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100mS/Cm Digital RS485 Conductivity Probe For Swage Water Online Detecting

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Province/State:jiangsu
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100mS/Cm Digital RS485 Conductivity Probe For Swage Water Online Detecting

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Brand Name :Daruifuno
Model Number :DEC35100-YD01A
Certification :CE, ISO
Place of Origin :China
MOQ :1
Payment Terms :T/T, Western Union, MoneyGram
Supply Ability :10000 Sets per Month
Delivery Time :5-25 days
Packaging Details :Carton
Product Name :Conductivity sensor
Measuring Principle :Conductivity cell 4-electrode
Electrical Isolation :Without
Measuring Range :Automatic switch: 0~5000 μS/cm 0.0 ~100.0 mS/cm 0~50℃
Temp. Compensation :Automatic, built-in temperature unit
Calibration Method :2-point calibration
Work Pressure :0~6Bar
Operating Temperature :0.0~50.0℃
Shell Material :PEEK+Nickel
Protection Grade :IP68
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100mS/cm digital RS485 conductivity probe for swage water online detecting

Measuring Conductivity It can be used as a measure of water quality and is economical and low maintenance. Solutions with good water quality and few pollutants have low conductivity. Conductivity maintenance is far less than pH and minimum calibration for boiler feed water, reverse osmosis and desalination applications.

Since conductivity increases to some extent with increasing ion concentration in the process, we can use it to correlate the % concentration value of a solution such as an acid or base. Also, since conductivity is non-specific, % concentration can only be measured based on one of the chemicals at a time, not a mixture of chemicals.

There are two basic sensor types for measuring conductivity: contact and inductive (ring, electrodeless). When using a touch sensor, conductivity is measured by applying an alternating current to the sensor electrodes (which together affect the cell constant) immersed in a solution and measuring the resulting voltage. The solution acts as an electrical conductor between the sensor electrodes.

Specification:

Product Name
Conductivity sensor
Product Model
DEC351
Brand Name
Daruifuno
Measuring Principle
Conductivity cell 4-electrode
Electrical Isolation
Without
Measuring Range
Automatic switch:
0~5000 μS/cm
0.0 ~100.0 mS/cm
0~50℃
Resolution
0.01μS/cm 0.1℃
Accuracy
1% of full scale
Temperature Compensation
Automatic, built-in temperature unit

Calibration Method

2-point calibration
Work Pressure
0~6Bar
Operating Temperature
0.0~50.0℃
Shell Material
PEEK+Nickel
Dimension
D:22mm L:150mm
Protection Grade

IP68

Please click the user manual of RS485 EC sensor here:

DEC351 Conductivity Sensor Manual.pdf

Features& Advantages

● Electrically isolated communication and power interface, strong anti-interference ability
● 4-electrode or 2-electrode structure, automatic range switching, easy to clean
● All-in-one package, can be used with online transmitters, DTU, and portable instruments
● RS485 interface, Modbus RTU, support access to standard industrial control system
● Protection grade IP68, can work continuously and stably under water for a long time
● Internal storage of calibration data, support offline calibration, plug and play on site

100mS/Cm Digital RS485 Conductivity Probe For Swage Water Online Detecting

Aplication:

Water treatment monitoring

Drinking water,surface water,water quality analyze,ground water,ect.

Industrial process monitoring and dosing control

Chemical,petroleum,paper,food and medicine,PCB manufacturing,etc.

FAQ
Q1. What is the wire length of the conductivity electrode?
A: The Conductivity electrode wire 1m by default, the length can be customed according to the exact demand in site.

Q2. What is the measuring principle of the conductivity sensor?
A: Conductivity cell 4-electrode

Q3. What is the advantage of digital conductivity sensor?
A: The digital conductivity sensor is conducive to long-distance signal transmission without serious signal attenuation. The sensor has RS485 interface, standard Modbus RTU communication protocol.

Q4. Can the conductivity sensor work under water?
A: Certainly. The protection grade of the conductivity sensor is IP68, it can work under water for a long time.

Q5. Can this conductivity controller measure the resistivity, TDS and salinity of water?
A: Our controller can measure the conductivity, resistivity, TDS and salinity of water. Because there is a relationship between these quantities.

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