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Streamline your flow measurement operation with the FP-5100 Series flow sensor. Using this compact flow sensor, a matched sensor installation fitting, an OMEGA? flow meter or controller, and ordinary handtools, you can assemble a complete flow monitoring or controlling system in minutes. Accurate to ±0.2 fps, with repeatability at ±0.1 fps, this insertion sensor operates on a simple electromechanical principle, proven in thousands of liquid flow applications worldwide. It all adds up to precision, dependability, and convenience? “ basic advantages that are quickly surpassing its in-line competition.

Convert your maintenance hours into minutes with the FP-5300. Should a sensor, rotor, or O-ring need to be replaced, it takes only seconds. Reduce your system downtime substantially with a stand-alone FP-5300 sensor, or simply add a Wet Tap Assembly and eliminate downtime completely. Combined with the FP-5300 during initial installation, the Wet Tap allows sensor removal without system shut-down. Optional local or remote capability lets you place your meter up to 200 feet away without signal amplification, and you can install the FP-5300 in pipe sizes ranging from 1/2 inch to 36 inches without a lot of additional cost, because the price of the FP-5300 increases only slightly for larger pipe sizes.

Available in a choice of chemically resistant, non-contaminating housing materials, the FP-5300 stands up to the harshest environments. The glass-filled polypropylene housing version is lightweight but strong, which makes it ideal for handling a wide range of liquids, including corrosive fluids in chemical processing. For processes involving acids and solvents, the PVDF (polyvinylidene fluoride) housing version is a tough fluorocarbon that is highly resistant to more severe fluids.

The sensor works on a simple but precise electromechanical principle based on measuring the rate and volume of flow in your pipe. Four permanent magnets, imbedded in the rotor blades, spin past a coil in the sensor body. As the fluid flow causes the rotor to move, a sine wave signal is produced, directly proportional to the flowrate. The patented ? ?open cell? ? feature of the rotor ensures a linear, repeatable output, up to 20 fps, with accuracy of ±0.2 fps. The result is minimal head loss and no cavitation.

Designed to allow optional conduit installation, the FP-5300 easily lets you comply with local codes requiring conduit protection. For instance, pry off the plug on top of the sensor: underneath, youll find a 1/2 FNPT thread. Using an optional conduit adaptor fitting kit, you can connect your conduit FPM-5000-SCAK conduit adaptor kit), and an optional instrument back-cover kit will provide everything you need for quick conduit connection to a meter or controller. Additionally, you can adapt to both rigid and flexible liquid-tight conduits, protecting your system hookup from harsh elements and mechanical damage.

Flow Range

Pipe Size

1/2 "

3/4"

1"

11/4"

1 1/2 "

2"

2 1/2 "

3"

4"

5"

6"

8"

10"

12"

Range (gpm)

1 to 19

1.7 to 34

2.7 to 54

4.7 to 94

6.4 to 127

10.6 to 210

15 to 300

24 to 461

40 to 794

63 to 1247

91 to 1801

156 to 3119

246 to 4915

349 to 6977

SPECIFICATIONS
Accuracy: ±1% full scale
Output Signal: 1 V p-p/fps
Output Frequency: 6 Hz/fps nominal
Flow Rate Range: 1 to 20 fps
Source Impedance: 8 k?
Maximum Pressure:
   FP-5300 Series: 180 psig max @ 20 °C (68 °F)
   FP-5100 Series: 200 psig max @ 20 °C (68 °F)
Minimum Temperature: 0 °C (32 °F)
Maximum Temperature: See chart on spec sheet for complete temperature and pressure rating
Pressure Drop: Equal to 2.5 m (8') of straight pipe
Material:
   Transducer Housing: glass-filled polypropylene or PVDF
   O-Rings: FKM
   Shaft: Titanium or Hastelloy C(PVDF optional)
   Rotor: PVDF
Maximum % Solids: 1% of fluid volume, non-abrasive, nonmagnetic, <100 micron diameter and length
Standard Cable Length: 7.5 m (25')
Max Viscosity: 1 centipoise (water); up to 5 cp above 5 fps velocity