mag flux htl hydrantentester - mecon

mag-flux HTL Portable hydrant tester for measuring flow, pressure, temperature* and turbidity* *optional

OPERATING INSTRUCTIONS

© MECON GmbH BA / mag-flux HTL / EN / 21-04

2 © MECON GmbH BA / mag-flux HTL / EN / 21-04

IMPRINT

All rights reserved. Any reproduction or usage without written authorisation of MECON GmbH - even partial content - is strictly prohibited.

Subject to change without notice.

Copyright 2021 by MECON GmbH - Röntgenstr. 105 - 50169 Kerpen - Germany

3© MECON GmbH BA / mag-flux HTL / EN / 21-04


Content

1 SAFETYINSTRUCTIONS..............................................................................................61.1 Intended use .......................................................................................................................61.2 Certifications ......................................................................................................................71.3 Manufacturer’s safety instructions ...............................................................................7

2 DEVICEDESCRIPTION .................................................................................................92.1 Scope of delivery ...............................................................................................................92.2 Nameplate ...........................................................................................................................10

3 INSTALLATIONANDMODEOFOPERATION .............................................................113.1 System design ....................................................................................................................113.2 Installation notes ...............................................................................................................113.3 Installation instructions ...................................................................................................113.4 Operating elements - functional overview ..................................................................123.5 Settings................................................................................................................................143.5.1 Save interval .......................................................................................................................143.5.2 Memory management.......................................................................................................153.5.3 Date ......................................................................................................................................153.5.4 Illumination time ................................................................................................................163.5.5 Change Password ..............................................................................................................163.5.6 Standby ................................................................................................................................163.5.7 Language .............................................................................................................................173.5.8 Software version ................................................................................................................17

4 START-UP ......................................................................................................................174.1 Start measurement ...........................................................................................................174.2 Start measurement with save ........................................................................................184.3 Start measurement with save (optionally with GPS coordinates) ..........................194.4 Selecting Bluetooth Mode ..............................................................................................204.4 Read data ............................................................................................................................21

5 TECHNICALDATA .........................................................................................................225.1 Flow meter...........................................................................................................................225.2 Pressure sensor .................................................................................................................225.3 Temperature sensor ..........................................................................................................225.4 Turbidity sensor (seperate device) .................................................................................235.5 Medium conditions ............................................................................................................23


5.6 Design / material ...............................................................................................................235.7 Power supply ......................................................................................................................245.7 Dimensions and weights ..................................................................................................24

6 EQUIPMENT ...................................................................................................................256.1 Mobile App ...........................................................................................................................256.2 Regulating valve.................................................................................................................266.3 Pressure reducer ...............................................................................................................266.4 Turbidity sensor..................................................................................................................27

7 DESCRIPTIONCODE ....................................................................................................287.1 Hydrant tester ....................................................................................................................287.2 Regulating valve.................................................................................................................287.3 Pressure reducer ...............................................................................................................287.4 Turbidity sensor..................................................................................................................28

8 SERVICE .........................................................................................................................298.1 Storage ................................................................................................................................298.2 Maintenance .......................................................................................................................298.3 Returning the device to the manufacturer ..................................................................298.4 Disposal ...............................................................................................................................30


SAFETY INSTRUCTIONS

1 SAFETYINSTRUCTIONS

1.1 Intended use

Magnetic-inductiveflowmeters(MID)areprecisionmeasuringinstrumentsthataresuit-ableforthelinearflowmeasurementofalmostallelectricallyconductiveliquids.Duetothemagneticfield,theycanbeusedforflowvelocitiesupto12m/s(39.4ft/s)andforaminimumconductivityof50μS/cmwithasynchronisedDCfield.

Thecompletemeasuringsystemconsistsofabattery-poweredflowmeterandpressuretransmitter.

Thisdocumentationcontainstheinformationrequiredfortheintendeduseoftheproductdescribedtherein.Itisaddressedtoqualifiedpersonnel.Suchpersonnelmusthavereadand understood these operating instructions and follow the instructions within them!

Warning!

The operator of these measuring devices is solely responsible for the suit-ability, intended use and corrosion resistance of the selected materials. Particular effort must be made to ensure that the materials selected for the wetted parts of the flow meter are suitable for the process media to be measured.

The meter must not be exposed to external loads.


SAFETY INSTRUCTIONS

1.2 Certifications

CEmarking

ByaffixingtheCEmark,themanufacturercertifiesthatthemag-fluxHTLmobilehydranttester is approved according to the following guidelines:

» 2014/30/EU (EMC) » 2014/53/EU (RED)

1.3 Manufacturer’ssafetyinstructions

Themanufacturerisnotliablefordamagesofanykindcausedbytheuseofthedevice,including,butnotlimitedto,direct,indirect,incidental,punitiveandconsequentialdam-ages.

Foreveryproductpurchasedfromthemanufacturer,thewarrantyonlyapplieswhenusedaccording to the relevant product documentation and the valid terms and conditions.

Themanufacturer reservestherightto revisethecontentofthedocuments, includingthisdisclaimer,withoutnotice,andisnotliableinanywayforthepossibleconsequencesof such changes.

Theresponsibilityforensuringthattheflowmeterissuitablefortheparticularapplicationrests solely with the operator. MECON GmbH assumes no liability for any damage caused by improperuse, replacementparts,electricalormechanicalexternal influences,over-voltageorlightning.Undersuchcircumstancesthewarrantylapses.Likewise,noliabilitywhatsoeverisacceptedforanyresultingconsequentialdamages.

In case of a complaint the rejected components must be cleaned of hazardous substanc-es and to be returned to the manufacturer unless otherwise agreed.

Topreventinjurytotheuserordamagetotheunit,itisrequiredthatyoureadtheseoper-ating instructions carefully before starting to use the device.

Theseinstructionsareintendedtocoverthecorrectinstallation,operationandmainte-nanceoftheequipment.


SAFETY INSTRUCTIONS

Special designs for special applications and custom models are not covered by this documentation.


DEVICE DESCRIPTION

2 DEVICEDESCRIPTION

2.1 Scopeofdelivery

Hydrant testerPower adapterOperating instructionsCalibrationcertificate

Fig. 1 Scope of delivery


DEVICE DESCRIPTION

Item numberOptionsSerialnumberProcessconnectionProtectionclassPowersupplyFlowrangeOperatingpressure(optional-1...25bar)Max.operatingtemperature

Fig. 2 Nameplate mag-flux HTL

Nameplatemag-fluxHTL

2.2 Nameplate

Downloading this document from the homepage of www.mecon.de and printing it out is permitted for use with associated devices. No part of this manual may be reproduced or transmittedbyelectronicormechanicalmeans,photocopyingorothermeansofrecord-ing,orbyanyothermeans,withoutthepriorwrittenconsentofMECONGmbH.

Great carehasbeentaken in thedevelopmentandpreparationof thismanual.Never-theless,mistakescannotbefullyeliminated.

MECONGmbHoffersnowarranty,expressorimplied,astoitssuitabilityforanypurposeother than that described in this manual.

We reserve the right to change technical data as a result of technological progress. The latest information on this product can be found on the internet at www.mecon. You can also contact our sales department via e-mail at [email protected].


INSTALLATION AND MODE OF OPERATION

3 INSTALLATIONANDMODEOFOPERATION

The operating instructions are to be read in their entirety before installation and com-missioning. Installation and repair may only be carried out by trained personnel! The hydranttester"mag-fluxHTL"describedintheseoperatinginstructionsmayonlybeusedformeasuringthevolumeflowandpressureofelectricallyconductiveliquids!

TheprincipleofflowmeasurementisbasedonFaraday'sLawofElectromagneticInduc-tion,wherethesensorconvertstheflowintoavoltageproportionaltotheflowrate.

The pressure-sensitive element is a piezoresistive silicon chip with high sensitivity. It is protectedfromenvironmentalinfluencesbyastainlesssteelhousing.

3.1 Systemdesign

Themeterconsistsofaflowsensor,atransducerandapressuresensor.Theflowsensorisusedtomeasureliquidmedia.Thetransducergeneratesthecoilcurrentrequiredforthemagneticfieldandcreatestheconditionstoapplytheinducedvoltagetotheelectrodes.

Inthepiezoresistivepressuresensor,measurementsaremadebythevariablemobilityoftheelectronsinthecrystallinestructure,whichhasaninfluenceontheresistivity.Thisiscaused by mechanical stress on the encapsulated sensor.

Thenickel-metal-hydridehighperformancebatteriesusedhavealowself-discharge.Forthisreasonitisadvisablethatifthehydranttesterisnotinoperationforalongtime,itischargedregularly(atleastonceeveryfourweeks).

3.2 Installationnotes

Information!All instruments are carefully checked for proper functionality before shipment. Onreceipt,immediatelychecktheouterpackingcarefullyfordamageorsignsofimproperhandling.

Reportanydamagetothecarrierandyourlocalsalesstaff.Insuchcases,adescriptionofthedamage,thetypeandtheserialnumberofthedeviceshouldbegiven.Unpacktheunitcarefullytoavoiddamage.

Checkthecompletenessofthedeliveryagainstthepackinglist.Checkthenameplatetoensurethatthedeliveredflowmetermeetsyourorder.



3.3 Installationinstructions

Ingeneral,themeasuringprincipleisindependentoftheflowprofile.

Theidealinstallationlocationisapipewithasufficientlystraightsectioninfrontofandbehind the measuring point. An inlet section of 5 x nominal width and an outlet section of min.2xnominalwidthisrecommended,providedthatnostandingvorticescanreachintothezonewherethemeasuredvalueisdetermined(e.g.afterelbows,withtangentialinclu-sionorwithahalf-openedgateinfrontofthesensor).Insuchcircumstances,measuresshouldbetakentonormalisetheflowprofile.

Toensuretrouble-freeoperation,avoidanydirectmagneticfieldsoutsidetheunit.

3.4 Operatingelements-functionaloverview

ON button » Switchingonthehydranttester » Arrowupwards

BT button » TurnBluetoothon/off » Arrow down

OFF / Enter button » Confirmtheselection » Pressandholdcancelstheselectedfunction » Pressandholdinstartmoderesultsinthedeviceswitchingoff

Pairing code for the 1st Bluetooth connection: -1234-



To turn on the hydrant tester press the "ON button" button. The start-up screen will appear

Foraclearrepresentationofthefunctionalities,themenustructurewillnowbeshownschematically as follows:

Mainmenu Start measurement Settings Turbidity Back

Startmeasurement Save measurement Measurement without saving Back Settings Save interval Memory management Date Time Lighting time Change Password Standby Language Software version Back Turbidity Turbidity enabled Back BluetoothMode Bluetooth Mode Back

29.03.21 15:15

Serial number: 134669

Flow direction

HTL



Youwillbetakentothemainmenubypressingthe"ONbutton"again.

Start measurement Settings→ Turbidity Bluetooth Mode Back

Start measurement→ Settings Turbidity Back

Save intervalMemory managementDate TimeLighting timeChange PasswordStandbyLanguageSoftware versionBack

Save intervalhh mm ss

00 00 01

→

If the device is equippedwith a turbiditymeasurement(seperatsensornecessary),before starting the measurement it should be determined whether this value should be documented or not. If these data are required for measurement, they must bepresent.

3.5 Settings

Usingthe"ONbutton"andthe"BTbutton",select"Settings"andconfirmwiththe"OFF/Enter button".

Thearrowkeys ("ONkey"or "BTkey")canbe used to set the parameter marked bythe underscore. This action is confirmedby pressing the "OFF / Enter key" (hours: minutes: seconds).

A storage interval of 1 second is set in the as-delivered condition.

3.5.1 Saveinterval



Delete last recordDelete all recordsBack

Date

29.03.21

Time

15:09:19

Delete "123456789"?

No

→ →

AfterallseriesofmeasurementshavebeenreadoutandsavedinthePCsoftware,thememory space used for this can be released again. All measured values are retained in the memory,evenwhenthebatteryisdischarged.

Theselectionofthecorrespondingfunctioniscarriedoutwiththearrowkeys("ONkey"or"BTkey")theconfirmationbymeansofthe"OFF/Enterkey".

Factory set already!

Factory set already!

3.5.2 Memorymanagement

3.5.3 Date

Time



3.5.4 Illuminationtime

3.5.6 Standby

3.5.5 ChangePassword

Here, the lighting time of the LCDdisplaycan be set in seconds.0 = steady light

The duration can be set individually in secondsusingthearrowkeysandbycon-firmingwiththe"OFF/Enterkey".

Factory set to 60 seconds!

Thedevicedoesnotturnoffautomaticallyafter a measurement is completed. A time period (in minutes) can be entered here, after which the device switches itself offautomatically.

When this menu item is called up, the adjacent screen will appear. To protect the operation of the device with a password,enterafour-digitnumber.Afterconfirmingwith the "OFF / Enter key" the passwordprotection is active.

"Password:0000"appears.Byconfirmingwiththe"OFF/Enterkey"youcannowaccessthe menu (only if this parameter was activated in the menu item "Change password").

Lighting time From 0 to 240 seconds

60

StandbyFrom 0 to 180

60

Should the password be activated?

No


START-UP

3.5.7 Language

4 START-UP

4.1 Startmeasurement

The device is switched on with the "ON button". Press the "ON button" again to return to the main menu.

3.5.8 Softwareversion

Individually,anotherlanguagecanbesetinthis menu item.

The current software version is displayed here for service purposes.

The next menu item is selected using the arrowkeys("ONkey"or"/BTkey")

English (GB)German (DE)French (FR)Italian (IT)Back

Software version

3.1.0

→

→ Start measurementSettingsTurbidityBluetooth ModeBack


START-UP

After that, the following dialogue box ap-pears:

When measuring with data storage in the device (and the possibility of subse-quentfurtherprocessingbymeansofthe optionally available evaluation software,LOG-CONTROL), the following selectionmust be made:

The following display appears for the alphanumeric description of the measuring point:

Theunderscoredlettercannowbereplacedbypressingthearrowkeys("ON/BTkey"),eitherwithadifferentletter,numberorspecialcharacter.Thefollowingcontentscanbedisplayed (maximum 15 characters):Letters: A … Z / a … zNumbers: 0 … 9Special characters: _ : ( ) + -Pleaseconfirmthechangewiththe"OFF/Enterkey".This allows the measured values to be assigned to a measuring point description.

Itcanbeselectednotethearrowkeys("ONkey"or "BTkey")youcanselectwhetherameasurement is made with the measuring point and the associated data being stored on the device or a measurement without storage of the data.

4.2 Startmeasurementwithsave

→

→

Save measurementMeasurement without savingBack

Save measurementMeasurement without savingBack

Description

A


START-UP

Byholdingthe"OFF/Enterkey"longer,thefollowing appears:

Ifyouwanttostopthemeasurement,pressandholdthe"OFF/Enter"keyandthenthefollowing appears:

Fromnowon,allmeasuredvalueswillbestored-the information"REC"for recordwillappearinthedisplayatthetopright.Inadditiontothecurrentmeasuredvaluesofflowrateandabsolutepressure,thetotalflowrateisdisplayedinthelowerrightcornerofthedisplay.

Note:Todisplayinl/minorl/s,the"ONbutton"mustbepressed.

→

Should the measurement be stopped?

Yes

29.03.21 15:07 REC

0.090.00

m³/h

bar

Total 0.00 m³

Afterwards,confirmbypressingthe"OFF/Enterkey".Themeasurementisnowcompleteand the start screen appears.

4.3 Startmeasurementwithsave(optionallywithturbiditymeasurement)

Start measurementSettingsTurbidityBluetooth Mode Back

Tomeasurewithturbidity,pleaseselectthemain menu item "Turbidity" and press the "OFF/Enterkey".


START-UP

The following contents then appear on the display

Toactivatetheturbidity,pressthekey"OFF/ ENTER" in the menu item "Turbidity".

Afterwards, the menu item "Back" takesyoubacktothemainmenu.

Turbidity

Turbidity

Turbidity: enabledBack

Turbidity: enabledBack

>

>

Afterleavingthemenubyselectingthe"Back”field,themeasurementcanbecarriedoutas described in 4.1 and 4.2.

4.4 SelectingBluetoothmode

By pressing the menu item "Bluetooth Mode",youcanchoosebetweenthevar-iants BT (Bluetooth) and BLE (Bluetooth Low Energy).

The following settings are recommended depending on the operating system of the Wasserkarte.infoapp:

BT - AndroidBLE - IOS

You can then return to the main menu via themenuitem"Back".

Bluetooth ModeBluetooth Mode: BTBack

>

Bluetooth ModeBluetooth Mode: BLEBack

>


START-UP

4.5 Readdata

In order to establish a Bluetooth connection between a Bluetooth enable and the hydranttester,inadditiontoactivatingtheappropriatefunctiononthemobiledevice,themag-fluxHTLmustbeswitchedonwiththe"ONbutton".WhentheBluetoothconnec-tionisactivatedforthefirsttime,thepairingcode-1234-mustbeenteredonthemobiledevice (see also 3.4). Afterwards you have to press the "BT button". The following screen appears:

Bluetooth offAfter a successful data transmission, theBluetoothmodule should be switched offagainbypressingthe"BTkey",whereuponthis message appears.

BT 29.03.21 15:15

Serial number: 134669

Flow direction

HTLAs soon as a Bluetooth connection is established between the hydrant tester andthemobiledevice,theWasserkarte-in-foAPPhasaccesstothemag-fluxHTL.


TECHNICAL DATA

5 TECHNICALDATA

5.1 Flowmeter

Measuringprinciple SynchronisedDCfield

Input » Process connection / nominal diameter

DN 40 - DN 150Storz C - Storz 150

Measuringaccuracy » Measurement error

» Repeatability accuracy

±0.5 % of the measured value from 1 m/s ... 12 m/s±0.4 % of the measured value +1 mm/s for <1 m/s±0.15 % of the measured value from 0.5 m/s ... 10 m/s

Mountingposition » Inlet section » Outlet section

5 x nominal diameter2 x nominal diameter

Fluidtemperature +1 °C ... +40 °C

Ambienttemperature +1 °C .... +50 °C

Pressurelimits Max. 16 bar (optional -1 ... 25 bar)

Typeofprotection IP54(dustprotected,splashprotection)

5.2 Pressure sensor

Accuracy: 0.25 % FS

Temperaturecoefficient » Zero point max. » Sensitivity type

0 … +50 °C0.0125 mV/°C0.01 %/°C

Long-termstabilitytype 0.0125 mV/°C

Influenceofbasepressure 0.01 %/°C

Compensatedarea -10 … +80 °C

5.3 Temperaturesensor

Type PT1000classB,DINEN60751

Accuracy ±0.3 %


TECHNICAL DATA

5.5 Mediumconditions

5.4 Turbiditysensor(seperatedevice)

Medium,stateofaggregation Water,liquid

Minimumconductivity >50 μS/cm

Execution Compactflowmeterwithbuilt-inpressuresensor

Weight see 5.7 for dimensions and weights

Display 5inchLCDdisplay,backlitdisplay (240 x 128 pixels)

Flowratelimits 0.25 ... 12 m/s

Housingmaterial Aluminium

Sensormaterials » Measuringtube » Coilspace » Measuringtubelining » Electrodematerial

PVCPVCPVCStainless steel

Corrosionprotectionclass C2(lowpollutedatmosphere,dryclimate)

5.6 Design/material

Type ISO 7027 compliant 90° scattered light and 180° transmitted light measurement pre-calibrated with formazin in FNU units

Accuracy ±0.5 % of measured value±1.0 % of full scale value

Fluidtemperature +5 °C ... +60 °C

Measurementrange 0.1 ... 100 FNU


TECHNICAL DATA

5.7 Powersupply

5.8 Dimensionsandweights

Powersupply 2integratedrechargeablebatterypacks(NiMH)each7.2V

Operatingtime approx. 24 hours

Chargingtime approx. 4 hours

Fig. 3: Dimension housing mag-flux HTL

Tab. 1: Dimensions and weights mag-flux HTL

Nominaldiameter L(mm) W(mm) H(mm) Weight(kg)

DN 40 Storz C 310 246 310 14.5

DN 50 Storz C 310 246 310 14.5

DN 65 Storz B 310 246 310 14.5

DN 80 Storz B 310 246 310 14.8

DN 100 Storz A 365 274 357 19.5

DN 150 Storz 150


EQUIPMENT

6 EQUIPMENT

6.1 MobileApp

Inadditiontotheeasy-to-readdisplay,themeasuringprocesscanbecontrolledviathefield-testedappfromthecompanywasserkarte.info.Allmeasurementdataforpressure,flowrate,temperatureandturbidityaretransmittedliveviaBluetoothfromthehydranttester to the app. The measurement protocols as well as diagrams are displayed directly as a preview. The holistic solution approach for hydrant maintenance from documenta-tion,planning,localisation,performancetomaintenance. http://wasserkarte.info/en/hydrant-measurement To the website: www.wasserkarte.info/en/


EQUIPMENT

6.3 Pressurereducer

6.2 Regulatingvalve

The pressure reducer is used for flushinghydrants safely. It is characterised by the following properties:

» Material: stainless steel » ConnectionStorzBfixed » Stablebaseevenathighflowrates » No recoil forces » Nofloodingonunpavedground » No danger to the environment » Clean handling and transport after use » Capacity up to 3.619 l/min. (217.2 m³/h) » Weight6.4kg

The regulating valve supports the con-trolled measurement of pressure. This makes it possible to individually regulatetheflowandpressure.

Fig. 5: Pressure reducer

Fig. 4: Regulating valve


EQUIPMENT

6.4 Turbiditysensor

Forwatermanagement,itispossibletode-termine the FNU values by means of sep-arate turbidity measurement, especiallyduringflushingcampaigns.valuesandthusadjusttheflushingstrat-egy efficiently and in a resource-savingmanner.

Fig. 6: Turbidity measurement


DESCRIPTION CODE

7 DESCRIPTIONCODE

The description code is made up as follows:

7.1 Hydranttester

Model Description Flowrate

(m3/h) (l/h)

HTL040 Nominal diameter DN 40/1½ ", Storz C rotatable 0 - 54.3 0 - 905

HTL050 Nominal diameter DN 50/2", Storz C rotatable 0 - 84.8 0 - 1 413

HTL065 Nominal diameter DN 65/2½", Storz B rotatable 0 - 143.4 0 - 2 390

HTL080 Nominal diameter DN 80/3", Storz B rotatable 0 - 217.2 0 - 3 619

HTL100 Nominal diameter DN 100/4", Storz A rotatable 0 - 339.3 0 - 5 655

HTL150 Nominal diameter DN 150/6", Storz 150 rotatable 0 - 763.4 0 - 12 723

7.2 Regulatingvalve

7.3 Pressurereducer

7.4 Turbiditysensor

Model Description

HTLAR050 Connection Storz C (DN 40 / 50)

HTLAR080 Connection Storz B (DN 65 / 80)

HTLAR100 Connection Storz A (DN 100)

Model Description

HTLDV050 Pressure reducer Storz C (incl. Storz C to B solid coupling)

HTLDV080 Pressure reducer Storz B

HTLDV100 Pressure reducer Storz A (consisting of: 2 x pressure reducer, 2 x hose sections with5 m each, 1 x fork piece)

Model Description

HTLTU050 Storz C (Dimension DN 50 / 2") - FNU values 0.1 ... 100 (incl. hose connection 0.5 m)

HTLTU065 Storz B (Dimension DN 65 / 2½") - FNU values 0.1 ... 100 (incl. hose connection 0.5 m)

HTLTU080 Storz B (Dimension DN 80 / 3") - FNU values 0.1 ... 100 (incl. hose connection 0.5 m)

HTLTU100 Storz A (Dimension DN 100 / 4") - FNU values 0.1 ... 100 (incl. hose connection 0.5 m)


SERVICE

8 SERVICE

8.1 Storage

Store the emptied device in a dry and dust-free place. Keep away from direct heat and sunlight. Avoid external loads on the device. The permissible storage temperature is -20 °C to +60 °C.

8.2 Maintenance

Thehydranttester"mag-fluxHTL"ismaintenance-free.Itisrecommendedthatthedevicebereturnedtothemanufacturerforrecalibrationaftertwoyears,dependingonthecon-ditions of use (see point 8.3 Return of the device to the manufacturer). This will guarantee a long and trouble-free service life.

8.3 Returningthedevicetothemanufacturer

Due to carefulmanufacturing processes andfinal checks on the device, themag-fluxHTL is expected to operate trouble-free, where both installation and operation are in accordance with these instructions

Should you nevertheless need to return a device to MECON GmbH please observe the following points:

Caution!

In order to protect the environment and safeguard the health and safety of our personnel, all devices sent to MECON GmbH for repair must be free of toxic and hazardous substances. This also applies to cavities in these devices. If necessary, the customer is kindly requested to neutralise or rinse these devices before returning them to MECON GmbH. The customer must confirm this by completing and sending in the returns form on the MECON GmbH.website This can be found at

» https://www.mecon.de/en/device-returns/


SERVICE

8.4 Disposal

Caution!

Always comply with the regulations in your country when disposing of devices.

Electrical and electronic equipment must not be disposed of with house-hold waste. As the owner of such equipment, you are required to deliver it to a separate municipal waste collection point (unsorted municipal waste).

Someofourproductsincludebatteries,someofwhicharerechargeable,whichalsomustnotbedisposedofwithhouseholdwaste.Suchbatteriesaremarkedwiththecrossed-outdustbinsymbolunderwhichthechemical symbol forclassificationasheavymetalcontainingharmfulsubstances(Cdforcadmium,HgformercuryorPbforlead)isaffixed.Asaconsumer,youarelegallyobligedtoreturnusedbatteries.Youcanhandtheminforprofessional disposal at public collection points or return them to us.


SERVICE


MECONGmbHRöntgenstr. 10550169 KerpenGermany

Tel.: +49 (0) 2237 600 06 - 0E-mail: [email protected]

Web: www.mecon.de

mag flux htl hydrantentester - mecon

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