Advanced Industrial Grade High-Precision Digital Vortex Flowmeter

Overview
The JC-080 Vortex Flowmeter operates based on the Kármán vortex street principle. The release frequency fff of the Kármán vortex street is directly proportional to the flow velocity. By measuring this frequency, the instantaneous flow rate can be accurately calculated.

This flowmeter uses a piezoelectric crystal or differential capacitance element within the sensor to detect the alternating forces exerted by the vortices, making it a reliable velocity-type flow instrument. The JC-080 Vortex Flowmeter, with its stress-type design, measures fluid flow rates by detecting the vortex frequency generated when fluid passes through a triangular prism in the pipeline.

Notable for its simple and robust structure with no moving parts, the JC-080 ensures long service life, high measurement accuracy, wide rangeability, and low pressure loss. It is widely used for process measurement and energy management of low-viscosity liquids, gases, and steam in various industries, including petroleum, chemicals, metallurgy, machinery, food, and paper, as well as urban pipeline heating, water supply, and gas.

The JC-080 is also available with integrated temperature and pressure compensation, providing more accurate flow measurements by accounting for variations in these parameters.

Product Features

· Low Power Consumption: Utilizes a low-power CPU central processor and LCD display.

· Easy Installation and Maintenance: Long verification cycle, generally two years.

· Robust Structure: No moving parts, ensuring high reliability for long-term operation.

· Wide Rangeability: Normal range 1:10, with a range ratio up to 1:15.

· Low Pressure Loss: Reduces operational costs and provides significant energy savings.

· Stable Output: Within a certain Reynolds number range, the output signals are unaffected by changes in the physical properties and composition of the measured medium.

· Versatile Display and Transmission: Capable of on-site display, long-distance transmission, and connection to computer control systems.

· Non-Contact Measurement: The detection probe does not directly contact the measured medium, offering more stable performance.

· Integrated Temperature and Pressure Compensation: Provides accurate measurements by compensating for temperature and pressure variations.

· Enhanced Anti-Interference: Current output is optoelectronic isolated, with strong suppression of common mode interference.

Technical parameter