How to maintain and maintain the electromagnetic flow meter in the shutdown state

Abstract: The information on how to maintain and maintain the electromagnetic flowmeter in the shutdown state is provided by the excellent flowmeter and flowmeter manufacturers and quotation manufacturers. When the electromagnetic flowmeter is not in use, we must take scientific and reasonable maintenance and maintenance methods for the electromagnetic flowmeter. In providing electromagnetic flowmeter technical services to users, it is often encountered that users purchase electromagnetic flowmeters and use them for a period of time. More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following is the details of the article on how to maintain and maintain the electromagnetic flowmeter in the shutdown state. When the electromagnetic flowmeter is not in use, we must take scientific and reasonable maintenance and maintenance methods for the electromagnetic flowmeter. In providing electromagnetic flowmeter technical services to users, it is often encountered that after purchasing the electromagnetic flowmeter and using it for a period of time, the user finds that the measurement data is inaccurate after using it again. In fact, this is not the quality problem of the electromagnetic flowmeter itself. Because the user did not follow the after-use maintenance and maintenance methods in the manual. 1. Regularly check the electrical performance of the sensor for the maintenance of the electromagnetic flowmeter: First, roughly measure the resistance between the electrodes. Disconnect the signal connection between the sensor and the converter, fill the sensor with liquid, measure the resistance between the two electrodes and the ground terminal with a multimeter, whether it is within the range specified by the manufacturer, and the two measured values ​​are roughly the same. Record the resistance value of the first measurement, which is useful for later determining the cause of the sensor failure (such as whether the deposited layer is conductive or insulating). Next, empty the sensor of the liquid, wipe the inner wall, and measure the resistance between the two electrodes and the ground terminal with a megohmmeter after it is completely dry. Finally, check the insulation resistance of the excitation coil, remove the sensor excitation coil, connect the terminal to the converter, and measure the insulation resistance of the coil with a megohmmeter. After power-on, the zero point must be adjusted when the electromagnetic flow sensor is full of liquid and still. After being put into operation, it is also necessary to periodically stop the flow for zero-point inspection according to the conditions of use; especially for precipitation, easily polluted electrodes, and non-cleaning liquids containing solid phase, more inspections should be carried out in the early stage of operation to gain experience to determine the normal inspection cycle. Compared with the rectangular wave shock, the electromagnetic flowmeter of the AC excitation method is more prone to zero drift, so more attention should be paid to inspection and adjustment. Give two examples of application errors where the deposited layer fails. One is that in oil drilling and cementing engineering, the total flow of cement slurry is an important process parameter, and high-pressure electromagnetic flowmeters are often used. The instrument is used intermittently. After use, rinse the sensor measuring tube with clean water, and the remaining time is empty. Due to the incomplete cleaning, the residual cement slurry on the inner wall of the measuring tube solidified into a thin layer, which accumulated to form an insulating layer in the past two months, covering the entire electrode surface, resulting in abnormal operation and eventually unable to work. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'How to maintain and maintain the electromagnetic flow meter in the shutdown state'

Guangdong Kaidi Energy Technology Co., Ltd. has created a professional team which contained with a numbers of engineers and technology experts.

Guangdong Kaidi Energy Technology Co., Ltd. looks forward for the meeting and the association with your esteemed company.

Visit Kaidi level indicator for the best in customized level indicator level gauge supplies and get the most cost effective for your level gauge solution. Design and customization are also welcomed.

KAIDI provides a number of customized level indicator designed to handle customized level indicator.

Guangdong Kaidi Energy Technology Co., Ltd. always focus on the situation of global market and understands the importance factors of manufacturing level gauge.