Separated Type Electromagnetic Flowmeter
The measurement principle of the electron flow meter (AceMag) applies Faraday's
law of electromagnetic induction and Fleming's law.
The Faraday's Law of Induction, which state that an induced electromotive force is
generated in a conductor when it moves through a magnetic field, form the basis
for the electromagnetic flowmeter measurements. This measurement principle is
applied to a conductive fluid that flows in a pipe in which a magnetic field is
generated perpendicular to the flow direction.
It can be used to accurately measure the flow rate of fluids with electrical
conductivity greater than 5㎲/cm.
Separated Type Electromagnetic Flowmeter
The measurement principle of the electron flow meter (AceMag) applies Faraday's
law of electromagnetic induction and Fleming's law.
The Faraday's Law of Induction, which state that an induced electromotive force is
generated in a conductor when it moves through a magnetic field, form the basis
for the electromagnetic flowmeter measurements. This measurement principle is
applied to a conductive fluid that flows in a pipe in which a magnetic field is
generated perpendicular to the flow direction.
It can be used to accurately measure the flow rate of fluids with electrical
conductivity greater than 5㎲/cm.
DISPLACEMENT TYPE LEVEL TRANSMITTER
- For the safe and efficient operation of various high temperature and high pressure
steam drums, boilers and reactors used in Firepower Plants, Glass & Cement Plants,
Petrochemical Plants and Steel & Paper manufacturing Plants, close monitoring and
controlling of the interface level between water and vapor is very important. As these
steam drums are working under extremely high temperature and pressure
conditions, the instruments related to measuring and controlling the level must be
defect-free. Otherwise, minor defects may bring serious damages to the other
equipments or financial losses.
- However the industry had relied on the instruments like Sight Glass or Float Type
Level switches and had experienced many troubles so the demand for the
alternative instruments had increased. To respond to this market demand, Seojin
committed to the development of Displacement Type Level Transmitter based on
its experiences and know-how, and finally has succeeded in launching this model
to the market. Our Displacement Type Level Transmitter can assure the reliable
operation even under the harsh circumstance like 200㎏f/㎠ and 450℃.
- This Displacement Type Level Transmitter is designed for measuring not only the
level of on liquid but also the interface level between two different liquids. Its
operation is based on the buoyancy principles of Archimedes and it supports
remote monitoring by the configuration with PC (With SIEMENS PDM Software) or
Universal Hand Held Terminal (HART Field Communicator). This instrument also
supports the conventional way of operation and control so the users can operate
and control it using keypads at the field.
Vertical Float Type Level Switch
The electric contact switch operates as per the principle of magnetism, and the
electric contact switch is normally relay-off " position because of tension spring.
There is magnetic steel on the edge of Float's Rod, and this magnetic steel sticks to
magnet installed inside the housing when the level goes up.
At this time, electric contact switch turns on because the switch designed to "relay-
on" when the magnet sticks to magnetic steel of the Float s Rod. When the level
goes down , on the contrary, the Float goes down and accordingly the magnetic
steel on the Float s edge goes down.
Therefore, the magnetic steel detaches from the magnet and the switch is
returning to "relay-off" position due to tension spring.