Instructions for using the Wilson WSF-100 ultrasonic flowmeter: [2]

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The standard operating procedure for F271 external clamp ultrasonic flowmeter can be summarized into three core processes: installing sensors, setting instrument parameters, and measuring and calibrating. 1. When installing sensors, first thoroughly clean the surface of the pipeline to ensure that there is no oil, rust, or dust. Subsequently, based on the measurement of the pipe diameter and wall thickness, the accurate installation spacing and position of the sensor are determined. Then, a special coupling agent is evenly applied to the sensor emission surface, and finally, a spring pure noise fixture is used to tightly fix it on the pipeline. 2. The instrument is set to connect the power supply to the instrument and turned on. Key pipeline parameters (such as material, outer diameter, wall thickness), fluid properties (such as type, temperature), and sensor installation methods are input according to the on-site working conditions to complete the initial configuration. 3. After starting the measurement function, the stability of the flow rate, flow velocity and other data displayed on the instrument is monitored in real time. If deviations are found in the measured values, calibration operations should be carried out by comparing known standard flow rates and other methods to ensure the accuracy of the final results.

2. Wilson WSF-100 Ultrasonic Flow Meter Instruction Manual: [2]

The Wilson WSF-100 Ultrasonic Flow Meter Instruction Manual mainly covers product usage methods and common troubleshooting solutions. Product usage method: Installation requirements: The flowmeter should be installed on the straight pipe section to ensure stable fluid flow. The length of the upstream straight pipe section is

Instructions for using ultrasonic flowmeter
recommended to be more than 10 times the diameter of the pipeline, and the downstream should be more than 5 times, avoiding installation near interference components such as elbows and valves. Sensor installation: The sensor needs to be in close contact with the outer wall of the pipeline. Before installation, the surface of the pipeline should be cleaned to remove impurities such as rust and paint, and a special coupling agent should be used to ensure the quality of signal transmission. Parameter setting: Set parameters such as pipeline diameter, fluid type, and range through the flowmeter panel or supporting software to ensure measurement accuracy. Operation process: After turning on the device, a self check is required to confirm that the sensor signal is normal before starting the measurement and guessing process. Real time data such as flow rate and velocity are displayed, and the state difference supports data storage and export functions. Common troubleshooting solutions: Signal abnormalities: Check if the sensor installation is loose, if the coupling agent is ineffective, or if there are bubbles or impurities in the pipeline that interfere with signal transmission. Large data fluctuations: Confirm whether the upstream straight pipe section meets the requirements, whether the fluid is in a turbulent state, adjust the sensor position or add rectifiers. Measurement error exceeding the standard: recalibrate the flow meter, check if the parameter settings are correct, or compare and verify through the standard meter method. Communication failure: Check if the communication cable connection is reliable, if the protocol settings match, or replace the communication module for testing. Maintenance and upkeep: Regular cle

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