NX-PHT(63)

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NX-PHT (63) is an electrochemical sensor for the measurement of pH levels in liquid solutions. It’s designed for industrial and research applications in industries like food and beverage, pharmaceutical, waste, and process control. The device has an electronic module and a sensing electrode sub-assembly. It’s used to measure pH values in the range 0 to 14.

The electrochemical sensor measures pH levels using a passive bridge circuit. This includes an internal reference electrode, sense and reference electrodes, and a feedback network. The device is powered by an external power supply, typically in the form of a voltage source. The reference electrode establishes a known reference voltage. The sense electrode detects the pH of the surrounding liquid. The current between the two electrodes is amplified by the feedback network to produce a signal proportional to the pH.

To obtain a wide range of pH readings, the device is equipped with a temperature-compensation circuit. This circuit eliminates any temperature-induced errors in pH readings. It uses an external thermistor to detect the temperature of the solution. This information is analysed by the compensator circuit and the output data is applied to adjust the pH measurements accordingly.

NX-PHT (63) has a high sensitivity to pH levels. It can detect changes in the pH level with a resolution up to 0.005 units. Its compact design makes it suitable for use in confined locations and has a low power consumption, making it even more efficient. Additionally, it has a wide range of temperature tolerance and is resistant to dust and water.

NX-PHT (63) can be used in many industrial applications. It’s used to monitor pH levels in water and wastewater treatment processes. It can also be used to detect pH levels in food and drinks, and is often used in process control systems. It is also used in laboratories for research purposes and is commonly used in medical and healthcare settings.

In conclusion, NX-PHT (63) is an electrochemical sensor designed for high-precision pH readings. It uses a passive bridge circuit to detect pH levels and features a temperature-compensation circuit to improve accuracy. Its robust design and wide range of applications make it a widely used device in many industries, from wastewater and food processing to medical and healthcare settings.

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