KPSE08F16-8PA71

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KPSE08F16-8PA71 is a type of industrial closed-loop conductivity transmitter. The device has a wide range of applications across various industries like water treatment, pharmaceuticals, and chemical processes. It is used to measure conductivity in a variety of applications and environments. It is also used to regulate the conductivity of a liquid or solution. The device is designed for long-term, reliable, and accurate measurement.

KPSE08F16-8PA71 is made up of a transmitter and sensor in one integrated body. The device utilizes two electrodes to measure the conductivity of a solution or liquid. The two electrodes are connected to a dedicated control circuit and the output signal is transmitted to the transmitter. It also has temperature and pressure sensors to monitor the environment. The device is designed with a modular structure that can be easily configured for different measurement ranges and functions.

The working principle of KPSE08F16-8PA71 is based on measuring electrical resistivity. The two electrodes measure the amount of current flow between them through the solution and then the electrical resistivity is calculated from that value. The transmitter then converts this value into a conductivity value. It also measures the temperature and pressure of the solution and includes them in the calculation. The output signal of the transmitter is then transmitted to a monitoring system.

In conclusion, KPSE08F16-8PA71 is an industrial closed-loop conductivity transmitter used to measure the conductivity of solutions or liquids with accuracy and reliability. It is composed of a transmitter and sensor in one integrated body and utilizes two electrodes connected to a control circuit to measure the electrical resistivity of a liquid. Temperature and pressure sensors are also included in the device for accurate measurements. The output signal is then transmitted to a monitoring system. This device is suitable for a variety of applications and is easy to configure.

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