• MIK-PH5013A PTFE pH sensor for corrosive medium

    MIK-PH5013A PTFE pH sensor for corrosive medium

    MIK-pH-5013A pH sensor used in PH measurement is also called primary cell. The primary battery is a system whose function is to convert chemical energy into electrical energy. The voltage of this battery is called electromotive force (EMF). This electromotive force (EMF) consists of two half-cells. Features

    • Zero potential point:7 ± 0.5 pH
    • Conversion coefficient: > 95%
    • Installation size: 3/4NPT
    • Pressure: 1 ~ 4 Bar at 25 ℃
    • Temperature: 0 ~ 60℃ for general cables
  • MIK-ORP6050 ORP sensor

    MIK-ORP6050 ORP sensor

    MIK-ORP-6050 pH sensor used in ORP measurement is also called primary cell. The primary battery is a system whose function is to convert chemical energy into electrical energy. The voltage of this battery is called electromotive force (EMF). This electromotive force (EMF) consists of two half-cells. Features

    • Range:-2000~+2000 mV
    • Installation size: 3/4NPT
    • Pressure:6 Bar at 25 ℃
    • Temperature:0 ~ 60℃ for general cables
  • MIK-TDS7002 4 Electrodes conductivity sensor

    MIK-TDS7002 4 Electrodes conductivity sensor

    MIK-TDS-7002 a variety of functions in one: conductivity EC / TDS measurement capabilities to achieve two in one, cost-effective integrated design to support the boiler water, RO water treatment, sewage treatment, pharmaceutical industry and other liquid measurement and monitoring. Features Range:10us/cm~500ms/cmResolution:±1%FSTemp compensation:NTC10K (PT1000, PT100, NTC2.252K optional)Temperature range: 0-50℃Temperature accuracy:±3℃

  • MIK-DO7016 Optical dissolved oxygen sensor

    MIK-DO7016 Optical dissolved oxygen sensor

    MIK-DO7016 Optical Dissolved Oxygen Sensor is based on luminescent optical technology. The Optical Dissolved Oxygen sensor is approved by the ASTM International Method D888-05 Features Range: 0.00 to 20.00 mg/LResolution:0.01Response time: 90% of the value in less than 60 secondsSignal interface: Modbus RS-485 (standard) and SDI-12 (option)Power supply:5 ~ 12 volts

  • MIK-TDS6012 Conductivity sensor

    MIK-TDS6012 Conductivity sensor

    MIK-TDS-6012 A variety of functions in one: conductivity EC / TDS measurement capabilities to achieve two in one, cost-effective integrated design to support the boiler water, RO water treatment, sewage treatment, pharmaceutical industry and other liquid measurement and monitoring. Features Range:0.01 electrode: 0.02~20.00us/cm
    0.1 electrode: 0.2~200.0us/cm
    1.0 electrode: 2~2000us/cm
    10.0 electrode: 0.02~20ms/cm

  • MIK-ORP6040 ORP sensor

    MIK-ORP6040 ORP sensor

    MIK-ORP-6040 pH sensor used in ORP measurement is also called primary cell. The primary battery is a system whose function is to convert chemical energy into electrical energy. The voltage of this battery is called electromotive force (EMF). This electromotive force (EMF) consists of two half-cells. Features

    • Range:-1000~+1000 mV
    • Installation size: 3/4NPT
    • Pressure:4 Bar at 25 ℃
    • Temperature:0 ~ 60℃ for general cables
  • MIK-PH5011 pH sensor

    MIK-PH5011 pH sensor

    MIK-PH5011 pH sensor used in PH measurement is also called primary cell. The primary battery is a system whose function is to convert chemical energy into electrical energy. The voltage of this battery is called electromotive force (EMF). This electromotive force (EMF) consists of two half-cells. Features

    • Zero potential point:7 ± 0.5 pH
    • Slope:> 95%
    • Installation size: 3/4NPT
    • Pressure:4 Bar at 25 ℃
    • Temperature:0 ~ 60℃ for general cables
  • MIK-DO700 Optical dissolved oxygen meter

    MIK-DO700 Optical dissolved oxygen meter

    MIK-DO700 dissolved Oxygen meter adopts fluorescence method to measure dissolved oxygen.The cap of the sensor is coated with a luminescent material. Blue light from an LED illuminates the luminescent chemical. The luminescent chemical instantly becomes excited and releases red light. The time and intensity of red light are inversely proportional to the concentration of oxygen molecules, So the concentration of oxygen molecules is calculated. Features Range: 0-20mg/L,0-200%,0-400hPaResolution:0.01mg/L,0.1%,1hPaOutput signal: 4~20mA; Relay; RS485Power supply: AC220V±10%; 50Hz/60Hz

  • MIK-TDS7001 Conductivity sensor

    MIK-TDS7001 Conductivity sensor

    MIK-TDS-7001 a variety of functions in one: conductivity EC / TDS measurement capabilities to achieve two in one, cost-effective integrated design to support the boiler water, RO water treatment, sewage treatment, pharmaceutical industry and other liquid measurement and monitoring. Features Range:0.01 electrode: 0.01~20us/cm
    0.1 electrode: 0.1~200us/cmResolution:±1%FSThread:G3/4Pressure: 5 bar

  • MIK-PH8001 Digital pH sensor

    MIK-PH8001 Digital pH sensor

    MIK-PH8001 pH electrode can be used for aquaculture, IoT water quality detection, with digital interface (RS485*1), can be used to measure the change of pH/ORP value in the aqueous solution system within the range, and it has standard RS485 Modbus RTU protocol interface function, Can communicate with the host computer remotely Features

    • Zero potential point:7 ± 0.5 pH
    • Output:RS485
    • Installation size: 3/4NPT
    • Communication:RS485
    • Power supply:12VDC
  • MIK-DO7013 Electrochemical dissolved oxygen sensor

    MIK-DO7013 Electrochemical dissolved oxygen sensor

    MIK-DO7013 Electrochemical dissolved oxygen sensor is widely used in Aquaculture, water quality testing, informational data collection, IoT water quality testing etc. Features Range: 0-20mg/LResolution:0.01mg/LOutput signal: RS485Communication protocol: MODBUS-RTU

  • MIK-DY2900 Optical dissolved oxygen meter

    MIK-DY2900 Optical dissolved oxygen meter

    MIK-DY2900 Optical type Dissolved oxygen online analyzer, an intelligent online chemical analyzer. The cap of the sensor is coated with a luminescent material. Blue light from an LED illuminates the luminescent chemical. The luminescent chemical instantly becomes excited and releases red light. The time and intensity of red light are inversely proportional to the concentration of oxygen molecules, So the concentration of oxygen molecules is calculated. Features Range: 0-20mg/L,0-200%,0-400hPaResolution:0.01mg/L,0.1%,1hPaOutput signal: 4~20mA; Relay; RS485Power supply: AC220V±10%; 50Hz/60Hz