Online FCL/Turbidity Meter T6200 Transmitter Monitoring Water Treatment Wastewater Treatment

Short Description:

Industrial on-line FCL/Turbidity transmitter is an on-line water quality dual channel monitoring and control instrument with microprocessorThe FCL, Turbidity and temperature value of aqueous solution were continuously monitored and controlled.The instrument is equipped with different types of FCL and turbidity sensors. Widely used in power plants, petrochemical industry, metallurgical electronics, mining, paper industry, biological fermentation engineering, medicine, food and beverage, environmental protection water treatment, aquaculture, modern agricultural planting and other industries.


  • Measurement range: FCL:0-20mg/L; Turbidity:0~4000NTU
  • Resolution: FCL:0.01mg/L; Turbidity:0.01NTU
  • Basic error: FCL:±0.1mg/L; Turbidity:±5%;
  • Temperature: -10~150.0℃ ( Depend on the Sensor)
  • Current Output: Two 4~20mA,20~4mA,0~20mA
  • Communication output: RS485 MODBUS RTU
  • Relay control contacts: 5A 250VAC,5A 30VDC
  • Working temperature: -10~60℃
  • IP rate: IP65
  • Instrument Dimensions: 144×144×118mm

Product Detail

Product Tags

T6200 Online FCL/Turbidity Transmitter

Online DO&DO Dual Channel Transmitter
6000-A
6000-B
Function
Industrial on-line FCL/Turbidity transmitter is an on-line water quality dual channel monitoring and control instrument with microprocessorThe FCL, Turbidity and temperature value of aqueous solution were continuously monitored and controlled.
Typical Use
The instrument is equipped with different types of sensors. The instrument is equipped with different types of FCL and turbidity sensors. Widely used in power plants, petrochemical industry, metallurgical electronics, mining, paper industry, biological fermentation engineering, medicine, food and beverage, environmental protection water treatment, aquaculture, modern agricultural planting and other industries.
Mains Supply
85~265VAC±10%,50±1Hz, power ≤3W;
9~36VDC, power consumption≤3W;
Measuring Range
FCL:0-20mg/L;
Turbidity: 0-4000NTU
Tempreature:-10~50.0℃;

T6200 Online FCL/Turbidity Transmitter

Online FCL/Turbidity Transmitter

Measurement mode

Online FCL/Turbidity Transmitter

Calibration mode

Online FCL/Turbidity Transmitter

Trend chart

Online FCL/Turbidity Transmitter

Setting mode

Features

1. Large display, standard 485 communication, with online and offline alarm, 144*144*118mm meter size, 138*138mm hole size, 4.3 inch large screen display.

2. Intelligent menu operation

3. Multiple automatic calibration

4. Differential signal measurement mode, stable and reliable

5. Manual and automatic temperature compensation 6. Three relay control switches

7. 4-20mA & RS485,Multiple output modes

8.Multi parameter display simultaneously shows  FCL/ turbidity, Temp, current,etc.

9. Password protection to prevent misoperation by non- staff.

10. The matching installation accessories make the installation of the controller in complex working conditions more stable and reliable.

11. High & low alarm and hysteresis control. Various alarm outputs. In addition to the standard two-way normally  open contact design, the option of normally closed contacts is also added to make the dosing control more targeted.

12. The 3-terminal waterproof sealing joint effectively prevents water vapor from entering, and isolates the input, output and power supply, and the stability is greatly improved. High resilience silicone keys, easy to use, can use combination keys, easier to operate.

13.The outer shell is coated with protective metal paint, and safety capacitors are added to the power board, which improves the strong magnetic

anti-interference ability of industrial field equipment. The shell is made of  PPS material for more corrosion resistance.

The sealed  and waterproof back cover can effectively prevent water vapor from entering, dustproof, waterproof, and corrosion-proof, which greatly improves the protection capability of the whole machine.

Electrical connections
Electrical connection The connection between the instrument and the sensor: the power supply, output signal, relay alarm contact and the connection between the sensor and the instrument are all inside the instrument. The length of the lead wire for the fixed electrode is usually 5-10 meters, and the corresponding label or color on the sensor Insert the wire into the corresponding terminal inside the instrument and tighten it.
Instrument installation method
Multiparameter Water Quality Meter
Technical specifications
Measuring range FCL:0-20mg/L; Turbidity:0~4000NTU,
Unit mg/L, ppm, NTU
Resolution FCL:0.01mg/L; Turbidity:0.01NTU
Basic error FCL:±0.1mg/L; Turbidity:±5%;
Temperature -10~150.0℃(  Depend on the Sensor)
Temp. resolution 0.1℃
Temp. accuracy ±0.3℃
Temp. compensation 0~150.0℃
Temp. compensation Manual or automatic
Stability pH:≤0.01pH/24h; EC: ≤1ms/cm /24h
Current outputs Two 4~20mA,20~4mA,0~20mA
Signal output RS485 MODBUS RTU
Other functions Data record &Curve display
Three relay control contacts 5A 250VAC,5A 30VDC
Optional power supply 85~265VAC,9~36VDC,power consumption ≤3W
Working conditions No strong magnetic field interference around except the geomagnetic field.
Working temperature -10~60℃
Relative humidity ≤90%
Waterproof rating IP65
Weight 0.8kg
Dimensions 144×144×118mm
Installation opening size 138×138mm
Installation methods Panel & wall mounted or pipeline

CS5530D Digital Residual Chlorine Sensor

CS5530D Digital Residual Chlorine Sensor
Model NO. CS5530D
Power/Signal Output 9~36VDC/RS485 MODBUS RTU
Measure material Double platinum ring/3 electrodes
Housing material Glass+POM
Waterproof grade IP68
Measurement range 0-20mg/L
Accuracy ±1%F.S
Pressure range ≤0.3Mpa
Temperature compensation NTC10K
Temperature range 0-60℃
 

Calibration

Water   sample,   chlorine-free   water   and   standard

liquid

Connection methods 4 core cable
Cable length Standard 10m cable or extended to 100m
Installation thread PG13.5
Application Tap water, pool water, etc

CS7920D Online Flow-through Turbidity Sensor

Online Flow-through Turbidity Sensor
Online Flow-through Turbidity Sensor
  The principle of the turbidity sensor is based on the combined infrared absorption and scattered light method. The ISO7027 method can be used to continuously and accurately determine the turbidity value. According to ISO7027 infrared double-scattering light technology is not affected by chromaticity to determine the sludge concentration value. The self-cleaning function can be selected according to the use environment. Stable data, reliable performance; built-in self-diagnosis function to ensure accurate data; simple installation and calibration.The electrode body is made of POM, which is corrosion-resistant and more durable. The seawater version can be plated with titanium, which also performs well under strong corrosion.IP68 waterproof design, can be used for input measurement. Real-time online recording of Turbidity/MLSS/SS, temperature data and curves, compatible with all water quality meters of our company.5-400NTU-2000NTU-4000NTU, a variety of measuring ranges are available,suitable for different working conditions, the measurement accuracy is less than ±5% of the measured value.
Typical application:
Turbidity monitoring of water from waterworks, water quality monitoring of municipal pipeline network; industrial process water quality monitoring, circulating cooling water, activated carbon filter effluent, membrane filtration effluent, etc.

 

Model NO.

CS7920D/CS7921D/CS7930D

Power/Signal Output

9~36VDC/RS485 MODBUS RTU

Measurement mode

90° IR scattered light method

Dimensions

50mm*223mm

Waterproof rating

IP68

Housing material

 POM

Measurement accuracy

±5% or 0.5NTU,whichever is greater 

Pressure range

≤0.3Mpa

Temperature range

0-45℃

 

Calibration

 

Standard liquid calibration, water sample calibration

 

Thread

Flow-through

Cable length

Standard 10m cable or extended to 100m

Installation thread

PG13.5

Application

General applications, municipal pipeline network; industrialprocess water quality monitoring, circulating cooling water,

activated carbon filter effluent, membrane filtration effluent,

etc.


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