MD1912

MD1912

Feature

No maintenance disposable dissolved oxygenw electrode, easy to use

Silicone, Teflon reinforced two oxygen permeable membrane, durable, Fast response, Water flow effect is small

Specification

Test Range:0~20.00ppm  Response time:98%<60秒(25℃时)

Residual current<0.5% of air current  

Temperature Sensor:NTC22K Polarization voltage:-670±50mV  

Air current:40~80nA(25℃时) Operating temperature:0~50℃  Pressure:0~0.4MPa

  • Image Name

    MD1912

    Feature

    No maintenance disposable dissolved oxygenw electrode, easy to use

    Silicone, Teflon reinforced two oxygen permeable membrane, durable, Fast response, Water flow effect is small

    Specification

    Test Range:0~20.00ppm  Response time:98%<60秒(25℃时)

    Residual current<0.5% of air current  

    Temperature Sensor:NTC22K Polarization voltage:-670±50mV  

    Air current:40~80nA(25℃时) Operating temperature:0~50℃  Pressure:0~0.4MPa

  • Image Name

    MD1900

    Optical Dissolved Oxygen Electrode

    Feature

    wfluorescence principle , needn't to replace the membrane and electrolyte

    Do not consume oxygen, no flow rate and agitationw requirements, high accuracy

    Automatic detection feature ensures that the measuredw value

    No flow requirements, can be measured in still water

    Specification

    Range:0~20mg/l(0~20ppm)0~200%SAT  Repeatability:+/-0.5%FS  

    T90:60s  Screw connection:G1  Cable:80m

    Material: Noumenon: SUS316L stainless steel titanium,Phosphor layer

    Cap: POM, fluorescent Layer: Silicon

  • Image Name

    CLN03MD1900

    Feature

    Installation and maintenance easy

    Specification

    wInstallation: by screws  Size: 120 * Φ65mm

  • Image Name

    PP-100A

    Feature

    The requirement to reduce the electrode line is only to be connected to the junction box and then another connection

    Specification

    length:1m/1.5m/2m  Collocation of circular junction box, electrode protection tube

The above accessories are for reference only. Please select accessories according to the actual situation of the products.