|
|
|
|
Pitot Tube Flow Sensors | In-Line Flow Sensors
|
Click for larger image. |
|
|
$500.00
FPT-3025
|
|
Includes Shut-Off Valves on Both Pressure Connections
|
|
Low Pressure Drop
|
|
Low Maintenance
|
|
Rugged Construction Yields, Non-Clogging, Stable Design
|
|
Applications
|
|
Remediation
|
|
Natural, Flare, Flue, Stack Gas
|
|
Boiler Feed-Water
|
|
Cooling Water
|
|
Superheated, Saturated, or Geothermal Steam
|
|
Combustion or Compressed Air
|
|
Oil Flow Monitoring
|
View related products - Vortex Shedding Flow Meters and Pitot Tubes
|
| |
|
|
|
The FPT-3000 Series in-line flow
sensors are two averaging pitot
tubes for compatible gases and
liquids. They provide accurate and
convenient flow rate sensing for a
schedule 40 pipe, when purchased
with a suitable differential
pressure gage with appropriate
range. Extremely reliable, proven
technology, pitot tubes, have
been used in flow measurement
for years. Multiple sensing point
measurement and built-in averaging
capability eliminates the need for
“traversing” the flowing stream
with single point velocity pressure
measurement which saves time.
The FPT-3000 averaging flow
sensors are designed to be
inserted in the pipeline through
a compression fitting and are
available for pipe sizes from
2.5 to 25.4 cm (1 to 10"). All
models include convenient and
quick-acting quarter-turn ball
valves to isolate the sensor for
zeroing with 1/8 female NPT valve
assembly process connections.
Specifications
Accuracy: ±2%
Materials of Construction:
Valves: Brass with TFE seats and
BUNA-N O-Rings
Head and Sensor Tube:
304 SS
Compression Fitting: ¼ NPT
Brass
Valve Connections: ⅛ female NPT
Maximum Pressure: 13.7 bar
(200 psig)
Maximum Temperature: 93.3°C
(200°F)
|
| |
|
|
|
|
|
† All dollar amounts on this site are shown in Singapore currency.
Note: Comes complete with shut-off valves on both pressure ports, compression fitting to mount, and operator’s manual.
|
|
|
|
|
| |
Related Links -
Related Products
|
|
|
|
Keywords:inline, in-line, flow, sensor, pilot tube, gas flow, water flow.
|
Back to top
|
|