ELECTROMEGNETIC FLOWMETER FIX TYPE

ELECTROMEGNETIC FLOWMETER 6400 MAG FLOW 6410 (FULL BORE TYPE)

INTRODUCTION
 
“TORQUE” make series 6400 ( Full Bore Type ) are new range of Bipolar Pulsed DC Full Bore type Electromagnetic Flow meters. It is suitable for pipes with nominal diameters of DN 10 to DN 600 . They are based on faraday’s law of Electromagnetic Induction. The Series 6400 meters features flanged construction and is available with choice of liner and Electrode materials. Series 6400 has excellent accuracy and flow range ability. The meter is suitable for use on wide range of corrosive and aggressive range of conductive liquids.
 
 

SALIENT FEATURES
 
• Based on faraday’s law of Electromagnetic Induction
• Suitable for pipe sizes of diameters 10 mm to 600mm
• Coil Assembly in hermetically sealed welded construction
• Choice of PTFE / Neoprene rubber / Polyurethane liners
• Integral or remote transmitter
• Field Interchangeable electronics
• Optional LED display for flow rate or Totaliser indication in engineering units.
• No pressure loss
• Absolute zero stability and noise elimination.
• Measurement independent of liquid properties.
• Display of flow rate directly in user specified engineering units
• Negligible pressure loss
• Maintenance free design due to absence of any moving parts
• High linearity due to characteristic magnetic field

APPLICATIONS
 
• Water Supply Networks
• Chemical , Petrochemical and Process Industries
• Pharmaceutical Industries
• Waste – Water management
• Sugar, Food , Drug and Beverages Industries
• Effluent Treatment Plants
• Fertilizer Industries
• Beverage Industries
• Paper and pulp Industires
• Aluminium , Steel , Mining and Dredging Industries
• And Many Others

SPECIFICATION
 
Suitable for pipe sizes :DN 10 to DN 2000
Media Conductivity (Min) :10 µS / cm (Consult factory for 5 µS/cm)
Media pressure :PN 40 up to DN 80,PN 16 upto DN 200 & PN
10 up to DN 600
Media Temperature (PTFE) :0”-180º C with remote transmitter
:0”-120º C with integral transmitter
0”-90º C max for other liners
Material : Pipe : SS 316 (Non – Magnetic )
Liner : PTFE / Neoprene / Polyurethane
Electrode : SS/ Hostelloy C / Ta / Ti / PL
End Connection / Flanges : Carbon steel / SS 304 / SS 316 / SS 316L
Coil Housing : Carbon steel / SS, Epoxy painted
Transmitter : Cast aluminum (LM6), Epoxy painted
Power supply :110 / 240 V AC + 15 %, 50 Hz
Power consumption :20 VA
Analog Output :4-20 mA / DC / 0-20 mA DC
Communication port (Optional) :RS – 232 / RS – 485 MODBUS RTU protocol
Response time : 5 Second
Flow velocity Range :0.3 to 10 m/s
Ingress Protection : IP – 65 ( IP 68 on request)
LED Display :4 Digit Indication for flow rate and 8 digit indication for
Totaliser programming from keyboard for engineering unit
Accuracy : K 0.5 % of measured value (calibrated) at reference conditions

NOTE
 
• Please Provide proper earthing for flow meter.
• Please Use voltage stabilizer for flow meter.
• Please do not switch ON-OFF Frequently power supply to flow meter.
• Please ensure proper velocity and ensure full pipe line filling at flow meter.
Install flow meter as shown in figure

OPERATIONS
 
Electromagnetic Flowmeters are based on Faraday’s law of Electromagnetic Induction.
In a Electromagnetic Flowmeter, magnetic field is generated by a set of coils. As the conductive liquid passes through the electromagnetic field, an electric voltage is induced in the liquid, which is directly proportional 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 In appropriate Engineering Units on LED Display.
The flux density of the electromagnetic field In a given Flow meter and the
distance between the electrodes are constant, therefore, the induced voltage is only a function or liquid velocity.

ORDERING INFORMATION
 
POWER SUPPLY
 
1. 240 + 15% V AC 50 Hz
2. 110 + 15% V AC 50 Hz
OUTPUT SIGNAL
 
1. 4-20 mA DC
2. 0-20 mA DC
ELECTRODE MATERIAL
 
1. Stainless steel 316
2. Hast Alloy C
3. Tantalum
4. Titanium
5. Platinum
6. Any other
FLANGE / END CONNECTIONS STANDARDS
 
1. DIN PN 40
2. DIN PN 16
3. DIN PN 10
4. ANSI 300
5. ANSI 300
6. Tri-Clamp
7. Any other
COIL HOUSING
 
1. Carbon steel
2. Stainless steel 304
3. Stainless steel 316
4. Remote without Display
FLOW TRANSMITTER
 
1. Integral without Display
2. Integral with Display
3. Remote with Display