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Swagelok® Measurement Devices
 Gauges: Industrial, Process, Safety, Miniature, Low-Pressure, High-Purity, Sanitary
Transducers: Industrial, Explosion-Proof, Ultrahigh-Purity
- Swagelok tube adapter and Swagelok VCR® end connections available for easy positioning
- A variety of mounting options
- Meet ASME, EN, and JIS standards
Vertical Flow Sensors; Sight Glasses; Thermometers and Thermowells; Variable Area Flowmeters
To see all Swagelok measurement devices, use the online measurement devices product search.
To see product catalogs, technical reports, and instructions, use the measurement devices resources page.
Gauges
 Swagelok Pressure Gauges
Swagelok gauges provide accurate pressure measurement for industrial, high-purity, and sanitary applications. They are offered in a wide range of pressure ranges, dial sizes, connections, mountings, and options to support a wide range of customer requirements.
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Transducers
 Swagelok Pressure Transducers
Swagelok pressure transducers provide accurate electronic pressure monitoring for industrial and ultrahigh-purity applications. They are offered in a wide range of pressure ranges, process connections, electrical connectors, and output signals to support a wide range of customer requirements.
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Flow Sensors
 Swagelok Vertical Flow Sensors
Swagelok vertical flow sensors sense increasing or decreasing flow in gas systems and actuate an electrical switch at a predetermined flow range.
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Sight Glasses
 Swagelok Sight Glasses and Sight Glass Assemblies
Stainless steel, 3-A compliant sight glasses enable 360° monitoring of fluid flow through a borosilicate glass window.
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Thermometers and Thermowells
 Temperature Measurement Devices
Swagelok offers a variety of dampened-movement bimetal thermometers and thermowells for general industrial use and for the sanitary industries.
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Variable Area Flowmeters
 Variable Area Flowmeters
Swagelok variable area flowmeters measure the flow rate of liquids and gases by means of a tapered tube and float. The float is pushed up by increasing fluid flow and pulled down by gravity as fluid flow decreases.
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