- Product Introduction

MC-SStype
Water depthLiquid level sensor
Product User Manual
Beijing Mengchuang Weiye Technology Co., Ltd
Our company solemnly promises that for users who purchase our sensors, we will provide free services
Provide one-on-one technical support (including wiring methods, data analysis, maintenance, etc.) until the user masters the use.
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1 |
overview |
Water depthThe liquid level sensor adopts high-performance diffusion silicon piezoresistive pressure sensor as the measuring element. After high reliability amplification processing circuit and precision temperature compensation, the gauge pressure or absolute pressure of the measured medium is converted into standard voltage or current signals. This product is compact in size and easy to use and install. It can be directly immersed in water to measure the liquid level height from the end of the transmitter to the liquid level.
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2 |
characteristic |
1Adopting advanced circuit processing technology, with stable performance and high sensitivity;
2Multiple measuring ranges, maximum measurable200m(water column pressure);
3Adopting316LStainless steel isolation membrane, suitable for various measurement media;
4Flexible configuration, different configurations can be selected according to needs;
5Integrated or split type options are available;
6Reverse polarity and overvoltage protection;
7Anti impact and lightning protection design;
8Laser resistance temperature compensation, zero point and range can be adjusted on site;
9Wide range, corrosion-resistant, suitable for various media;
10Strong overload and anti-interference ability, stable performance.
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3 |
scope of application |
Measurement and control of liquid levels in industrial sites, urban water supply and sewage treatment, petroleum, chemical, power plants, hydrological monitoring, reservoirs, dams, hydropower construction and other fields.
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4 |
Product Information |
Measurement form and scope:0~5000mm H2O
Allow overload:2Multiple full range pressure
Working temperature:-20~80℃
Temperature compensation:-10~70℃
Storage temperature:-40~80℃
Accuracy:0.2%FS(typical) 0.5%FS(maximum)
Stability error:0.2%FS(typical),0.5%FS(maximum)
Temperature drift coefficient:0.03%FS(Typical, range less than)5m H2O)
Output signal:RS485
Power supply:12-24VDCThe longer the cable, the higher the power supply voltage required
Shell material:304Industrial grade stainless steel
ORing: Fluororubber
Diaphragm:316Lstainless steel
protection grade IP68
3、 Other parameters
Specific parameters of liquid level sensor
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output signal |
Working current |
Supply Voltage |
The longest cable length |
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15Vpower supply |
24Vpower supply |
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voltages |
0~2.5V DC |
23mA |
20mA |
15~30V DC |
>200rice |
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0~5V DC |
23mA |
20mA |
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0~10V DC |
23mA |
20mA |
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current signal |
4~20mA |
25~30mA |
23~30mA |
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digital signal |
RS485 |
23mA |
20mA |
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>600rice |
4、 Impedance requirements for current signals
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Supply Voltage |
15V |
20V |
24V |
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Maximum impedance |
300Ω |
500Ω |
>500Ω |
The calculation formula for analog signals is as follows:
4-20mAcorresponding0-5mThe range calculation is as follows:
YThe numerical value representing the liquid level; Company:mm(mm)
XIndicate the output current value of the sensor; Company:mA(milliampere)
Y=312.5X-1250
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5 |
Usage |
Liquid level sensorCan connect various devices such as data collectors, data acquisition cards, remote data acquisition modules, etc. that carry differential inputs.
Wiring Instructions:
The specific wiring method is shown in the following figure

Attention: Be careful when wiring. If the power supply voltage is too high or the polarity is reversed, it will cause permanent damage to the sensor


