Vortex Flowmeter For Optimal Magnetic Flow Measurement Systems
The 8800D HART Vortex Flowmeter is engineered for reliable and accurate flow measurement across a
wide range of industrial applications. Designed with advanced HART
communication, it ensures seamless integration into modern process
control systems while delivering precise data for optimal
performance. Its robust stainless-steel construction, flanged
connections, and digital display provide durability, ease of
installation, and clear, real-time readings. Ideal for magnetic
flow measurement systems, the 8800D combines precision,
reliability, and intelligent diagnostics to support efficient
operation in industries such as oil and gas, chemical processing,
and water treatment.
| Parameter | 8800D HART Vortex Flowmeter | Magnetic Flowmeter | Coriolis Flowmeter | Ultrasonic Flowmeter |
|---|
| Measurement Principle | Vortex shedding (Kármán vortex street) | Faraday’s law of electromagnetic induction | Direct mass flow via Coriolis effect | Transit-time or Doppler ultrasonic signals |
| Measured Variables | Volumetric flow, temperature, pressure (with multivariable option) | Volumetric flow (conductive liquids only) | Mass flow, density, temperature | Volumetric flow, velocity |
| Accuracy | ±0.75% of rate (typical) | ±0.5% of the rate | ±0.1% of rate (high precision) | ±1% of the rate (transit-time) |
| Fluid Compatibility | Liquids, gases, steam | Conductive liquids only | Liquids, gases, slurries | Clean liquids, some gases |
| Pipe Size Range | DN 15–DN 600 (½"–24") | DN 10–DN 2000 (⅜"–80") | DN 6–DN 300 (¼"–12") | DN 25–DN 1200 (1"–48") |
| Pressure/Temperature Range | High pressure & high temperature (steam service capable) | Moderate pressure, limited temperature | Wide range, including cryogenic | Moderate pressure & temperature |
| Installation Requirements | Straight pipe runs upstream/downstream | Full pipe, grounding required | Rigid mounting, vibration sensitive | Clean pipe, good acoustic coupling |
| Output/Communication | HART, 4–20 mA, pulse | HART, Modbus, Profibus | HART, Modbus, Foundation Fieldbus | HART, Modbus, RS-485 |
| Maintenance | Low, no moving parts | Low, but the electrodes may foul | Higher (sensitive to vibration, calibration) | Low, but depends on sensor coupling |
| Typical Applications | Steam, compressed air, industrial gases, water | Water, wastewater, slurries, chemicals | Custody transfer, oil & gas, chemical dosing | HVAC, water distribution, non-intrusive flow checks |
Applications
The 8800D HART Vortex Flowmeter is designed for versatile use across a wide range of industries
and process conditions. Typical applications include:
- Steam Measurement
- Saturated and superheated steam in power generation, chemical
plants, and district heating systems.
- Industrial Gases
- Compressed air, nitrogen, oxygen, and other process gases are used
in manufacturing and utilities.
- Liquids
- Water, solvents, and chemical solutions in process industries,
ensuring accurate volumetric flow monitoring.
- Energy Management
- Monitoring steam and gas consumption for efficiency optimization
and cost control.
- HVAC and Utilities
- Flow measurement in chilled water, cooling towers, and building
automation systems.
- Oil & Gas / Petrochemical
- Custody transfer, process monitoring, and utility flow measurement
in upstream, midstream, and downstream operations.
FAQ – 8800D HART Vortex Flowmeter
Q1: What is a Vortex Flowmeter, and how does it work?
A Vortex Flowmeter measures flow by detecting vortices (swirls)
created when fluid passes a bluff body in the flow stream. The
frequency of these vortices is directly proportional to the flow
velocity, allowing accurate volumetric flow measurement.
Q2: What makes the 8800D HART Vortex Flowmeter unique?
The 8800D combines robust stainless-steel construction with
advanced HART communication, providing accurate flow data, easy
integration into control systems, and reliable performance in
demanding environments.
Q3: Which fluids can be measured with the 8800D?
It is suitable for liquids, gases, and steam, making it versatile for industries such as oil & gas, chemical,
power generation, and water treatment.
Q4: What is the accuracy of the 8800D?
Typical accuracy is ±0.75% of rate for liquids and gases, and ±1.0% of rate for steam applications.
Q5: What communication protocols are supported?
The 8800D supports HART protocol with a standard 4–20 mA output, ensuring compatibility with most
distributed control systems (DCS) and asset management platforms.
Q6: What are the installation requirements?
The meter requires straight pipe runs upstream and downstream to
ensure stable vortex formation. Proper installation minimizes
turbulence and maximizes accuracy.
Q7: Is the 8800D suitable for high-temperature or high-pressure
applications?
Yes. The rugged design allows operation in high-pressure and high-temperature environments, including superheated steam service.
Q8: What maintenance is required?
The 8800D has no moving parts, which minimizes wear and reduces maintenance needs. Routine
calibration checks are recommended for critical applications.
Q9: In which industries is the 8800D commonly used?
- Power generation (steam monitoring)
- Oil & gas (utility and process flow)
- Chemical and petrochemical plants
- Water and wastewater treatment
- HVAC and building automation
Q10: Does the 8800D support diagnostics?
Yes. Built-in diagnostics provide alerts for process disturbances,
sensor health, and installation issues, helping operators maintain
system reliability.
Good Service
- Please send us your RFQ to receive the latest pricing.
- Orders will be shipped within 3–5 working days after payment is received.
- We can arrange shipment via UPS, DHL, EMS, or FedEx. If you have a preferred courier, please let us know.
- We maintain a large inventory, and prices may vary. For specific quotations, please contact us
directly.
