PSLUX Precession Vortex Flowmeter Natural Gas Air with 4-20mA Pulse Output 24V
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PSLUX Precession Vortex Flowmeter Natural Gas Air with 4-20mA Pulse Output 24V is an intelligent gas flow meter designed for measuring natural gas, compressed air, and industrial gases. It utilizes vortex precession technology to provide accurate volumetric and compensated flow measurement. Key features include temperature and pressure compensation, RS485 and 4-20mA outputs, low pressure loss, and a wide turndown ratio.
Overview
PSLUX Precession Vortex Flowmeter Natural Gas Air with 4-20mA Pulse Output 24V is a smart gas flow measurement device specifically developed for monitoring the flow of natural gas, compressed air, nitrogen, hydrogen, LPG, biogas, and other non-corrosive gases. It combines flow sensing, temperature measurement, pressure monitoring, and intelligent compensation functions into a single compact instrument.
How It Works
As gas flows through the meter body, it passes through a specially designed vortex generator that creates a stable swirling flow pattern. The frequency of the resulting vortex precession is directly proportional to the gas flow rate. Advanced microprocessor electronics analyze these signals and calculate the actual flow, while integrated temperature and pressure compensation ensure accurate standard flow measurement regardless of process condition changes.
Why Choose This Product
Unlike conventional gas flow meters, the Precession Vortex Flowmeter offers high accuracy over a wide flow range while maintaining low pressure loss. Its intelligent compensation functions help improve measurement reliability for billing, process control, and energy management applications. The robust construction and multiple communication outputs make integration into modern automation systems simple and cost-effective.
Benefits
- Accurate gas flow measurement with automatic compensation.
- Wide measuring range suitable for varying flow conditions.
- Low maintenance due to no moving mechanical parts.
- Reliable operation in industrial environments.
- Multiple output and communication options for system integration.
- Reduced operating costs through efficient process monitoring.
- Suitable for both local display and remote monitoring applications.