General Specifications

Transcription

General
Specifications
Diaphragm Seals With DPharp
EJA and EJX Series
Pressure Transmitters
Our remote or direct mount Diaphragm Seal is commonly
used when process-operating conditions extend beyond the
normal operating limits of a pressure transmitter. In addition,
they are used to reduce the weight of the device at the process
connection, particularly with conventional pressure transmitters.
The lightweight design of DPharp EJA and EJX pressure
transmitters combined with a robust direct-mounting system
provide an excellent solution for both close-coupled and remote
seal applications.
Diaphragm seals are produced and mounted on Yokogawa
Transmitters by WIKA Alexander Wiegand GmbH. & Co.KG.
For service where one or more of the following conditions exist:
• High temperature
• Clogging potential
• Frequent cleaning requirements
• Aggressive or abrasive processes
• ANSI or DIN (EN) flanged including flush and extended process
connections
• NPT threaded process connections
• Sanitary connections
• Pulp & Paper connections (flush diaphragm seal threaded)
Model CodeDescription
W99027A/DFlange type seals with flush diaphragm, with the full range of wetted parts materials available
(Hastelloy B & C, Inconel, Monel, Nickel, Tantalum and Titanium)
W99028A/DDiaphragm Seal cell type with flush diaphragm, with the full range of wetted parts materials available
W99029A/DDiaphragm Seal Flange type with extension, with the full range of wetted parts materials available
W99012A/DDiaphragm Seal with flange process connection. Threaded design to be used when you need to increase the
diaphragm size without changing the supplied process connector on either the vessel or pipeline
W99026A/DDiaphragm Seal with flange process connection. Welded design to be used when you need to increase the
diaphragm size without changing the supplied process connector on either the vessel or pipeline
W99041A/D Diaphragm Seal with flange process connection. Large volume diaphragm for low pressure applications
W99010Diaphragm Seal with threaded process connection. To be used when you need to increase the diaphragm
size without changing the supplied process connector on either the vessel or pipeline
W99040
Diaphragm Seal with threaded process connection. Large volume diaphragm for low pressure applications
W99015
Diaphragm Seal for block flange or saddle flange
W99018
Diaphragm Seal with 3A - FDA- DIN 11 851 connection
W99022
Diaphragm Seal with 3A - FDA- tri-clamp connection
Materials Body
• 316(L) Stainless Steel
Seal Process Connections
• 1/2” through 1” NPT or BSP threaded
• 1/2 “/DN15 through 5” /DN125 flanged,
• 50-100-150-200 mm Extended
Diaphragm
• Flushing Rings
Diaphragm Materials (wetted parts)
• 316L Stainless Steel
• Hastelloy C-276, C4, B2
• Monel K400
• Tantalum
• Titanium Grade 2
• Inconel 600
• Inconel 825
• Nickel
Note: Not all wetted parts materials
are listed in the model numbers.
Please contact your Yokogawa
Representative for further
informations.
Connection Ratings
• cl. 150# RF
• cl. 300# RF
• cl. 600# RF
• cl. 150-2500 RF
• PN10
• PN40
• PN10-400
• Sanitary
Page
8
9
10
11
11
12
13
14
14
15
15
Per. ASME B16.5
Per. DIN (EN)
Capillaries and Connections
• 316SS Armored Capillary
• 316SS PE Protected
• 316SS PVC Coated
• 316SS, direct mount tube
GS08S01Y01-E-E
1st Edition
Span
X
[0.025
0.05
] % of Span
where X +equals:
Span
Capsule
X kPa {inH2O}
where
X equals:3 {12}
L
Capsule
X kPa
{inH2O}
M
10
{40}
L
3
{12}
H
100
{400}
2 M
10
{40} {200 psi}
V
1.4 MPa
H
100 {400}
Square
Root Output
Accuracy
V
1.4 MPa
{200 psi}
Functional
Specifications
The square
root accuracy is(Common
a percent offor
flowDPharp
span.
Square
Root
Output
Accuracy
EJA & EJX Pressure Transmitters)
Accuracy
The
root accuracy
is a percent
flow span.
*Refer
to square
specific Output
General
Specification
for
more of
data
same
as reference
Accuracy
50 %Output
or Greater
accuracy
Output:
same
as communications,
reference
Two wire 450
to%
20mA
DC output reference
with
digital
or Greater
accuracy50
accuracy
% to Dropout
point
linear or50
square
root programmable.
BRAIN
or HART FSK
square root output (%)
protocol are superimposed on the
4 to 20mA
signal.
reference
accuracy50
T00E.EPS
50 % to Dropout point
Output limits conforming to NAMUR
NE43
can
be pre-set
square
root
output
(%) by
Ambient
Temperature
option code
C2 or C3 (onlyEffects
factory settings).
T00E.EPS
Digital Communication
Foundation
Fieldbus
or Profibus PA
Total Effectsvia
per
28 ˚C (50
˚F) Change
Ambient
Temperature Effects
are also available.
Total Effects
per 28 ˚C (50 ˚F) Change
Capsule
Effect
Zero
Adjustment
Limits:
<<Contents>>
<<Index>>
L
[0.08
% URL]
Capsule
Effect % Span + 0.09within
Zero
the lower and
Mcan be fully elevated
[0.07or%suppressed,
Span + 0.02 % URL]
L range limits
[0.08
0.09 %%URL]
upper
of[0.07
the capsule.
H
% Span + 0.015
URL]
<<Contents>>
<<Index>>
<<Contents>>
<<Index>>
M
[0.07 % Span + 0.02
V
0.03 % URL]
H Zero Adjustment:
[0.07 % Span + 0.015 % URL]
External
V Pressure
[0.07 %adjustable
Span + 0.03
% 0.01%
URL]
Static
Effects
External
Zero is continuously
with
Overpressure Effects (M, H and V capsules)
Stability
(M,
andper
V capsules)
0.03 %
of H
URL
16 MPa {2300 psi}
0.1 % of URL per 60 months
Stability (M, H and V capsules)
Power
Effects
0.1 Supply
% of URL
per 60“”
months
0.005 % per Volt (from 21.6 to 32 V DC, 350 )
Power Supply Effects “”
0.005
% per<<Index>>
VoltSPECIFICATIONS
(from 21.6 to 32 V DC, 350 )
<<Contents>>
FUNCTIONAL
Span
& Range Limits
FUNCTIONAL
SPECIFICATIONS
General
Specifications
Measurement
DP
Transmitter
EJA110A
Span
& RangekPa
Limits inH2O(/D1)
Span/Range
mbar(/D3)
EJX510A and EJ
Absolute
and Ga
50 to 1000
mmH O(/D4)
-1000 to 1000
Transmitter
50 to 10000
1000
100
mmH2O(/D4)
Span
5 to 100
2 to 40
0.5 to 10
Measurement
L
inH2O(/D1)
mbar(/D3)
kPa
2
Span/Range
Range
-40 to 40
-100 to 100
-10 to 10
5 to 100
2to
to400
40
0.5
10
Span
1 toto100
10
1000
4
L
M
Range -100
-40 to 40
100
-400
400 -1000
-100 to 1000
100 -10000
-10 to 10
-1000 to 10000
1000
Span
100toto510000
5 to 100
500
1
10
4 to 400
50 to 1000
5000 0.05
20
2000
kgf/cm2
M
H
2
-400toto2000
400 -1000
Range -100
10000
-5 to 5tokgf/cm
-500 to
to 100
500 -2000
-5000 to
to 1000
5000 -10000
to 14
500MPa 2020
50toto140
5000
to
2000
Span 0.145 to
0.05
5 kgf/cm2
1.4
to to
140
Span
to
2000
psi
1.4
bar
H
2
V*1 Range
Range -0.5
5 kgf/cm
-500
to 5000
-2000
to 2000
kgf/cm2
-5 to 140
bar -5-5toto140
to 2000
psi -5000
to to
14500
MPa -71
kgf/cm2
Span 0.14 to 14 MPa 20 to 2000 psi 1.4 to 140 bar 1.4 to 140 T01E.EPS
V*1 Range
The
performance
and
gauge
-5pressure
toS,
140
kgf/cm2
-5 to 140
bar than
-71absolute
to 2000 psicode
-0.5
to 14 MPa
*1:high For
Wetted
parts
material
other
the
GS 01C25F01-01E
For more details, please refer to the following GS :
transmitter
EJX510A
EJX530A
feature
ranges
are 0 toand
14 MPa,
0 to 2000
psi, 0 single
to 140T01E.EPS
EJA110A GS01C21B01-00E
*1: silicon
For Wetted
material
codeare
other
than S, the
crystal
resonant
suitable
to
bar,
and
0 toparts
140 sensor
kgf/cm2. and
0 toor14steam
MPa, 0pressure.
to 2000 psi,
0 to 140 and
measure ranges
liquid, are
gas,
EJX510A
2
Gauge
EJX430A
andTransmitter
0
140
kgf/cm
.DC Limit
URLPressure
isbar,
defined
as
the
Range
from
the table
EJX530A
output
ato4
toUpper
20
mA
signal
correspondFor more details,
please refer to the following GS :
above.
ing to the measured pressure. It also features quick
EJX430A
URL isGS01C25E01-01E
defined as the Upper Range Limit from the table
response,
remote setup
Zero
Adjustment
Limitsand monitoring via BRAIN or
above.
HART
communications,
self-diagnostics,
and
optional
Zero
can
be
fully
elevated
or suppressed,
within
the
GaugeAdjustment
Pressure Transmitter
EJA430A
Zero
Limits
status
output
for pressure
high/low
alarm.
FOUNDALower
and
Upper
Range
Limits
of
the
capsule.
ForZero
morecan
details,
please
refer to the
following GS : within the
be fully
elevated
TION
Fieldbus
protocol
typeorissuppressed,
also available.
External
Zero
Adjustment
“” of the capsule.
EJA430A
Lower GS01C21E01-01E
and
Upper
Range Limits
EJX110A
General
Differential
Pressure
EJX110A
Model EJA510A
andTransmitter
EJA530A
Specifications
General
General
incremental
resolution
of
span. Re-range can be done locally
Total
Effects
per
Change
Static Pressure Effects
All
EJX
series
models
in their standard
configuration,
External
zero
continuously
adjustable
with 0.01 %
Differential
Pressure
Transmitter
using
the digital indicator with range-setting switch.Absolute and Gauge is
Pressure
L capsule
Specifications
Specifications
External
Zeroresolution
Adjustment
“”
with
the exception
of theofFieldbus
type,may
are be
certified by
Total Effects
per Change
incremental
span.
Span
Absolute
Pressure
Transmitter
EJX310A
[0.07
%
Span+0.052
%
URL]
per
3.4
MPa
{500
psi}
GS 01C25B01-01E
[Style: S3]
TransmittersFor
External
zero
is using
continuously
adjustable
with
%
TÜV
as details,
complying
with
SIL
2 for
safety
requirement.
adjusted
locally
the
indicator
range
more
please
refer
to digital
the
following
GS
:with0.01
L
Ambient
Limits:
M,capsule
H Temperature
and V capsules
[0.07features
%
Span+0.052
URL]
per
3.4
MPa
{500psi}
psi}
(Optional
or approval
codes
may
affect
limits.)
[0.1%
Span+0.028
%%
URL]
per
6.9
MPa
{1000
GS
01C25B01-01E
GS
01C21F01-00E
M,toH85ºC
and (-40
V capsules
-40
to 185 ºF)
[0.1%
URL]
per
6.9 MPa {1000 psi}
-30
to 80ºCSpan+0.028
(-22 to 176 ºF)%with
LCD
display.
incremental
resolution of span. Span may be
switch.GS01C25D01-01E
EJX310A
[Style:
S2]
[Style:
S3]
adjusted locally using the digital indicator with range
STANDARD SPECIFICATIONS
switch. Pressure Transmitter EJA310A
Absolute
Refer
to details,
GS 01C25T02-01E
forfollowing
Fieldbus
communicaThe high performance differential pressure transmitter
Yokogawa Electric Corporation
GS
For more
please refer to the
GS
:01C21B01-00E
tion typeTokyo,
marked
with “.”
2-9-32 Nakacho, Musashino-shi,
180-8750
Japan
©Copyright June 1997
EJX110Atemperature
features single
crystal silicon resonant
Process
Limits:
EJA310A
GS01C21D01-01E
Phone:
81-422-52-5690
Fax.: 81-422-52-2018
20thGS
Edition
Jan. 2005
Yokogawa
Electric Corporation
01C21B01-00E
sensor
and
is
to
measure
liquid,
gas,
ormodel
The
high
performance
differential
pressure
transmitter
The
absolute
andtype
gauge
pressure
transmitter
Dependent
onsuitable
seal
and
fill fluid selection.
Nakacho, Musashino-shi, Tokyo, 180-8750 Japan
©Copyright June 1997
steam
flowfeatures
as well
as liquid
level,
density
and2-9-32
presEJX110A
single
crystal
resonant
SPAN
AND
RANGE
LIMITS
EJA510A
and
EJA530A
can
besilicon
used
to
measure
Absolute
&
Gauge
Pressure
Transmitter
EJX510A,
530A
Phone: 81-422-52-5690 Fax.: 81-422-52-2018
20th Edition Jan.
2005
sure.
EJX110A
outputs
4 to 20Limits:
mA
DC
signal
sensor
and
isorsuitable
toa measure
liquid,
gas,
liquid,
gas,Capsule
steam
pressure.
Both
output
aor4 to 20
Transmitter
temperature
Diaphragm
seals can only
be combined
with Transmitter
process
(For EJX510A,
values
are in absolute
and lower
corresponding
tocorresponding
the
measured
pressure.
steam
flow
as well
liquid codes
level,
density
presmA
DC
signal
todifferential
the
measured
pres(Optional
features
oras
approval
may
affectand
limits.)
connection “4” (1/2 “NPTf) or “W” (Welding connection)
range limits are 0.)
Its
highly
accurate
also
measure.
EJX110A
outputs
aºF)
4 to sensor
20setup
mA can
DC
sure,
and
also
feature
remote
andsignal
monitoring
-40
to
120ºC
(-40
toand
248stable
sure
the static
pressure
which
be
shown
on the
corresponding
to
the measured
differential
pressure.
through
communications
with can
the
BRAIN™
terminal
®also
integral
indicator
or
remotely
monitored
via
BRAIN
or
Itsand
highly
accurate
and
stable
sensor
can
mea275
host.
CENTUM
CS™
or
µXL™
or HART
Ambient
Humidity
Limits:
HART
communications.
Other
include
sure
static
which key
can features
be shown
on the
0 tothe
100%
RH pressure
(EJX)
quick
remote
set-up
using communications,
integral
indicator
or remotely
monitored
via BRAIN or
5 to response,
100%
RH (EJA)
STANDARD
SPECIFICATIONS
self-diagnostics
and optional
output for
pressure
HART
communications.
Otherstatus
key features
include
high/low
FOUNDATION
Fieldbus
protocol type
quick
response,
remote set-upfor
using
communications,
Refer
toalarm.
GS 01C22T02-00E
Fieldbus
EMC
Conformity
Standard:
is
also
available.
All CISPR11
EJX
series
models
in their
self-diagnostics
and
optional
status
output
for pressure
communication
type
marked
with
“”.
EN
61326,
AS/NZS
standard
configuration,
with theFieldbus
exception
of the type
high/low alarm.
FOUNDATION
protocol
Fieldbus
type, areAllcertified
by TÜV
as complying
isalso
available.
EJXSPECIFICATIONS
series
models
in their with
Supply
Voltage:
PERFORMANCE
SIL
2 for
safety
requirement.
standard
configuration,
with
the
10.5
to 42
VDC for
general
usethe
andexception
flameproofof
type
Zero-based calibrated span, linear output,
wetted
Fieldbus
type,
by TÜV (option
as complying
10.5 to 32
VDCare
for certified
lightning protector
code /A). with
parts material code ‘S’ and silicone oil.
SIL
2
for
safety
requirement.
10.5 to 30VDC for intrinsically safe, type n or non-incendive
Reference
STANDARD
SPECIFICATIONS
Accuracy
of16.6
Calibrated
Minimum voltage
limited at
VDC (EJX)Span
and 16.4 VDC
(including
the
effects
of zero-based
hysterRefer
to
GS
01C25T02-01E
for
Fieldbus
communica(EJA) for digital communication,
BRAIN
andlinearity,
HART
esis,
repeatability,
tionSTANDARD
typeand
marked
withSPECIFICATIONS
“.”values are in absolute for
EJA510A)
Refer
to GS 01C25T02-01E for Fieldbus communicationSPAN
type
marked
with “.”
DPharp
transmitters
combined
AND
RANGE
LIMITS with Seals:
0.2 %
of Span
Measurement
DP
Transmitter
SPAN
RANGE
LIMITS
0.075AND
%kPa
ofEJX110A
Span,
when/
HAC
is specified
mmH2O(/D4)
inH
mbar(/D3)
Span/Range
2O(/D1)
(EJA530A: A, B and C capsule)
Span
1 to 100
0.4 to 40
0.1 to 10
10 to 1000
inH
O(/D4)
kPa
–402O(/D1)
to 40HAC
–10of
toSpan,
10
–mbar(/D3)
100
to 100
–mmH
10002to 1000
0.12 %
when/
is specified
Span
50
0.5 toD10
100
51to
to1000
100
2 toto400
0.4
40
0.1
10toto10000
1000
(EJA530A:
capsule)
M
L
1000
100
Range ––
10000
––
400
40 to 400
40 ––
10 to
to 100
10
100 to
to 1000
100 ––
1000 to 10000
1000
25
to1000
5000
2.5 to
500 X,10
2000
0.025
5 kgf/cm2
Spanspans
For
below
50 toto 10000
0.5
100
5 to
2 to 400
H
M
1000 to 5000
1000 –10000
–5 to 5tokgf/cm
500 to 100
500 X–2000
Range –100
100002
–400toto2000
400 –5000
[0.050.15
]2000
%2000
of
Span
5000
2.5
to
0.025
to 5kgf/cm
kgf/cm22
0.725toto140
bar 0.7
to to
14500
MPa 10 10
Span 0.07
to
psi
to
140
Span
H
V
5 kgf/cm
500toto
Range ––0.5
to 5000
kgf/cm22
14500
MPa –2000
to 2000
to 140
bar –5–5toto140
71 to 2000
psi –55000
Measurement
L
Span/Range
Range
V
2
T01E.EPS
Span 0.07 to 14 MPa X
10 to 2000 psi 0.7 to 140 bar 0.7 to 140 kgf/cm
] % of span, when/ HAC is
2
Range –0.5 to 14 MPa
–
5
to
140
kgf/cm
–
5
to
140
bar
–71 to 2000 psi
Span
[0.0250.05
For
more details, please refer
to the following GS:
PERFORMANCE
SPECIFICATIONS
specified
(EJA530A: A, B and C capsule)
EJX110A
GS01C25B01-01E
T01E.EPS
Zero-based calibrated span, linear output, wetted
parts
PERFORMANCE
material code S SPECIFICATIONS
and silicone oil, unless otherX
wise
mentioned.
Zero-based
calibrated] %
span,
linearwhen/
output,
wetted
[0.030.09
of span,
HAC
is
SpanS and silicone
For
type, oil,
useunless
calibrated
partsFieldbus
materialcommunication
code
otherspecified
(EJA530A:
range
instead
of span D
in capsule)
the following specifications.
wise
mentioned.
For
Fieldbus
communication
Where
X
equals:
Specification Conformance type, use calibrated
range
instead
of span
in {psi}
the following
specifications.
Capsule
X MPa
EJX
series
ensures
specification
conformance
to at
GS08S01Y01-E-E
A
20
kPa
{2.9}
Specification
least 3. Conformance
A with/
HAC
40 specification
kPa
{5.8}
EJX
series
ensures
conformance
to at
Reference
Accuracy
of Calibrated
Span
B
0.2
{29}
least
3.
(includes terminal-based linearity, hysteresis, and
C
1 {145}
Reference
Accuracy
of Calibrated Span
repeatability)
D
8 {1160}
Measurement
Span/Range
A
B
C
D
MPa
psi (/D1)
bar (/D3)
kgf/cm2 (/D4)
Span
8 to 200 kPa
1.16 to 29
0.08 to 2
0.08 to 2
Range
–100 to 200 kPa
–14.5 to 29
–1 to 2
–1 to 2
Span
0.04 to 2
5.8 to 290
0.4 to 20
0.4 to 20
Range
–0.1 to 2
–14.5 to 290
–1 to 20
–1 to 20
Span
0.2 to 10
29 to 1450
2 to 100
2 to 100
Range
–0.1 to 10
–14.5 to 1450
–1 to 100
–1 to 100
Span
1 to 50
145 to 7200
10 to 500
10 to 500
Range
–0.1 to 50
–14.5 to 7200
–1 to 500
–1 to 500
T01E.EPS
Measurement
spanEffects “”
H
Power
Supply
For
more details,
please refer
to21.6
the following
:
Reference
to 32 of
V GS
DC,
0.005
PERFORMANCE
SPECIFICATIONS
0.04%
Span350 )
X%
per
spanVolt (from
EJX510A,
EJX530A
accuracy
Measurement
span GS01C25F01-01E
H
(0.0050.0049
URL/span)%
of Span
X span
Zero-based
calibrated
span, linear
output, wetted
parts
FUNCTIONAL
SPECIFICATIONS
Reference
0.04%
of
Span
X
span
material
code
‘S’
and
silicone
oil,
unless
X
O)
70
kPa
(280
inH
Absolute & Gauge Pressure Transmitter EJA510A,
530A
2
accuracy
(0.0050.0049
Xseals
mentioned.
span
otherwise
URL
(upper
range
limit)
500 kPaURL/span)%
(2000Transmitter
inH2O)of Span
Span
& Range
Limits
Diaphragm
can
only
be combined
with
process
For Fieldbus
communication
type,
use
calibrated
T08E.EPS
X “4” (1/2
kPa (280
inH
connection
“NPTf) or “W” 70
(Welding
connection)
2O)
(Values
are in absolute
EJA510A) specifications.
range
of span infor
the
URL
(upperinstead
range
limit)
500following
kPa (2000
inH2O)
Measurement
span
V
Measurement Conformance
T08E.EPS
Reference
Specification
0.04% of Span
X span
Span and
psi (/D1)
bar
(/D3) kgf/cm2(/D4)
MPa
accuracy
Measurement
span
V
EJX
series
ensures
specification
conformance
to at
RangeX span
(0.005+0.00125 URL/span)% of Span
Reference
least 3.
0.04% of Span
X span
10
to
200
X
50029kPa 0.1
(2000
1.45 to
to inH
2 2O) 0.1 to 2
accuracySpan
kPa (0.005+0.00125 URL/span)%
X Accuracy
span
Reference
of Calibrated
Span
A (upper range
URL
limit)
14 MPa (2000
psi) of Span
0 to 200
Range
0 to 2inH
0 T09E.EPS
to 2
0 to500
29 kPa (2000
(includes
the effects
of terminal-based
linearity,
X
kPa
2O)
hysteresis,
and
repeatability)
URL
(upper
limit)
14 MPa1L(2000
Measurement
span
0.1 to 2 14.5 to 290
Spanrange
to 20 psi) 1 to 20
B
Ambient
C
(0.15
Stability
0.1%
Power S
0.005
Vibration
Amplifi
Less th
ments
vibratio
displac
Amplifi
Less th
require
applica
Hz 0.1
2g)
Mountin
Rotatio
to 90 d
(0.84 in
adjustm
Respons
90 mse
When
dead ti
T09E.EPS
X span
0.04%
Reference
D
Measurement
span
B 0 of
Range
to Span
20C
0 to 2 A 0 to 290
0 to 20
accuracy
L
Measurement span
(0.0150.005
URL/span)%
of Span
XSpan
span
X
0.1%
of
Span
Reference
0.5
to
10
SpanX span
100
5 to 100
72.5 to 0.04%
1450 5 to
Span
Reference
accuracy
X Span X
2 kPaURL/Span)
(8of
inH
C
2O) % of Span
(0.01+0.009
accuracy
Range
0
to
1450
0
to
100
0
to
10
0
to 100
URL (upper X
range
limit)
(0.0150.005
URL/span)%
of Span
span
10 kPa
2O)
20 kPa
0.2
MPa(40 inH
1 MPa
5 MPa
X
T03E.EPS
X
O)
2 kPa
(8 to
inH
5 to 50(2.9 720
Span
500
50
to
500
psi) to 7200
(29
psi)50
(145
psi)
(720
psi)
2
D (upper
URL
range
limit) 200
O)
10
kPa (40 inH
Square
Root
Output
Accuracy
URL
kPa
2 MPa
10 2MPa
50 MPa
Range
0 to 50
0 to 7200
0 to 500
0 to 500
T03E.EPS
(Upper
rangeroot
limit) accuracy
(29 psi) is a
(290
psi) (1450
psi) span.
(7200
psi)
The
square
percent
of flow
T01E.EPS
Square
Output
Accuracy
T02E.EPS
URL Root
is defined
as
the
Upper
Range
Limit
from
the
Output
AccuracyGS :
For
more
details,
please
refer toisthe
following
The
square
root
accuracy
a percent
of flow span.
table
above.
or Greater
Same as reference
EJA510A,50%
EJA530A
GS01C21F01-00E
& -02Eaccuracy
Output
Accuracy
Reference accuracy50
to Dropout
point
Zero 50%
Adjustment
LimitsSame
50%
or Greater
as reference
accuracy
Square
root output
(%)
Yokogawa
Zero can be fully elevated
or suppressed,T03E.EPS
within
the Electric Corporation
Reference accuracy50
2-9-32 Nakacho, Musashino-shi, T
50% and
to Dropout
point
Lower
Upper
Range Square
Limitsroot
of the
capsule.
output (%) Phone: 81-422-52-5690 Fax.: 81
Ambient Temperature Effects per 28˚C
(50˚F)
External Zero Adjustment “”
T03E.EPS
Change
External zero is continuously adjustable with 0.01 %
Ambient Temperature Effects per 28˚C (50˚F)
3
Fill Fluids
We provide a wide array of fill fluids, which will encompass the majority of applications.
Table below shows the fill fluids available and the physical parameters of each.
MSCODE
-A1
-A2
-B1
-B2
-C1
-C2
-D1
-D2
-E1
-E2
-J2
Temperature limits
-40 to 300ºC
-10 to 300ºC
-90 to 180ºC
-30 to 200ºC
-20 to 204ºC
-40 to 200ºC
-10 to 400ºC
-17 to 160ºC
-40 to 175ºC
-10 to 120ºC
-10 to 260ºC
Description
Silicon Oil
DC704
Low Temperature Silicone Oil
DC200™ (10cSt)
Neobee™ M20 - FDA
Syltherm 800
High Temp/High Vac Silicon Oil
Glycerine
Halocarbon (Inert fill), requires code
Glycerine / Water - FDA
Medicinal white mineral oil - FDA
Density
0.96 at 25ºC
1.07 at 20ºC
0.914 at 20ºC
0.934 at 25ºC
0.92 at 20ºC
0.94 at 20ºC
1.07 at 20ºC
1.26 at 20ºC
1.968 at 20ºC
1.22 at 20ºC
0.852 at 15ºC
WIKA KN code
2.2
32
17
68
59
72
3.2
7
21
12
92
Certificates
Following options are available (refer to specific models)
/C Calibration Certificate per unit
/M Material certificate to EN 10204 3.1
/NC NACE Certificate (only with 3.1 Mat. Cert. to EN 10204)
/DK Pressure test certificate per EN 10204 3.1
Model Codes Selection
• WIKA Diaphragm Seals Product Overview
• Please select Diaphragm Seal page ...
W99027 A/D
pages 8
W99028 A/D
page 9
W99029 A/D
page10
W99012 A/D
page 11
W99026 A/D
pages 11
W99041 A/D
page 12
W99010
page 13
W99040
page 14
W99015 pages 14
W99018
page 15
W99022
page 15
GS08S01Y01-E-E
4
Assembly and options, suffix codes for all Diaphragm Seals
Please first select Diaphragm Seal W99
A/D from page 8 to 16.
Fill Fluid
-A1 KN2.2 Silicon Oil
-40 to 300ºC
-A2 KN32 DC704
-10 to 300ºC
-B1 KN17 Low Temperature Silicone Oil
-90 to 180ºC
-B2 KN68 DC200™ (10ºCSt)
-30 to 200ºC
-C1 KN59 Neobee™ M20 - FDA
-20 to 204C
-C2 KN72 Syltherm 800
-40 to 200ºC
-D1 KN3.2 High Temp/High Vac Silicon Oil
-10 to 400ºC
-D2 KN7 Glycerine (Direct mount only)
+17 to 160ºC
-E1 KN21 Halocarbon (Inert fill), requires code /K Field 14
-40 to 175C
-E2 KN12 Glycerine / Water - FDA
-10 to 120ºC
-J2 KN92 Medicinal white mineral oil
-10 to 260ºC
Assembly DMT Thread Direct Mount (EJA/EJX 510, 530)
H10 Direct Horizontal Mount-Distance 4in (100mm) up to 200ºC
V10 Direct Vertical Mount-Distance 4in (100mm) up to 200ºC
010 1m
Capillary
3ft (2mm Capillary ID Standard)
015 1.5m Capillary
020 2m
Capillary
025 2.5m Capillary
8ft (2mmCapillary ID Standard)
030 3m
Capillary 10ft (2mm Capillary ID Standard)
035 3.5m Capillary 12ft (2mm Capillary ID Standard)
040 4m
045 4.5m Capillary 15ft (2mm Capillary ID Standard)
050 5m
060 6m
070 7m
080 8m
090 9m
100 10m Capillary 33ft (2mm Capillary ID Standard)
Capillary Type N Direct-Mount
A SS Armored Capillary Tube
B PE Protected Capillary Tube, 0 to 5 m length
C PVC Coated Capillary Tube, 0 to 5 m length
D PE Protected Capillary Tube, 6 to 10 m length
E PVC Coated Capillary Tube, 6 to 10 m length
F PE Protected Capillary Tube, 11 m length and longer
G PVC Coated Capillary Tube,11 m length and longer
Attachment HN5 High side with Transmitter supplied with Yokogawa LVC
HLV High side with LVC by Wika
DN5 Both sides with Transmitter supplied with Yokogawa LVC
DLV Both sides with LVC by Wika
LN5 Low side with Transmitter supplied with Yokogawa LVC
LLV Low side with LVC by Wika
TMT Thread Mount, EJA/X500
Options available /06 0.6mm Capillary ID
for all models /10 1.0mm Capillary ID
/15 1.5mm Capillary ID
/W fully welded version (no gaskets between process flange and capsule)
/V Vacuum Service (>500 mbara and <100ºC)
/HV High Vacuum Service
/K Degreased (use with Inert fill KN21 for O2 service)
/C Calibration Certificate per unit
/M Material certificate to EN 10204 3.1
/NC NACE Certificate (only in combination with /M)
/DK Pressure test certificate acc. EN 10204 3.1
Options available /FD FDA-certificate for filling fluid
for sanitary versions only /ES Electro-polished finish (body + wetted parts) SS 316L
W99018 or W99022 /EH Electro-polished finish (body + wetted parts) Hastelloy C276
/3A 3-A Sanitary standard marked on diaphragm seal
for W99027 or W99029 /R Radial (Capillary) connection
Note: LVC means Low Volume Chamber. For EJA it is /NS option. For EJX it is suffix Code W
GS08S01Y01-E-E
5
Explanation to the Assembly of Diaphragm Seals
Assembly
DMTThread Direct Mount
(EJA/EJX 510, 530)
010
015
020
025
030
035
040
045
050
060
070
080
090
100
1m/3ft
1.5m/5ft
2m/6ft
2.5m/8ft
3m/10ft
3.5m/12ft
4m/13ft
4.5m/15ft
5m/16ft
6m/20ft
7m/23ft
8m/26ft
9m/30ft
10m/33ft
H10Direct Horizontal Mount-Distance 4in
(100mm) up to 200C
(150mm) up to 250C
(200mm) up to 300C
V10Direct Vertical Mount-Distance 4in
(100mm) up to 200C
(150mm) up to 250C
(200mm) up to 300C
Capillary
Capillary
Capillary
Capillary
Capillary
Capillary
Capillary
Capillary
Capillary
Capillary
Capillary
Capillary
Capillary
Capillary
GS08S01Y01-E-E
6
Attachment
HN5 High side with Transmitter supplied with Yokogawa Low Value Chamber (LVC)
or HLV High side with Low Volume Chamber by WIKA.
Note: F
or EJA/X 430/310A models
For EJA/X 110A models (1 seal HP side)
Note: For 1/4” NPTF process
Connection at low side, HLV is required
DN5 Both side with Transmitter supplied with Yokogawa Low Value Chamber (LVC)
or DLV Both side with Low Volume Chamber (LVC) by WIKA
Note: For EJA/X 110A models
GS08S01Y01-E-E
7
HN5 or HLV High side
LN5 or LLV Low side
Note: For EJA/X 110A models
TMT Thread Mount (EJA/EJX 510, 530)
Note: F
or EJA/X 510/530A models
(with process connection ‘4’ 1/2 NPTG or welding connection ‘W’)
GS08S01Y01-E-E
8
W99027A or W99027D
Diaphragm seal
Flush diaphragm,
flanged type ASME
or flanged type EN
GS08S01Y01-E-E
Model
Suffixcode
Description Flush Diaphragm
W99027A/D
Flange ASME
Flange EN
Flange
-10A
ASME 1.0” class 150 EN DN 25 PN 10-16
Connection
-10B
Size and rating -10C
EN DN 25 PN 63
-10D
ASME 1.0” class 600 EN DN 25 PN 100
-10E
-10F
-10H
-15A
-15B
-15C
EN DN 40 PN 63
-15D
-15E
-15F
-15H
-20A
-20B
-20C
EN DN 50 PN 63
-20D
-20E
-20F
-20H
-30A
-30B
-30C
EN DN 80 PN 63
-30D
-30E
-30F
-30H
-40A
-40B
-40C
EN DN 100 PN 63
-40D
-40E
-40F
-40H
-50A
-50B
-50C
EN DN 125 PN 63
-50D
-50E
-50F
-50H
Always N
Always
Sealing Face 1 (SS wetted only) ASME RF125-250 AA EN formB1
3 (SS wetted only) ASME RJF Groove
EN form D
4 (all wetted parts) ASME RFSF
EN form B2
All Wetted Parts, -SS1
SS 316L
(Body material -SS2
SS 316TI, 1.4571
is 316L) -HA1
Hastelloy C276, 2.4819
-HA2
Hastelloy B2, 2.4617
-HA3
-MO1
Monel 400, 2.4360
-IN1
Incoloy 825, 2.4858
-IN2
Inconel 600, 2.4816
-TA1
Tantalum
-NI1
Nickel 2.4066 / 2.4068
-TI1
Titanium Grade 2, 3.7035
-ST1
SS 316L with PTFE foil
-SP1
SS 316L with PFA coating
-SE1
SS 316L with ECTFE coating
-SG1
SS 316L with gold plating 25um
Gasket N
None
Flushing Ring N
No
A
SS 316L DN50
B
SS 316L DN80
C
Hastelloy C276, 2.4819 DN50
D
Flushing Ring 0
None
connection 1
Dual 1/4”
with plugs 2
Dual 1/2”
3
Single 1/4”
4
Single 1/2”
Assembly and options SUFFIX CODES Page 4
9
W99028A
Flush Diaphragm Pancake Flange ASME
W99028D
Flush Diaphragm Pancake Flange EN
Model
Suffixcode
Description Flush Diaphragm
W99028A
Pancake Flange ASME
W99028D
Pancake Size
-15
Note 1)
-20
-30
-40
Flange rating N
Always N
Sealing Face 1 (SS wetted only)
3 (SS wetted only)
4 (all wetted parts)
(Body material is 316L) -SS2
-HA1
-HA2
-HA3
-MO1
-IN1
-IN2
-TA
-NI1
-TI1
-ST1
-SP1
-SE1
-SG1
Gasket N
Flushing Ring (lower housing) N
A
B
C
D
Flushing Ring connection 0
with plugs 1
2
3
4
ASME 1.0”
ASME 1.5”
ASME 2.0”
ASME 3.0”
According to used back up flange
Always N
ASME RF125-250 AA
ASME RJF Groove; flange rating required
ASME RFSF
SS 316L
SS 316TI, 1.4571
Monel 400, 2.4360
Incoloy 825, 2.4858
Inconel 600, 2.4816
Tantalum
Nickel 2.4066 / 2.4068
Titanium Grade 2, 3.7035
SS 316L with gold plating 25um
None
No
SS 316L DN50
SS 316L DN80
None
Dual 1/4”
Dual 1/2”
Single 1/4”
Single 1/2”
Pancake Flange EN
EN DN 50
EN DN 80
EN DN 100
EN Form B1
EN Form D Groove
EN Form B2
Note 1) Counter Flanges are
not supplied. Pressure rating
depends on the counter flange
to be mounted.
GS08S01Y01-E-E
10
W99029A or W99029D
Diaphargm Seal,
Extended Flush Diaphragm
Flange ASME or Flange EN
GS08S01Y01-E-E
Model
Suffixcode
Description Extended Flush Diaphragm
W99029A
Flange ASME
W990029D
Flange EN
Flange
-20A Extension OD=1.90”/48,3mm ASME 2.0” class 150 EN DN 50 PN 10/16
Connection-20B Extension OD=1.90”/48,3mm ASME 2.0” class 300 EN DN 50 PN 25/40
EN DN 50 PN 63
Size
-20C Extension OD=1.90”/48,3mm
and rating -20D Extension OD=1.90”/48,3mm ASME 2.0” class 600 EN DN 50 PN 100
-20E Extension OD=1.90”/48,3mm ASME 2.0” class 900
-20F Extension OD=1.90”/48,3mm ASME 2.0” class 1500
-30B Extension OD=2.99”/76,0mm ASME 3.0” class 300 EN DN 80 PN 25/40
EN DN 80 PN 63
-30D Extension OD=2.99”/76,0mm ASME 3.0” class 600 EN DN 80 PN 100
-40B Extension OD=3.70”/94,0mm ASME 4.0” class 300 EN DN 100 PN 25/40
EN DN 100 PN 63
-40D Extension OD=3.70”/94,0mm ASME 4.0” class 600 EN DN 100 PN 100
-50A Extension OD=4.92”/125mm ASME 5.0” class 150 EN DN 125 PN 10/16
-50B Extension OD=4.92”/125mm ASME 5.0” class 300 EN DN 125 PN 25/40
EN DN 125 PN 63
-50C Extension OD=4.92”/125mm
-50D Extension OD=4.92”/125mm ASME 5.0” class 600 EN DN 125 PN 100
-50E Extension OD=4.92”/125mm ASME 5.0” class 900
-50F Extension OD=4.92”/125mm ASME 5.0” class 1500
Extension 2
2”, 50mm Extension
Length 4
RL 6
8
ASME RF125-250 AA EN Form B1
3 (SS wetted only)
ASME RJF Groove EN Form D Groove
EN Form B2
ASME RFSF
SS 316L
(Body material -SS2
SS 316TI, 1.4571
is 316L) -20HA1
Hastelloy C276, 2.4819 (Up to 2”)
-30HA1
-40HA1
-20HA2
Hastelloy B2, 2.4617 (Up to 2”)
-30HA2
-40HA2
-20HA3
-30HA3
-40HA3
-20MO1
Monel 400, 2.4360 (Up to 2”)
-30MO1
Monel 400, 2.4360 (Up to 3”)
-40MO1
Monel 400, 2.4360 (Up to 4”)
-20IN1
Incoloy 825, 2.4858 (Up to 2”)
-30IN1
Incoloy 825, 2.4858 (Up to 3”)
-40IN1
Incoloy 825, 2.4858 (Up to 4”)
-20IN2
Inconel 600, 2.4816 (Up to 2”)
-30IN2
Inconel 600, 2.4816 (Up to 3”)
-40IN2
Inconel 600, 2.4816 (Up to 4”)
-20TA1
Tantalum (Up to 2”)
-30TA1
-40TA1
-SP1
-SE1
-20SG1SS 316L with gold plating 25um
Up to DN50) Diaphragm only
Gasket N
None
Flushing Ring N
Not Applicable
Flushing Ring connection 0
Not Applicable
OD = Outer Diameter
11
W99012A or W99012D
Diaphragm Seal with
flange process connection,
ASME or EN. Threaded design
Dimensions in mm
1036 874.01
Flanged process connection, threaded design
Model
Suffix code Internal Diaphragm, Threaded Design
W99012A Flange ASME
W99012D
Flange EN
Flange
-05 ASME 1/2”
EN DN 15
Connection
-07 ASME 3/4”
EN DN 20
Size
-10 ASME 1”
EN DN 25
-15 ASME 1 1/2”
EN DN 40
-20 ASME 2”
EN DN 50
Flange rating A ASME Class 150
EN PN 10/16
B ASME Class 300
EN PN 25/40
C
EN PN 63
D ASME Class 600
EN PN 100
E
EN PN 160
F ASME Class 900/1500 EN PN 250
N None
None
Sealing Face 1 (SS wetted only) ASME RF125-250 AA EN Form B1
3 (SS wetted only) ASME RJF Groove
EN Form D Groove
4 (all wetted parts) ASME RFSF
EN Form B2
All Wetted Parts, -SS1 SS 316L
(Body material is 316L) -HA1 Hastelloy C276, 2.4819
-TA1 Tantalum
-MO1 Monel 400, 2.4360
-ST1 SS 316L with PTFE foil
Gasket between upper part A FPM (max. 200ºC)
and lower part B PTFE (max. 260ºC)
CMetal Seal Form C, SS/Silver
(max. 400ºC; SS wetted only)
DMetal Seal Form C, Inconel/Silver
(max. 400ºC; SS wetted only)
Assembly bolts between upper A SS 304 (max. 260ºC)
part and lower part BHigh tensile bolts, 1.7709 (max. 400ºC)
Flushing Conn. without plugs, 0 None
(Material can be different 1 Dual 1/4” (SS 316L)
as seal material) 3 Single 1/4” (SS 316L)
6 Dual 1/4” (Hastelloy C276 / Monel 400)
8 Single 1/4” (Hastelloy C276 / Monel 400)
W99026A or W99026D
Diaphragm Seal with flange process connection,
ASME or EN. Welded design
Model
Suffixcode
Description, Internal Diaphragm, Welded Design
W99026A
Flange ASME
W99026D
Flange EN
Flange
-05
ASME 1/2”
EN DN 15
Connection
-07
ASME 3/4”
EN DN 20
Size
-10
ASME 1”
EN DN 25
Flange rating A
ASME Class 150
EN PN 25/40
B
ASME Class 300
N
None
None
ASME RF125-250 AA
EN Form B1
ASME RFSF
EN Form B2
SS 316L
(Body material is 316L) -HA1
-TA1
Tantalum
-MO1
Monel 400, 2.4360
-ST1
Gasket between upper part
and lower part N
None
Flushing Ring (Lower Housing) N
None
Flushing Connection 0 P
None
GS08S01Y01-E-E
12
W99041A or W99041D
Diaphragm Seal with flange process connection
large diaphragm volume for low pressure applications
ASME or EN Flanges
Model
Suffixcode Description, Large Volume, Internal Diaphragm, Threaded Design
W99041A Flange ASME
W99041D
Flange EN
Size for
-05 ASME 1/2”
EN DN15
Connection
-07 ASME 3/4”
EN DN 20
thread
-10 ASME 1”
EN DN25
-15 ASME 1 1/2”
EN DN40
-20 ASME 2”
EN DN50
Connection A ASME Class 150 (Diaph. D89mm)
Rating B ASME Class 300 (Diaph. D89mm)
C
PN63 (Diaph. D89mm)
D ASME Class 600 (Diaph. D89mm)
Always N always
Sealing Face 1 ASME RF125-250 AA
3 ASME RJF Groove (SS wetted only)
4 ASME RFSF
Wetted Parts -SS1 SS 316L
Diaphragm Material -HA1 Hastelloy C276, 2.4819
(Body SS 316L) -MO1 Monel 400, 2.4360
-TA1 Tantalum
-ST1 SS 316L with PTFE foil
Gasket between upper body B PTFE (max. 260ºC)
and lower body E Grafit (max. 400ºC)
F Viton (max. 200ºC) Diaph. D89 only
Wetted Parts Lower Housing A SS 316L
C Hastelloy C276, 2.4819
E Monel 400, 2.4360
Flushing Connection without plugs 0 None
1 Dual 1/4” (Lower Housing 316L)
2 Dual 1/2” (Lower Housing 316L)
3 Single 1/4”(Lower Housing 316L)
4 Single 1/2” (Lower Housing 316L)
6 Dual 1/4” (Lower Housing Haselloy C276)
7 Dual 1/2” (Lower Housing Haselloy C276)
8 Single 1/4”(Lower Housing Haselloy C276)
9 Single 1/2” (Lower Housing Haselloy C276)
GS08S01Y01-E-E
13
W99010
Diaphragm Seal with threaded process connection
To be choosen when you need to increase the diaphragm size
without changing the supplied proces connector
Model
Suffixcode
W99010
Thread
-02
connection
-05
-07
-10
Flange rating D
F
Connection NM
Thread type NF
BM
BF
Sealing Face 0
(Body material is 316L) -SS2
-HA1
-HA2
-HA3
-MO1
-IN1
-IN2
-TA1
-ST1
Gasket between upper part A
and lower part B
C
D
Assembly bolts between upper part A
and lower part B
Flushing Conn. without plugs, 0
(Material can be different as seal material) 1
3
6
8
Description
Thread, Internal Diaphragm, Threaded Design
1/4”
1/2”
3/4”
1”
PN 100 bar
PN 250 bar
NPT male
NPT female
BSP male
BSP female
None
SS 316L
SS 316TI, 1.4571
Monel 400, 2.4360
Incoloy 825, 2.4858
Inconel 600, 2.4816
Tantalum (1/2” BSP male only)
SS 316L with PTFE foil (1/2” BSP male only)
FPM (max. 200ºC)
PTFE (max. 260ºC)
Metal Seal Form C, SS/Silver (max. 400ºC; SS wetted only)
Metal Seal Form C, Inconel/Silver (max. 400ºC; SS wetted only)
SS 304 (max. 260ºC)
High tensile bolts, 1.7709 (max. 400ºC)
None
Dual 1/4” (SS 316L)
Single 1/4” (SS 316L)
Dual 1/4” (Hastelloy C276 / Monel 400)
Single 1/4” (Hastelloy C276 / Monel 400)
GS08S01Y01-E-E
14
W99040
Diaphragm Seal with threaded process connection
Large volume diaphragm for low pressure applications
Model
Suffixcode
W99040
Size for
-05
Connection
-07
thread
-10
-15
-20
Connection Rating D
Connection NM
Thread type NF
BM
BF
Sealing Face 0
Wetted Parts -SS1
Diaphragm Material -HA1
(Body SS 316L) -MO1
-TA1
-ST1
Gasket B
E
F
Wetted Parts Lower Housing A
C
E
Flushing Connection without plugs 0
Description
Thread, Large Volume, Internal Diaphragm, Threaded Design
1/2”
3/4”
1”
1 1/2”
2”
PN100bar / Diaphr. D89mm
NPT male
NPT female
BSP male
BSP female
None
SS 316L
Monel 400, 2.4360
Tantalum
PTFE (max. 260ºC)
Grafit (max. 400ºC)
Viton (max. 200ºC) Diaph. D89 only
SS 316L
Monel 400, 2.4360
None
W99015
Diaphragm Seal for block flange or saddle flange
Model
Suffixcode
W99015
Identify
EJAM
EJXM
EJAD
EJXD
Connection Size -00
(Nominal Pipe -30
Size) -40
-60
-80
-A0
-A2
Connection Rating D
Assembly Hardware S
Sealing Face 0
Wetted Parts Diaphragm Material -SSS
(Body SS 316L) -SHC
-STA
-SMM
Gasket between upper body A
and saddle B
Material Saddle A
C
Flushing Connection 0
GS08S01Y01-E-E
Description
Saddle, Flush Diaphragm
EJA100/300/400 (L capsule excluded) series
EJX100/300/400 (L capsule excluded) series
EJA500 (welding connection is preferred)
EJX500 (welding connection is preferred)
WIKA Retrofit (Existing Saddle)
EN DN80 / ASME 3.0”
EN DN 100 / ASME 4.0”
EN DN 150 / ASME 6.0”
EN DN 200 / ASME 8.0”
EN DN 250 / ASME 10.0”
EN DN 300 / ASME 12.0”
PN100bar / Diaphr. D89mm
Stainless Steel
None
SS 316L
Tantalum
Monel 400, 2.4360
FPM (up to 200ºC)
PTFE (up to 260ºC)
SS 316L
None
15
W99018
Diaphragm Seal with 3A - FDA- DIN 11 851 connection
Model
Suffixcode
W99018
Connection Size
-15
(Nominal Pipe Size)
-20
-30
Connection Rating N
Always N
Sealing Face 0
Body Material + All wetted parts SS1
HA1
Gasket N
Lower housing N
Description
Sanitary, Din 11851
DN 40
DN 50
DN 80
according to used clamp
None
always
SS 316L
None
None
None
W99022
Diaphragm Seal with 3A - FDA- tri-clamp connection
Model Suffixcode
W99022
Connection Size -10
(Nominal Pipe Size) -15
-20
-25
-30
-40
Connection Rating N
Always N
Sealing Face 0
Body Material + All wetted parts SS1
HA1
Gasket N
Lower housing N
Description
Sanitary, TriClamp
1.0”
1.5”
2.0”
2.5”
3.0”
4.0”
according to used clamp
None
always
SS 316L
None
None
None
Note: For supply of mounting clamps & accessories, please contact your nearest Yokogawa representative.
GS08S01Y01-E-E
YOKOGAWA ELECTRIC CORPORATION
World Headquarters
9-32, Nakacho 2-chome, Musashino-shi
Tokyo 180-8750
Japan
www.yokogawa.com
YOKOGAWA ELECTRIC ASIA Pte. LTD.
5 Bedok South Road
Singapore 469270
Singapore
www.yokogawa.com/sg
YOKOGAWA CORPORATION OF AMERICA
2 Dart Road
Newnan GA 30265
USA
www.yokogawa.com/us
YOKOGAWA CHINA CO. LTD.
3F Tower D Cartelo Crocodile Building
No.568 West Tianshan Road Changing District
Shanghai, China
www.yokogawa.com/cn
Euroweg 2
3825 HD Amersfoort
The Netherlands
www.yokogawa.com/eu
YOKOGAWA MIDDLE EAST B.S.C.(c)
P.O. Box 10070, Manama
Building 577, Road 2516, Busaiteen 225
Muharraq, Bahrain
www.yokogawa.com/bh
GS 12X0X0-E-E
Subject
to change without notice
GS08S01Y01-E-E
Copyright ©
Subject to change without notice
Copyright©
Yokogawa has an extensive sales and
distribution network.
Please refer to the European website
(www.yokogawa.com/eu) to contact your
nearest representative.
Printed in The Netherlands, 00-000 (A) I
Printed in The Netherlands, 1-902 (A) I

General Specifications

Transcription

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