Revision: 3.0.3
10.4
Transducer Mounting Meth
W211 insertion transducer mounting method
specific application condition.
10.4.1
Z Mounting Method
Z method is the most commonly used mounti
diameters ranging from 50mm to 1200mm. D
method is preferable for pipe sections severel
installing the transducer using the Z method, be
the same plane, but never in the 6 or 12 o
’
clock
10.4.2
Pipe Parameter Entry S
For example, measuring the diameter of DN2
pipe inner diameter is 207mm, measuring med
as follows:
Step1. Pipe outside diameter:
Press
keys to enter the
M11 and enter the pipe outside diame
then press the
key to confirm.
(For insertion transducer, M11 menu need
entered the pipe inner diameter)
Step2. Pipe wall thickness
Press the
key to enter
window M12, and enter the pipe wall
and press the
key to confirm.
(The Wall Thickness needs to be 0.01
use with insertion sensors.)
Step3. Pipe Material
Press the
keys to ente
window M14, press the
key, pr
or
key to select Pipe Mat
press the
key to confirm.
Profile Chart
Menu
1
1
Enter
Menu
1
2
Enter
Menu
1
4
Enter
^
^
Enter
D116 Series Ultrason
ethods
hod: Z method through M24, it should be installed accord
ounting method for insertion-type ultrasonic flowmeters, s
. Due to strong signal strength and high measurement accu
rely rusted or with too much scale formation on the insi
hod, be sure that the two transducers and the pipeline cent
clock positions. see below:
y Shortcuts
DN200, pipe outside diameter is 219mm, pipe wall thickne
medium is water, and material is carbon steel, no liner, can
the window
meter, and
enu need to be
ter the
all thickness,
.01mm for
ter the
ress the
aterial, and
Section
Top
Reference point
At 9 o
’
clock
Top View
Drill hole spacing
L
Flow
Bottom
Pi p e Ou t e r Di a me t e r
2 0 7 mm
Pi p e Wa ll T h i c k n e s s
0 .0 1 mm
Pi p e Ma t e r i a l [ 14
0 . Ca r b o n St e e l
sonic Flowmeter
Page 49 of 53
ed according to the
rs, suitable for pipe
accuracy, the Z
nside wall. When
ne center axis are in
ckness is 6mm,
r, can be operated
ion
Top
Reference point
At 3 o
’
clock
ttom
t e r
s s
[ 14