s::can pipe::scan V1.0 User manual
Manual
pipe::scan V1.0
June 2019 Release
S-37-M
Table of Contents
1 General 5
2 Safety Guidelines 6
2.1 Declaration of Conformity 6
2.2 Special Hazard Warning 6
3 Technical Description 7
3.1 Intended Use 7
3.2 Functional Principle 7
3.3 Product 7
3.4 Storage and Transport 10
3.5 Scope of Delivery 10
3.6 Product Updates, Other 10
4 Installation 11
4.1 Environment 11
4.2 Requirements for Installation 11
4.3 Mounting of Pipe Saddle 11
4.4 Mounting of Adapter 11
4.5 Mounting of Base Unit 12
4.6 Cutting of Insertion Nozzle 12
4.7 Mounting of i::scan and autobrush 13
4.8 Mounting of other Sensors 13
5 Initial Startup 15
5.1 Connection of all Sensors to the Cable Hub 15
5.2 Connection of Pump, Autobrush and Connection Cable 15
5.3 Connection of Cable Hub to con::cube 16
5.4 Mounting of Enclosure 16
5.5 Remove Shut off Plate 17
5.6 Put Insertion Nozzle into Operation 17
5.7 Check Water Discharge 17
5.8 CongurationofMonitoringStationoncon::cube 17
5.8.1 Initialisation of Sensors 17
5.8.2 CongurationofPressureSensor 17
5.8.3 CongurationofPump 18
5.8.4 Congurationofautobrush 18
6 Functional Check 19
7 Maintenance 20
7.1 Disinfection of Pipeline 20
8 Troubleshooting 21
8.1 Typical Error Pattern 21
8.2 Return Consignment (RMA) 21
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9 Accessories 22
9.1 Installation 22
9.1.1 Power Supply Cord 22
9.1.2 Autobrush 22
9.1.3 Tool Set 22
9.2 Spare Parts 23
9.2.1 Connection Cable 23
9.2.2 Inlet Strainer 23
9.2.3 Pressure Sensor 23
9.2.4 Nano Pump 23
9.2.5 Deaerator 23
9.2.6 Insertion Nozzle 24
9.2.7 Enclosure 24
10 TechnicalSpecications 25
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1 General
Thismanualcontains,rstly, general information (chapter 1) and safety guidelines (chapter 2).Thenextchapter(chapter
3) provides a technical description of the s::can product itself as well as information regarding transport and storage of the
product.Infurtherchapterstheinstallation(chapter4)andtheinitialstartup(chapter5)areexplained.Furthermoreinformation
regarding how to perform a functional check (chapter 6) and maintenance (chapter 7) can be found in this manual. Information
regarding troubleshooting (chapter 8), the available accessories (chapter 9) and the technical specications (chapter 10)
complete the document.
Each term in this document that is marked italic and underlined, can be found on the display of your controller for operation
or as lettering on your s::can product.
In spite of careful elaboration this manual may contain errors or incompletion. s::can does not assume liability for errors or
loss of data due to such faults in the manual. The original manual is published in English and German by s::can. This original
manual serves as the reference in case discrepancies occur in versions of the manual after translation into third languages.
Thismanualandallinformationandgurescontainedthereinarecopyrighted.Allrights(publishing,reproduction,printing,
translation, storage) are reserved by s::can Messtechnik GmbH. Each reproduction or utilisation outside the permitted limits of
the copyright law is not allowed without previous written consent from s::can Messtechnik GmbH. The reproduction of product
names, registered trade names, designation of goods etc. in this manual does not imply that these names can be used freely
by everyone; often these are registered trade marks, even if they are not marked as such.
This manual, at the time of its publication (see release date printed on the top of this document), concerns the s::can products
listedinchapter3.Informationandtechnicalspecicationsregardingtheseitemsins::canmanualsfromearlierreleasedates
are herewith replaced by this manual.
The electronic version (pdf-document) of this manual
is available on the s::can Customer Portal (Services for
Customers) of the s::can Homepage (www.s-can.at).
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2 Safety Guidelines
Installation, electrical connection, initial startup, operation and maintenance of any s::can product as well as complete
s::can measuring systems must only be performed by qualied personnel. This qualied personnel has to be trained and
authorisedbytheplantoperatororbys::canfortheseactivities.Thequaliedpersonnelmusthavereadandunderstoodthis
manual and have to follow the instructions contained in this manual.
For proper initial startup of complete s::can measuring systems, the manuals for the controller and software used for operation
(e.g. con::lyte, con::cube, con::nect, moni::tool), the connected probes and sensors as well as the used additional devices (e.g.
compressor) have to be consulted.
The operator has to obtain the local operating permits and has to comply with the joint constraints associated with these.
Additionally, the local legal requirements have to be observed (e.g. regarding safety of personnel and means of labour,
disposal of products and materials, cleaning, environmental constraints). Before putting the measuring device into operation,
theoperatorhastoensurethatduringmountingandinitialstartup-incasetheyareexecutedbytheoperatorhimself-the
local legislation and requirements (e.g. regarding electrical connection) are observed.
All s::can products are leaving our factory in immaculate technical and safety conditions. Inappropriate or not intended use of
the product, however, can cause danger! The manufacturer is not responsible for damage caused by incorrect or unauthorised
use.Any kind of manipulation oftheinstrumentis strictly prohibited -exceptforthe activities described inthisdocument.
Conversions and changes to the device must not be made, otherwise all certications and guarantee / warranty become
invalid. For details regarding guarantee and warranty please refer to our general conditions of business.
2.1 Declaration of Conformity
This s::can product has been developed, tested and manufactured for electromagnetic compatibility (EMC) and according to
applicableEuropeanstandards,asdenedinthedeclarationofconformity.
CE-marks are applied on the device. The declaration of conformity related to this marking can be requested from s::can or your
local s::can sales partner or can be downloaded from the s::can Customer Portal.
2.2 Special Hazard Warning
Because the pipe::scan is installed directly on pressurized pipes, one
has to take care during mounting and demounting of the system, as
well as during all maintenance activities to observe all safety notes
written within this manual.
Before putting the pipe::scan into operation, always ensure that all
sensors, the autobrush and the insertion nozzle are securely xed
with the metal brackets and the black enclosure is placed over the
pipe::scanandxedproperly(seesection5.4).
All activities regarding installation or maintenance of pipe::scan shall
be done by two persons (risk minimization). During theses activities
safety shoes have to be used.
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3 Technical Description
3.1 Intended Use
The pipe::scan is designed for installation of one i::scan and up to three s::can sensors directly on a pressurized water pipe to
measurethewaterqualityin-situ.Thewaterowisdirectlyfromthepipethroughthepipe::scanbaseunitandbackintothe
pipe.
Inalltypesofapplications,therespectiveacceptablelimits,whichareprovidedinthetechnicalspecicationsintherespective
s::can manuals, have to be observed. All applications falling outside of these limits, and which are not authorised by s::can
Messtechnik GmbH in written form, do not fall under the manufacturer’s liability.
The device must only be used for the purpose described in this manual. Use in applications not described in this manual, or
modicationofthedevicewithoutwrittenagreementfroms::can,isnotallowed.s::canisnotliableforclaimsfollowingfrom
such unauthorised use. In such a case, the risks are the sole responsibility of the operator.
3.2 Functional Principle
The water will ow from the pipe via an insertion nozzle
throughaninletstrainerintotheowcellofthebaseunit.A
smallpumpensurescontinuouswaterow.
After the water has passed all measuring sensors, it will be
guided back into the pipe. An automatic deaeration device
removes captured air. A samples of the measured water for
laboratory analysis can be taken via a manual valve.
3.3 Product
The following device variants, optional equipment and spare parts of the pipe::scan are available. Regarding detailed information
ofthedevicevariantspleaserefertothetechnicalspecicationslocatedattheendofthismanual.
Type Specication
F-450-PS-BASE Completepipe::scanowcellbaseunit
P-105-PIPESCAN pipe::scan with 3 s::can sensors (FCl, pH, conductivity, pressure, temperature)
P-106-PIPESCAN pipe::scan with 3 s::can sensors and i::scan (FTU)
P-107-PIPESCAN pipe::scan with 3 s::can sensors and i::scan (FTU, UV254)
P-108-PIPESCAN pipe::scan with 3 s::can sensors and i::scan (FTU, UV254, TOC)
P-109-PIPESCAN pipe::scan with 3 s::can sensors and i::scan (FTU, UV254, TOC, COLOR)
Optional Equipment
F-450-PS-TOOL Tool set for pipe::scan mounting
F-446-M-ISCAN-PS Autobrush for i::scan
Spare Parts
C-450-PS-HUB Cable hub for pipe::scan
C-410-PS-CABLE Connection cable between cable hub and con::cube
F-450-PS-P Pressure sensor for pipe::scan
F-450-PS-PUMP Nano pump for pipe::scan
F-450-PS-VENT Vent valve for pipe::scan
F-450-NOZZLE Retractable insertion nozzle for pipe::scan
F-450-ENCLOSURE Enclosure for pipe::scan
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Thedeviceistypiedbyatypelabel,asshownontheright,thatcontainsthefollowinginformation:
Manufacturer’s name and country of origin
Severalcerticationmarks
Device name
Device serial number (S/N)
Acceptable pressure range
Environment rating (IP)
Acceptable temperature range
Part number (Type)
QR code to s::can Support
Pipe saddle
Adapter - inner part
Adapter - outer part
Autobrush
Inlet strainer
Valve for sampling
Automatic deaeration
Pressure sensor
Nano pump
Insertion nozzle
Cable hub
Connection cable
Flow cell of base unit
Enclosure
i::scan
Sensors
con::cube
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1
2
4
5
6
7
3
8
9
2
3
4
5
14
7
1
8
9
10
11
12
13
14 10
6
13
12
11
15
16
17
16
15
17
16 16
Dimensions of pipe::scan in mm and [inch]
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3.4 Storage and Transport
Thetemperatureandhumiditylimitsfordevicestorageandtransport,whicharedescribedinthesectiontechnicalspecications,
aretobeobservedatalltimes.Thedeviceshallnotbeexposedtostrongimpacts,mechanicalloadsorvibrations.Thedevice
should be kept free of corrosive or organic solvent vapours, nuclear radiation as well as strong electromagnetic radiation.
Transport should be done in a packaging that protects the device (original packaging or protective covering if possible).
3.5 Scope of Delivery
Immediately upon receipt, please check the received consignment for completeness on the basis of the delivery note and
check for any possible damage incurred during shipping. Please inform the delivering dispatcher and s::can immediately in
case of any damages in transit.
The following parts should be included in the delivery:
pipe::scan (part-no. F-450-PS-BASE including inner and outer adapter with o-ring, washers and nuts)
Cable hub (part-no. C-450-PS-HUB)
Connection cable (part-no. C-410-PS-CABLE)
i::scan and sensors (depending on pipe::scan variant)
Manual pipe::scan (part-no. S-37-M)
The following parts could be included in the delivery if ordered as an option:
Cableforpowersupplyofcon::cube(part-no.C-31-xx)
Autobrush for i::scan (part-no. F-446-M-ISCAN-PS)
Pipesaddle(part-no.F-169-SPSET-xxxxx)
Tool set for pipe::scan (part-no. F-450-TOOL)
In case of incompleteness please contact your s::can sales partner immediately!
3.6 Product Updates, Other
Themanufacturerreservestherightstoimplement,withoutpriornotice,technicaldevelopmentsandmodicationsinthelight
of continuous product care.
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4 Installation
4.1 Environment
The correct installation of measuring instruments is an important prerequisite for satisfactory operation. Therefore the following
checklist for the installation shall be used to ensure that all sources for potential operational problems can be ruled out to the
greatestpossibleextentduringtheinstallation,allowingthemonitoringsystemtooperateproperly.
Easy accessibility (mounting, sampling, functional check, demounting)
Availabilityofsufcientspace(probe/sensor,installationtting,controller,etc.)
Adherencetolimitvalues(seetechnicalspecicationslocatedattheendofthismanual)
Power supply for controller (operational reliability, voltage, power, peak free)
Shortest possible distances between system components (probe / sensor - controller - energy supply)
Correct dimensioning, mounting and protection of all cables and lines (non-buckling, no risk of stumbling, no damage
etc.)
The pipe for mounting the pipe::scan has to be vented. The deaeration of the pipe::scan is not suitable for venting the
pipeline.Thepipe::scanmustnotbeexposedtorainordirectsunlight.
4.2 Requirements for Installation
Formountingandhydraulicinstallationofthepipe::scanusingthepipesaddlexturethefollowingtoolsandmaterialsare
necessary:
Specicequipmentforpipedrilling
Hookwrench(80-90mm)toxadapter1)
Torque wrench (size 13) for M8 nuts of pipe::scan 1)
Cutting tool for stainless steel insertion nozzle 1)
Rasp to clean stainless steel insertion nozzle
Fork wrench 17 mm for cover cap 1)
Screw driver for electrical installation
1) Included in installation tool set F-450-PS-TOOL
Forthecorrectdimensioningandspacerequiredformounting,pleaserefertothegureinsection3.3.
4.3 Mounting of Pipe Saddle
For mounting of the pipe::scan the pipe itself has to be opened by drilling. Therefore
specic drilling tools are available. The complete procedure (mounting of the pipe
saddle and drilling of the pipe) can be done under full pipe pressure without stopping
theow.
Thepipe::scan hasto bemountedon topof thepipe(max.+/-2° deviation
fromverticalaxis).
4.4 Mounting of Adapter
Place the outer part over the pipe saddle. Then screw the inner adapter part onto the
pipe saddle. Use the hook wrech to fasten the adapter.
Ensure that the o-ring is positioned within the notch of the inner adapter part
correctly.
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4.5 Mounting of Base Unit
ThebaseunithastobeplacedontotheadapterandxedbythethreeM8nutswithwashers
(supplied in a separate bag included in delivery). Use the torque wrench to fasten the base
unit (tightening torque = 18 Nm).
Thepipe::scancanberotatedby360°toensureasuitableorientationforhandling.
Adjust the position as needed, before tightening the nuts.
4.6 Cutting of Insertion Nozzle
Pulloutthemetalbracketthatxestheinsertionnozzleandtakethecompletepartoutofthebaseunit.Nowthenozzlehas
to be cut to the correct length. The correct length can be calculated within the table below as sum of three
individual parts:
Type 5250 Type 5310 Type 3800
1.) Hight of used Hawle pipe
saddle with 2“ connection
111.5 mm 57.5 mm 78.0 mm
2.) Constant hight of 59.0 mm 59.0 mm 59.0 mm
3.) Wall thickness of your pipe xx.xmm xx.xmm xx.xmm
SUM = correct length of insertion
nozzle ---.-- mm ---.-- mm ---.-- mm
Example: IfType3800isusedandwallthicknessofpipeis10.0mm,thenthecorrectlengh
is 147.0 mm.
After cutting the insertion nozzle to the correct length, ensure that the yellow label is removed
completely and no glue or other dirt is on this part.
Finallytheinsertionnozzlehastobereinstalledintothebaseunitagainandxedwiththe
metalbracket.Theinsertionnozzlehastobeorientedinthatwaytotthesmallmatalpin(see
yellow marking in the picture on the right) into the hole of the base unit.
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4.7 Mounting of i::scan and autobrush
Insert the i::scan into the appropriate slot, which is located
nexttotheinsertionnozzleofthebaseunitandensurethat
the small holes in the i::scan housing are located exactly
above the small notch of the base unit (see yellow marking on
the pictures). Then push the i::scan down until the upper hole
is visible only. This is the position where the metal brackets
can be inserted and which will align the i::scan horizontally.
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If the i::scan is not positioned in the correct way
(small hole and notch symetrically) the rotating brush
can be blocked, which will cause faulty parameter
readings.
Now the autobrush for automatic cleaning can be mounted. Make sure that it is aligned with the notches correctly. After
insertion fasten the grey union nut.
4.8 Mounting of other Sensors
The chlori::lyser is not ready for use after shipment. The chlori::lyser manual will
guide you through the steps needed to prepare this sensor for measurement.
Thechlori::lyserhastobeinstalledintotherstopeningofthebaseunit,which
is located opposite the i::scan. The opening is marked with a yellow label, which
reminds that pressure resistant type E-520-1-S-000 with stainless steel housing
can be installed into the pipe::scan only.
Pulloutthemetalbracketfromthebaseunitthatxestheplug.Aatscrew
driver can be used to do this, if needed.
Removetheplugfromthebaseunit.Toremovethepluginsertaatscrew
driver into the small hole on the side of the base unit and move the plug
out by moving the screw driver downwards. Instead of the screw driver the
metal bracket can be used also.
Removetheprotectivecapfromthesensor,ifexisting.
Insert sensor in the opening of the base unit and push sensor down carefully until
O-ring snaps into the correct sensor position.
Push the metal bracket back into the base unit to secure the sensor in place. The metal
bracket can only be inserted if sensor is in the correct position.
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Ensure that all other free openings of the base unit are covered with plugs and secured by metal brackets before putting
the pipe::scan into operation.
Todemountthesensor,useaatscrewdrivertoremovethemetalbracketrstandpullthesensorout.
SpecicnoteforinstallationofpH::lyser:
Ifthesensorisnotatwiththebaseunitafterinstallationandthereforexingwiththe
metal bracket is not possible, the inner o-ring has to be removed. To that the electrode
hastoberemovedfromthesensor,toremovetheo-ring(seegureontheright).This
procedure is only needed for deliveries before 2019.
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5 Initial Startup
Once the assembling, mounting and hydraulic installation of the pipe::scan, the sensors and the autobrush have been
completed and checked (see chapter 4) the initial startup of the monitoring system will require the following actions, in the
order presented below:
Connect the pressure sensor and all installed sensors to the cable hub of the pipe::scan (see section 5.1).
Connect the pump, the autobrush and the connection cable to the cable hub of the pipe::scan (see section 5.2).
Wire the connection cable of the cable hub into the terminal compartment of the con::cube (see section 5.3).
Mount the enclosure (see section 5.4).
Remove the shut off plate and mount the cover cap (see section 5.5).
Put the insertion nozzle into operation (see section 5.6).
Check water discharge (see section 5.7).
Establish power supply to the con::cube and wait until moni::tool software has started up.
Congurethepipe::scanmonitoringstation(seesection5.8andcon::cubemanual).
5.1 Connection of all Sensors to the Cable Hub
The cable hub is equipped with four connection cables for the s::can sensors with sys-plugs
andoneorangecablewithaspecicplugforthepressuresensor.Connecttheorangecable
tothepressuresensor,whichislocatedinthemiddleoftheothersensorsrst.Thenconnect
theotherplugstothesensorsinstalledinthepipe::scan.Thesensorcable,whichisapprox.
5 cm longer, shall be connected to the i::scan.
Ensure that all plugs and the connectors are dry and clean. Otherwise communication errors
and / or device damage might occur.
5.2 Connection of Pump, Autobrush and Connection Cable
The cable of the pipe::scan pump has to be connected to the connector of the cable
hub labeled with [1] in the picture on the right.
The cable of the autobrush of the i::scan has to be connected to the connector of the
cable hub labeled with [2] in the picture on the right.
The black cable, used to connect the cable hub to the con::cube, has to be connected
to the connector of the cable hub labeled with [3] in the picture on the right.
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3
5.3 Connection of Cable Hub to
con::cube
The connection cable of the cable hub has to be wired into
the terminal compartment of the con::cube according to the
gureontherightandthetablebelow.
In addition to the eight used wires of the connection cable,
two short wires (red and black) are included in delivery which
areneededforbypassingterminalsasexplainedbelow.
Device Colour of wire Labeling Terminal no.
12V power supply permanent brown +12VOut 12 or red terminal block on bottom
12V power supply permanent blue - 12V Out / GND Out 11 or black terminal block on bottom
Pump white NO Relay 1 45
Data RS 485 green B- COM5 1
Data RS 485 yellow A+COM5 2
12V power supply switch red +12VOut 12 or red terminal block on bottom
Trigger auto::brush violet M+Valve1 6
Pressure sensor red / blue 1+AnalogIn 43
Pressure sensor grey / pink +12VOut 12 or red terminal block on bottom
Black wire included in delivery 1- Analog In <---> GND Out 44 <---> 11 or black terminal block
Red wire included in delivery CRelay<--->+12VOut 46 <---> 12 or red terminal block
The remaining cable wires (black, grey and pink) are not used.
5.4 Mounting of Enclosure
Theenclosurewillbexedontothepipe::scanwiththreeindexbolts.
Before mounting the exclosure, ensure that all sensors, the autobrush and the
insertionnozzlearesecurelyxedwiththemetalbrackets.Furthermorecheckifgrey
unionnutsofinletstrainerandautobrusharetightenedrmly.
Lock the middle bolt [1] in place.
Pull out the remaining two bolts [2].
Place the enclosure over the pipe::scan and arrange the cables carefully.
Release the two bolts [2] when the enclosure is positioned correctly.
Finallyreleasethethirdbolt[1]tohavetheenclosurecompletelyxed.
Check that all three bolts are completely engaged before pressurising the monitoring
system.
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2
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5.5 Remove Shut off Plate
Pullouttheshutoffplatefromthepipesaddle.Mountthecovercapwiththewasherandscrewsandxbothscrewswith
wrenchsize17(max.40Nm)accordingtothepicturesbelow.
5.6 Put Insertion Nozzle into Operation
Pushtheoperationnozzledownintooperationpositionandxitbyturning45°(bajonetlock).
5.7 Check Water Discharge
Carefully open the sample valve and check if water is coming out. Keep it open for a few seconds to ensure no air bubbles are
trapped inside the pipe::scan. Close the sample valve again.
Now the pipe::scan is in operation.
5.8 CongurationofMonitoringStationoncon::cube
Oncethemoni::toolsoftwarehasstartedup,thefollowingstepsareneededtocongurethemonitoringstationcorrectly.
5.8.1 Initialisation of Sensors
Push the Service Tab on the
moni::tool screen and logon with User
Administrator and Password admin1
Push the icon Add new sensor to
start the initialisation of all sensors
connected.
Oncetheautomaticsearch is nished
push Install All.
If a sensor was not found, disconnect
the other sensors and repeat the sensor
search.
5.8.2 Congurationof
Pressure Sensor
Start the advanced search to install
the analog in module, which is needed
for the 4 - 20 mA pressure sensor (see
gureontheright).
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Enter the Sensor name (e.g. Pressure
Sensor) and push the button Save.
CongurethemAoutputofthepressure
sensorasdisplayedinthegureonthe
right and push the button Save.
Unit: bar
Resolution: 1
Upper limit: 10
Lower limit: 0
Mode: 4...20mA
Error Mode: Limit
5.8.3 CongurationofPump
The pump needs to be switched off once
per day to ensure bubble free operation.
This will be steered via the digital output
automatically.
Select digitalOut1 and change the
Mode to Time control.
Congure the digital output of the
pump.Withinthegureontherightthe
interval cycle for a measuring interval
of 2 minutes (120 s) is shown.
The output has to be inverted by
activating the checkbox Invert. To be
able to see and change this option,
the selected Service Level has to be
Advanced or higher.
5.8.4 Congurationof
autobrush
Theautobrushcongurationisperformedviamoni::toolmenuServce >> Cleaning Devices by click on icon Edit. For further
detailsaswellasfurthercongurations(e.g.measuringinterval)pleaserefertothemoni::toolmanual.
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6 Functional Check
A functional check might be required for one of the following reasons:
Initial startup
Routine functional check
Suspicion of monitoring system malfunction
Modicationofmonitoringsystem(e.g.integrationofadditionalsensorordevice)
Change of measuring location
The functional check of the pipe::scan includes the following steps:
Checkofwaterow(seesection5.7)
Checkofinletlter(visualcheckifinletlterlookscleanandundamaged)
Check of i::scan autobrush (visual check of the brush after removing it from base unit)
Checkofindividualsensors(seemanualofthespecicsensor)
Check of con::cube (see manual of con::cube)
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7 Maintenance
Before performing any maintenance activity, the following steps have to be performed in the order presented below:
Unlocktheinsertionnozzlebyturningthebajonetlock45°.Keephandontheinsertionnozzlebecausethepressureinthe
pipe might push up the rod.
Pull the rod of the insertion nozzle out by hand, if pipe pressure is too low.
Unscrew both screws from the cover cap with wrench (size 17).
Remove screws, washers and cover cap and keep these parts safe.
Insert the shut off plate into the pipe saddle.
Open the sampling valve to release the pressur from the pipe::scan. Only if no more water comes out, it is safe to
proceed.
Remove the enclosure by releasing the three bolts.
The following maintenance activities might be necessary:
Cleaningorreplacementoftheinletlter(unscrewthegreyunionnuttoopentheinletlter).
Replacementofautobrush(seespecicnoteforfurtherdetails).
Sensor maintenance (see manual of the installed sensor).
Replace the automatic deaeration, if leaking.
Replacement of enclosure for security reason (fatigue of material).
Oncemaintenanceisnished,thestepsexplainedatthebeginningofthissectionhavetobeperformedinreservedorder.To
put the pipe::scan into operation again, see section 5.4, 5.5, 5.6 and 5.7.
7.1 Disinfection of Pipeline
Before performing a disinfection of the pipeline is performed, the pipe::scan has to be disconnected from the pipe. This can be
performed easily by introducing the shut off plate (see section 5.5).
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