Water Quality Sensor

KCD310 Online COD Sensor no reagents no pollution small size more convenient COD turbidity and temperature 1.Principle Many organic compounds dissolved in water absorb ultraviolet light. Therefore, the content of dissolved organic pollutants in water can be accurately measured by measuring the absorption of these organic compounds to 254 nm wavelength UV light. KCD310 online COD sensor uses two light sources, one ultraviolet light to measure COD content in water, the other

1.Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

1.Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

1. Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

1.PrincipleKFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

1.Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

1. Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

1.Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

1.Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

1.Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

1.Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

Principle KFDO310 integrated on-line fluorescence dissolved oxygen sensor is designed and made based on the quenching principle of excited fluorescence of specific substances in physics. The blue light from the light-emitting diode illuminates the fluorescent material on the inner surface of the fluorescent cap. The fluorescent material on the inner surface is excited and emits red light. By detecting the phase difference between the red light and the blue light, and

KFDO300 Online Fluorescence Dissolved Oxygen Sensor Water Quality Sensor Characteristics Integrated design, anti-electromagnetic interference Built-in temperature sensor, real-time temperature compensation Support salinity and air pressure compensation Stainless steel case, IP68 waterproof grade, suitable for various working conditions RS485 signal output, Standard Modbus protocol, easy integration, networking Technical Specifications Water Quality Sensor Model KFDO300 Water

KFDO300 Online Fluorescence Dissolved Oxygen Sensor Water Quality SensorCharacteristicsIntegrated design, anti-electromagnetic interferenceBuilt-in temperature sensor, real-time temperature compensation Support salinity and air pressure compensationStainless steel case, IP68 waterproof grade, suitable for various working conditionsRS485 signal output, Standard Modbus protocol, easy integration, networkingTechnical SpecificationsWater Quality Sensor ModelKFDO300Water Quality

KFDO300 Online Fluorescence Dissolved Oxygen Sensor Water Quality Sensor Characteristics Integrated design, anti-electromagnetic interference Built-in temperature sensor, real-time temperature compensation Support salinity and air pressure compensation Stainless steel case, IP68 waterproof grade, suitable for various working conditions RS485 signal output, Standard Modbus protocol, easy integration, networking Technical Specifications Water Quality Sensor Model KFDO300 Water

KFDO300 Online Fluorescence Dissolved Oxygen Sensor Water Quality Sensor Characteristics Integrated design, anti-electromagnetic interferenceBuilt-in temperature sensor, real-time temperature compensation Support salinity and air pressure compensation Stainless steel case, IP68 waterproof grade, suitable for various working conditions RS485 signal output, Standard Modbus protocol, easy integration, networking Technical Specifications Water Quality Sensor Model KFDO300 Water

KFDO300 Online Fluorescence Dissolved Oxygen Sensor Water Quality Sensor Characteristics Integrated design, anti-electromagnetic interference Built-in temperature sensor, real-time temperature compensation Support salinity and air pressure compensation Stainless steel case, IP68 waterproof grade, suitable for various working conditions RS485 signal output, Standard Modbus protocol, easy integration, networking Technical Specifications Water Quality Sensor Model KFDO300 Water

KFDO300 Online Fluorescence Dissolved Oxygen Sensor Water Quality Sensor Characteristics Integrated design, anti-electromagnetic interference Built-in temperature sensor, real-time temperature compensation Support salinity and air pressure compensation Stainless steel case, IP68 waterproof grade, suitable for various working conditions RS485 signal output, Standard Modbus protocol, easy integration, networking Technical Specifications Water Quality Sensor Model KFDO300 Water

RS485 Interface Dissolved Oxygen Sensor Anti Interference KFDO601 KFDO601 Online Fluorescence Dissolved Oxygen No Electrolyte Is Required And Will Not Be Polarized No Oxygen Consumption 1.Difference between polarographic and fluorescence measurements of dissolved oxygen 1: Fluorescence method dissolved oxygen measuring instrument is based on the principle of fluorescence quenching. The fluorescent material at the front of the sensor is a special platinum porphyrin composite

Dual High Impedance KPH601 Online PH Sensor Differential Amplifier KPH601 Online PH Sensor Signal Output: RS-485 (Modbus/RTU Protocol) 1.Calibration Both the zero point, the point where the pH electrode delivers 0 mVpotential and the slope of the calibration line show manufacturing dependent tolerances and will change after exposure to the measuring solutions. Therefore the pH electrode has to be calibrated with accurately defined buffer solutions. In order to make an exact