The VATS JT-121 Flow Sensor is a robust & compact insertion Flow Sensor, which generates a frequency & signal proportional to the flow. The choice of MOC ( Material of construction ) make it easier to adopt to aggressive & slightly contaminated media. The proportion of solid content should not exceed 1 % of the volume.
Technical Data:
Flow-Rate Range
0.5m / sec to 5m /sec.
Accuracy
+/- 1% of full scale deflection
Input Voltage
3.4 to 24 VDC
Output voltage
square wave ( Sinking ) 30-35 Hz / meter / sec.
Cable Length
3 meters
Protecting Rating
IP-67
Operating Temp
with P.P.Sensor upto 70 C, with PVDF / SS Sensor- upto 100 C.
Reynold Number:
VATS flow measurement is possible, in the situation where the Reynolds number is greater than 5000 especially for high viscous liquids.
Re = DN X V / Vis
DN= Pipe inner diameter
v = Flow velocity
vis = Kinematic viscocity (m2 / s )
( = dynamic viscocity / density )
The VATS JT-121 Flow Sensor is a robust & compact insertion Flow Sensor, which Generates a frequency & signal proportional to the flow. The choice of MOC ( Material of construction ) make it easier to adopt to aggressive & slightly contaminated media. The proportion of solid content should not exceed 1 % of the volume.
Technical Data:
Flow-Rate Range
0.5m / sec to 5m /sec.
Accuracy
+/- 1% of full scale deflection
Input Voltage
3.4 to 24 VDC
Output voltage
square wave ( Sinking ) 30-35 Hz / meter / sec.
Cable Length
3 meters
Protecting Rating
IP-67
Operating Temp
with P.P.Sensor upto 70 C, with PVDF / SS Sensor- upto 100 C.
Reynold Number:
VATS flow measurement is possible, in the situation where the Reynolds number is greater than 5000 especially for high viscous liqwuids.
Re = DN X V / Vis
DN= Pipe inner diameter
v = Flow velocity
vis = Kinematic viscocity (m2 / s )
( = dynamic viscocity / density )
