Customization: | Available |
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After-sales Service: | a Year |
Material: | Alloy |
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The usage method of the flow difference alarm instrument mainly involves its configuration and monitoring functions, typically including setting up flow packages, monitoring flow difference values, and corresponding alarm functions. First, you need to select the appropriate flow differential alarm based on the actual application scenario and install it correctly on the pipeline that needs to be monitored. Then, follow the steps below for configuration and use: Set data package and alarm threshold: Based on the normal flow range of the pipeline and the expected safety flow difference, set the corresponding flow package and alarm threshold on the alarm instrument. This usually involves inputting the normal values, maximum values of the upstream and downstream flows, as well as the trigger conditions for the difference alarm. Monitor the flow difference: The alarm instrument will automatically monitor the real-time values of the upstream and downstream flows and calculate the difference. During this process, the alarm instrument may use the built-in flowmeter or cooperate with other flowmeters to ensure the accuracy of the measurement. Alarm function: When the flow difference exceeds the set alarm threshold, the alarm instrument will trigger the alarm mechanism, which usually includes audible and visual alarms, displaying alarm information on the screen or sending alarm signals to the control system. This helps operators promptly detect and handle potential flow issues, such as pipeline leaks or blockages. In addition, depending on the specific alarm instrument model and application scenario, other configurations may be required, such as setting the working mode of the alarm instrument or calibrating the flowmeter. During use, the working status and accuracy of the alarm instrument should be regularly checked to ensure its continuous and effective monitoring of flow differences and reliable alarm function. Overall, the usage method of the flow difference alarm instrument is not complicated, but it requires specific configuration and adjustment based on the actual application scenarios. Through reasonable setting and use, the flow difference alarm instrument can effectively help monitor the flow conditions in the pipeline and ensure the smooth progress of the production process. |
Flow difference alarm is an instrument used to monitor and alarm the flow difference in pipelines . It mainly measures the difference between the upstream and downstream flow values to closely monitor the working condition of the fluid in the pipeline to ensure that the fluid can always maintain normal flow Flow difference alarm can be widely used in a variety of industrial fields, such as chemical plants, foundries, etc., especially for the water cooling system of intermediate frequency furnace, to control the temperature and flow difference of water in and out. If there is a problem with the water cooling system, it may lead to equipment failure, component damage, and even safety accidents, so it is crucial to monitor the flow difference of cooling water The instrument can be used with many types of flowmeters, such as ultrasonic flowmeters, electromagnetic flowmeters, turbine flowmeters, etc., to achieve accurate flow measurement and difference calculation 1. In addition, the flow difference alarm device usually has an audible and visual alarm function. When the flow difference exceeds the set threshold, it will send an alarm in time to remind the operator to take appropriate measures In the market, there are many suppliers to provide flow difference alarm products, such as Jiangsu Chenyuxin Instrument Co., LTD. These products are usually characterized by stable measurement and high accuracy, and can be customized to customer needs In general, the flow difference alarm is an indispensable tool in industrial production and equipment maintenance, which can help enterprises find and deal with the flow problem in the pipeline in time to ensure the smooth progress of the production process |