HHR
FlowPak • A
technological advancement in differential pressure flow
metering.
Designed from the innovative velocity profiling technology of
the FTI Translineal Flow Plate and the field proven performance
of the HHR Flow Tube, the HHR
FlowPak consistently
outperforms other flow measurement technologies in the most
demanding flow environments. |
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Highest Accuracy
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Energy Efficient
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Installation Versatility
• No Upstream and Downstream Piping Requirements
• Broad Range of Applications
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| HIGHEST
ACCURACY / PROVEN PERFORMANCE
• The HHR
FlowPak delivers proven
performance based on extensive laboratory and field testing. |
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Empirical
data from Alden Research Laboratory show the coefficient of
discharge of the HHR
FlowPak to be constant, independent
of Reynolds Number, and within +
0.5% of the predicted value, even when installed directly
after two elbows out of plane. This eliminates the need for
calibration testing to characterize the coefficient and accuracy
of each individual meter. When a higher degree of accuracy is
desired, the HHR
FlowPak can be calibrated at a
laboratory whose data is NIST certifiable to an accuracy of + 0.25%.
Documentation is available. |
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Typ.
Requires Calibration to Determine
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Varies
w/Beta and DP Typ. 25 - 75%
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Flanged,
Weld-in, Wafer, Saddle
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Limited only by lower boundary of Reynolds Number |
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| ENERGY
EFFICIENCY •
The HHR
FlowPak provides superior
energy efficiency. |
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Low
permanent pressure loss (PPL) equates to energy efficiency and
reduced operating cost. The HHR
FlowPak has a lower permanent
pressure loss than the orifice plate, Annular Orifice, flow
nozzle or wedge meter. In an orifice plate the flow impacts with
an abrupt surface and typically results in a PPL of 2 psig. The HHR
FlowPak has a smooth, contoured,
obstruction free entrance with a pressure recovery cone for
enhanced pressure recovery. In many cases the recurring
operating cost savings offered by the HHR
FlowPak in such applications as
high pressure, high temperature steam can actually pay for
itself in a very short period of time. |
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ENERGY
EFFICIENT
COST EFFECTIVE
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| INSTALLATION
VERSATILITY •
The HHR
FlowPak provides installation
versatility in challenging situations. |
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The
unique design ensures that a flow velocity profile is well
developed and properly defined prior to measurement. Fluidic
Techniques has conducted extensive performance testing on the HHR
FlowPak at Alden Research Laboratory
utilizing two close coupled 90 degree elbows out of plane
immediately before and after the meter. Test results show high
accuracy and performance with NO
ADDITIONAL UPSTREAM AND DOWNSTREAM PIPING,
even in disturbed flow applications. This key feature assures
installation versatility in tight piping systems whether new
construction or retrofit. This can result in significant cost
savings in larger, more expensive line sizes. |
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INSTALLATION
VERSATILITY
NO UPSTREAM PIPING REQUIREMENTS |
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The
HHR FlowPak adapts to the tightest piping systems
without compromising performance. When governing codes
increase upstream piping requirements, Fluidic
Techniques designed the solution.
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| RANGE
OF APPLICATIONS •
The HHR
FlowPak is virtually unlimited
in scope. |
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There
are essentially no limitations to flow measuring applications
for the HHR
FlowPak. They can be used in natural
gas, most chemicals, gasoline, oil, hydrogen, oxygen, LNG,
etc... The HHR
FlowPak meets the toughest flow
measurement challenges such as high temperature, high pressure
main stream, and high pressure boiler feedwater, petrochemical,
power plants and offshore platforms. |
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| FLEXIBLE
DESIGN |
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HHR-F
FlowPak
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HHR-W
FlowPak
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Fluidic
Techniques Division of FTI Industries, Inc..
c/o WGS Equipment
Tel: (610) 325-3800 • Fax: (610) 325-9504
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Flow
Metering that Outperforms in the Most Demanding Environments
