17 points that must be paid attention to when installing electromagnetic flowmeter

In order to ensure the accurate and stable operation of the electromagnetic flowmeter, the installation must be carried out in accordance with the procedures specified in the manual, and in the process of installation, the following 17 points should be noted. In order to ensure the accurate and stable operation of the electromagnetic flowmeter, the installation must be carried out in accordance with the procedures specified in the manual, and in the process of installation, the following 17 points should be noted. 1. The electromagnetic flowmeter is flanged. It is connected in the pipeline. The inner diameter of the sealing gasket should be slightly larger than the inner diameter of the pipeline to ensure the steady flow of the pipeline fluid. 2. Avoid direct sunlight or excessive ambient temperature to prevent the excitation coil from being damaged due to excessive temperature rise due to excessive ambient temperature. 3. The electromagnetic flowmeter should be kept away from strong magnetic field equipment such as large motors, large transformers and electric welders. 4. Try to stay away from places with ammonia and acid mist corrosive air. If the on-site environmental conditions are not met, the user can make a request at the time of ordering, and the company will try to solve it. 5. Install the pipe section of the electromagnetic flowmeter, do not have a large leakage current, and there should be good grounding nearby. 6. The fluid flow direction should be consistent with the flow meter mark. 7. Install the pipeline, ensure that the measuring pipeline is always filled with the measured medium and prevent the empty pipe. 8. The electromagnetic flowmeter should not be installed in the pipeline section with negative pressure to prevent the lining material from falling off. 9. The upstream side of the electromagnetic flowmeter should have a straight pipe section of not less than 5D pipe diameter. 10. The downstream side should have a straight pipe section with not less than 3 times the inner diameter of the pipe. 11. If there is a non-fully open gate valve or regulating valve upstream, the length of the straight pipe section upstream of the flowmeter should be increased to 10 times the inner diameter of the pipe. 12. The flowmeter should normally be installed in a horizontal position. The connection between the two electrodes should be on the same level. 13. To prevent negative pressure, the flowmeter elevation should be slightly lower than the pipeline's elevation, or a certain head pressure on the downstream side of the flowmeter. 14. The inner diameter of the electromagnetic flowmeter should be the same as the inner diameter of the pipe. If the inner diameter is not uniform, the inner diameter of the pipe should be larger than the inner diameter of the flowmeter, and a tapered or expanded pipe with a taper angle of not more than 15 should be installed between them. 15. When the electromagnetic flowmeter is installed obliquely or vertically, the flow direction should be from top to bottom. 16. For pipelines that do not allow flow interruption in the process, bypass piping and cleaning should be added when installing the flowmeter. This device ensures continuous operation of the equipment system when the flowmeter is out of service. 17. The electromagnetic flowmeter is prohibited from being transported or hoisted through the measuring tube with a pipe rod or rope to avoid damage to the lining. The article is transferred from: electromagnetic flowmeter WWW.CHINA-YJYB.COM magnetic flap level gauge WWW.YJYWJ.COM http://news.chinawj.com.cn Editor: (Hardware Business Network Information Center) http://news. Chinawj.com.cn

Circlips For Holes

Circlips for holes are a type of fastening device used to securely hold an object in place within a hole or shaft. They are typically constructed from metal, such as steel or brass, and feature two semi-circular pieces connected by a spring. Once installed, the parts expand outward to securely hold the object in place. Circlips for holes come in many sizes and can be used to secure objects in a variety of applications, such as machinery, furniture, and automotive components.

Circlips for holes, also known as retaining rings or snap rings, are small metal rings that are used to secure components onto shafts or inside bores. They are typically installed in grooves or recesses on the shaft or inside the bore, and provide a retaining mechanism to prevent the component from sliding off or coming out of the hole.

Circlips for holes come in various designs, including internal and external types. Internal circlips are installed inside a bore or hole, while external circlips are installed on the outside of a shaft or component. They are often used in applications where a traditional nut and bolt or other fastening method may not be feasible or practical.

Circlips for holes are commonly used in automotive, aerospace, and machinery industries, as well as in various household appliances and equipment. They provide a cost-effective and efficient way to secure components in place, while allowing for easy assembly, disassembly, and maintenance.

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