OPTISWIRL 2100 F

The OPTISWIRL 2100 is a Vortex flowmeter for basic utility applications in all industries. The 2-wire device is the ideal choice when it comes to reliable flow measurement of conductive and non-conductive liquids, (wet) gases or steam where high accuracy is not required. The flowmeter features the robust Vortex technology of the OPTISWIRL product series, but does without the high-end options of the more powerful OPTISWIRL 4200. This makes it one of the most cost-effective Vortex flowmeters in the market. This Vortex flowmeter is also equipped with the field-proven Advanced Vortex Frequency Detection (AVFD) technology for signal filtering, allowing stable measurements even under demanding process conditions.

There are different variants available for the OPTISWIRL 2100. The Vortex flowmeter comes as flange or space-saving sandwich (wafer) version. For a large measurement span even in pipelines with large diameters, a version with integrated nominal diameter reduction (F1R/F2R) can also be provided. Its remote field housing version (F) allows the signal converter to be installed up to 50 m / 164 ft away from the sensor. The Vortex flowmeter also holds approvals for use in hazardous areas.

Features & Options

Economic flowmeter design

• Flange or space-saving sandwich (wafer) version (up to DN100 / 4")
• Advanced technology for signal filtering (AVFD Advanced Vortex Frequency Detection)
• Optional F1R/F2R version enables cost-saving installation without expensive pipeline reduction
• Available as compact (C) or remote field (F) version
• Robust construction (I66/67)
• High-resolution graphical display turnable in 90° steps
• Alternative operation using bar magnet while housing is closed
• HART®7 communication protocol
• Ex ia, Ex d approvals

Typical applications

General

• Steam applications: Determination of volume or mass flow under stable operating conditions
• Gas applications: Determination of volumetric or nominal flow rates under stable operating conditions for gas, wet gas and gas mixtures
• Liquid applications: Determination of volumetric flow rates of conductive and non-conductive liquids

Chemical and other process industries

• Hydrocarbons, thermal oils, etc.
• Solvents
• Desalinated water
• Gases, welding gases, steam

Iron, steel and metal industry

• Cooling circuits
• Compressed air
• Inert gases
• Oxygen
• Natural gas
• Steam

Food and beverage industry, Life sciences

• Steam, SIP/CIP processes
• Fully desalinated water, desalinated water
• CO2

Pulp and paper industry

• Compressed air, steam

Water and wastewater industry

• Compressed air, steam

Oil and gas industry

• Petrochemical products (benzene, ethylene etc.)
• Steam