| Price | Negotiable |
| MOQ | 1 |
| Delivery Time | 3-8 work days |
| Brand | Kacise |
| Place of Origin | China |
| Certification | CE |
| Model Number | KLD803 |
| Packaging Details | carton |
| Payment Terms | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
| Supply Ability | 1000pcs per month |
| Place of Origin | China | Packaging Details | carton |
| Measuring range | 0.1m～10/20/30/60/100m | Center frequency | 80GHz |
| Antenna size | 34mm lens antenna | Power supply | DC24V / AC220V |
| Model Number | KLD803 | Casing | aluminum/stainless steel |
| Supply Ability | 1000pcs per month | Certification | CE |
| Brand Name | Kacise | Payment Terms | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
| Accuracy | ±2mm for below 35m (5mm for range 35m-100m) | Antenna material | PTFE |
| Price | Negotiable | Delivery Time | 3-8 work days |
| Protection class | IP67 | Medium | strong corrosive liquid, steam, foam |
| Process connection | flange ≥ DN50 | Process temperature | -40～130℃ |
| Signal output | 4...20mA/HART protocol/RS485 | Minimum Order Quantity | 1 |
| Launch angle | 3° | Process pressure | -0.1～2.5MPa |
KLD803
PTFE
Anti-corrosion
Radar
Level
Gauge
with
Small
Blind
Spot
Introduction
1.
Continuous
and
accurate
measurement
Due
to
the
measurement
characteristics
of
the
radar
level
gauge,
it
will
not
be
affected
by
the
environment,
and
has
a
wide
range
of
applications.
It
is
non-contact
measurement,
does
not
contact
the
surface
of
the
medium,
and
can
accurately
and
quickly
measure
different
media.
The
probe
is
hardly
affected
by
temperature,
pressure,
gas,
etc.
2.
It
has
the
function
of
suppressing
the
interference
echo
The
interference
echoes
caused
by
joints
and
the
noise
of
feeding
or
discharging
within
the
beam
range
of
the
radar
level
gauge
can
be
automatically
suppressed
by
the
internal
fuzzy
logic
control.
3.
Accurate
and
safe
energy
saving
The
radar
level
gauge
can
measure
under
vacuum
and
pressure,
and
it
is
accurate
and
safe.
Can
be
without
any
restrictions,
applicable
to
various
occasions.
The
chemical
and
mechanical
properties
of
the
materials
used
in
the
radar
level
gauge
are
quite
stable,
and
the
materials
can
be
recycled,
which
is
extremely
environmentally
friendly.
4.
No
maintenance
and
strong
operability
Almost
undisturbed,
no
direct
contact
with
the
measuring
medium,
it
can
be
used
in
almost
all
kinds
of
occasions,
such
as
vacuum
measurement,
liquid
level
measurement
or
material
level
measurement,
etc.
Due
to
the
use
of
advanced
materials,
it
is
durable
to
extremely
complex
chemical
and
physical
conditions,
and
it
can
provide
accurate,
operable,
long-term
stable
analog
or
digital
level
signals.
5.
Easy
maintenance
and
simple
operation
The
radar
level
gauge
has
fault
alarm
and
self-diagnosis
functions.
Analyze
the
fault
according
to
the
error
code
prompted
by
the
operation
display
module,
determine
the
fault
in
time
and
eliminate
it,
making
maintenance
and
calibration
more
convenient
and
accurate,
and
ensuring
the
normal
operation
of
the
instrument.
6.
Wide
range
of
applications,
can
measure
almost
all
media
From
the
shape
of
the
tank
body,
the
radar
level
gauge
can
measure
the
liquid
level
of
spherical
tanks,
horizontal
tanks,
cylindrical
tanks,
cylindrical
cone
tanks,
etc.;
from
the
tank
function,
it
can
measure
the
liquid
level
of
storage
tanks
and
buffer
tanks.
,
microwave
tubes,
and
bypass
tubes
to
measure
the
liquid
level;
from
the
measured
medium,
it
can
measure
liquid,
particles,
slurry,
etc.
| Medium | strong corrosive liquid, steam, foam |
| Measuring range | 0.1m～10/20/30/60/100m |
| Process connection | flange ≥ DN50 |
| Process temperature | -40～130℃ |
| Process pressure | -0.1～2.5MPa |
| Antenna size | 34mm lens antenna |
| Antenna material | PTFE |
| Accuracy |
±2mm
(range
below
35m)
±5mm (range between 35m and 100m) |
| Protection class | IP67 |
| Center frequency | 80GHz |
| Launch angle | 3° |
| Power supply | two-wire /DC24V |
| four-wire /DC12~24V | |
| four-wire /AC220V | |
| Casing | aluminum/stainless steel |
| Signal output | two-wire: 4...20mA/HART protocol |
| four-wire: 4...20mA/ RS485 Modbus |
Product
Dimension
Unit
in
mm:
Installation
Method
Flange
installation
When
using
flange
installation,
the
minimum
distance
between
the
instrument
and
the
tank
wall
should
be
200mm.
①
datum
plane
②
vessel
center
or
axis
of
symmetry
Hoisting
Installation
Radar wave is a special form of electromagnetic wave. Radar level gauge uses the special performance of electromagnetic wave to detect material level. Electromagnetic waves can penetrate interference sources such as space steam and dust, and are easily reflected when encountering obstacles. The better the conductivity of the measured medium or the greater the dielectric constant, the better the reflection effect of the echo signal.
The higher the frequency of the radar wave, the smaller the launch angle, the greater the energy (magnetic flux or field strength) per unit area, the smaller the attenuation of the wave, and the better the measurement effect of the radar level gauge.
Problems
that
should
be
paid
attention
to
in
installation
(1)
When
measuring
liquid
materials,
the
axis
of
the
sensor
is
perpendicular
to
the
surface
of
the
medium;
when
measuring
solid
materials,
the
sensor
should
be
inclined
at
a
certain
angle
because
the
solid
medium
has
a
stack
angle.
(2)
Avoid
the
feed
port
to
avoid
false
reflections.
(3)
The
sensor
should
not
be
installed
in
the
center
of
the
arched
tank
(otherwise
the
false
echoes
received
by
the
sensor
will
be
enhanced),
nor
can
it
be
installed
very
close
to
the
tank
wall,
and
the
installation
position
should
be
1/2
of
the
radius
of
the
tank.
(4)
Avoid
installing
in
places
with
strong
eddy
currents.
For
example:
due
to
stirring
or
strong
chemical
reaction,
etc.,
it
is
recommended
to
use
waveguide
or
bypass
tube
for
measurement.
(5)
If
the
sensor
is
installed
on
the
tube,
the
antenna
must
protrude
from
the
tube.
The
horn
antenna
protrudes
at
least
10mm
from
the
adapter.
Rod
antennas
take
over
lengths
up
to
100
or
250mm.
Take
over
the
diameter
of
250mm.
The
method
of
increasing
the
diameter
of
the
connecting
pipe
can
be
adopted
to
reduce
the
interference
echo
generated
by
the
connecting
pipe.
