How should these two types of level gauges be selected?
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1. As shown in the first diagram, can a magnetic flap level gauge with a remote transmission rod achieve this? 2. Is the second type a level switch? How does a level switch achieve indication and interlock alarm functions? 3. LISA stands for Indicated Chain Alarm; what does “indicated” mean in this context? Is it a digital display? Red, yellow, and green lights again? 5. If the medium is a refrigerant, is an oscillator suitable for selecting a level switch? If that doesn’t work, could any friend recommend one? Please give me some advice. Thank you
1. The magnetic flap level gauge displays the liquid level height through the action of internal magnets. The remote transmission rod enables remote monitoring, and this configuration is suitable for situations where the liquid level cannot be observed directly. 2. The second type is a level switch, which can enable indicator interlock alarms through circuit design. The level switch triggers the alarm system when it detects a specific liquid level. 3. In LISA, “indication” usually refers to displaying the alarm status visually or audibly, such as using warning lights (red, yellow, green) or a digital display. 5. For media that are refrigerants, fork-type level switches may not be suitable, as the viscosity and density properties of the refrigerant can affect their accuracy. It is recommended to choose level switches designed specifically for low temperatures or specific chemical properties, such as capacitive level switches. .
A magnetic float level gauge can be used. Our factory, Liaoyang Northern Electrical Instrument, is a specialist in the production of refrigerant level gauges. For inquiries, contact Manager Fang at 13841950053; we can develop various PLC control solutions tailored to customer requirements.
Which outlet can use a magnetic float level gauge?
Which outlet can use a radar level gauge? Please take a look at the diagram