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The functions and application scenarios of E-MAG-R split electromagnetic flowmeter
The E-MAG-R electromagnetic flowmeter has multiple significant advantages. Firstly, its high accuracy ensures the accuracy of measurement results. Secondly, the flowmeter has good stability and reliability, and can operate stably in various environments. In addition, its split structure makes installation simple and maintenance costs low. The flow meter has explosion-proof, waterproof, anti-interference and other performance, greatly improving work safety. Finally, The E-MAG-R electromagnetic flowmeter has good adaptability and can be applied to various liquid media and complex working environments.
2024
05-23
Application solutions of flow meters in the industrial industry
Flowmeters, as important equipment in industrial control instruments, are widely used in various industrial fields and provide important data support for production and operation.
04-23
About LWY series liquid turbine flowmeter
The LWY series liquid turbine flowmeter belongs to the velocity type flow instrument. Sensors have the characteristics of simple structure, lightweight, high accuracy, good repeatability, sensitive response, and convenient installation, maintenance, and use. They are widely used in industries such as petroleum, chemical, metallurgical, water supply, and papermaking, and are ideal instruments for flow measurement and energy conservation. The vortex flowmeter has no moving parts, a sturdy and simple structure, is not easy to block, not easy to block, not easy to scale, and is resistant to high temperature and high pressure. It is widely used to measure the flow rate of steam, gas, and liquid. It is one of the widely used flow meters. In order to ensure the measurement accuracy of the vortex flowmeter in the long term, the correct installation of the vortex flowmeter is an important foundation. Next, we will explain in detail how to correctly install a vortex flowmeter and the precautions for its installation.
03-13
How to install steam trap correctly
The drain valve should work normally. In addition to the correct selection of the drain valve, it is also necessary to install the correct pipes before and after the drain valve. The pipeline in front of the steam trap mainly refers to the drainage system from the equipment to the steam trap, and the condensate flows to the steam trap through the drainage outlet of the equipment. The pressure in the equipment and steam trap is the same, so the flow will depend on the gravity of the condensate. Therefore, the steam trap needs to be installed under the equipment, and the pipeline layout from the drainage point of the equipment to the steam trap should have a certain drop. If the low point of the drain valve installed on site is not adjusted, the casing siphon mechanism is required. The diameter of the drain valve is not necessarily the same as the diameter of the drain pipe interface, because
2022
09-07
What are the specific types of mechanical traps
Mechanical steam trap, also known as float type, uses the density difference between condensate and steam to raise the float and drive the valve disc to open or close through the change of condensate liquid level, thus achieving the purpose of steam blocking and drainage. The supercooling of mechanical steam trap is very small, and it is not affected by the change of working pressure and temperature. If there is no water in the heating equipment, the heating equipment can achieve ideal heat exchange efficiency. The mechanical trap has a back pressure rate of 80% and high working quality. It is an ideal trap for heating equipment in the production process. Mechanical steam trap includes free floating ball, free semi-floating ball, lever floating ball, inverted bucket, etc.
08-29
What is the principle and function of steam trap
The basic function of the steam trap is to discharge the condensate, air and carbon dioxide gas in the steam system as soon as possible, while automatically preventing steam leakage. There are many kinds of traps, each with different performance. When selecting steam trap, first select its characteristics to meet the reasonable operation of steam heating equipment, and then consider other objective conditions, so as to select the steam trap you need correctly and effectively. Working principle of steam trap: steam trap is installed between steam heating equipment and condensate return header. When it is opened, the bucket is at the bottom and the valve is fully opened. After entering the drain valve, the condensed water flows to the bottom of the bucket, fills the valve body and completely submerges the bucket body.
08-18