Measurement requirements for cooling water flow in the power workshop of pharmaceutical companies

Cooling water is one of the main energy sources in the production process of pharmaceutical companies, and the accurate measurement of cooling water directly affects the power cost of products. There are various types of cooling water such as -5 ℃ and 7 ℃, and there are inlet and outlet pipes with generally larger diameters; In addition, pharmaceutical companies need to frequently adjust their cooling capacity due to process requirements, and the amount of cooling water used is always fluctuating. Historical data analysis of flow meters can provide data support for the reasonable matching of cooling water usage and supply. As an energy supply unit, the power workshop must be able to accurately measure the amount of various cooling water used to correctly allocate and settle with each energy consuming unit.

Measurement Strategies for Kekun Portable Ultrasonic Flow Meter - Installation of Large Diameter Sensor Z Method

The portable ultrasonic flowmeter adopts the measurement principle of sound wave propagation time difference method, and uses the installation methods of sensor "V" method and "Z" method to achieve high-precision measurement of different diameter pipeline media. The ultrasonic flowmeter has 485 communication function, which can realize the transmission of detection data to DCS and improve work efficiency.

The installation of sensor Z method can achieve a maximum measuring aperture of 6 meters for FSSE. Reaching ± 0.5%.Standard 485 communication function.

Kekun's Solution for a Antibiotic Production Enterprise in Zhejiang Province

The antibiotic production enterprise has three raw material production workshops, and the energy used is supplied by a specialized power workshop. Due to the increase in production capacity, a new 7 ° C cooling water pipeline with a diameter of 2000 has been laid. Time is tight and the task is heavy. Kekun technicians rushed to the site and used a portable ultrasonic flowmeter with 485 communication function, combined with FSSE sensors, to achieve accurate measurement of large-diameter 7 ° C water in the enterprise. The detection data was uploaded in real time to the DCS system of the power station, and the task was successfully completed.

Technicians are installing ultrasonic sensors