satron VG User manual

SATRON VG pressure transmitter
Installation and Setting-Up Instructions
Spare Parts List
Contents:
1 INSTALLATION
1.1 Mechanical installation
1.2 Electrical connections
2 SETTING UP
2.1 Using the 275 user interface
2.2 SettingupthroughHART®275userinterface
2.3 Settingupwith Satron-pAdvisorServiceSoftware
2.4 Setting up with local switches
2.5 Set-upcalibration
3CALIBRATION
3.1 Adjustability
3.2 Damping
3.3 Calibrationexamples
4 CONSTRUCTION AND OPERATION
5 PARTS LIST
DOCUMENTS
TechnicalSpecifications:BPLV700
InstallationandSetting-UpInstructions:BPLV700AV
BPLV700AV
Man.rev.2
2006-12-19
Satron Instruments Inc.
P.O.Box 22,FIN-33901Tampere,Finland
Tel.int.+358 207464800,Telefax [phone]
www.satron.com,[email protected]
We reserve the right for technical modifications without prior notice.
HART® is a registered trademark of HART Communication Foundation.
Pasve™ is a trademark of Satron Instruments Inc.
Hastelloy® is the registered trademark of Haynes International.
Viton® is the registered trademark of DuPont Down Elastomers.

BPLV700AV
2006-12-19
Figure 1-2 Basic mounting dimensions
2
1. INSTALLATION
1.1 Mechanical installation
Mountingrecommendations:Fig.1-1
• Process connection direction: horizontal
•Cableentrydirection: from below
• Connector coupling direction, calibration
direction:horizontal
Otherconsiderations:
• Steam should not be admitted to the
transmitter’ssensingelement.
• In outdoor installations you should make
sure that water condensed from e.g. a steam
line will not freeze and, by expanding,
damagethetransmitter’ssensordiaphragm.
For instance, this can be avoided by
installing heat insulation up to the sensor
diaphragm.
SATRON VG pressure transmitter
NOTE Dimensionsare inmillimeters
1300354152
installation with process
coupling installation with PASVE mounting/
service valve
Figure1-1 Recommendedmountingpositions
SZ
Remote electronics, connecting cable
with protection hose, codes Lja K
[Process temperature code H+40]
OptionLOptionK
Hex 36
160
170
[ProcesstemperaturecodeH,+40mm]
Pg9 std. housing type H and T
M20x1.5 std. housing types Mand N
Clearance for
cover removal
Hex 36
Housing types H, T and M 215
Housing type N 245
100
min. 300
min. R75
60
125
110
Housing types H, T and M 195
Housing type N 225
100
M20x1.5 std. housin
g
t
yp
es Mand N
Hex 36
Clearance for
cover removal
Pg9 std. housing types H and T
Ø58

BPLV700AV
2006-12-19
SATRON VG pressure transmitter
Figure 1-6
Figure 1-3 Couplingmounting hole
Figure 1-7
1 Shut-off plug, AISI316 (Order No. M550405)
2 Shut-off screw G1
3 G1 welded process coupling
Figure1-5 Coupling shut-offplug
Figure 1-4 Welding the coupling
3
10044004
DO NOT TOUCH!
10044006
10044108
Welding Sequence
∅45.5
-0.2
+0.5
1050354043
10044110
HEX 36
79
312
1.1.1 Installing welded process couplings
Mounting hole for coupling
• Make a Ø 45.5 mm (+0.5/-0.2 mm) hole in the tank wall
or pipe, as shown in Figure 1-3.
Welding the coupling
Theseinstructionsapplytoall welded couplings; welding
the G1 standard coupling is described here as an
example.
• Place the coupling in the mounting hole as shown in Fig.
1-4.Thenweld with severalrunssoastoprevent the
coupling’sovaldistortionandtightnessproblems.
• The transmitter must be out of the coupling while the
couplingis welded.You can usetheshut-off plug shown in
Fig. 1-5 to shut the coupling. The plug protects the
coupling’s sealing face and permits the starting of the
process without the transmitter.
• It is always recommendable to use the welding assistant
(M1050450)whileweldingthecouplingtopreventany
distortions due to heat.
•Donotmakeweldgroundingviaanytransmitter's body!
1.1.2 Mounting the transmitter on the coupling
Procedure
• Make sure that the coupling’s sealing face is clean.
•Removetheorangeprotectiveplugfromthetransmitter’s
diaphragm.
Do not touch the diaphragm! Figure 1-6.
• Insert the transmitter in a straight line into the
coupling(Fig.1-7),so that the guide groove onthe
transmitter aligns with the stop pin on the coupling. The
transmittersettlesintoposition when the groove and pin
arealigned,andwillbepreventedfromrotatinginthe
coupling.
Wheninserting thetransmitter,becarefulnot to
damagetheedge of thesensordiaphragm on the
edges of the coupling or on the end of the stop pin!
• Lock the transmitter in position by screwing the hex nut
fully home. Finger tightness is sufficient to tighten the
sealingfaces.However,werecommendfinaltightening
withatool to eliminate the effectofvibrationand other
such factors. Apply 60±20 Nm torque.
Do not use sealing tape etc. on threaded
connection!
1
3
5
24
6
WeldingassistantM1050420

BPLV700AV
2006-12-19
SATRON VG pressure transmitter
Figure 1-13 Using PASVE™
Figure 1-11 G1/2 / G1 couplings
Three process sealing options for the transmitter:
Figure 1-12 Process sealing
Operation:
1. Lock (rotate) and
select operating
position (turn).
2. Release safety
catch.
3. Transmitter dowel
pin.
4. Reference and
calibration
pressure
connection (M6).
M546195, male G1/2A
M550393, female G1/2
All PASVE™ types are also available with pneumatic
actuator, flushing and limit switches.
Figure 1-14 Mounting dimensions for different PASVE™ types
5
1.1.4 Installing the transmitter with PASVE™
mounting/service valve
Thethree-positionPASVE®mounting/servicevalvemakes
the installation of the transmitter easy. All necessary
cleaning,zeroadjustmentandreplacementoperationswill
be easy and fast to perform with PASVE® without
stopping the process.
Flange
ANSI 3" 150 lb
ANSI 3" 300 lb
DN80 PN40
DimensionD
191
210
200
AISI316L diaphragm,
Viton O-ring
(selection code 1)
AISI316L diaphragm,
PTFE O-ring
(selection code 2)
AISI316L, Hast. C276
or tantalum diaphragm,
metal/metal bevel seal
(diaphragm on sealing
face also)
(selection code 4)
CZM
M
Z
C
CLOSE
1.
2.
3.
4.
10044070
1050354040
PASVEGF
(Flange type)
PASVEGC
(Welded on container)
PASVEGP
(Welded on pipe)
66
6.5
R262
220
(8.7)
(10.3)
(0.26)
∅ 70
(
∅ 2.8
)
(2.6)
55
R262
A
220
(8.7)
(10.3)
∅ 127
∅ D
(∅ 5)
(2.2)
41
R262
220
(8.7)
(10.3)
∅ 115
(∅ 4.5)
(1.6)
10044132
G1/2
G1

Figure 1-16 Supply voltage and load capacity
Figure1-17 Adjustingthejunctionboxposition
6
Position selection 3 x 90°
Tighten
the screw
1.2 Electrical connections
Supply voltage and load of the transmitter according to the
figure1-16.
Werecommendshieldedtwisted-paircableassignal
cable.
Thesignalcableshouldnotbeinstallednearhigh-voltage
cables,largemotorsorfrequencyconverters.
The shield of the cable is grounded at the power supply
endoraccordingtotherecommendationsofthe
manufacturerofthe used control system.
1. Remove screw
2. Open
Figure1-15 RemovingthePLUG
junction box
1
2
Open
0.5 ... 1.5 mm 2
Pg9
10044093
10044092
BPLV700AV
2006-12-19SATRON VG pressure transmitter
1300354153
10 12 15 20 25 30 35
0
250
500
750
1000
1400
Supply voltage /V
Load / Ω
40
1250
Operating
region
Min. load using HART® - communication 250 Ω
R max = Supply voltage - 12 V
I max
Imax = 20.5 mA using HART®-communication
Imax = 23 mA
(
when the alarm current 22,5 mA is on
)

7
Figure 1-18,wiring housings H andT
Figure 1-19,wiring housing M
Figure 1-20, wiring housing N 1300354155
BPLV700AV
2006-12-19
SATRON VG pressure transmitter
1300354155
1300354155
+-Test
Power
Load
mA
+-
+-Test
mA
+-
Power
Load
Hart®
Test
32
1
13
60
.5
DN UP
PZ
DRUN
ZS
132
1
2Power
Load
mA
+
-

8
2 SETTING UP
2.1 Using the 275 user interface
Operationkeys
Thesixoperationkeysarelocatedabovethealphanumeric
keyboard:
The ON/OFF key (I/O) switches the user interface on and
off. When you switch the user interface on, it starts looking
for a HART®transmitter connected to it. If the transmitter is
not found, the message “No Device Found. Press OK”
will be displayed.
TheONLINEmenuisdisplayedwhentheuserinterface
findsthetransmitter.
(^) This key allows you to move upwards in menus and
scroll lists forwards.
(v) This key allows you to move downwards in menus and
scroll lists backwards.
(<) This two-function key allows you to move the cursor to
the left and to go back to a previous menu.
(>) This two-function key allows you to move the cursor to
the right and to select a menu option.
(>>>) The quick-selection key will start the user interface
and display the quick-selection menu. You can define the
desiredmenuasquick-selectionmenu.
Functionkeys
With function keys F1, F2, F3 and F4 you can perform the
programfunctionsdisplayedaboveeachfunctionkey.When
youmove in the softwaremenus,the functions of these
keys will change in accordance with the currently selected
menu.
2.2 Setting up through HART® 275 user
interface
After installing and connecting the transmitter, connect the
userinterfacetothetransmitter.Thefollowingmenu is
displayed:
1 Measurement
2 Configuration
3 Information
4 Diagnostics
Tochangethe measuringrange,unitdampingtimeconstant
tooutputmode(linear/square-root),selectConfiguration.
Thefollowingmenuisthendisplayed:
1 Range values
2 Detailed config
To change the measuring range, select Range values.
Theselectiondisplaysthe followingmenu:
1 LRV (lowerrangevalue)
2 URV (upperrangevalue)
3 LSL (lowersensorlimit)
4 USL (uppersensorlimit)
5 Min span (minimumspan)
6 Apply values
To change the measurementunit, damping timeconstant or
output mode, select Detailed config from the Configura-
tionmenu.
Theselectiondisplays thefollowingmenu:
1 Damping
2 Pres. unit
3 Tempr. unit
4 Alarm current
5 Write protect
6 Lin. func
7 DiffElstatus
8 Burst mode
9 Burst option
Poll addr
Tag
User function
User funct. setup
After these activities or if the transmitter is supplied with the
ready configuration youmust correct a zeroerror of the
transmitter in a final installation position.
Press Diagnostics and PV Zero calibr.
The selection displays the following menu: Give correct
value for Zero pressure in ...
The current zero point will be shown in display and the final
zeroerrorcorrectioncanbedone.
Figure 2-1
275userinterface
BPLV700AV
2006-12-19SATRON VG pressure transmitter

9
2.4 Setting up through HART® 375 user
interface
After installing and connecting the transmitter, connect the
user interface to the transmitter. The following menu is
displayed:Main menu.ToselecttheHARTApplication.
Figure 2-2
375 user interface
BPLV700AV
2006-12-19
SATRON VG pressure transmitter
2.3 Using the 375 user interface Thefollowingmenu is then displayed:
1 Measurement
2 Configuration
3 Information
4 Diagnostics
5 Review
Tochangethemeasurementunit,dampingtimeconstant
oroutputmod,select Configuration.
Thefollowingmenu is then displayed:
1 Rangevalues
2 Output
3 Tranferfunction
4 General setup
Tochangethemeasurement unit, select Range values.
Thefollowingmenu is then displayed:
1 LRV
2 URV
3 LSL
4 USL
5 Min span
6 Apply values
To change the damping time constant, select Output from
theConfigurationmenu.
Thefollowingmenu is then displayed:
1 Damping
2 Alarm current
Tochangethe output mode, select Transfer function
fromtheConfiguration menu.
Thefollowingmenu is then displayed:
1 Lin. func
2 User function data
After these activities or if the transmitter is supplied with
the ready configuration you must correct a zero error of
thetransmitterin a final installation position.
The First press Diagnostics and then Sensor trim and
thenZero trim
The following text is then displayed : WARN-Loop be
removed from automatic control
The final zero error correction can be done to select
ABORT or OK on the display .

2.6 Setting-up with local switches
The additional instruction of display menus is enclosed to
this manual.
10
2.5 Setting-up with Satron-pAdvisor Service Software
When you will have available all the operations of the Smart transmitter, we recommend the use of Satron-pAdvisor
Service Software program in setting-up. Satron Instruments Inc. will deliver you the program, HART-modem and CAL-
BOX according the order.
DMM
PC
POWERSUPPLY HART-MODE
SATRON
SMART-
TRANSMITTER
Com1or
Com2
RS232
HART-COM
CAL-BOX
+24 V
CALIBRATIONPRESSURE
GENERATIONAND
MEASUREMENT
Figure 2-2 Calibration connections window
Test connections of lab calibration Recommended equipment for calibration
Satron-pAdvisor service software for SATRON
Smart transmitter
PC: AT-486, Pentium (o.s. Win-95 or Windows
NT)
DMM: Digital multimeter, basic DCV accuracy
better than 0,01 % of reading (for example Fluke
8840A, Keithley 2000)
Cal. pressure generation and measurement
device (accuracy better than 0,03 % of reading)
HART-modem: (for example MicroLink Smart
Modem)
Power supply: Output 24 VDC, Rout <10 ohm
CAL-BOX connection unit, including:
- precision current shunt, 4-wire connections,
100 ohm, 0,01 %
- overload protection circuit for current shunt
- connectors for power supply, HART modem,
DMM and transmitter
Figure 2-3 VG pressure transmitter with display
BPLV700AV
2006-12-19SATRON VG pressure transmitter
Esc Enter
L 4 mA
Keyboard :
Esc = Press Esc move back towardsthe top of themainmenu.
= Use the UP arrow key to move up on the current menu
levelortoincreasetheselectedparametervalue.
= Usethe DOWN arrow key tomove down on the current
menulevelortodecreasetheselectedparametervalue.
Enter = Press ENTER to move to a lower level in a menu or to
acceptacommandorparametervalue.

Measurement PV
Pres.
AO
% rnge LRV
Sensor URV
Housing LSL
USL
Configuration Range values MinSpan
Apply values
Damping
Pres. unit
Tempr.unit
Detailed config Alarm current
Write protect
Lin.func
Diff El status
Burst mode Point 1 pressure
Burst option Point 1 output
Polladdr ...
Tag Point16pressure
User function Point 16 output
User funct. Ref. temperature
setup Vol. temp.coeff.
Manufacturer
Model
Information Device info Sensor s/n
Message
Universal rev
Fld dev rev
Software rev
Hardware rev
Descriptor
Finalasmblynum
P-SMART special Selection code
P-SMART
Process seal
Housing type
Body/Flange mater
Diaph/(+)diaphmat
(-)diaphragm mater
Diaphragm coating
Extension material
Fillfluid
Explosion proof
Diagnostics ALARMCPUEEER
Device status flags ALARMADSENER
ALARMADTSER
Zero device status ALARMADTHER
ALARMELDRER
SCIERR
ADERR
HAFRERR
HADAERR
ADCEEERR
Loop test Reserved1
Loop calibr. Reserved2
PV Zero calibr
PV Span calibr
Digital inputs
Date Sensor tempr cal
Tempr calibr. Housing tempr cal
11
4 mA
20mA
275 software tree
(Valmet transmitters)
ONLINE
BPLV700AV
2006-12-19SATRON VG pressure transmitter

12
4 mA
20 mA
275/375-software tree
(Satron transmitters)
ONLINE
BPLV700AV
2006-12-19
SATRON VG pressure transmitter
Measurement
Configuration
Information
Diagnostics
Review
PV
Press
AO
%rnge
Sensor
Housing
Rangevalues
Output
Transferfunction
Generalsetup
LRV
URV
LSL
USL
MinSpan
Applyvalues
Damping
Alarmcurrent
Lin.func
Userfunctiondata
Pres.unit
Tempunit
Writeprotect
Userpointcnt
UserunitUSER
Tempcorrection
1. Pres
1. Out
......
16. Prs
16.Out
Referencetemp
Vol.tempcoeff.
Measuringpoint
Deviceinfo
Constructioninfo
HART
Tag
Descriptor
Message
Date
Manufacturer
Model
DevType
Serialno.
Sensorno.
Deviceno.
Softwarerev
Hardwarerev
Selectioncode
Processconnection
Housingtype
Body/flangemater
Diaphragmmater(+)
Diaphragmmater(-)
Diaphragmcoating
Extensionmaterial
Ext lenght code
Fillfluid
Explosionproof
Tempcode
Process connect (-)
Universalrev
Flddevrev
Polladdr
Burst mode
Burstoption
Device status
Sensor trim
Outputfunctions
Temperaturetrim
Otherfunctions
Self test
Errorinfo
Statistics
Zerotrim
Lowersensortrim
Uppersensortrim
Loop test
Output trim
Sensor temp trim
Housingtemptrim
Masterreset
Factorydefaults

2.7 Set-up calibration, housing code T (with
manual adjuster)
The transmitter is factory-calibrated, with 1 sec. electrical
damping,forthe range specified in theorder. Ifrangeis
not specified, the transmitter will be calibrated for the
maximumrange.
Zeroand Span adjusters areatthe end of thehousing,
underprotectiverubbershield. TESTjacksarealso under
protectiverubbershield. Figure2-4:housingTwithPLUG
connector
Checkoutprocedure
- See that the ripple on the supply voltage does not
exceed2.5 Vpp on0-1000Hzfrequencyrange.
-Checkthenameplateforthefactory-calibrated
rangeandzerosuppression/elevation.
- If necessay, readjust the zero.
13
3 CALIBRATION
3.1Adjustability
Maximum span is 25 times the minimum span for SATRON
VGtransmitter
Spanadjustments is made fromoutsidethe housing, under
theprotectiverubbershield(figure3-1).
BPLV700AV
2006-12-19SATRON VG pressure transmitter
Use of selector switch :
RUN = working position
PZ = Process value zero
D = damping adjustment
S = Span adjustment
Z = Zero adjustment
DN = Down
UP = Up
HousingwithPLUG-connector, code T
Figure 2- 4 1300354154
Zero suppression and elevation
Maximum zero suppression is 86 % of max.span, and
maximum zero elevation is 100 % of max. span. Zero
adjustments is made from outside the housing, under the
protectiverubbershield(figure3-2).
Figure 3-1 Figure 3-2
1300354154 1300354154
Hart®
Test
32
1
13
60
.5
DN UP
PZ
D
RUN
ZS
Hart®
Test
32
1
13
60
.5
DN UP
PZ
DRUN
ZS
Hart®
Test
32
1
13
60
.5
DN UP
PZ
DRUN
ZS

3.2 Damping
If pulsation occurs in the measured pressure, it can be
dampedwiththe damping trimmerpositionDunderthe
protectiverubbershiledonthehousing.
14
BPLV700AV
2006-12-19SATRON VG pressure transmitter
Figure 3 - 3 SATRON VG transmitter's calibration stand
1/4-NPSF
Measuring range
Thelowerandupperrange-valuescannotdifferfromzeroby
more than the maximum span.
Forexample,range4transmitterwhosemeasuring range is 0-
4/100 kPa cannot be adjusted to measure 100...104 kPa
pressure, because maximum span is
100 kPa.
Calibrationstand
ThecalibrationstandshowninFig.3-3isavailablefromthe
manufacturer.Thestandisequippedwithcouplingand
pressureconnectionfacility.(Ordernumber:V545728.)
Thetransmitterisfactory-calibratedwithminimum
electricaldamping.
To increase the damping, turn the trimmer clockwise.
Adjustingthe damping does notaffect the transmitter's
othercalibration.
Dampingadjustment:
1. Turn the selector switch from RUN to position D
2. Turntheregulatingswitchabout±20°sodamping
adjustmentis activated.Turntheregulatingswitch
to desired value of damping. 0 s on the left side, 60
s in the right side.
3. Turn the selector switch from position D to position
RUN.
Figure 3-4 Damping adjustment
Figure 3-5 Process value zero (PZ)
3.3 Calibration examples
The calibration stand shown in Fig. 3-3 or a similar
arrangement is used to calibrate the transmitter.
First step is process value zero :
1. Turnthe selectorswitch from positionRUNto
positionPZ.
2. PV ZERO is done when the damping trimmer is
turned once to both edges at least for 1 sec.
3. Turn the selector switch from position PZ to position
RUN.
1300354154
1300354154
±20°
Hart®
Test
32
1
13
60
.5
DN UP
PZ
DRUN
ZS
13
60
.5
DN UP
PZ
DRUN
ZS
Hart®
Test
32
1
13
60
.5
DN UP
PZ
DRUN
ZS
13
60
.5
DN UP
PZ
DRUN
ZS
Themaximumcorrectionduringonecalibrationtime
is limited to 5 % of the sensor maximum range.
All the changes made using the PZ-function can be
recalled by turning the calibration trimmer to both
edges three times (reset factory settings).

Figure 4-1 Functional construction of the SATRON VG pressure transmitter
15
BPLV700AV
2006-12-19SATRON VG pressure transmitter
Figure 3-6 Set the lower range-value
Figure 3-7 Set the upper range-value
Measuringrange: 0...300kPa(range5transmitter).
Span: 300 kPa
Procedure
- Applyzero pressure.
1. Turnthe selector switch fromposition RUN to
positionZ.
2. Turn the regulating switch about ±20° so adjustment is
activated.
3. Turn the regulating switch to a point where output is
closest to 4 mA. (adjustment range on fine adjustment
range is ±0.75% of span and speed of adjustment is
±2.5% of span / s)
4. Turn the selector switch from position Z to position
RUN.
- Applyfull-spanpressure.
1. Turnthe selector switch fromposition RUN to
position S.
2. Turn the regulating switch about ±20° so adjustment is
activated.
3. Turn the regulating switch to a point where output is
closest to 20 mA. (adjustment range on fine adjustment
range is ±0.75% of span and speed of adjustment is
±2.5% of span / s)
4. Turn the selector switch from position S to position
RUN.
- Applyzero pressure.
- Repeattheadjustmentstoachievethedesired
accuracy.
Sensor Module
Analog-to-Digital
Signal Conversion
Sensor
Temperature
Non-Volatile Memory
- Correction Coefficients
- Module Information
Sensor Microcomputer
and Memory
- Sensor Linearization
Electronics Module
Non-Volatile Memory
- Range Values
- Transmitter Configuration
Output Microcomputer and Memory
- Rerange
- Damping - Diagnostics
- Engineering Units - Communication
Keyboard LCD-Display
Digital-to-Analog
Signal Conversion
Interface
Stage
- Failure
protection
- Test
Connections
- Cable
Connections Analog Output
Signal to
Control
System
Pressure
Piezoresistivity
Sensor
- User function
HART® Digital Comm.
Module
Temperature
1300354154
1300354154
1300354156
±20°
±20°
Hart®
Test
32
1
13
60
.5
DN UP
PZ
DRUN
ZS
13
60
.5
DN UP
PZ
DRUN
ZS
Hart®
Test
32
1
13
60
.5
DN UP
PZ
DRUN
ZS
13
60
.5
DN UP
PZ
DRUN
ZS

5. PARTS LIST
Figure 5-1 Parts list: Enclosure H and T, housing with PLUG connector 1300354160
4. CONSTRUCTION AND
OPERATION
4.1 Smart transmitter
Sensor Module
The piezoresistive sensor, which has a silicone oil fill, is
isolatedfromtheprocess with a diaphragm. Sensor
pressureandtemperaturearemeasuredwitha24-bitAD
converter. Linearityandtemperatureeffectsaredigitally
correctedwith aninternalmicroprocessorconnectedto
thesensormodule.
The sensor converts pressure to electrical signal. The
conversioniscarriedoutthroughaWheatstonebridge
supplied with direct current. The elastic displacement
producedinthebridgebythe pressure causes bridge
unbalancewhichismeasuredasaDCvoltage signal.
Compensation includestemperaturecompensationand
linearization. Eachsensoriscalibrated individually
througharesistance network connection. The
temperatureinformationrequiredbycompensationis
derivedfromatemperaturemeasuringelementlocatedby
theWheatstonebridge.
ElectronicsModule
Theelectronicsmoduleconvertstheprocesspressure
signal from the sensor module to 4-20 mA output signal.
Theconversioncanbemadeinlinear,squarerootor
invertedmode,oritcanbedonethroughuser-selectable
pressure/outputpointpairs(2-16points).
Transmittersprovidedwithowndisplay(codeN)isequipped
with operating keys that allow you to define the transmitter’s
allfunctions.
Theactivefunctionsrequiredforsignalshaping
are in a customized IC which is divided into two sub-blocks:
amplifierblockandstandard-signalshapingblock.The
standard-signalshapingblockalso includes zero, span and
dampingadjustments.
The interface stage includes failure protections to ensure
thetransmitter'soperationandnonfailureinpossiblefailure
conditions. This stage also includes the TEST and cable
connections
SATRON VG pressure transmitter BPLV700AV
2006-12-19
16
Whenorderingspares,pleasequotethisdocument’snumberBPLH700AVanddate 2004-04-30,thenameandorder
number of the required part, and the transmitter’s serial number. Parts indicated with asterisk (*) as well as screws, nuts
and seals (packings) are spare parts.
14
13
10
98
7
4
3 2
1
11

Figure 5-2 Parts list:Enclosure with remote electronics
17
1300354163
BPLV700AV
2006-12-19
SATRON VG pressure transmitter
7
14
15
16
17
18
13
10
9
8
4
3 2
1
11

18
Figure 5-3 Parts list:
Enclosure M, housing with terminal board
Figure 5-4 Parts list:
Enclosure N, housing with display
1300354161
BPLV700AV
2006-12-19
SATRON VG pressure transmitter
1300354162
20
19
1
13
21
22
1
23
13

Name Order number
T1300207
72900114
51603021
80012500
(80550847)
72900116
72900111
51723053
51613009
Sensing element
Seal
Device plug DIN43650
Cylinder-head screw
M3 x 10 SFS2179 Zne
O-ring 20 x 2 , Viton®
(PTFE)
Seal GDM3-17,silicone
Wiring box GDM3009,
DIN43650
Cylinder-head screw
S M3 x 35 SFS2179 A4
Cylinder-head screw
S M3 x 4 VSM 13302 Zne
Protection cup, housing H,
M and T
Protection cup, housing N
Coupling
Mounting clamp
Support plate
Hex nut
M8 SFS2067 A4
Mounting bracket S
O-ring, 42x2 FPM (Viton®)
CoverM
Seal N, Silicone rubber
Cover N
Cylinder-head screw
S M4x8 SFS2176 A4
Name
1
2
* 3
4
7
8
* 9
10
11
Number
19
Notes
BPLV700AV
2006-12-19
SATRON VG pressure transmitter
Order number
Number
* 13
* 13
* 14
* 15
* 16
17
* 18
19
* 20
21
* 22
23
T1300295
T1300296
seechapter1.1.3
V544953
V543223
56022800
T1050009
80013800
T1300256
T1300262
T1300260
51624012

SatronInstrumentsInc.
P.O.Box22,FIN-33901Tampere,Finland
Tel.int.+358 207464800,Telefax [phone]
BPLV700AV
2006-12-19
SATRON VG pressure transmitter
MEETS THE COUNCIL OF THE EUROPEAN UNION DIRECTIVE
89/336/EECFOR ELECTROMAGNETICCOMPATIBILITY
REQUIREMENTS.