Manufacturing of vortex flowmeter

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1. Differences between clamp type vortex flowmeter and flange type vortex flowmeter - Manufacturers interpretation. There are differences between clamp type vortex flowmeter and flange type vortex flowmeter in terms of sensor connection, installation, structural characteristics, and applicable scenarios. Specifically, for clamp type vortex flowmeter, the flange on the flowmeter needs to be welded to the pipeline first, then placed between the two flanges of the pipeline, and finally fixed with bolts and nuts. Flange type vortex flowmeter: The body comes with a flange, and during installation, the flanges at both ends of the flowmeter can be directly fixed to the flanges on the pipeline with bolts. Installation method for clamp type vortex flowmeter: The installation process is relatively complicated, requiring additional flange welding steps, slightly higher technical requirements for installation personnel, and installation time may be longer. However, due to its structural characteristics, it may have certain advantages in some space limited pipeline installation scenarios, and can adapt to pipeline layout more flexibly. Flange type vortex flowmeter: Installation is relatively simple and fast, only aligning the flange and tightening the bolts, without the need for additional welding operations, greatly reducing installation time and difficulty, and requiring relatively low technical level of installation personnel. Structural characteristics of clamp type vortex flowmeter: The overall structure is relatively compact, and the weight may be relatively light. Due to the particularity of its connection method, special attention needs to be paid to the strength and stability of the clamping part in withstanding pipeline pressure and vibration, in order to ensure long-term reliability. Flange type vortex flowmeter: With a built-in flange, its structure is relatively regular, and the flange part is usually carefully designed and processed to have high strength and sealing performance. When subjected to pipeline pressure and vibration, it can better maintain the stability of the structure and reduce the risk of leakage. Applicable scenarios for clamp type vortex flowmeter: Suitable for situations that require high installation space and complicated pipeline layout, such as pipeline systems for small equipment or industrial sites with narrow spaces. At the same time, for some pipeline systems that require frequent disassembly and maintenance, the clamp type connection method is relatively convenient. Flange type vortex flowmeter: widely used in various industrial fields, especially suitable for applications that require high installation convenience and sealing, such as large pipeline systems in industries such as petroleum, chemical, and power. In these scenarios, flange connections can quickly and reliably complete installation, ensuring the normal operation of flow meters. In terms of cost, the clamp type vortex flowmeter may incur additional labor and welding material costs due to the need for additional flange welding processes. Meanwhile, the special design and manufacturing of the clamping part may also result in a relatively high price for the product itself. Flange type vortex flowmeter: Although the built-in flange of the body increases the manufacturing cost to some extent, due to its easy installation, it can save installation time and labor costs. Overall, in some large-scale application scenarios, its overall cost may have ce

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