Double Flange Level Transmitter: What conditions are suitable?
The customer purchased the company's double-flange level transmitter, which is a new type of differential pressure transmitter produced by our company with the introduction of foreign advanced technology and equipment. The key raw materials, components and parts are all imported. After rigorous assembly and testing, the product features advanced design principles, complete specifications, and easy installation and use. Because the double-flange liquid level transmitter completely integrates the structural advantages of the two most popular and widely-used transmitters (Rosemount 3051 and Yokogawa EJA) at present, it gives users a refreshing feeling. At the same time with the traditional 1151, CECC and other products in the installation can be directly replaced, there is a strong commonality and alternative capabilities. In order to adapt to the continuous improvement and development of the domestic automation level, this series of double-flange transmitters in addition to the small and exquisite design, also introduced intelligent functions with HART fieldbus protocol.
Double flange level transmitter installation points are as follows:
JSRY-3851DP dual flange liquid level transmitter to measure the liquid level in the installation, the negative pressure chamber should be installed in the upper end, the positive pressure chamber is installed in the lower end, the instrument body is installed in the middle, so the transmitter has a negative differential pressure, If this negative pressure is not large, it can be removed by zeroing. However, when there is a certain value, the negative migration method can be used for elimination. It should be noted that the size of the negative migration range is only related to the difference between the height of the two flanges h and the height Ho of the constant level. , regardless of the height of the transmitter installation location.
Double Flange Level Transmitter: What conditions are suitable for this? details as follows:
1. It is necessary to isolate the high temperature medium from the transmitter.
2. The measurement medium has corrosive effects on the transmitter's sensitive components.
3. The measured medium cures or crystallizes due to environmental or temperature changes.
4, replace the measured media need to strictly clean the measuring head
5, suspended liquid or high viscosity media
6. The measuring head must be kept clean and hygienic.
7, sealed pressure vessel measurement.
Our Telecommunication Tower are made from quality sheet through bending, forming, automatic welding and hot galvanization. We can reach one-run machining length of 14m and can bend sheet of thickness up to 45mm. We adopt advanced welding procedures, automatically weld main joints and reach rank-II welding quality.
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