Measurement of flow rate is very significant within the industrial plants where fluids are moved in the pipelines, used in equipment, and supplied to various departments in the factory. The knowledge of the true rate of flow is important for the effective operation and control of water usage in the industry.
The selection of the electromagnetic flow meter may be a great choice for the measurement of fluids in many industrial processes. Nevertheless, the purchase of the device from the competent manufacturer is equally important as the selection of the technology. The flow meter must correspond to the requirements of the fluid, pipeline, process and measurement.
While choosing Electromagnetic flow meter Manufacturers for the businesses, the considerations should extend beyond the cost of the product. There are other factors that influence the practical use of the device, such as product suitability, technical advice, quality of construction, setting and support after the sale.
Innovatec Systems manufactures industrial instrumentation products for clients who have diverse process measurements requirements. This is how the major benefits that businesses obtain from the cooperation with the competent manufacturer while selecting the electromagnetic flow meter are explained.
Why Is the Manufacturer Important When Buying an Electromagnetic Flow Meter?
Electromagnetic flow meters might appear to be simple instruments, but their functionality would depend upon certain considerations that depend on the application. Not all flow meters can be used automatically for any and every kind of liquid, pipeline, or process.
The right manufacturer would be able to help the customer decide if electromagnetic flow metering would work for his application and what would be the requirements for installation.
It is especially helpful in cases where the customer wants to measure:
- Raw water
- Treated water
- Wastewater
- Effluent
- Chemical solutions
- Slurries
- Process Liquids
- Conductive industrial fluids
Rather than buying a general instrument without considering the applicability, companies can decide upon equipment based on process conditions.
How Does Trusted Manufacturing Improve Product Selection?
The industrial clients usually have the idea about pipe size and flow rate but might lack information about other technical specifications of the meter.
A well-informed manufacturer can assist to determine aspects like:
- Minimal and maximal flow rate
- Typical operating flow rate
- Conductivity of liquid
- Process temperature
- Operational pressure
- Diameter of pipe
- Requirement of liner
- Electrode material
- Type of connection
- Requirements regarding display
- Type of output signal
- Requirements of communication
It helps to make buying process more accurate and prevents from making mistakes by choosing inappropriate equipment.
In the case of several pipelines in a single plant, the above mentioned information becomes especially valuable.
What Are the Benefits of Choosing a Suitable Electromagnetic Flow Meter?
One important advantage of choosing the correct electromagnetic flow meter is that the measuring device is suitable for the real process.
With the appropriate choice of the instrument, companies will get valuable flow data to assist them in making decisions about their operation. The flow meter will enable operators to learn how much liquid flows through a specific pipe and whether or not the process is proceeding as expected.
Useful in:
- Process monitoring
- Water management
- Production control
- Chemical dosing
- Utility monitoring
- Effluent management
- Pumping system evaluation
- Consumption measurement
This advantage is associated with the ability to use measurement data in daily processes at a facility.
Why Is Material Selection Important in an Electromagnetic Flow Meter?
The liquid being metered could consist of chemicals, suspended matter, salts, or some other substances which will come into contact with the wetted parts. That is the reason for the liner and electrode selection according to the properties of the liquid to be metered.
For instance, water application would have certain material requirements as opposed to the chemical process application. It is necessary to take into account also the presence of suspended solids in the case of a wastewater application. The best Electromagnetic flow meter Manufacturers can assist customers in making such an assessment rather than regarding all applications as equal.
Why Should You Compare Electromagnetic Flow Meters With Other Technologies?
A seasoned supplier does not only suggest one technique for all sorts of applications. Each of the flow measuring techniques is developed keeping specific operating conditions in mind.
Ultrasonic flow meter manufacturers develop measuring instruments using the ultrasonic technique and are suitable in case specific mounting/measuring arrangements are needed.
Vortex flow meter manufacturers have flow meters that are mostly recommended for applications having liquids, gases, or steam as the medium of measurement.
Thermal mass flow meter manufacturers, on the other hand, are concerned with applications in which measurement of mass flow of gases is necessary.
Thus, users are advised to determine the medium of measurement and the requirement in the first place.
What Should Industrial Buyers Ask Before Placing an Order?
There should be an open discussion between the buyer and the manufacturer about the use of the electromagnetic flow meter before making the final decision.
Some useful questions that might arise include:
- Is the instrument appropriate for the fluid to be measured?
- What is the conductivity range of the instrument?
- What is its flow range?
- What type of liner material should be used?
- What electrode material should the instrument use?
- What pressure and temperature of process can it handle?
- What kind of output signal does it offer?
- Does it communicate with the control system?
- What are the installation conditions that must be observed?
- What is the calibration information that is needed?
Key Takeaways
- An Electromagnetic Flow Meter is basically designed to be used in conducting liquids.
- A certain manufacturer could affect the choice of the meter, its setting, and support.
- The buyers should give full details of the process before choosing the meter.
- Liquids' conductivity, flow range, pressure, temperature, pipe diameter, lining and electrodes material are worth considering.
- Flow meters with various types of flow measurement are appropriate for specific liquids and conditions.
- There are other flow measurement meters from Ultrasonic flow meter Manufacturers, Vortex flow meter Manufacturers, and Thermal mass flow meter Manufacturers.
- Radar level transmitter manufacturers deal with level measurement and could supplement flow measurement in tanks and pipelines.
- Innovatec Systems could be taken into account by those who need industrial flow meters.
Frequently Asked Questions
Can an electromagnetic flow meter be used for wastewater applications?
Electromagnetic flow meters can be used in many cases for wastewater application because they were created specifically for measuring conductive liquids. Meter design should be selected based on wastewater properties.
Can one flow meter be used for different types of liquids?
This is not always possible since meter liner and electrodes, its measuring range and other specifications should match particular liquid and conditions of operation.
Why shouldn't I rely on pipe size when selecting a flow meter?
It is necessary to understand that pipe diameter doesn't provide information on complete measurement requirements. Flow range, fluid, pressure, temperature, conductivity and installation conditions should also be considered.
How should I choose between ultrasonic and electromagnetic flow meter?
Selection of one flow meter type or another will depend on liquid, installation conditions, pipe conditions, required method of measurement and process conditions.
Can electromagnetic flow meters be connected to industrial control system?
There are many electromagnetic flow meters that have different interfaces and communication options which allow connecting them to plant monitoring and control systems. Required connection interface should be specified at purchase stage.
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