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CCHN is a trusted U.S. registered company in industrial automation & controls, CCHN's goal is helping saving your money by bypassing all kinds of local dealers/agents in buying industrial automation products from Chinese manufacturers directly. You will be enjoyed to get free tech support on how to choose, how to wire, how to commissioning with CCHN professional engineers. Shopping for your automation systems on CCHN one-stop online store now. The price on the website only for sample reference. for Mass order,please send the enquiry to us.

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Foam cutting is a device for processing materials in the chemical industry such as foam and sponges. It mainly uses the high

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CCHN Industry
 
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CCHN Industry

CCHN is a trusted U.S. registered company in industrial automation & controls, CCHN's goal is helping saving your money by bypassing all kinds of local dealers/agents in buying industrial automation products from Chinese manufacturers directly. You will be enjoyed to get free tech support on how to choose, how to wire, how to commissioning with CCHN professional engineers. Shopping for your automation systems on CCHN one-stop online store now. The price on the website only for sample reference. for Mass order,please send the enquiry to us.

Blog

Foam cutting is a device for processing materials in the chemical industry such as foam and sponges. It mainly uses the high

...
Portable Conductivity Meter, 100mS/cm, 220VAC
 
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Portable Conductivity Meter, 100mS/cm, 220VAC


$634.92
Portable conductivity meter with measuring range 0~100mS/cm, power supply 220VAC, accuracy ±1.0%FS can be used for condu
SKU: CHN-CDTYM-100
Free Shipping Worldwide
Delivery date: 6-12 days

Portable conductivity meter with matched platinum black conductivity electrode & temperature sensor has measuring range 0μS/cm~100mS/cm, power supply AC 220V.

Specification:

ModelCHN-CDTYM-DDS-307A
Shipping weight3kg
Dimension300*220*90mm (L*W*H)
Measuring range *Conductivity:
Conductivity electrode (K=0.01): 0.0~2.0μS/cm
Conductivity electrode (K=0.1): 0.2~20.0μS/cm
Conductivity electrode (K=1.0): 2~10, 000μS/cm
Conductivity electrode (K=10.0): 10, 000~100, 000μS/cm (10~100mS/cm)
TDS: 0.000~1999 mg/L
Temperatue: 0.0~99.9℃
Intrinsic errorConductivity: ±1.0%FS
TDS: ±1.0%FS
Temperatue: ±0.3℃
Accuracy±1.0%FS
Stability±0.33%FS/3h
Temperature compensation0~40℃ (32~104℉) manual/automatic
Temperature sensorT-818-B-6
DisplayLCD display can show measured conductivity value and temperature
Operation keysConductivity, Conductivity constant, Constant regulation, Temperature, ENTER
FunctionsAutomatic/manual temperature compensation, mutli-function electrode bracket
Power supplyAC 220V±22V, 50Hz±1Hz
Package included1 * Portable conductivity meter (Model: CHN-CDTYM-DDS-307A)
1 * Platinum black conductivity electrode (Model: CHN-CDTYM-DJS-1C)
1 * Temperature sensor (Model: CHN-CDTYM-T-818-B-6)
1 * Mutli-function electrode bracket (Model: CHN-CDTYM-REX-I)
1 * Power cable
1 * User manual

Tips: How to determine the conductivity electrode constant?
According to the formula K = S / G, the electrode constant K can be obtained by measuring the conductivity G of the conductivity electrode in a certain concentration of KCL solution. At this time, the conductivity S of the KCL solution is known. Because the concentration and temperature of the measuring solution are different, and the accuracy and frequency of the conductivity meter are also different, a large error sometimes occurs in the conductivity electrode constant K. And the electrode constant may also change after a period of use. Therefore, the electrode constants of newly purchased conductivity electrodes and conductivity electrodes after a period of use should be re-calibrated.
Pay attention to the following points when measuring the conductivity constant of the conductivity electrode:

  1. The supporting conductivity meter should be used for measurement, and don't use other type of conductivity meter.
  2. The temperature of the KCL solution should be preferably close to the temperature of the actual measured solution.
  3. The concentration of the KCL solution should be preferably near the concentration of the actual measured solution.