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Magnetic Flow Meter-T

Description
Following Faraday’s law of magnetic induction, a voltage is induced in a conductor moving through a magnetic field. In the electromagnetic measuring principle, the following medium is the moving conductor. The voltage induced is proportional to the flow velocity and is supplied to the amplifier by means of two measuring electrodes. The flow volume is calculated by means of the pipe cross section area.

Description

Application

Waster water industry: Transport networks sewage treatment plants, sludges;
Chemical industry: Acids alkalis, dosing applications, abrasive or corrosive mediums;
Metal & mining industry: Mediums with a high solid content, like one or excavator mud;
Water industry: Revenue metering, district metering water abstraction, leakage detection;
Pulp &paper industry: Pulp, pastes, sludges & other caustic mediums, liquor, additives, bleaches, colourants.

Specifications

TypeMagnetic Flow Meter-T
DiameterXXX: DN6-DN600
ConverterS: Compact
L: Remote
Electrode
Material
M: SS316L
T: Titanium
D: Tantalum
H: Hastelloy Alloy C
P: Platiniridium
Signal Output0: No Output
1: 4-20mA / Pulse
Liner MaterialX: Hard Rubber
P: Propylene Oxide
F: PTFE
A: PFA
Power Supply-0: 110-240Vac
-1: 24V DC(20-36V DC)
-2: Battery Power Supply
Communication0: No Communication
1: Modbus RS485
2: HART
3: GPRS
4:Profibus DP
Sensor Grounding0: No Grounding
1: Grounding Ring
2: Grounding Electrode
ConnectionFlange Connection:
ANSI Flange- A15: ANSI 150#; A30: ANSI 300#; A60: ANSI 600#
DIN Flange- D16: DIN PN16; D25: DIN PN25; D40: DIN PN40
JIS Flange- J10: JIS 10K; J20: JIS 20K; J40: JIS 40K
Body MaterialCS: Carbon steel (DN10-DN600)
S4: Stainless steel 304(DN6-DN350)
S6: Stainless steel 316(DN6-DN350)
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