Buoy interface meter
Thread Content
How should it be installed to ensure that the inner float does not come into contact with the outer float wall (and what is the impact of friction on the liquid level)? What should be noted during installation? What should be noted during maintenance?
Please read the materials provided randomly aloud, carefully and thoroughly!
OP, what is an internal floating tank? What is an external floating tank? I don’t understand. Draw a diagram for me
This post was last edited by qugd on 2017-12-13 at 16:57. The float level gauge (level indicator) consists of an outer float (also known as a sleeve) and an inner float; it is the inner float that actually performs the measuring function. From the structure of the float level gauge, it can be seen that during installation it is necessary to ensure that the buoyancy component of the float remains perpendicular to the ground. At the same time, the flow of the measured medium must not affect the free floating of the inner float, and fluctuations in the liquid level must not cause any impact on the inner float. If friction occurs between the inner float and the outer float, it indicates a problem with the installation, which can have a significant impact on the measurement results.
I previously replied to a post about the verticality of buoy installation; the provisions in the \"GB 50093-2013 Code for Construction and Quality Acceptance of Automation Instrumentation Projects\" are quite clear on this matter.