Economical Ball Bearing Liquid Turbine Flowmeters with Male NPT Ports - Discontinued

FTB-900

See All Models Below

± 1/2 % of Reading Accuracy
Economical Ball Bearing Design
440C Bearing Retainers for Durability
Ball Bearings Are Field Replaceable Without Loss of Calibration
Deflector Cones Stabilize Low Mass Rotor for Increased Bearing Life
NIST Certificate Supplied Standard
Flanged Models Available Contact Flow Engineering Dept

Description

The FTB-900 Series has been discontinued. Please see the FTB100 Series as a possible alternative or contact our Flow Engineering department.

OMEGA™ FTB-900 Series turbine meters have male NPT end fittings for easy connections. These units are supplied with a mating 2-wire connector and can be supplied with FLSC-60 Series integrally mounted signal conditioners to provide 4-20 mA, 0-5 Vdc, or amplified pulse outputs. These turbine meters are intended for clean fluid service only; where there is any question about the cleanliness of the process fluid, strainers are recommended. In addition, when using these units for fluids with viscosities other than 1 centistoke, special calibrations and universal viscosity curves are available — consult Flow Engineering Department.

SPECIFICATIONS
Accuracy: ±0.5% rdg
Repeatability: ±0.05%
Materials of Construction:
Body: 304 SS
Rotor: 17-4 PH SS
Bearings: 440C SS
Output: 30 mV p-p sine wave minimum
Electrical: 2-wire connector included
Maximum Pressure Drop: 4 psid
Temperature Range: -268 to 232°C (-450 to 450°F)

† All prices on this site are shown in Thai Baht.
Note: Comes complete with operator’s manual and NIST certificate. Calibration is for water, for other viscosities please contact Flow Engineering Department.
To order turbine meters with integral signal conditioners, specify model as a system such as : SYS/FTB-902/FLSC-62. Omega will scale the signal conditioner with the appropriate calibration information from the turbine meter specified.
Compatible Meters: DPF701, DPF402, DPF70 with FLSC-AMP, DPF10, DPF500, FC20, 21, 22
Flanged Meters Available, Contact the Flow Engineering Dept.