Abstract: The structure type information of common mechanical heat meters is provided by excellent flowmeter and flowmeter manufacturers. The main control parameters of the mechanical heat meter are: nominal diameter DN, common flow rate, maximum flow rate, minimum flow rate, rated pressure, maximum pressure loss, temperature range, temperature difference range, etc. The flow rate of the heat medium is measured by measuring the rotational speed of the impeller. . More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following are the details of the structure types of common mechanical heat meters. The main control parameters of the mechanical heat meter are: nominal diameter DN, common flow rate, maximum flow rate, minimum flow rate, rated pressure, maximum pressure loss, temperature range, temperature difference range, etc. The flow rate of the heat medium is measured by measuring the rotational speed of the impeller. According to the size of the classification, it can be divided into small diameter (≤40mm) and large diameter (≥50mm) two types. According to the internal structure classification, the small-diameter flow sensor is divided into a single-beam type and a multi-beam type. The single-beam type has a shorter impeller life due to uneven impact of the water flow. Large calibers are divided into two types: horizontal screw wing type and vertical screw wing type. The former can be installed horizontally or vertically, and the latter can only be installed horizontally. The structure types of several common mechanical water meters include: 1. Compact heat meter: This type of heat meter can be regarded as a combined heat meter in the process of form identification or factory calibration, but after the calibration is completed, its components Must be treated as an integral heat meter. 2. Combined heat meter: For this type of mechanical heat meter, the three main parts that make up the heat meter can be separated, and the heat meters of the same type can be replaced with each other, but each component needs to be checked during verification. Perform split detection. 3. Integral heat meter: refers to the totalizer, flow meter, and temperature sensor of the heat meter, of which more than two parts are theoretically inseparable. For example, the standard movement in a mechanical heat meter The totalizer and flowmeter in the heat meter cannot be replaced at will, and only the overall test can be performed during the verification. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Structure Types of Common Mechanical Heat Meters'
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Abstract: Shanghai Huamai guides how to correctly install ultrasonic flow meter information provided by excellent flow meter and flow meter manufacturers. In recent years, MLF-100 ultrasonic flowmeter has been more and more widely used in the flow measurement of various fluids and plays a very important role in metering management. In the actual use process, we found that most of the inaccurate measurement is due to improper installation of the probe. For more flowmeter manufacturers to choose models and price quotations, you are welcome to inquire. The following is the Shanghai Huamai guide on how to install the ultrasonic flowmeter correctly. In recent years, MLF-100 ultrasonic flowmeter has been more and more widely used in the flow measurement of various fluids, and plays a very important role in metering management. In actual use, we found that most of the inaccurate measurements were caused by improper probe installation. Therefore, the correct installation of the probe becomes the first problem. After long-term practice, we believe that the following are the principles that should be followed in the process of probe installation. 1. Select the installation position of the probe 1.1 The conditions that the installation position should meet (1) There is no excessive dust and corrosive gas in the workplace; (2) The length of the straight pipe section: more than 10D on the upstream side and more than 5D on the downstream side (when the flow rate is low, The requirements for straight pipe sections can be appropriately reduced): (3) There should be no disturbance factors (such as pumps, valves, etc.) within 30D of the upstream side; (4) The fluid must be filled with the pipeline, and cannot contain air bubbles or excess impurities; (5) The pipeline where the probe is installed is not There should be strong mechanical vibration; (6) enough space is required around the pipeline where the probe is installed. 1.2 Points to note (1) For horizontal pipelines, the probe should be installed on the±45°(2) For vertical pipelines, the probe can be installed at any position on the outer circumference; (3) It should be avoided to install the probe on the deformation part, flange or welding part of the pipeline. 2. Select the probe installation method The probe adopts the V method and the Z method to install the Z method in the following situations: (1) The installation space is limited; (2) The measured fluid contains a small amount of impurities; (3) The receiving wave is weak (such as cement lining). Basis for choosing an installation method: In general, D>The 300mm pipeline is installed by the Z method. 3. Treatment of the probe installation surface Before installation, first remove the rust and dirt on the surface of the pipeline (if there is a protective layer on the surface of the pipeline, the protective layer should be stripped first), so that the surface of the pipe wall is smooth and free of dirt. The cleaning range should reach the entire circumference of the probe installation distance L+200mm width. 4. Determination of the installation point Step 1: Make standard paper (1) Prepare a paper tape with a long side of 4D or more and a wide side of 200mm or equal to D. (2) At a distance of 100mm from the long side of the tape, draw a parallel line (also called a marker line) with the wide side. Step 2: Determine a point at a distance of 100mm from the edge of the treated pipe segment, and align the edge of the marked line with this point. Roll up the standard paper against the tube wall so that the marking line is parallel to the tube axis, and the edges of the standard paper should coincide. Step 3: Extend the marked line of the standard paper and draw a straight line on the pipe. Step 4: Draw a circular line on the pipe along the standard paper, and the intersection point with the straight line A is A0. Step 5: Use the V method to install, remove the standard paper, draw the line segment A0A2=L on the straight line (L is the installation distance of the probe), and determine the A2 point. A0 and A2 are the probe mounting points. For example: L=200mm Step 6: Use the Z method to install, draw a circle line on the pipe along the other side of the standard paper, and intersect the line at A1. Starting from line A0A1, the standard paper moves in a circle. At 1/2 the circumference, extend the marked line on the standard paper, and draw a straight line on the pipe, intersecting the two circle lines on the pipe, and the intersection point is B1B2. Remove the standard paper, draw a line segment B1B2 (L is the probe installation distance) on the self-line, and determine the B2 point. A0 and B2 are the probe mounting points. 5. Install the probe on the pipeline 1) Grind the installation point, and the grinding area is about 3 times the area of ​​the probe; 2) Remove the oil stains on the probe emitting surface and the pipeline installation surface; 3) Apply the couplant to the entire emitting surface of the probe, do not Form bubbles; 4) Coat the surface of the pipe with silicone grease; 5) Stick the probe firmly on the pipe wall, and fix the probe with a cloth or steel tape (note: the emission directions of the two probes must be opposite). The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Shanghai Huamai Guides How to Correctly Install Ultrasonic Flow Meters'
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Gas mass flow controller and gas mass flow meter have you learned to distinguish between a gas mass flow controller (MFC) and a gas mass flow meter (MFM). MFC is a device with control gas mass flow, while MFM does not have control gas Devices with mass flow capability. MFC is the abbreviation of MassFlowntroller, that is, mass flow control. When the fluid flows in the rotating tube, it will generate a force on the tube wall. It was discovered by Coriolis in 1832 when he was studying the water turbine, and it is referred to as the Coriolis force. The mass flowmeter is based on the Coriolis force. There are two parallel T-shaped vibrating tubes inside the sensor. The driving coil is installed in the middle and the pickup coil is installed at both ends. When the excitation voltage provided by the transmitter is applied to the driving coil , the vibrating tube vibrates back and forth periodically, and the fluid medium in the industrial process flows through the vibrating tube of the sensor, which will produce a Coriolis force effect on the vibrating tube, causing the two vibrating tubes to vibrate torsionally, and the pickup coils installed at both ends of the vibrating tube will Two sets of signals with different phases are generated, and the difference between the two signals is proportional to the mass flow rate of the fluid passing through the sensor. The computer calculates the mass flow through the vibrating tube. When different media flow through the sensor, the main vibration frequency of the vibrating tube is different, and the density of the media is calculated accordingly. The platinum resistance installed on the vibration tube of the sensor can indirectly measure the temperature of the medium. The mass flowmeter directly measures the mass flow of the medium passing through the flowmeter, and can also measure the density of the medium and indirectly measure the temperature of the medium. Since the transmitter is an intelligent instrument with a single-chip microcomputer as the core, it can derive more than a dozen parameters for users to use according to the above three basic quantities. The mass flow meter is flexible in configuration, powerful in function, and high in performance and price ratio. It is a new generation of flow meter. A flow measuring instrument for measuring mass flow in a pipeline. When the measured fluid is under the condition of great changes in pressure, temperature and other parameters, if only the volume flow is measured, it will cause a large measurement error due to the change of the fluid density. In positive displacement and differential pressure flow meters, the density of the measured fluid may vary by 30%, which will cause a 30-40% error in the flow rate. With the increasing level of automation, many production processes have put forward new requirements for flow measurement. The course of a chemical reaction is controlled by the mass (rather than the volume) of the starting materials. The heating and cooling effects of steam and air flow are also proportional to the mass flow rate. Strict control of product quality, accurate cost accounting, machine and accurate fuel volume control also require accurate mass flow measurement. Therefore, the mass flow meter is an important flow measuring instrument. Mass flowmeters can be divided into two categories: one is the direct type, that is, the mass flow rate is directly output; the other is the indirect type or derivation type, such as the combination of an ultrasonic flowmeter and a density meter, and their outputs are multiplied to obtain Find the mass flow rate.
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How Coriolis Flow Meters Improve Quality Control

Introduction to Coriolis Flow Meters

Coriolis flow meters have become increasingly popular in industries that require accurate measurement of liquid or gas flow rates. These meters use the Coriolis effect, which is the deflection of moving objects caused by the rotation of the Earth, to accurately measure mass flow rates. The principle behind Coriolis flow meters is based on the fact that when a fluid flows through a vibrating tube, it generates a Coriolis force, which causes the tube to twist. This twisting is then measured, allowing for accurate determination of the fluid flow rate.

The Importance of Quality Control in Industrial Processes

Quality control plays a vital role in ensuring that industrial processes meet specific standards and customer requirements. It involves monitoring and evaluating various parameters to ensure that the products or services produced are of high quality and meet the desired specifications. Quality control encompasses several aspects, including monitoring the flow rates of liquids or gases used in industrial processes. Deviations in flow rates can lead to inconsistent product quality, increased waste, and inefficient production processes. Consequently, using accurate flow meters is crucial to maintaining consistent quality control.

Accurate Measurement and Monitoring of Flow Rates

Coriolis flow meters provide highly accurate measurement and monitoring of flow rates. Unlike traditional flow meters that measure volume flow rate, Coriolis flow meters directly measure mass flow rate, which is independent of fluid density, temperature, and pressure changes. This advantage ensures that measurements remain precise, even in varying operating conditions. By accurately measuring the mass flow rate, Coriolis flow meters enable manufacturers to ensure that the correct amount of liquid or gas is used in each production process, thus maintaining quality control.

Detecting Batch-to-Batch Variations

In industries where consistent product quality is critical, such as pharmaceuticals or food and beverage production, variations in batch quality can be detrimental. Coriolis flow meters play a vital role in detecting batch-to-batch variations by monitoring flow rates. If a flow rate deviates from the expected values, it may indicate a variation in the composition or consistency of the fluid being used. By identifying these variations early on, manufacturers can troubleshoot and rectify issues, thereby ensuring that every batch meets the desired quality standards.

Enhancing Process Efficiency and Reducing Waste

Efficiency is a key factor in industrial processes, and Coriolis flow meters contribute significantly to improving process efficiency. By accurately measuring flow rates, manufacturers can optimize their production processes, ensuring that the right amount of fluid is used at each stage. Moreover, deviations in flow rates can indicate leaks or blockages in the system, resulting in wastage and inefficiency. Coriolis flow meters help in quickly identifying such issues, enabling prompt maintenance and minimizing wasteful actions. This not only helps in maintaining quality control but also reduces operational costs and environmental impact.

Conclusion:

Coriolis flow meters have revolutionized quality control in various industries by providing accurate, reliable, and real-time measurement of flow rates. Their ability to directly measure mass flow rates means that manufacturers can ensure consistent and precise control over the amount of liquid or gas used in industrial processes. By detecting variations, enhancing process efficiency, and reducing waste, Coriolis flow meters have become invaluable tools for maintaining quality control and improving overall productivity in modern industries.

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Safety Protocols for Handling Ammonia with Flow Meters

Introduction:

Ammonia is a commonly used chemical in various industries, including agriculture, refrigeration, and manufacturing. While it is a versatile compound, it also poses significant risks if mishandled. In this article, we will discuss safety protocols for handling ammonia with flow meters to ensure the well-being of workers and prevent accidents. By following these guidelines, industries can mitigate the potential dangers associated with ammonia usage and enhance workplace safety.

Understanding Ammonia:

Ammonia (NH3) is a colorless gas with a pungent odor. It is widely used as a fertilizer in agriculture, as a refrigerant in cooling systems, and in the manufacture of various chemicals and pharmaceuticals. Despite its many applications, ammonia can be hazardous to human health, primarily because it is highly reactive and can cause severe burns, respiratory problems, and even death if inhaled or exposed to the skin.

Substance Identification and Labeling:

One of the fundamental safety protocols for handling ammonia is proper substance identification and labeling. All containers holding ammonia should be clearly labeled with the chemical's name, concentration, and hazard symbols to alert workers about potential dangers. This allows employees to take appropriate precautions when working with or near the substance, minimizing the chances of accidents or mishaps.

Personal Protective Equipment (PPE):

Personal Protective Equipment (PPE) plays a crucial role in safeguarding workers from ammonia-related hazards. Employees working in areas where ammonia is present should be provided with suitable protective gear, including goggles, gloves, and respiratory masks. These must be selected based on the level of ammonia concentration and the specific work being performed. Regular training on the proper usage and maintenance of PPE should also be provided to ensure maximum effectiveness.

Ventilation Systems:

Establishing adequate ventilation systems is paramount when handling ammonia. Proper airflow helps maintain safe levels of ammonia concentration and reduces the risk of workers inhaling toxic fumes. Employers should consult with ventilation experts and engineers to design efficient systems that can effectively remove ammonia gases from work areas. Routine inspections and maintenance of these systems are also essential to ensuring their proper functioning.

Leak Detection and Emergency Response:

Another vital aspect of ammonia safety protocols is leak detection and emergency response. Regular inspection of equipment and pipelines should be conducted to identify potential leak points. Installing ammonia detectors and alarms can provide early warnings in case of leaks, enabling swift evacuation of affected areas. Emergency response plans should be well-documented, covering procedures for evacuation, first aid, and contacting emergency services. Regular drills should be conducted to familiarize workers with these protocols and reinforce a quick and effective response to any ammonia-related incidents.

Proper Handling Techniques:

Safe handling of ammonia with flow meters requires specific techniques and precautions. When working with ammonia, it is crucial to avoid contact with skin, eyes, and clothing. Containers holding ammonia should be tightly sealed when not in use to prevent leakage. Ammonia cylinders should always be secured in an upright position to prevent accidental tipping or falling. Additionally, workers should be trained on the safe operation of flow meters and how to interpret the readings accurately.

Conclusion:

Safety protocols for handling ammonia with flow meters are essential to protect workers and prevent accidents in industries where ammonia is used. Implementing proper substance identification and labeling, providing appropriate personal protective equipment, ensuring adequate ventilation systems, and conducting regular leak detection and emergency response drills are all vital steps in enhancing workplace safety. By following these protocols and providing comprehensive training, companies can minimize the potential risks associated with ammonia handling and create a safer work environment for their employees.

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