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| | | Verabar... New Ideas That Work | | |
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| | | Quick Jack Hot Tap | | Spring-Lock... Offers a Superior Mounting | | |
| | | Unique Valve Head | | |
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| | | Verabar offers a new concept... built-in valves in the head of the instrument. This superior design: | | |
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| | | Drive System | | |
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| | | Benefits of the Quick Jack Single Point Drive System: • Speeds sensor Insertion | | This advanced, patented design ensures the sensor remains sealed, locked and | | |
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| | | pre-loaded to the opposite wall regardless of changes in pipe diameter due to pressure, temperature or mechanical force. | | |
| | | Simplifies installation and | | |
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| | | maintenance. • Lowers the | | |
| | | and retraction. | | |
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| | | • Seals the drive threads from the environment | | |
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| | | This design has important advantages: | | |
| | | connecting hardware cost by | | |
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| | | and protects them from damage. | | Fugitive emission and leak prevention... The Spring-Lock continually compen- | | |
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| | | reducing the number | | |
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| | | sates for the differential in packing and body growth rates due to increased | | |
| | | Removable, single point drive for use | | |
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| | | of fittings. | | |
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| | | Increases sensor strength, thereby eliminating the | | |
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| | | need for an opposite wall support. A locked, pre- | | |
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| | | Transmount | | |
| | | loaded sensor is four times stronger than a non-preloaded, cantllevered sensor. Other mounting methods | | |
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| | | A Transmount flow system is the first choice for all | | |
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| | | liquids; and for gas and steam applications, with slight variations in pressure and temperature. | | |
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| | | do not pre-load the sensor | | |
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| | | Increased sensor vibration, metal fatigue, breakage and leakage. | | |
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| | | Mass Transmount | | |
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| | | Spring-Lock I | | |
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| | | A Mass Transmount flow | | |
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| | | system should be selected on | | |
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| | | Visual load | | |
| | | steam and | | applications | | |
| | | gas | | |
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| | | with variable temperature | | |
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| | | and pressure. | | |
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| | | Compensates for changes In pipe | | |
| | | Field Flow Systems | | |
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| | | Ready to install, the | | |
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| | | Verabar can be ordered with a manifold, transmitter | | |
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| | | or local indicating meter. | | |
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| | | The Proof of Verabar Accuracy | | |
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| | | Accurate Flow Coefficients | | |
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| | | The true test of a flow measurement device Is Its ability | | |
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| | | coefficient within Its accuracy Actual Flow Test | | |
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| | | Verabar has been thoroughly tested at independent flow laboratories (all sensor sizes, in | | |
| | | Test Location: Utah water Research Laboratory Test Data: November 13, 1991 Fluid: Äaterat 60deg F | | |
| | | Meter Size: 6 inch, Schd 40, -10 Serial No: V1000.05.1 | | |
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| | | : 74 | | |
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| | | .073 | | |
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| | | : 72 | | |
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| | | "f " ±1.0% | | |
| | | : 7 | | |
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| | | K 0.70 | | |
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| | | o eg | | |
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| | | o es | | |
| | | multiple pipe sizes, in gas and liquids). | | |
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| | | 10 | | 15 | | 20 | | 25 | | |
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| | | Veocity (fps) | | |
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