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1. Common dielectric conductivity meters for LDG electromagnetic flowmeters
In the industrial and scientific research fields, the accurate use of electromagnetic flowmeters relies on an understanding of the dielectric conductivity.. Conductivity is a physical quantity used to measure the electrical conductivity of a medium, measured in μ s/cm. The conductivity of different media varies. The following lists the conductivity range of common media to help users better choose and use electromagnetic flow meters. The conductivity range of acidic substances, such as various acids, is 10 * 104-801 * 10 μ s/cm, which means that the conductivity of acidic media in electromagnetic flow meters is significant and suitable for flow measurement in most acidic environments. Beer, as a type of beverage, has a conductivity range of 600-800 μ s/cm and is suitable for flow monitoring in certain specific beverage production lines. The conductivity range of alkaline solution is relatively wide, from 8 * 104-30 * 10 μ s/cm, which indicates that the conductivity of alkaline solution varies at different concentrations and needs to be selected according to specific situations. As one of the raw materials for brewing beer, malt extract has a conductivity range of 500-1000 μ s/cm, which is of great significance for flow monitoring in the brewing industry. Although the conductivity of distilled water in a pure state is relatively low, only 0.01-5 μ s/cm, its application in industrial processes cannot be ignored, especially in situations where accurate flow control is required. Milk, as a type of food, has a conductivity range of 200-300 μ s/cm, providing a reference for flow monitoring in dairy production lines. Water and beverage m
2. D07-7BM Mass Flow Meter User Manual: [1]
The D07-7BM Mass Flow Meter User Manual mainly covers the product usage method and common troubleshooting solutions. The specific content is as follows: Product usage method: Installation requirements: The flow meter should be installed in a place with low vibration and dry environment to avoid strong electromagnetic interference. Cut off valves need to be installed on both sides of the sensor for easy maintenance and calibration. Electrical connection: The power cord should use shielded cables, and the grounding resistance should be less than 1 Ω. The signal output terminal supports 4-20mA or pulse signals and needs to be configured according to the requirements of the control system. Startup process: After power on, it needs to be preheated for 10 minutes, and can only be put into use after the instrument self-test is completed (displaying "READY"). Zero calibration is required for the first use. Operating parameters: Set parameters such as range, unit, and small signal cutoff value through panel buttons or upper computer software. The default range is 0-1000kg/h, which can be adjusted according to actual needs. Daily maintenance: Check the grounding re
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