Swirl Flowmeters | Compact, High‑Accuracy Flow Measurement for Gases & Liquids

Swirl flowmeters utilize advanced vortex shedding technology combined with flow conditioning, delivering high accuracy and reliability in a compact design suitable for a wide range of industrial fluids.

Why Swirl Flowmeters from ADYAA?

Reliability:

Engineered for steady performance with minimal maintenance.

Precision:

Find the exact pressure range you need from our wide selection.

Resilient:

From vibrations to extreme temperatures.

Support:

Get personalized, hands-on assistance from our team.

Swirl Flow Sensors | Space‑Saving Flowmeters for Energy & Process Applications | ADYAA

With minimal straight pipe requirements and excellent tolerance to dirt and pollution, swirl flowmeters offer unrivaled ease of installation and maintenance, making them ideal for demanding process environments.

ABB FSS430

Reliable swirl flow measurement for liquids, gases, and steam with ±0.5% accuracy.
Compact design requiring minimal straight pipe lengths for installation.
Features AutoZero and SensorMemory for easy maintenance and calibration.
Supports HART and Modbus communication for seamless integration.

ABB FSS450

Advanced swirl flowmeter with integrated energy and mass calculations.
Enhanced vibration cancellation for accurate measurement in challenging environments.
Comes with digital display and multiple output options including analog and pulse.
Designed for quick commissioning with user-friendly operation through front glass.

Key Features

Delivers precise flow measurement with +/- 0.2% accuracy, outperforming many vortex meters.
Requires minimal straight pipe length, saving space and reducing setup expenses.
Ensures robust, maintenance-free operation with long-term stability.
Provides accurate measurements across a broad flow range.
Suitable for gases, liquids, steam, and low-viscosity fluids.
Features signal processing for reliable output and communication protocols.

Industrial Applications:

Power generation: Steam flow for turbine efficiency and emission control.
Chemical processing: Reliable flow measurement for corrosive gases and liquids.
HVAC systems: Monitoring steam and hot water flow for climate control.
Food and beverage: Hygienic flow measurement in production lines.
Oil and gas: Fuel and compressed air flow monitoring in harsh environments.
Pharmaceutical: Precise dosing and flow control for liquid medicines.