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Time of issue:2020-04-29 00:00:00
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3400 contact conductivity probe

Controllers and sensors

Controllers And Sensors

3400接触式电导率探头%95%B0%E5%AD%97%E5%8C%963400%202
3400接触式电导率探头-(1)
3400接触式电导率探头-(2)
3400接触式电导率探头

3400 contact conductivity probe

-Typical application GLI3400 series conductivity sensors can achieve high measurement accuracy in any measurement range from ultrapure water to boiler water, different temperatures, and other harsh environments. There are four models of GLI3400 series conductivity probes, which are suitable for different applications. The 3422 series compression probe material: titanium Typical applications: ultrapure water, deionized water Installation method: flow-through or plug-in Material: Graphite Typical application: Surface water Installation method: plug-in or submersible 3444 series high-temperature probe material: titanium or 316 stainless
3400接触式电导率探头%95%B0%E5%AD%97%E5%8C%963400%202
3400接触式电导率探头-(1)
3400接触式电导率探头-(2)
3400接触式电导率探头
Product description
Technical indicators
- typical application 
 
GLI 3400 series conductivity sensors can achieve high measurement accuracy in any measurement range from ultrapure water to boiler water, different temperatures, and other harsh environments.
 
There are four models of GLI3400 series conductivity probes, which are suitable for different applications
 
 
 
3422 Series Compression Probe
 
Material: Titanium
 
Typical applications: ultrapure water, deionized water
 
Installation method: flow-through or plug-in
 
 
 
3433 Series Non-metallic Universal Probe
 
Material: Graphite
 
Typical application: surface water
 
Installation method: plug-in or submerged
 
3444 Series High Temperature Probe
 
Material: Titanium or 316 stainless steel
 
Typical applications: boiler water, condensate
 
Installation method: plug-in
 
 
 
3455 Series Hygienic Probe
 
Material: 316 stainless steel
 
Typical applications: pharmaceutical, sanitary, food, industrial water
 
Installation method: plug-in flange installation
 
 
 
-Features and benefits
 
● Each sensor is tested to obtain its unique four-digit cell constant. The cell constant is used together with GLI's DRY-CAL calibration method to ensure a high degree of accuracy
 
● Sensor installation method: compression installation type, non-metallic general type, boiler / condensation type and sanitary flange type
 
● A variety of probe materials can cope with various harsh environments
 
● High temperature response performance
 
 
 
-Calibration method
 
The conductivity measurement electrode is calibrated using the DRY-CAL calibration method, which solves the correction problem when the conductivity or temperature is at the limit value. Each sensor was tested for conductivity slope and temperature offset at the factory. Each sensor is marked with its factory calibration data. The operator only needs to input the calibration data during installation-the electrode can work normally.
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Technical index
Measuring range: maximum range 0-200,000µS / cm. The specific measuring range varies with the electrode constant:
Cell constant Measuring range
  Conductivity (µS / cm) Resistivity (Megaohm)
0.05 0~100 0.002~20
0.5 0~1000 0.001~20
1 0~2000 Not applicable
5 0~10000 Not applicable
10 0~200,000 Not applicable
Sample temperature: -20~200℃;
Maximum flow rate: 3m/s
Pressure range: 100psig at 200 ℃;
Accuracy: ± 0.01% of reading,
Probe weight: 0.45kg

 

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