The FIP (FLS) F3.00 rotary flowmeter sensor electrode probe is designed for liquids without solid particles. Starting from a flow rate of 0.15m/s, the sensor can measure the flow rate and generate a reproducible frequency signal output. A complete installation system with corresponding materials enables quick and easy installation on pipelines ranging from DN15 to DN600.

application

• Water treatment and regeneration

Industrial wastewater treatment and recycling

• Textile dyeing

• Water delivery

• Processing and manufacturing industries

• Filtering system

• Chemical production

• Infusion system

• Cooling water monitoring

• Heat exchanger

• Swimming Pool

• Pump protection

Main characteristics

C-PVC, PVDF or stainless steel sensor body

Two types of sensor lengths, covering sizes from DN15 to DN600

• Convenient plug-in system

• Measurement range exceeding 50:1

• Has high chemical and corrosion resistance

• Battery driven system version

Push pull output circuit connected by General Electric

technical data

general rule

• Pipeline size range: DN15- DN600 (0.5 "-24")

• Flow velocity range: 0.15-8 m/s (0.5-25 ft/s)

• Linear: ± 0.75% of full scale

• Repeatability: ± 0.5% of full scale

• Required Reynolds number: ≥ 4500

• Welding materials:

-Sensor body: C-PVC, PVDF or 316L stainless steel

-O-ring: EPDM or FPM

-Rotor: ECTFE (Halar) ®)

-Shaft: Ceramic/316L stainless steel (for metal sensors)

-Bearing: Ceramic, none (for metal sensors)

F3.00. H flow sensor probe (split type)

Power supply voltage: 5-24VDC ± 10% (stabilized)

Power supply current:<30 mA @ 24 VDC

• Output signal:

-Fangbo

-Frequency: nominal value 45 Hz per m/s

(nominal value 13.7 Hz per ft/s)

-Type: NPN transistor with open collector

-Output current: 10 mA max

• Cable length: 8m (26.4ft) standard value, 300m (990 ft)

， max

F3.00. C flow sensor probe (split type)

• Power supply voltage: 3-5VDC regulated or 3.6V lithium battery

Power supply current:<10 µ A max

• Output signal:

-Fangbo

-Frequency: nominal value 45 Hz per m/s

(nominal value 13.7 Hz per ft/s)

-Input impedance: ≥ 100 K Ω

• Cable length: 8 m (26.4 ft) standard value, 16 m (52.8 ft)

F3.00. P flow sensor probe (for direct connection to PLC)

Power supply voltage: 12-24VDC ± 10% (stabilized)

Power supply current:<30 mA @ 24 VDC

• Output signal:

-Fangbo

-Frequency: nominal value 45 Hz per m/s

(nominal value 13.7 Hz per ft/s)

-Type: Push pull (used to connect to NPN and PNP inputs)

-Output current: 20 mA max

• Cable length: 8 m (26.4 ft) standard value, 300 m (990 ft)

ft），max

Operating pressure/temperature

F3.00. H or F3.00. P sensors

• C-PVC body:

- ≤10 bar (145 psi) @ 25°C (77°F)

- ≤1.5 bar (22 psi) @ 80° C (176°F)

PVDF body:

- ≤10 bar (145 psi) @ 25°C (77°F)

- ≤2,5 bar (36 psi) @ 100°C (212°F)

-SS body:

- ≤25 bar (363 psi) @ 120°C (248°F)

F3.00. C sensor

• C-PVC body:

- ≤10 bar (145 psi) @ 25°C (77°F)

- ≤1.5 bar (22 psi) @ 80° C (176°F)

PVDF body:

- ≤10 bar (145 psi) @ 25°C (77°F)

- ≤2,5 bar (36 psi) @ 100°C (212°F)

-SS body:

- ≤25 bar (363 psi) @ 100°C (212°F)

Common models F3.00.H.02 or F3.00.H.04

Description: Rotary flowmeter, CPVC body, FPM seal, ECTFE rotor, ceramic shaft and sleeve, output signal in pulse mode, suitable for installation in pipelines up to DN100 or above DN100

otherWheel flowmeter sensor model

FIP (FLS) F3.00. H Split type rotary flow sensor model:F3.00.H.01; F3.00.H.02; F3.00.H.03; F3.00.H.04; F3.00.H.05; F3.00.H.06; F3.00.H.07; F3.00.H.08; F3.00.H.09; F3.00.H.10; F3.00.H.11; F3.00.H.12; F3.00.H.13; F3.00.H.14; F3.00.H.15; F3.00.H.16; F3.00.H.17; F3.00.H.18; F3.00.H.19; F3.00.H.20; F3.00.H.21; F3.00.H.22; F3.00.H.23; F3.00.H.24; F3.00.H.25; F3.00.H.26; F3.00.H.27; F3.00.H.28; F3.00.H.29; F3.00.H.30; F3.00.H.31; F3.00.H.32.

FIP (FLS) F3.00. C Split type Rotary Flow Sensor Model:F3.00.C.01; F3.00.C.02; F3.00.C.03; F3.00.C.04; F3.00.C.05; F3.00.C.06; F3.00.C.07; F3.00.C.08; F3.00.C.09; F3.00.C.10; F3.00.C.11; F3.00.C.12; F3.00.C.13; F3.00.C.14; F3.00.C.15; F3.00.C.16; F3.00.C.17; F3.00.C.18; F3.00.C.19; F3.00.C.20; F3.00.C.21; F3.00.C.22; F3.00.C.23; F3.00.C.24; F3.00.C.25; F3.00.C.26; F3.00.C.27; F3.00.C.28; F3.00.C.29; F3.00.C.30; F3.00.C.31; F3.00.C.32.

FIP (FLS) F3.00. P is used to directly connect PLC rotary flow sensor model:F3.00.P.01; F3.00.P.02; F3.00.P.03; F3.00.P.04; F3.00.P.05; F3.00.P.06; F3.00.P.07; F3.00.P.08; F3.00.P.09; F3.00.P.10; F3.00.P.11; F3.00.P.12; F3.00.P.13; F3.00.P.14; F3.00.P.15; F3.00.P.16; F3.00.P.17; F3.00.P.18; F3.00.P.19; F3.00.P.20; F3.00.P.21; F3.00.P.22; F3.00.P.23; F3.00.P.24; F3.00.P.25; F3.00.P.26; F3.00.P.27; F3.00.P.28; F3.00.P.29; F3.00.P.30; F3.00.P.31; F3.00.P.32.

FIP (FLS) F3.01 Compact Rotary Flow Sensor Model:F3.01.H.01; F3.01.H.02; F3.01.H.03; F3.01.H.04; F3.01.H.05; F3.01.H.06; F3.01.H.07; F3.01.H.08; F3.01.H.09; F3.01.H.10; F3.01.H.11; F3.01.H.12; F3.01.H.13; F3.01.H.14; F3.01.H.15; F3.01.H.16; F3.01.H.17; F3.01.H.18; F3.01.H.19; F3.01.H.20; F3.01.H.21; F3.01.H.22; F3.01.H.23; F3.01.H.24; F3.01.H.25; F3.01.H.26; F3.01.H.27; F3.01.H.28; F3.01.C.01; F3.01.C.02; F3.01.C.03; F3.01.C.04; F3.01.C.05; F3.01.C.06; F3.01.C.07; F3.01.C.08; F3.01.C.09; F3.01.C.10; F3.01.C.11; F3.01.C.12; F3.01.C.13; F3.01.C.14; F3.01.C.15; F3.01.C.16; F3.01.C.17; F3.01.C.18; F3.01.C.19; F3.01.C.20; F3.01.C.21; F3.01.C.22; F3.01.C.23; F3.01.C.24; F3.01.C.25; F3.01.C.26; F3.01.C.27; F3.01.C.28;

FIP hot swappable impeller and turbine flowmeter sensor probeModel: Hall Wheel Flow Sensor F111.H.01; Hall wheel flow sensor F111.H.02; Coil wheel flow sensor F111.C.01; Coil wheel flow sensor F111.C.02; Hall effect turbine flow sensor F111.HT.01; Turbine bidirectional flow sensor F111.HT.BD

FIP (FLS)F6.30 rotary flow transmitterModel: F6.30.01; F6.30.02; F6.30.03; F6.30.04; F6.30.05; F6.30.06; F6.30.07; F6.30.08;

F6.30.09; F6.30.10; F6.30.11; F6.30.12.

FIP FLS F3.10Rotary small flow sensor probemodel：F3.10.H.01; F3.10.H.02.

FIP F3.20 plug-in high-pressure rotary flow sensor probe model: F3.20.H.01; F3.02.P.01.