LKN-60

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LKN-60 is a field-proven application technology primarily designed for continuous measurement and monitoring of chemical concentrations in complex industrial processes. It is typically used in industries such as petroleum, chemical and pharmaceuticals, as well as for wastewater treatment and landfills. The system is a modular system that consists of communications, hardware, sensors and a computer.

The main processor unit of the LKN-60 system is the LK-60, which is an integrated process control and data logging system. The LK-60 is capable of multiplexing up to eight (8) independent sensors and can be expanded to absorb more than 50 (50) input channels. This processing system has an extensive range of operating conditions. The operating temperature range is -20°C to +125°C and has an operating voltage range of 110 to 240 VAC.

Pre-programmed into the LKN-60 are algorithms which are specifically designed for analyzing and tracking the data collected from the process. The algorithms are based on the technology of fuzzy logic and pattern recognition systems. The fuzzy logic system provides the ability to accurately identify the quality of data and how it is related to the process. Furthermore, the pattern recognition system provides the ability to recognize and classify similar, but separate events. The algorithms also provide a means of filtering and recognizing incoming data and making decisions based on the data.

The LKN-60 system also includes a number of communication ports, such as linear analogue and digital, and enables communication with other systems such as remote computers and data networks. This communication protocol allows the user to take advantage of remote monitoring, data logging and reporting.

The LKN-60 is a powerful system that is used to measure, monitor and analyze the chemical concentrations in complex industrial processes. The system can be programmed to recognize and process data, as well as to filter and analyze incoming data. With its advanced fuzzy logic and pattern recognition algorithms, the system is capable of accurately measuring and monitoring chemical concentrations in the process. Furthermore, the system is equipped with multiple communication ports, which enable it to be remotely monitored and data logged. In sum, the system provides a reliable and accurate solution for complex industrial processes that people can depend on.

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