CS3743G digital conductivity meter Salinity EC TDS sensor

Short Description:

electrode type water level sensor comprises a cylinder with two ends closed by an end plate, and the cylinder body is provided with at least two electrode rods of different lengths, whose lengths correspond to different water levels; One end of the electrode rod is fixed on the end plate through the screw plug, and the insulating sleeve is lined between the electrode rod and the screw plug. The length of the electrode rod is different, using the conductivity of the water in the boiler, when the water level in the boiler changes, due to the contact and separation of the electrode rod and the furnace water of different water levels, the electrical circuit is closed or disconnected, so that the signal of the reaction water level change is transmitted out, and then it can be further processed according to the signal. The matching surface between the electrode rod, insulating sleeve, screw plug and end plate of the above electrode type water level sensor adopts a conical structure. The utility model has the advantages that the electrode type water level sensor takes the conductivity of water as the working principle, the sensing quality is stable, the false signal is not easy to be generated, the structure is simple, and the service life is long.


  • Model No: CS3743G
  • Waterproof rating: IP68
  • Temperature compensation: PT1000
  • Installation thread: NPT3/4
  • Temperature: 0°C~200°C

Product Detail

Product Tags

CS3743G Conductivity Sensor

Specifications

Conductivity range: 0.01~20μS/cm

Resistivity range: 0.01~18.2MΩ.cm

Electrode mode: 2-pole type

Electrode constant: K0.01

Liquid connection material: 316L

Temperature: 0°C~200°C

Pressure resistance: 0~2.0Mpa

Temperature sensor: PT1000

Mounting interface: NPT3/4

Cable: standard 10m

Name

Content

Number

Temperature Sensor

PT1000 P2

Cable length

 

 

 

5m m5
10m m10
15m m15
20m m20

Cable Connector

 

 

 

Boring Tin A1
Y Pins A2
Single Pin A3
BNC A4

 

 

 

 

 

 

 

 


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