MULTICOR® S - Feeding of Powdered Materials and Meal0 pages

Coriolis Mass Flow Meter MULTICOR®-S

Continuous mass flow measurement
according to the Coriolis principle
Highly accurate measuring principle
Quick measurement value acquisition,
with excellent control capability
Rugged design
Cost effective and easily integration
Dust-tight housing

Application
Designed as an enclosed measuring
system for the acquisition of flow
rates and totalized amounts, the
MULTICOR Coriolis mass flow meter
is suited for throughput and consumption measurement:
throughput and consumption
measurement
totalizing
batching
of materials with good to slightly
sluggish flow properties.
Equipped with controllable prefeeder
(e.g. star feeder, flow gate or screw),
the measuring system can also be
used as feed system.
The MULTICOR series offers solutions for many applications:
MULTICOR-S
Gravity feed into processes

BV-D2065GB

Equipment
A MULTICOR-S Coriolis mass flow
meter consists of:
dust-tight stainless steel housing
measuring wheel with guide vanes
weighing module
cable junction box
AC three-phase geared motor.
All contact parts are of stainless
steel.
The inlet connection for attachment
to user´s infeed line is equipped with
DIN flange or Jacob´s pipe connection.
The outlet cone is equipped with a
flexible sleeve for connection to
user´s feed line.
The weighing module arranged
outside of material casing thus
enabling the system to be used even
at material temperatures of up to
130 °C.

Functions
The MULTICOR mass flow meter
use the Coriolis force measurement
principle to determine the mass flow.
Within the device, the material flow
to be measured hits a measuring
wheel, rotation at constant speed.
The material is accelerated to the
measuring wheel circumferential
speed by the guide vanes.
This acceleration produces a torque
directly corresponding to the flow
rate. The torque is measured by a
measuring module and converted
into an electrical signal.
The measurement is independent of
mechanical material properties, e.g.
grain size, flow behavior, moisture
and temperature.
The material friction on the measuring wheel and flow speed variations
in the measuring system do not
affect the measuring signal.