https://t.co/K3WRTEfOTk https://t.co/CZQcNdTBoN


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Monday, 23 January 2017

Ask the Expert: Pressure Transmitter and Its Applications

pressure transmitterAs per our conventional method of informing the readers about different types of meters, sensors, and transmitters in our Ask the expert series of blog. In our last blog, we described Applications and types of temperature sensors. Today, we are here again with pressure transmitter and its application in industry.
What is Pressure Transmitter?
Pressure transducers, popularly known as Pressure Transmitter, is a device used to measure pressure in fluid, liquid, and gas. It is commonly used in industry to measure pressure and generate alert signal before a catastrophe occurs in the machinery. There are more than 50 types of transmitters that work differently and follow the various principle of working.
  1. There are various types of Pressure Transmitters such as-
  2. Economical OEM pressure transmitter
  3. Precision pressure transmitter
  4. Sanitary pressure transmitter
  5. Diaphragm seal pressure transmitter
  6. Flush diaphragm pressure transmitter
  7. Differential pressure transmitter
Working Principle of Pressure Transmitter-
Normal Pressure transmitter converts pressure into corresponding electric signals. Although there are numbers of pressure transmitter but one of the most common is differential pressure transducers. It compares two different pressure and transfer signals to control unit. Differential pressure transmitters have varied industrial applications.
temperature sensorApplications of Pressure Transmitter-
Pressure transducers are used in far-reaching industries with its diverse applications. Let’s see some major applications of this device.
  • It is used in machinery to get alerts about high-pressure levels that may cause a big disaster.
  • It also makes sure that machine does not exert less or more pressure than required during the manufacturing process.
  • It is used to measure depth, altitude, fluid flow, and pressure loss that can prevent leaks in the machine system.
  • It has wide application in oil and gas plants in the onshore, offshore and subsea industry.
  • It is used water and treatment plants. It helps to observe filters in the plants.
  • In the agriculture industry, it is used in sprinkler systems.
  • Monitoring and Controlling pressure in the pump.
  • It is crucial part of remote sensing technology of heating systems
Hence, this is how pressure transmitters are widely used to the furthest extent of industries. To get more information about varied range of sensors, transmitters and meter contact us at- www.broiltech.com
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Tuesday, 10 January 2017

Ask the Expert- Working Principle and Applications of Ultrasonic Flow Meter - According to the... https://t.co/BdSjMppxRx


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Ask the Expert- Working Principle and Applications of Ultrasonic Flow Meter https://t.co/xQnOWtEKnB https://t.co/LaJulhzJfF


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Monday, 9 January 2017

Ask the Expert- Working Principle and Applications of Ultrasonic Flow Meter

According to the conventional method we use for our Ask the Expert series of blogs, we are here again with a new informative blog on Working Principle and Applications of Ultrasonic Flow Meter.
So, let’s discuss this topic in detail-
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Ultrasonic Flow meter is a device used to measure the velocity of the fluid with the help of ultrasound transducers to compute volume flow of the fluid. This flow meter measures average velocity of the fluid with the use of sound waves.
Working Principle of Ultrasonic Flow Meters-
The hero of this story is Doppler’s effect that is basically a frequency shift of ultrasonic signals when it is imitated by deferred particles of fluid in motions. The metering method of this flow meter uses the Physical phenomenon of sound waves to measure an average flow rate of the fluid.
Ultrasonic flow meters sends and receives ultrasonic waves between transducers in the both upstream and downstream directions within the pipe. Generally it takes more time while upstream flow conditions and less time during downstream flow conditions. The upstream and downstream times is processed by the transmitter to define the flow rate.
 These flow meters are used in diversified industries along with its wide range of applications.
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Applications of Ultrasonic Flow Meter-
  •  To measure the velocity of the liquids that permits ultrasonic waves to pass through it. Such liquids consist of water, molten sulfur, cryogenic liquids, and chemicals.
  •  To measure gas and vapor flow.
  •  Used for wastewater flow metering
  •  Building services
  •  Power and energy management
  •  Chemical and pharmaceutical industry
  •  Food and hygienic flow-metering
  •  Steel industry
  •  Petro-chemical
  •  Pump inspection
Although there are many different types of Ultrasonic flow meters that are used in different industries according to its applications. Generally, specifications are different between the various manufacturers but the principle of its working is almost similar in every flow meter of this type. Installation of this flow meter depends on the requirement of the industry. For more information contact us at www.broiltech.com.
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Ask the Expert- Working Principle and Applications of Ultrasonic Flow Meter https://t.co/xQnOWtEKnB https://t.co/LaJulhzJfF


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