How to choose the Fuji FTK Water level transmitter?
Time2022-11-21 14:28 linkS：
How to choose the Fuji FTK Water level transmitter?
The FTK water level transmitter uses silicon micrococcling sensor and microprocessor as a signal measurement element, which accurately measures the liquid static pressure proportional to the liquid level, and converts the professional signal conditioning circuit to standard 4-20mA current. Signal output, establish a linear correspondence between output signals and liquid depth to achieve precise measurement of liquid depth. The FTK water level transmitter has high accuracy, small volume, easy to use, and directly put into the liquid to measure the liquid level height at the end to the liquid level at the end of the transmitter.
The FTK Water Level transmitter is widely used in city water supply drainage, sewage treatment, pools, oil tanks, hydrological geology, reservoir, river and ocean and other fields. How do we know what we should choose in practical applications? Today, let's share with you how to choose the water level transmitter that suit to your work location!
1. Your must know your signal output requirements, the general output signal is PLC, DCS, or instrumental device, so the output signal of the water level transmitter must be matched with the input signal of these devices. Common output signals are DC4-20mA, 0-20mA, 0-10V, 1-5V and other analog signals.
2, we must know that the power supply you can provide, Water level transmitters generally need power supply. The commonly used working power supply includes 24VDC and 220VAC, and the unused power supply is 12VDC, 15VDC, 48VDC, 110VAC, etc.
3. Installation method: The water level transmitter generally uses thread installation or flange installation. The terminal uses terminal wiring and installed on the instrument.
4, we must know the accuracy requirements: specific analysis of specific situations, depending on whether the accuracy is applicable;
5, the requirements of the occasion, such as their specific applications and scope, such as power plants, chemical plants, etc.
6. Dimensions, the design of the water level transmitter is becoming more and more small, and the purpose of miniaturization is to occupy less space. Of course, users should be allowed to be installed densely, and there is a problem of heat dissipation in intensive installation, so internal power consumption must be reduced. Therefore, the value of internal power consumption should be paid attention to when selecting.
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