150MM Electromagnetic

150MM Electromagnetic Flow Meter

MAKE: “UPC”

Electromagnetic flow meters are mainly used in various
industries, ETP, STP, WTP Plants, Borewell, Chemical
Petrochemicals, Fertilizer Beverage, Process Industries and
for conductive liquids for measuring the flow rate & totalizer

Working Principle :

Electromagnetic Flow meters are based on
Faraday’s Law of Electromagnetic Induction

In an Electromagnetic Flow meter, the magnetic field is
generated by a set of coils. As the conductive liquid
passes through the magnetic field, an electric
voltage is induced in the liquid which is directly
proportional to its velocity. This induced voltage is
perpendicular to both, the liquid flow direction and the
electromagnetic field direction. the voltage sensed by
the electrodes is further processed by the transmitter to
give standardized output signal or displayed inappropriate engineering unit.

Sr.no.	Parameters
1	Media	Liquids (Conductive)
2	Nominal dia (mm)	15 to 3000
3	Working pressure	10, 16, 25, 40 (Kg/cm²)
4	Working Temperature	150°C for PTFE Lining & 85°C      for Rubber Lining
5	Electrode material	SS 316L Std.* | HASTALLOY C    |  PLATINUM | TITANIUM |             TENTALUM
6	Sensor Lining	Std. Rubber*/PTFE
7	Display Version	Integral/Remote
8	Measuring Tube material	SS 304 Std.*
9	Sensor housing material	Std. CS* | SS304 | SS316          optional

10	End connection	Flange/Wafer/Tri-clamp/SMS
11	Flange standard	ASA 150# | ANSI 150 | PN10 |    PN16 | PN25 | PN40
12	Measuring range	0.2 to 12m/sec. Bidirectional
13	Accuracy % of measured value	±0.5% (±0.2% consult               Factory)
14	Conductivity	Liquids (Conductive)
15	Repeatability	>5 μs/cm
16	Display	±0.2% of Span
17	Display units	GRAPHIC DISPLAY/16X2 LINE       DISPLAY
18	Output	4-20 mA & RS485
19	Power Supply Options	1. 85-260 V AC 2. 24V DC 3. Battery Operated

20	Protection Class for Sensor	Std. IP 65 | IP67 | IP68
21	Protection Class for Transmitter	IP66 | IP67 | IP68
22	Installation	Inline Flanged Type

Installation Precaution

Installation location should be such that the Flowmeter will always remain full of liquid Minimum 5D inlet & 3D outlet straight lengths should be maintained at installation locations where ‘D’ is
the pipe diameterThe Flowmeter installation location should be free of bends, slbows, tees, valves, etc.