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Insertion Turbine Flow Transmitter
Insertion Turbine Flow Transmitter Series Fl 100
Backed with rich experience and knowledge, we are considered to be one of the most professional suppliers, manufacturers & exporters of Insertion Turbine Flow Transmitter Series Fl 100. These turbine transmitters are exported overseas due to their large demand in the foreign market. Our offered range of flow transmitters is tested on various parameters to ensure its features such as corrosion resistant surface, durability and negligible maintenance. Insertion Turbine Flow Transmitter Series Fl 100 is extensively used for measuring the flow of liquids as well as steam in various industries.
Media: Liquids (Clear)
Viscosity: 100 cp max
Pick off Type: Magnetic sensor
Line Size: 15 NB to 150 NB
Display: 8 x 1 LCD
Type of Output: 4 to 20 mA DC, 2 wire
Calibration Range: As per requirement (Factory Calibrated)
Accuracy: +/- 1% F. S.
Linearity: +/- 1%
Repeatability: +/- 1%
Pressure Drop: Approx 0.28 kg/cm3 at max. flow
Turn down ratio: 10:1 to 100:1
Process Temperature: 150 oC max
Process Pressure: 30 kg/cm3 max
Material of construction: Body, Bearing, Support & Flange - SS 316 / PTFE
Rotor - SS 410 / SS 410 with PTFE coating
Shaft - tungsten carbide
Power Supply: Loop powered, 24 V DC, External
Power Consumption: < 40 mW
Response Time: < 100 mSec
Temperature Coefficient: +/- 0.01% per oC
Transmitter Enclosure: Flame-proof, lP-65, llA, llB CMRI Certified
Process Connections: Flanged / Threaded / Tri-clover
Mounting: In-line (Horizontal OR Vertical)
Operating Conditions: Temperature 0 to 55oC / Humidity 5 to 95% non condensing
2 wire system.
Simple & cost effective construction.
Provides wide flow ranges.
Local display as 8 x 1 LCD.
Outstanding accuracy for clean & low viscosity applications.
Operates over wide ranges of temperature & pressure.
Flame-proof, lP-65, llA, llB CMRI Certified housing.
Flowstar series FL-100 are 2 wire turbine flow transmitter specially used for various industrial applications. The flowing media engages a vaned rotor causing it to rotate at an angular velocity proportional to flow rate. The pick-up coil senses the spinning motion of the rotor inside the pipe & converts it into a pulsating electrical signal. Summation of the pulsation electrical signal is directly related to the total flow. The frequency is linearly proportional to flow rate which is converted to electrical signal 4 - 20 mA.