WATER-I D V22 PoolLab-2 Electronic Tester Water Photometer User Manual
- June 16, 2024
- WATER-I D
Table of Contents
WATER-I D V22 PoolLab-2 Electronic Tester Water Photometer
Specifications
- Product Name: Water Testing Equipment Photometer V22
- Made in: R1Geeargmenantsy
- Certifications: CE, FCC/IC, UKCA, TELEC, RoHS, EAC
- Power Source: 3 x AA batteries
- Connectivity: Bluetooth
Safety Precautions
Reagents for water analysis only! Don’t eat! Keep out of reach of children! Store cool and dry!
Battery Installation
To change the batteries
- Open the battery compartment.
- Remove the old batteries.
- Insert 3 x AA batteries with the correct polarity (+/-).
- Close the battery compartment.
Starting and Test
This is the start and test:
- Press the “Starts the TEST” button for 2 seconds.
- Select the desired parameter using the “Confirms a selection” button.
- Press the “Starts countdown/TEST” button to begin the measurement.
Parameter Selection and Deletion
To open the parameter list and delete a selected parameter:
- Press the “Opens parameter list” button.
- Select the parameter to delete using the “Confirms a selection” button.
- Press the “Deletes the selected parameter” button.
Setting Zero Operation
To set zero operation
- Press the “Starts ZERO operation” button.
Settings Menu
To open the settings menu:
- Press the “Opens Settings Menu” button for 2 seconds.
Time and Date Settings
To set the time and date:
- Press the “Time” button.
- Use the corresponding buttons to adjust the time and date.
Cloud and WiFi Connectivity
To connect to the cloud and WiFi:
- Press the “Cloud” button.
- Follow the on-screen instructions to connect to WiFi.
Frequently Asked Questions (FAQ)
Q: Can I use RAPID-grade tablets with this photometer?
A: No, always use PHOTOMETER-grade tablets. RAPID tablets may lead to
incorrect measurement results.
Q: How should I store the reagent tablets?
A: Store the reagent tablets in a cool and dry place. Keep them out of
reach of children.
Water-id
water testing equipment
Photometer
User Manual Manual do utilizador User manual Uzivatelská pírucka Quick Guide
starts on page 31 About Guia rápido começa on page 31 Quick Guide starts on
page 31 Strucný prvodce zacíná on page 31 31 31
Content | Conteúdo | Tre | Obsah | |
Hardness Conversion | Conversão de dureza | Hardness conversion | Pevod tvrdosti | 193 |
OR/UR
194
Changing the Cuvette | Substituição da cuvete | Replacing the litter box | Výmna kyvety |
195
Error Codes | Códigos de erro | Error codes | Chybové kódy | |
198
Accessories (Reagents & Spare Parts) | Acessórios (reagentes e peças sobressalentes) |201 Accessories (reagents and spare parts) | Píslusenství (reagencie a náhradní díly) ( ) |
Establish Bluetooth connection| Estabelecer ligação Bluetooth |
203
Establishing a Bluetooth connection |Navázání pipojení Bluetooth |
Bluetooth |
Technical Data | Dados técnicos | Technical data | Technical date | |
205
Tolerances | Tolerâncias | Tolerances | Tolerance | |
206
Disposal | Eliminação | Disposal | Likvidace | |
207
Certifications | Certificações | Certificates | Certifikace | |
208
(CE, FCC/IC, UKCA, TELEC, RoHS, EAC)
Certificate of Compliance | Certificado de conformidade | Certificate of Conformity | Back Cover Certificate of Conformity | |
Delivery Content | Conteúdo da entrega | Tre delivery | Obsah dodávky |
1 x PoolLab 2.0® 1 x Light shield 3 x AA Batteries 3 x Crushing | Stirring
Rods (white, blue, red) 1 x 10ml syringe 1 x Printed User Manual 1 x
Collecting Bag (Nylon) 20 x Phenol Red Photometer tablets 20 x DPD N° 1
Photometer tablets 10 x DPD N° 3 Photometer tablets 10 x CYATest Photometer
tablets 10 x AlkalinityM Photometer tablets
Poison Center Munich (24/7): +49 (0) 89 19240 (German and English)
Reagents for water analysis only! Don’t eat! Keep out of reach of children!
Store cool and dry!
Reagentes apenas para análise de água! Não ingerir! Manter foruma do alcance
das crianças! Conservar em local fresco e seco!
Reagents for water analysis only! Don’t eat it! Keep out of the reach of
children! Store in a cool and dry place!
Reagent pouze pro analýzu vody! Nejezte! Uchovávejte mimo dosah dtí! Store in
a cool and dry place!
1x short
2x short On/Off skips countdown (not recommended)
Starts WiFi connection/cloud sync. (*) Bluetooth® on/of
Cloud | Nuvem | Cloud | Nuvola | |
This is only an information menu! If cloud synchronization is set up for your
PoolLab 2.0® (to be set up via the LabCOM® app while the PoolLab 2.0® is
connected to the app via Bluetooth®), the cloud account with which
synchronization is taking place is displayed here.
Este é apenas um menu informativo! SE A Sincronização on NUVEM Estiver
configurada couple about seu poollab 2.0® (A cheese configurada através da
applicção labcom® enquanto o poollab 2.0® estiver ligado à app. efctada é
apresentada aqui.
This is an informational menu only! If cloud synchronization is configured for
PoolLab 2.0® (must be configured via the LabCOM® application when PoolLab 2.0®
is connected to the application via Bluetooth®), the cloud account with which
synchronization is taking place is displayed here.
Toto je pouze informacní nabídka! Please check the PoolLab 2.0® application
for synchronization with the cloud (set up the LabCOM® application, as well as
the PoolLab 2.0® application for Bluetooth®), see the cloud application for
the synchronization test.
PoolLab 2.0®! PoolLab 2.0® LabCOM® )
. Bluetooth®
PoolLab 2.0® PoolLab 2.0® LabCOM® LabCOM®
12
Device Settings
This is only an information menu! If a WiFi connection is set up for the
PoolLab 2.0® (set up via the LabCOM® app whilst the PoolLab 2.0® is connected
to the app via Bluetooth®), the WiFi network which is used for the
synchronization is displayed here. Este é apenas um menu informativo! Se
estiver configurada uma ligação WiFi para o PoolLab 2.0® (configurada através
da aplicação LabCOM® enquanto o PoolLab 2.0® está ligado à aplicação através
de Bluetooth®), a rede WiFi utilizada para a sincronização é apresentada aqui.
This is an informational menu only! If a Wi-Fi connection is configured for
PoolLab 2.0® (configured via LabCOM® while PoolLab 2.0® is connected to the
app via Bluetooth®), the Wi-Fi network used for synchronization is displayed
here. Toto je pouze informacní nabídka! Pokud je pro PoolLab 2.0® nastaveno
pipojení WiFi (nastavené simplednictvím aplikace LabCOM®, zatímco PoolLab 2.0®
je pipojen k aplikaci pes Bluetooth®), zobrazí se de sí WiFi, which pouzívá
pro synchronizaci.
PoolLab 2.0® WiFi! PoolLab 2.0® LabCOM® )
. WiFi (Bluetooth® PoolLab 2.0® WiFi LabCOM® PoolLab 2.0® Bluetooth® WiFi
13
Time
The date and time are automatically corrected when the PoolLab 2.0® is
connected (Bluetooth®) to the LabCOM® app. In this menu you can choose between
option 1 (MM/DD/YYYY – example 09/27/2023) and option 2 (DD/MM/YYYY – example
27/09/2023).
A data ea hora são automaticamente corrigidas quando o PoolLab 2.0® está
ligado (Bluetooth®) à aplicação LabCOM®. Neste menu, pode escolher entre o
formato 12h (por exemplo, 02:00 PM) ou o formato 24h (por exemplo, 14:00).
The date and time are automatically corrected when PoolLab 2.0® (Bluetooth®)
is connected to the LabCOM® application. In this menu you can select a 12-hour
format (e.g. 02:00 PM) or a 24-hour format (e.g. 14:00).
Po pipojení PoolLab 2.0® (Bluetooth®) application LabCOM® se automaticky
opraví datum a cas. V této nabídce si mzete vybrat mezi 12hodinovým formátem
(sat. 02:00 PM) nebo 24hodinovým formátem (sat. 14:00).
PoolLab 2.0® (Bluetooth®) 12 .LabCOM®
.(14:00 ) 24 ( 02:00 )
PoolLab 2.0® LabCOM® ® 12 02:00 PM 24 14:00
14
Device Settings | Definições do dispositivo | Device settings | Nastavení
zaízení | |
Date | Date | Datum | |
The date and time are automatically corrected when the PoolLab 2.0® is
connected (Bluetooth®) to the LabCOM® app. In this menu you can choose between
option 1 (MM/DD/YYYY – example 09/27/2023) and option 2 (DD/MM/YYYY – example
27/09/2023). A data ea hora são automaticamente corrigidas quando o PoolLab
2.0® está ligado (Bluetooth®) à aplicação LabCOM®. Neste menu, pode escolher
entre a opção 1 (MM/DD/AAAA – exemplo 27/09/2023) ea opção 2 (DD/MM/AAAA –
exemplo 27/09/2023). The date and time are automatically corrected when
PoolLab 2.0® (Bluetooth®) is connected to the LabCOM® application. In this
menu you can select option 1 (MM/DD/YYYY – example 09/27/2023) or option 2
(DD/MM/YYYY – example 27/09/2023). Po pipojení PoolLab 2.0® (Bluetooth®)
application LabCOM® se automaticky opraví datum a cas. V této nabídce si mzete
vybrat mezi mozností 1 (MM/DD/YYYY – píklad 27/09/2023) a mozností 2
(DD/MM/YYYY – píklad 27/09/2023).
PoolLab 2.0® (Bluetooth®) – / YYYY / MM / DD) 1 .LabCOM®
.(27/09/2023 – DD / MM / YYYY) 2 (09/27/2023
PoolLab 2.0® LabCOM® ® 1MM/DD/ YYYY– 09/27/2023 2DD/MM/YYYY– 27/09/2023
15
pH | fCl2 | tCl2 | cCl2 | Br2 | ClO2 | O3
Tablet and Liquid Mode | Modo Tablet e Liquid | Tryb tabletu i cieczy | Rezim
tabletu a kapaliny – |
Some parameters (see listed above) can be measured on the PoolLab 2.0® with
both tablet reagents and liquid reagents. Select between tablet and liquid
mode in the menu. The liquid reagents may only be used in liquid mode,
otherwise incorrect results will be measured! The selected mode is indicated
by a symbol in the status bar (top of the screen). Alguns parâmetros (ver
lista acima) podem ser medidos no PoolLab 2.0® tanto com reagentes em
pastilhas como com reagentes líquidos. Selecionar no menu entre o modo de
pastilha e o modo de líquido. Os reagentes líquidos só podem ser utilizados no
modo líquido, caso contrário serão medidos resultados incorrectos! O modo
selecionado é indicado por um símbolo na barra de estado (parte superior do
ecrã). Niektóre parametry (patrz lista powyej) mog by mierzone w urzdzeniu
PoolLab 2.0® zarówno przy uyciu odczynników w tabletkach, jak i odczynników w
plynie. W menu naley wybra tryb tabletu lub cieczy. Odczynniki plynne mog by
uywane wylcznie w trybie plynnym, w przeciwnym razie wyniki pomiarów bd
nieprawidlowe! Wybrany tryb jest oznaczony symbolem na pasku stanu (u góry
ekranu). Nkteré parametry (viz výse) lze na pístroji PoolLab 2.0® mit jak s
tabletovanými, tak s tekutými cinidly. V nabídce vyberte mezi rezimem tablet a
kapalin. Tekutá cinidla se smí pouzívat pouze v tekutém rezimu, jinak budou
nameny nesprávné výsledky! Zvolený rezim je indikován symbolem ve stavovém
ádku (v horní cásti obrazovky).
Settings | Definições do dispositivo | Ustawienia urzdzenia | Nastavení
zaízení | |
Sampling Points | Pontos de amostragem | Punkty próbkowania Místa odbru vzork
| |
In the LabCOM® app you can create sampling points (e.g. “Pool 1”, “Pool 2”)
and then transfer them to the PoolLab 2.0® with an existing Bluetooth®
connection. In this menu you can select the sampling point under which the
following measurements are to be saved. The name of the selected sampling
point is also displayed on the top left of the start screen. Na aplicação
LabCOM® , pode criar pontos de amostragem (por exemplo, “Piscina 1”, “Piscina
2”) e transferi-los para o PoolLab 2.0® através de uma ligação Bluetooth®
existente. Neste menu, é possível selecionar o ponto de amostragem no qual as
medições seguintes devem ser guardadas. O nome do ponto de amostragem
selecionado também é apresentado no canto superior esquerdo do ecrã inicial. W
aplikacji LabCOM® mona tworzy punkty próbkowania (np. “Pool 1”, “Pool 2”), a
nastpnie przesyla je do urzdzenia PoolLab 2.0® za pomoc istniejcego polczenia
Bluetooth®. W tym menu mona wybra punkt próbkowania, w którym maj zosta
zapisane nastpujce pomiary. Nazwa wybranego punktu próbkowania jest równie
wywietlana w lewym górnym rogu ekranu startowego. V aplikaci LabCOM® mzete
vytvoit místa odbru vzork (nap. “Pool 1”, “Pool 2”) a poté je penést do
pístroje PoolLab 2.0® pomocí existujícího pipojení Bluetooth®. V této nabídce
mzete vybrat místo odbru vzork, pod které se mají ulozit následující mení.
Název vybraného vzorkovacího místa se zobrazuje také v levém horním rohu
úvodní obrazovky.
“Pool 2” ) LabCOM® . Bluetooth® PoolLab 2.0® (“Pool 1”
.Display Brightness | Brilho do ecrã | Jasno wywietlacza | Jas displeje |
Here you can set the brightness of the PoolLab 2.0® display. The brighter the
display is set, the higher the power consumption of the PoolLab 2.0®. Aqui
pode regular a luminosidade do ecrã do PoolLab 2.0®. Quanto mais claro for o
ecrã, maior será o consumo de energia do PoolLab 2.0®. Tutaj mona ustawi jasno
wywietlacza PoolLab 2.0®. Im janiejszy wywietlacz, tym wiksze zuycie energii
przez PoolLab 2.0®. Zde mzete nastavit jas displeje PoolLab 2.0®. Cím vyssí
jas displeje je nastaven, tím vyssí je spoteba energie pístroje PoolLab 2.0®.
.PoolLab 2.0® .PoolLab 2.0®
PoolLab 2.0® PoolLab 2.0®
Device Settings | Definições do dispositivo | Ustawienia urzdzenia | Nastavení
zaízení | |
Calibration | Calibração | Kalibracja | Kalibrace | | If the measurement
results obtained do not correspond to the expected results you can, and if the
cuvette is changed you MUST, carry out a calibration. Please follow the steps
indicated on the following pages Se os resultados de medição obtidos não
corresponderem aos resultados esperados, pode, e se a cuvete for mudada, DEVE,
efetuar uma calibração. Para o efeito, siga os passos indicados nas páginas
seguintes. Jeli uzyskane wyniki pomiarów nie odpowiadaj oczekiwanym wynikom,
mona, a w przypadku wymiany kuwety MUSI, przeprowadzi kalibracj. Naley
postpowa zgodnie z krokami wskazanymi na kolejnych stronach. Pokud získané
výsledky mení neodpovídají ocekávaným výsledkm, mzete, a v pípad výmny kyvety
MUSÍTE, provést kalibraci. Postupujte podle pokyn uvedených na následujících
stránkách
ONLY SINGLE
The parameter to be measured may only be measured stand-alone (so NOT in
parallel with other parameters). O parâmetro a medir só pode ser medido
autonomamente (ou seja, NÃO em paralelo com outros parâmetros). Mierzony
parametr moe by mierzony wylcznie samodzielnie (a wic NIE równolegle z innymi
parametrami). Mený parametr mze být men pouze samostatn (tedy NE soubzn s
jinými parametry).
ONLY CHAMBER 2
The parameter to be measured may only be measured in the middle measuring
chamber (2). O parâmetro a ser medido só pode ser medido na câmara de medição
central (2). Mierzony parametr moe by mierzony tylko w rodkowej komorze
pomiarowej (2). Mený parametr lze mit pouze ve stední micí komoe (2).
Advices | Conselhos | Porady | Rady | |
To prevent cross-contamination, your PoolLab 2.0® comes with 3 different
coloured stirring rods. It is recommended to not use the same stirring rod
(e.g. just the white one) when performing parallel measurements, but to use a
different one for each chamber. Para evitar a contaminação cruzada, o PoolLab
2.0® é fornecido com 3 varetas de agitação de cores diferentes. Recomenda-se
que não utilize a mesma vareta de agitação (por exemplo, apenas a branca)
quando efetuar medições paralelas, mas que utilize uma vareta diferente para
cada câmara. Aby zapobiec zanieczyszczeniu krzyowemu, urzdzenie PoolLab 2.0®
jest dostarczane z 3 rónokolorowymi mieszadlami. Zaleca si, aby nie uywa tego
samego mieszadla (np. tylko bialego) podczas wykonywania równoleglych
pomiarów, ale uywa innego dla kadej komory. Aby se zabránilo kízové
kontaminaci, je PoolLab 2.0® dodáván se 3 rzn barevnými míchacími tycemi.
Doporucujeme nepouzívat pi paralelních meních stejnou míchací tycinku (nap.
jen bílou), ale pro kazdou komoru jinou.
Always use PHOTOMETER grade tablets! Never use RAPID grade tablets! RAPID
tablets lead to incorrect measurement results! Do not touch reagent tablets!
Utilizar sempre pastilhas de grau PHOTOMETER! Nunca utilizar pastilhas de grau
RAPID! As pastilhas RAPID conduzem a resultados de medição incorrectos! Não
tocar nas pastilhas de reagente!
Zawsze uywaj tabletek klasy PHOTOMETER! Nigdy nie uywaj tabletek klasy RAPID!
Tabletki RAPID prowadz do nieprawidlowych wyników pomiarów! Nie dotyka
tabletek odczynników!
Vzdy pouzívejte tablety tídy PHOTOMETER! Nikdy nepouzívejte tablety tídy
RAPID! Tablety RAPID vedou k nesprávným výsledkm mení! Nedotýkejte se
reagencních tablet!
! RAPID !PHOTOMETER ! ! RAPID
PHOTOMETER RAPID RAPID
Advice
- The date of your PoolLab 2.0® is preset when delivered, but may differ from your time zone. The date and time can be changed via the free LabCOM® app (Bluetooth® connection). If the battery change takes longer than 2 minutes or batteries are inserted incorrectly, the date will be deleted. 2) Ideal values: Please contact the supplier of your pool chemistry to ask for ideal values for your pool. 3) Scratched cuvette: As long as the cuvette is not scratched in the upper half but only in the bottom area, it does not need to be changed. 4) Please crush tablets vigorously with the stirring rod. The cuvette will not break 5) Total chlorine may well be displayed lower than the free chlorine within the tolerances shown in these instructions. 6) Humidity in the display: Can occur if the residual humidity in the housing condenses due to the cold water during immersion.
It is important to clean the device after each measurement to get rid of any reagent residues! Please ensure that the cuvette has been cleaned before each measurement (e.g. under clear water/or simply rinsing the cuvette in the pool is sufficient as long as no residues remain). Do NOT use any cleaning agents! It is important to clean the device after each measurement to get rid of any reagent residues! Please ensure that the cuvette has been cleaned before each measurement (e.g. under clear water/or simply rinsing the cuvette in the pool is sufficient as long as no residues remain). Do NOT use any cleaning agents!
SINGLE PARAMETER Quick Start Guide
| Guia de início rápido de parâmetro único | Skrócona instrukcja obslugi dla
pojedynczego parametru | Strucná pírucka k jednotlivým parametrm |
|The countdown can be skipped by pressing the “on/off” button (not
recommended). 2) Pressing the “TEST-OK” button again triggers a repeat
measurement. 1) A contagem decrescente pode ser ignorada premindo o botão
“on/off” (não recomendado). 2) Premir de novo o botão “TEST-OK” para repetir a
medição. 1) Odliczanie mona pomin, naciskajc przycisk “on/off” (niezalecane).
2) Ponowne nacinicie przycisku “TEST-OK” spowoduje powtórzenie pomiaru. 1)
Odpocítávání lze peskocit stisknutím tlacítka “on/off” (nedoporucuje se). 2)
Optovným stisknutím tlacítka “TEST-OK” se spustí opakované mení.
measurement (“OK/TEST” key) is triggered after the countdown of the respective procedure has expired, the parameter abbreviation appears above the T key in orange.For some parameters, measurement deviations may occur if “OK/TEST” is pressed after the countdown has elapsed.Only with these parameters will the clock and also the actual countdown time be displayed in red if the countdown is exceeded.For all other, non-time-critical parameters, the actual countdown time is displayed in green, even if the countdown time has been exceeded. Se a medição (tecla “OK/TEST”) for accionada após a contagem decrescente do respetivo procedimento ter expirado, a abreviatura do parâmetro aparece por cima da tecla T a laranja. Para alguns parâmetros, podem ocorrer desvios de medição se a tecla “OK/TEST” for premida depois de terminada a contagem decrescente. Só nestes parâmetros é que o relógio e também o tempo de contagem decrescente atual são apresentados a vermelho, se a contagem decrescente for ultrapassada. Para todos os outros parâmetros, não críticos em termos de tempo, o tempo de contagem decrescente efetivo é apresentado a verde, mesmo que o tempo de contagem decrescente tenha sido excedido. Jeli pomiar (przycisk “OK/TEST”) zostanie uruchomiony po zakoczeniu odliczania odpowiedniej procedury, skrót parametru pojawi si nad przyciskiem T w kolorze pomaraczowym. W przypadku niektórych parametrów mog wystpi odchylenia pomiaru, jeli przycisk “OK/TEST” zostanie nacinity po uplywie odliczania. Tylko w przypadku tych parametrów zegar i rzeczywisty czas odliczania bd wywietlane na czerwono, jeli odliczanie zostanie przekroczone. Dla wszystkich innych parametrów, które nie s krytyczne czasowo, aktualny czas odliczania jest wywietlany na zielono, nawet jeli czas odliczania zostal przekroczony.
The countdown(s) can be skipped by pressing the “on/off” key after confirming the last measurement chamber (not recommended). 2) The “back” (ZERO) key can be used to cancel an accidental confirmation that the reagent has been added (“T” key). 3) Pressing the “TEST-OK” key again triggers a repeat measurement.
- A(s) contagem(s) decrescente(s) pode(m) ser ignorada(s) premindo a tecla “on/off” depois de confirmar a última câmara de medição (não recomendado). 2) A tecla “voltar” (ZERO) pode ser utilizada para anular uma confirmação acidental da adição do reagente (tecla “T”). 3) Premir novamente a tecla “TEST-OK” para repetir a medição. 1) Odliczanie mona pomin, naciskajc przycisk “on/off” po potwierdzeniu ostatniej komory pomiarowej (niezalecane). 2) Przycisk “back” (ZERO) moe by uyty do anulowania przypadkowego potwierdzenia dodania odczynnika (przycisk “T”). 3) Ponowne nacinicie przycisku “TEST-OK” spowoduje powtórzenie pomiaru. 1) Odpocítávání lze peskocit stisknutím tlacítka “on/off” po potvrzení poslední mící komory (nedoporucuje se). 2) Klávesou “zpt” (ZERO) lze zrusit náhodné potvrzení, ze bylo pidáno cinidlo (klávesa “T”). 3) Optovné stisknutí klávesy “TEST-OK” vyvolá opakované mení.
TEST
Only one time per test batch The “ZERO” step is only necessary once after
switching on. Make sure that the water to be measured does not (!) contain any
tablet/reagent in the cuvette and that the light protection cover is in place.
Please always perform ZERO with the pool water to be measured. You can also
perform another ZERO before each new measurement (display shows “TEST”) (fill
cuvettes with pool water, put on lid, press ZERO key).
Apenas uma vez por lote de ensaio O passo “ZERO” só é necessário uma vez após
a ligação. Certificar-se de que a água a medir não contém (!) qualquer
pastilha/reagente na cuvete e que a tampa de proteção contra a luz está
colocada. Efetuar sempre o ZERO com a água da piscina a medir. Também é
possível efetuar um novo ZERO antes de cada nova medição (o visor indica
“TEST”) (encher as cuvetes com água da piscina, colocar a tampa e premir a
tecla ZERO).
Tylko jeden raz na parti testow Krok “ZERO” jest konieczny tylko raz po
wlczeniu. Upewnij si, e mierzona woda nie zawiera (!) adnych
tabletek/odczynników w kuwecie i e oslona chronica przed wiatlem jest zaloona.
ZERO naley zawsze wykonywa z wod z basenu, która ma by mierzona. Moesz równie
wykona kolejne ZERO przed kadym nowym pomiarem (na wywietlaczu pojawi si
“TEST”) (napelnij kuwety wod basenow, zaló pokryw, nacinij przycisk ZERO).
Pouze jednou na zkusební dávku Krok “ZERO” je nutné provést pouze jednou po
zapnutí. Ujistte se, ze mená voda neobsahuje (!) v kyvet zádnou
tabletu/reagenci a ze je nasazen ochranný kryt proti svtlu. Nulování provádjte
vzdy s m
T2
T3
ZERO
OK TEST
6
3-ALU 4-AMM 5-BRO
— — —
T1
T2
T3
ZERO
OK TEST
66
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
3-ALU 4-AMM 5-BRO — — —
T1
T2
T3
ZERO
OK TEST
8 1 x Ammonia N°1
PAhmomtoomneiateNr °1
Photometer
23
TEST
AMM — —
T1
T2
T3
ZERO
OK TEST
9
23
TEST
AMM — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
10 1 x Ammonia N°2
PAhmomtoomneiateNr °2
Photometer
23
TEST
AMM — —
T1
T2
T3
ZERO
OK TEST
67
11
23
TEST
AMM — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
12
23
TEST
AMM — —
T1
T2
T3
ZERO
OK TEST
13
TEST
AMM — —
T1
T2
T3
ZERO
OK TEST
14
0.40 mg/l (ppm) NH3 0.93N 1.12NH4+ AMM — —
T1
T2
T3
ppm = mg/l
68
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
OR
13.00
Bromine
9.00
Bromo
Brom
Brom
5BRO
6.50
4.50
Tablet Mode:
0.00 13.00 ppm (mg/l) Br2 DPD N°1 Photometer Tablet
0.00
Glycine*
Liquid Mode:
0.00 9.00 ppm (mg/l) Br2 DPD 1A + DPD 1B Liquid*
Glycine*
0.00
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
69
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
4-AMM 5-BRO 6-CH
— — —
T1
T2
T3
ZERO
OK TEST
70
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
4-AMM 5-BRO 6-CH — — —
T1
T2
T3
ZERO
OK TEST
Only if your water sample does contain Chlorine next to Bromine (both
disinfectants used), the following procedure “A” needs to be followed and
Glycine reagent needs to be used. Otherwise (only Bromine present), please
follow procedure “B”.
Apenas se a sua amostra de água contiver cloro juntamente com bromo (ambos os
desinfectantes utilizados), é necessário seguir o procedimento “A” e utilizar
o reagente glicina. Caso contrário (apenas Bromo presente), siga o
procedimento “B”.
Tylko jeli próbka wody zawiera chlor obok bromu (oba rodki dezynfekujce),
naley wykona ponisz procedur “A” i uy odczynnika Glycine. W przeciwnym razie
(obecny jest tylko brom) naley postpowa zgodnie z procedur “B”.
Pouze v pípad, ze vás vzorek vody obsahuje vedle bromu i chlor (ob pouzitá
dezinfekcní cinidla), je teba postupovat podle následujícího postupu “A” a
pouzít cinidlo glycin. V opacném pípad (pítomnost pouze bromu) postupujte
podle postupu “B”.
,( ) ,( ) . “”
.””
“A “”B ”
71
A With Chlorine | Com cloro | Z chlorem | S chlorem | |
8A
9A
1 x Glycine
USE FORCE!
23
TEST
BRO — —
T1
T2
T3
ZERO
OK TEST
23
TEST
BRO — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
10A
Tablet or Liquid? (p.16) 1 x DPD N°1 Photometer 3 x DPD 1A + 3 x DPD 1B
23
TEST
BRO — —
T1
T2
T3
ZERO
OK TEST
11A
23
TEST
BRO — —
T1
T2
T3
ZERO
OK TEST
USE FORCE!
Completely Dissolved NO Residue
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
72
B Without Chlorine | Sem cloro | Bez chloru | Bez chlóru | |
8B
Tablet or Liquid? (p.16)
9B
1 x DPD N°1 Photometer
3 x DPD 1A + 3 x DPD 1B
USE FORCE!
23
23
Completely Dissolved
TEST
BRO — —
T1
T2
T3
ZERO
OK TEST
TEST
BRO — —
T1
T2
T3
ZERO
OK TEST
NO Residue
192A 10B 23
TEST
BRO — —
T1
T2
T3
ZERO
OK TEST
193A 11B If single parameter:
TEST
BRO — —
T1
T2
T3
ZERO
OK TEST
73
If multiple parameters: See page 36
TEST
BRO Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
195A 13B
194A 12B
7.00 mg/l (ppm) Br2 BRO — —
T1
T2
T3
ppm = mg/l
74
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
Calcium Hardness
123
500
Dureza cálcica
ONLY SINGLE
ONLY CHAMBER 2
Twardo wapniowa
Tvrdost vápníku
6CH
250
0 500 ppm (mg/l) CaCO3
Calcium Hardness N°1 Calcium Hardness N°2
0
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
75
3
ZERO
T1
T2
T3
ZERO
OK TEST
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
5
CHAMBER 2!
123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
6
5-BRO 6-CH 7-CLA
— — —
T1
T2
T3
ZERO
OK TEST
76
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
5-BRO 6-CH 7-CLA — — —
T1
T2
T3
ZERO
OK TEST
9
13
TEST
— CH —
T1
T2
T3
ZERO
OK TEST
8 CHAMBER 2!
10 POL20CaH1 10 POL20CaH2
*Shake Before Use!
CaH1 CaH2
13
TEST
— CH —
T1
T2
T3
ZERO
OK TEST
10
10:00 min
Requires change of auto-off time
by using the LabCOM app
201
77
191
13
TEST
— CH —
T1
T2
T3
ZERO
OK TEST
13
TEST
— CH —
T1
T2
T3
ZERO
OK TEST
12 13
TEST
— CH —
T1
T2
T3
ZERO
OK TEST
14
320 mg/l (ppm) 28°dH 35°eH 50°fH 10mval/l 5mmol/l
CaCO3
— CH —
T1
T2
T3
ppm = mg/l
78
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
6.00
Chloramine
Cloraminas
Chloroaminy
Chloraminy
7CLA
3.00
0.00 6.00 ppm (mg/l) NH2Cl/NHCl2
DPD N°1 Photometer DPD N°2 Photometer* DPD N°3 Photometer
0.00
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
79
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
6-CH 7-CLA 8-CL
— — —
T1
T2
T3
ZERO
OK TEST
80
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
6-CH 7-CLA 8-CL
— — —
T1
T2
T3
ZERO
OK TEST
8 23
TEST
CLA
—
—
T1
T2
T3
ZERO
OK TEST
9
! Few drops
10 1 x DPD N°1 Photometer
T3
23
T1 ZERO
TESOTK
T2
—
—
CLA
TEST
3 2
TEST
CLA — —
T1
T2
T3
ZERO
OK TEST
81
11
USE FORCE!
12
23
TEST
CLA — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
10 ml
23
TEST
CLA — —
T1
T2
T3
ZERO
OK TEST
13
23
TEST
CLA — —
T1
T2
T3
ZERO
OK TEST
14 23
TEST
CLA — —
T1
T2
T3
ZERO
OK TEST
82
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
15
TEST
CLA — —
T1
T2
T3
ZERO
OK TEST
196
If multiple parameters: See page 36
TEST
CL Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
17
Mono-Chloramine
4.00 mg/l (ppm) fCl2 CLA — —
T1
T2
T3
ppm = mg/l Free Chlorine
83
18 23
CLA — —
T1
T2
T3
ZERO
OK TEST
290
USE FORCE!
23
CLA — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
1ACT
19
1 x DPD N°2 Photometer 2TA
3ALU
4AMM
23
5BRO 6CH
7CLA
8CL
CLA — —
T1
T2
T3
ZERO
OK TEST
9CLHR 10CLO2 11CU
12CYA
13HYDL
14HYDH
15IRON
21
16NTRA
17ONZITORNI
23
18POHZON 19PHMB
20PPHLMRB
21PPHLRR
22POPHT R
CLA — —
23QPOUTAT
T1
T2
T3
ZERO
OK TEST
24SULF 25TH
26UREA
27ZINC
84
22
4.00 mg/l (ppm) fCl2 CLA — —
1x
T1
T2
T3
ZERO
OK TEST
23
24 Di-Chloramine
4.00 mg/l (ppm) NH2Cl CLA — —
T1
T2
T3
ppm = mg/l Mono-Chloramine
85
25 23
TEST
CLA — —
T1
T2
T3
ZERO
OK TEST
297
USE FORCE!
23
TEST
CLA — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
1ACT
26
2TA 1 x DPD N°3 Photometer
3ALU
4AMM
23
5BRO 6CH
7CLA
8CL
TEST
CLA — —
T1
T2
T3
ZERO
OK TEST
9CLHR 10CLO2 11CU
12CYA
13HYDL
14HYDH
15IRON
28
16NTRA
17ONZITORNI
23
18POHZON 19PHMB
20PPHLMRB
21PPHLRR
TEST
CLA — —
22POPHT R 23QPOUTAT
T1
T2
T3
ZERO
OK TEST
24SULF 25TH
26UREA
27ZINC
86
29
4.00 mg/l (ppm) NH2Cl CLA — —
1x
T1
T2
T3
ZERO
OK TEST
31
30
4.00 mg/l (ppm) NHCl2 CLA — —
T1
T2
T3
ppm = mg/l Di-Chloramine
87
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA
13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB
21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
88
OR
OR
6.00
Chlorine (fCl/cCl/tCl)
4.00
Cloro (fCl/cCl/tCl)
Chlor (fCl/cCl/tCl)
Chlor (fCl/cCl/tCl) (fCl/cCl/tCl)
8CL
3.00
(fCl/cCl/tCl)
2.00
Tablet Mode:
0.00 6.00 ppm (mg/l) Cl2 DPD N°1 Photometer
0.00
DPD N°3 Photometer
Liquid Mode:
0.00 4.00 ppm (mg/l) fCl2 DPD 1A + DPD 1B +
DPD 3C* Liquid
0.00
(fCl/cCl/tCl/Cl2)
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
89
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
7-CLA 8-CL 9-CLHR
— — —
T1
T2
T3
ZERO
OK TEST
90
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
7-CLA 8-CL 9-CLHR
— — —
T1
T2
T3
ZERO
OK TEST
8
Tablet or Liquid? (p.16)
1 x DPD N°1 Photometer
3 x DPD 1A + 3 x DPD 1B
23
TEST
CL — —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
10
23
TEST
CL — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
CL — —
T1
T2
T3
ZERO
OK TEST
91
11 If single parameter:
TEST
CL — —
T1
T2
T3
ZERO
OK TEST
192
If multiple parameters: See page 36
TEST
CL Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
13
Total Chlorine
1.27 mg/l (ppm) fCl2 CL — —
T1
T2
T3
ppm = mg/l Free Chlorine
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
92
14
Tablet or Liquid? (p.16) 1 x DPD N°3 Photometer 3 x DPD 3C
23
TEST
CL — —
T1
T2
T3
ZERO
OK TEST
15
23
TEST
CL — —
T1
T2
T3
ZERO
OK TEST
USE FORCE!
Completely Dissolved NO Residue
196 23
TEST
CL — —
T1
T2
T3
ZERO
OK TEST
17
1.27 mg/l (ppm) fCl2 CL — —
1x
T1
T2
T3
ZERO
OK TEST
93
18
20
1.27 mg/l (ppm) tCl2 CL — —
1x
T1
T2
T3
ZERO
OK TEST
19
1.27 mg/l (ppm) tCl2 CL — —
T1
T2
T3
ppm = mg/l Total Chlorine
21
0.00 mg/l (ppm) cCl2 CL — —
T1
T2
T3
ppm = mg/l Combined Chlorine
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
94
OR
200
Chlorine HR (Kl)
Cloro HR (Kl)
Chlor HR (Kl)
Chlor HR (Kl) (Kl) HR
9CLHR
100
HR (Kl)
5 200 ppm (mg/l) Cl2
Chlorine HR (KI) Acidifying GP Powder Pillow
5
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
95
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
8-CL 9-CLHR 10-CLO2
— — —
T1
T2
T3
ZERO
OK TEST
96
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
8-CL 9-CLHR 10-CLO2 — — —
T1
T2
T3
ZERO
OK TEST
8 1 x Chlorine HR (KI) Photometer
Chlorine HR
23
TEST
CLHR — —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
23
TEST
CLHR — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
10
1 x Acidifying GP
AcGidPifying
23
TEST
CLHR — —
T1
T2
T3
ZERO
OK TEST
97
11
23
TEST
CLHR — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
12 If single parameter:
TEST
— CLHR —
T1
T2
T3
ZERO
OK TEST
If multiple parameters: See page 36
TEST
CLHR Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
13
140 mg/l (ppm) Cl2 — CLHR —
T1
T2
T3
ppm = mg/l
98
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
OR
11.00
Chlorine Dioxide
7.50
Dióxido de cloro
Dwutlenek chloru
Oxid chloricitý
10CLO2
5.50
3.00
Tablet Mode:
0.00 11.00 ppm (mg/l) ClO2 DPD N°1 Photometer
0.00
Glycine*
1 1…4 Page 46
clean
Liquid Mode:
0.00 7.50 ppm (mg/l) ClO2 DPD 1A + DPD 1B Liquid
Glycine*
0.00
*not part of standard equipment
2 10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
99
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
9-CLHR 10-CLO2 11-CU
— — —
T1
T2
T3
ZERO
OK TEST
100
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
9-CLHR 10-CLO2 11-CU
— — —
T1
T2
T3
ZERO
OK TEST
Only if your water sample does contain Chlorine next to Chlorine Dioxide (both
disinfectants used), the following procedure “A” needs to be followed and
Glycine reagent needs to be used. Otherwise (only Chlorine Dioxide present),
please follow procedure “B”. Apenas se a amostra de água contiver cloro
juntamente com dióxido de cloro (ambos os desinfectantes utilizados), é
necessário seguir o procedimento “A” e utilizar o reagente glicina. Caso
contrário (apenas dióxido de cloro presente), siga o procedimento “B”. Tylko
jeli próbka wody zawiera chlor obok dwutlenku chloru (oba rodki dezynfekujce),
naley zastosowa nastpujc procedur “A” i uy odczynnika Glycine. W przeciwnym
razie (obecny jest tylko dwutlenek chloru) naley postpowa zgodnie z procedur
“B”. Pouze v pípad, ze vás vzorek vody obsahuje vedle oxidu chloricitého také
chlor (oba pouzívané dezinfekcní prostedky), je teba postupovat podle
následujícího postupu “A” a pouzít cinidlo glycin. V opacném pípad (pítomnost
pouze oxidu chloricitého) postupujte podle postupu “B”.
) ) . “” ,(
.”” ,( “A””B ”
101
A With Chlorine | Com cloro | Z chlorem | S chlorem | |
8A
9A
1 x Glycine
USE FORCE!
23
TEST
CLO2 — —
T1
T2
T3
ZERO
OK TEST
23
TEST
CLO2 — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
10A
Tablet or Liquid? (p.16) 1 x DPD N°1 Photometer 3 x DPD 1A + 3 x DPD 1B
23
TEST
CLO2 — —
T1
T2
T3
ZERO
OK TEST
11A
23
TEST
CLO2 — —
T1
T2
T3
ZERO
OK TEST
USE FORCE!
Completely Dissolved NO Residue
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
102
B Without Chlorine | Sem cloro | Bez chloru | Bez chlóru | |
8B
Tablet or Liquid? (p.16)
9B
1 x DPD N°1 Photometer
3 x DPD 1A + 3 x DPD 1B
USE FORCE!
23
23
Completely Dissolved
TEST
CLO2 — —
T1
T2
T3
ZERO
OK TEST
TEST
CLO2 — —
T1
T2
T3
ZERO
OK TEST
NO Residue
192A 10B 23
TEST
CLO2 — —
T1
T2
T3
ZERO
OK TEST
193A 11B If single parameter:
TEST
— CLO2 —
T1
T2
T3
ZERO
OK TEST
103
If multiple parameters: See page 36
TEST
CLO2 Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
195A 13B
194A 12B
8.00 mg/l (ppm) ClO2 — CLO2 —
T1
T2
T3
ppm = mg/l
104
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
5.00
Copper
Cobre Mied
M
11CU
2.50
0.00 5.00 ppm (mg/l) Cu2+
Copper N°1 Photometer Copper N°2 Photometer
0.00
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
105
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
10-CLO2 11-CU 12-CYA
— — —
T1
T2
T3
ZERO
OK TEST
106
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
10-CLO2 11-CU 12-CYA — — —
T1
T2
T3
ZERO
OK TEST
8 1 x Copper N°1 Photometer
23
TEST
CU — —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
10
23
TEST
CU — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
CU — —
T1
T2
T3
ZERO
OK TEST
107
11 If single parameter:
TEST
CU — —
T1
T2
T3
ZERO
OK TEST
12
Total Copper
3.54 mg/l (ppm) fCu CU — —
T1
T2
T3
ppm = mg/l Free Copper
If multiple parameters: See page 36
TEST
CU Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
13 1 x Copper N°2 Photometer
23
TEST
CU — —
T1
T2
T3
ZERO
OK TEST
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
108
14
USE FORCE!
195
23
TEST
CU — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
CU — —
T1
T2
T3
ZERO
OK TEST
16
3.54 mg/l (ppm) fCu CU — —
1x
T1
T2
T3
ZERO
OK TEST
17
4.82 mg/l (ppm) tCu CU — —
T1
T2
T3
ppm = mg/l Total Copper
109
18
4.82 mg/l (ppm) tCu CU — —
1x
T1
T2
T3
ZERO
OK TEST
19
1.28 mg/l (ppm) cCu CU — —
T1
T2
T3
ppm = mg/l Combined Copper
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
110
OR
Cyanuric acid
123
100
Ácido cianúrico
ONLY CHAMBER 2
Kwas cyjanurowy
Kyselina kyanurová
12CYA
50
0 100 ppm (mg/l) CYA
CYA Test Photometer
0
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
111
3
ZERO
T1
T2
T3
ZERO
OK TEST
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
5
CHAMBER 2!
123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
6
11-CU 12-CYA 13-HYDL
— — —
T1
T2
T3
ZERO
OK TEST
112
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
11-CU 12-CYA 13-HYDL — — —
T1
T2
T3
ZERO
OK TEST
8
1 x CYATest Photometer
CHAMBER 2!
13
TEST
— CYA —
T1
T2
T3
ZERO
OK TEST
9
13
TEST
— CH —
T1
T2
T3
ZERO
OK TEST
USE FORCE!
10
Completely Dissolved NO Residue
13
TEST
— CH —
T1
T2
T3
ZERO
OK TEST
113
11 If single parameter:
TEST
— CYA —
T1
T2
T3
ZERO
OK TEST
12
If multiple parameters: See page 36
TEST
Param 1 CYA Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
13
120 mg/l (ppm)
CYA
— CYA —
T1
T2
T3
ppm = mg/l
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
114
OR
Hydrogen Peroxide (LR)
2.40
Peróxido de hidrogénio (LR)
Nadtlenek wodoru (LR)
Peroxid vodíku (LR) (LR)
13HYDL
1.20
(LR)
0.00 2.40 ppm (mg/l) H2O2
Hydr. Peroxide LR Photometer*
0.00
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
115
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
12-CYA 13-HYDL 14-HYDH
— — —
T1
T2
T3
ZERO
OK TEST
116
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
12-CYA 13-HYDL 14-HYDH — — —
T1
T2
T3
ZERO
OK TEST
8
1 x Hydr. Peroxide
LR Photometer
23
TEST
HYDL — —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
10
23
TEST
HYDL — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
HYDL — —
T1
T2
T3
ZERO
OK TEST
117
11 If single parameter:
TEST
— HYDL —
T1
T2
T3
ZERO
OK TEST
12
If multiple parameters: See page 36
TEST
HYDL Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
13
1.20 mg/l (ppm) H2O2
— HYDL —
T1
T2
T3
ppm = mg/l
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
118
OR
Hydrogen Peroxide (HR)
180
Peróxido de hidrogénio (HR)
Nadtlenek wodoru (HR)
Peroxid vodíku (HR) (HR)
14HYDH
60
(HR)
0 180 ppm (mg/l) H2O2
Hyd. Peroxide HR Photometer Acidifying PT
0 *not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
119
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
13-HYDL 14-HYDH 15-IRON
— — —
T1
T2
T3
ZERO
OK TEST
120
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
13-HYDL 14-HYDH 15-IRON — — —
T1
T2
T3
ZERO
OK TEST
8 1 x Acidifying PT 23
TEST
HYDH — —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
23
TEST
HYDH — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
10
1 x Hydr. Peroxide
HR Photometer
PHhoydtorH.mPReetreorxide
23
TEST
HYDH — —
T1
T2
T3
ZERO
OK TEST
121
11
USE FORCE!
12
23
TEST
HYDH — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
HYDH — —
T1
T2
T3
ZERO
OK TEST
13 If single parameter:
TEST
— HYDH —
T1
T2
T3
ZERO
OK TEST
If multiple parameters: See page 36
TEST
HYDH Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
122
14
160 mg/l (ppm)
H2O2
— HYDH —
T1
T2
T3
ppm = mg/l
123
124
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
Iron (LR)
123
1.00
Ferro (LR)
ONLY SINGLE
elazo (LR)
Iron (LR) (LR)
15IRON
0.50
(LR)
0.00 1.00 ppm (mg/l) Fe2+/Fe3+
Iron LR Photometer*
0.00
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
125
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
14-HYDH 15-IRON 16-NTRA
— — —
T1
T2
T3
ZERO
OK TEST
126
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
14-HYDH 15-IRON 16-NTRA — — —
T1
T2
T3
ZERO
OK TEST
8 1 x Iron LR Photometer
23
TEST
IRON — —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
10
23
TEST
IRON — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
IRON — —
T1
T2
T3
ZERO
OK TEST
127
11
TEST
— IRON —
T1
T2
T3
ZERO
OK TEST
12
0.50 mg/l (ppm)
Fe²/Fe³
IRON — —
T1
T2
T3
ppm = mg/l
128
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
123
50
Nitrate Nitrato
ONLY SINGLE
Azotan
Dusicnany
16NTRA
25
1 50 ppm (mg/l) NO3-
Nitrate N°1 Photometer Powder Pillow Nitrate N°2 Photometer Powder Pillow
0 *not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
129
1ACT
3
4
2TA
3ALU
123
4AMM 5BRO
6CH
7CLA
ZERO
ZERO
8CL 9CLHR
T1
T2
T3
ZERO
OK TEST
T1
T2
T3
ZERO
OK TEST
10CLO2 11CU
12CYA
13HYDL
14HYDH
5
! 0 ml
6
15IRON 16NTRA 17ONZITORNI
123
18POHZON 19PHMB
TESOTK
T3
ZERO
T2
20PPHLMRB
T1
TEST
21PPHLRR
00:02
TEST
22POPHT R
— — —
23QPOUTAT
T1
T2
T3
ZERO
TEST
SAMP
MENU
24SULF 25TH
26UREA
27ZINC
130
7
15-IRON 16-NTRA 17-OZON
— — —
T1
T2
T3
ZERO
OK TEST
8
15-IRON
16-NTRA
17-OZON
— — —
T1
T2
T3
ZERO
OK TEST
9
10
1 x Nirate N°1
20 ml sample
Photometer
water
PhNoitroamteeNte°r1
131
11 1 x Nirate N°2 Photometer
PhNoitroamteeNte°r2
12 00:15
193
14
10:00 min
Requires change of auto-off time by using the LabCOM app 201 132
} 10 ml
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
15
10 ml 23
TEST
NTRA — —
T1
T2
T3
ZERO
OK TEST
17
16 23
TEST
NTRA — —
T1
T2
T3
ZERO
OK TEST
18
TEST
NTRA — —
T1
T2
T3
ZERO
OK TEST
37 mg/l (ppm)
NO
— NTRA —
T1
T2
T3
ppm = mg/l
133
134
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17NITRI 18PH 19PHMB 20PPLR 21PPHR 22POT 23QUAT 24SULF 25TH 26UREA 27ZINC
OR
1.50
Nitrite
123 ONLY SINGLE
Nitrito
Azotyn Dusitany
17NITRI
0.75
0.00 1.50 ppm (mg/l) NO2-
25
Nitrite LR Photometer Powder Pillows*
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
135
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
16-NTRA 17-NITRI 18-OZON
— — —
T1
T2
T3
ZERO
OK TEST
136
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17NITRI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
16-NTRA
17-NITRI
18-OZON
— — —
T1
T2
T3
ZERO
OK TEST
8
1 x Nitrite LR Photometer
PhNotiotrmiteetLeRr
23
TEST
NITRI —
—
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
10
23
TEST
NITRI —
—
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
NITRI — —
T1
T2
T3
ZERO
OK TEST
137
11
TEST
— NITRI —
T1
T2
T3
ZERO
OK TEST
12
13
0.96 mg/l (ppm) No2-
— NITRI —
T1
T2
T3
ppm = mg/l
138
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17NITRI 18OZON 19PH 20PHMB 21PPLR 22PPHR 23POT 24SULF 25TH 26UREA 27ZINC
OR
OR
4.00
Ozone
2.70
Ozono
Ozon
Ozon
18OZON
2.00
1.30
Tablet Mode:
0.00 4.00 ppm (mg/l) O3 DPD N°1 Photometer
DPD N°3 Photometer
0.00
Glycine*
1 1…4 Page 46
clean
Liquid Mode:
0.00 2.70 ppm (mg/l) O3 DPD 1A + DPD 1B +
DPD 3C* Liquid
Glycine*
0.00
*not part of standard equipment
2 10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
139
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
17-NITRI 18-OZON 19-PH
— — —
T1
T2
T3
ZERO
OK TEST
140
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17NITRI 18OZON 19PH 20PHMB 21PPLR 22PPHR 23POT 24SULF 25TH 26UREA 27ZINC
7
17-NITRI 18-OZON 19-PH
— — —
T1
T2
T3
ZERO
OK TEST
If the water sample also contains chlorine, an incorrect measurement result
(ozone+chlorine) is displayed. Se a amostra de água também contiver cloro, é
apresentado um resultado de medição incorreto (ozono+cloro). Jeli próbka wody
zawiera równie chlor, wywietlany jest nieprawidlowy wynik pomiaru
(ozon+chlor). Pokud vzorek vody obsahuje také chlor, zobrazí se nesprávný
výsledek mení (ozon+chlor).
.( + )
- 141
A
1ACT
8
Tablet or Liquid? (p.16)
9
USE FORCE!
2TA
1 x DPD N°1 Photometer + 1 x DPD N°3 Photometer
3 x DPD 1A + 3 x DPD 1B + 3 x DPD 3C Liquid
23
Completely Dissolved
3ALU 4AMM 5BRO 6CH 7CLA
23
8CL
TEST
OZON — —
T1
T2
T3
ZERO
OK TEST
TEST
OZON — —
T1
T2
T3
ZERO
OK TEST
NO Residue
9CLHR 10CLO2 11CU 12CYA
13HYDL
14HYDH
15IRON
10
11
16NTRA
23
If single parameter:
17NITRI 18OZON 19PH
TEST
20PHMB 21PPLR
TEST
OZON — —
T1
T2
T3
ZERO
OK TEST
— OZON —
T1
T2
T3
ZERO
OK TEST
22PPHR 23POT 24SULF 25TH
26UREA
27ZINC
142
If multiple parameters:
12
See page 36
TEST
OZON Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
13
3.20 mg/l (ppm) O3 — OZON —
T1
T2
T3
ppm = mg/l
143
144
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17NITRI 18OZON 19PH 20PHMB 21PPLR 22PPHR 23POT 24SULF 25TH 26UREA 27ZINC
OR 8.40
OR 8.40
pH
19PH
7.30
pH
7.30
Tablet Mode:
6.50 8.40 pH
6.50
Phenol Red Photometer
1 1…4 Page 46
clean
Liquid Mode:
6.50 8.40 pH
Phenol Red Liquid*
6.50
*not part of standard equipment
2
! 10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
145
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
18-OZON 19-PH 20-PHMB
— — —
T1
T2
T3
ZERO
OK TEST
146
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17NITRI 18OZON 19PH 20PHMB 21PPLR 22PPHR 23POT 24SULF 25TH 26UREA 27ZINC
7
18-OZON 19-PH 20-PHMB — — —
T1
T2
T3
ZERO
OK TEST
8
Tablet or Liquid? (p.16)
1 x Phenol Red Photometer
6 x Phenol Red
23
TEST
pH — —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
10
23
TEST
pH — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
pH — —
T1
T2
T3
ZERO
OK TEST
147
11 If single parameter:
TEST
pH — —
T1
T2
T3
ZERO
OK TEST
12
If multiple parameters: See page 36
TEST
pH Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
13
7.20 pH
pH — —
T1
T2
T3
ppm = mg/l
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17NITRI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
148
The alkalinity value must be at least 50 mg/l to perform a correct pH
measurement. O valor de alcalinidade deve ser de pelo menos 50 mg/l para
efetuar uma medição correcta do pH. Warto zasadowoci musi wynosi co najmniej
50 mg/l, aby pomiar pH byl prawidlowy. Pro správné mení pH musí být hodnota
alkality alespo 50 mg/l.
. / 50 50 /pH
149
150
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17NITRI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR 60
PHMB
20PHMB
35
5 60 ppm (mg/l) PHMB
5
PHMB Photometer*
UR
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
151
3
ZERO
T1
T2
T3
ZERO
OK TEST
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
6
19-PH 20-PHMB 21-PPLR
— — —
T1
T2
T3
ZERO
OK TEST
152
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
19-PH 20-PHMB 21-PPLR
— — —
T1
T2
T3
ZERO
OK TEST
8 1 x PHMB Photometer
23
TEST
PHMB — —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
10
23
TEST
PHMB — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
PHMB — —
T1
T2
T3
ZERO
OK TEST
153
11 If single parameter:
TEST
— PHMB —
T1
T2
T3
ZERO
OK TEST
12
If multiple parameters: See page 36
TEST
PHMB Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
13
44
mg/l (ppm) PHMB
— PHMB —
T1
T2
T3
ppm = mg/l
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
154
Be sure to clean all objects that have come into contact with the reagent
thoroughly with a brush, water and then distilled water, otherwise the
measuring equipment may turn blue over time. This method is calibrated for
alkalinity values (M) =120 mg/l and calcium hardness values =200 mg/l.
Deviating alkalinity values / calcium hardness values can lead to measurement
deviations. Limpar cuidadosamente todos os objectos que tenham entrado em
contacto com o reagente com uma escova, água e, em seguida, água destilada;
caso contrário, o aparelho de medição pode tornar-se azul com o tempo. Este
método está calibrado para valores de alcalinidade (M) =120 mg/l e valores de
dureza cálcica =200 mg/l. Valores divergentes de alcalinidade / dureza cálcica
podem levar a desvios de medição. Pamitaj, aby dokladnie wyczyci wszystkie
przedmioty, które mialy kontakt z odczynnikiem za pomoc szczotki, wody, a
nastpnie wody destylowanej, w przeciwnym razie sprzt pomiarowy moe z czasem
zmieni kolor na niebieski. Ta metoda jest skalibrowana dla wartoci zasadowoci
(M) =120 mg/l i wartoci twardoci wapniowej =200 mg/l. Odmienne wartoci
zasadowoci / twardoci wapniowej mog prowadzi do odchyle w pomiarach.
Nezapomete dkladn ocistit vsechny pedmty, které pisly do styku s cinidlem,
kartáckem, vodou a poté destilovanou vodou, jinak mze mící zaízení casem
zmodrat. Tato metoda je kalibrována pro hodnoty alkality (M) = 120 mg/l a
tvrdosti vápníku = 200 mg/l. Odchylné hodnoty alkality / tvrdosti vápníku
mohou vést k odchylkám mení.
. . / 200 = / 120 = (M)
. /
(M) =120 mg/l =200 mg/l/
155
156
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
Phosphate (LR)
123
4.00
Fosfato (LR)
ONLY SINGLE
Fosforan (LR)
Fosfát (LR) (LR)
21PPLR
2.00
(LR)
0.00 4.00 ppm (mg/l) PO43-
Phosphate LR N°1 Powder Pillow Phosphate LR N°2 Photometer
0.00
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
157
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
20-PHMB 21-PPLR 22-PPHR
— — —
T1
T2
T3
ZERO
OK TEST
158
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
20-PHMB 21-PPLR 22-PPHR
— — —
T1
T2
T3
ZERO
OK TEST
8
1 x Phosphate LR
N°1 Photometer
PhPohtooNms°pe1hteart LR
23
TEST
PPLR — —
T1
T2
T3
ZERO
OK TEST
9
23
TEST
PPLR — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
10
1 x Phosphate LR N°2 Photometer
23
TEST
PPLR — —
T1
T2
T3
ZERO
OK TEST
159
11
USE FORCE!
12
23
TEST
PPLR — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
PPLR — —
T1
T2
T3
ZERO
OK TEST
13
TEST
— PPLR —
T1
T2
T3
ZERO
OK TEST
14
3.00 mg/l (ppm) PO³
— PPLR —
T1
T2
T3
ppm = mg/l
160
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
Phosphate (HR)
123
80
Fosfato (HR)
ONLY CHAMBER 2
ONLY SINGLE
Fosforan (HR)
Fosfát (HR) (HR)
22PPHR
40
(HR)
0 80 ppm (mg/l) PO43-
Phosphate HR N°1 Photometer Powder Pillow Phosphate HR N°2 Photometer
0 *not part of standard equipment
1 1…10 Page 46
2
clean
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
161
3
4
25 mm (GF/C)-Filter
95
6
} 14 ml
162
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
8
10 ml
} 10 ml } 4 ml
9 13
ZERO
T1
T2
T3
ZERO
OK TEST
13
ZERO
T1
T2
T3
ZERO
OK TEST
10 123
ZERO
T1
T2
T3
ZERO
OK TEST
163
11
CHAMBER 2!
123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
193
21-PPLR 22-PPHR 23-POT — — —
T1
T2
T3
ZERO
OK TEST
1ACT
12
2TA
3ALU
4AMM
21-PPLR 22-PPHR 23-POT — — —
5BRO 6CH 7CLA 8CL
T1
T2
T3
ZERO
OK TEST
9CLHR 10CLO2 11CU
12CYA
13HYDL
14HYDH
15IRON
14
CHAMBER 2! 1 x Phosphate HR
16NTRA
N°1 Photometer
PPhohtooNsmp°1heateter HR
17ONZITORNI 18POHZON 19PHMB
13
20PPHLMRB
21PPHLRR
22POPHT R
TEST
23QPOUTAT
PPHR — —
T1
T2
T3
ZERO
OK TEST
24SULF 25TH
26UREA
27ZINC
164
15
13
TEST
PPHR — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
16
CHAMBER 2! 1 x Phosphate HR
N°2 Photometer
13
TEST
PPHR — —
T1
T2
T3
ZERO
OK TEST
197
USE FORCE!
18
13
TEST
PPHR — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
13
TEST
PPHR — —
T1
T2
T3
ZERO
OK TEST
165
19
290
TEST
— PPHR —
T1
T2
T3
ZERO
OK TEST
21
74
mg/l (ppm) PO³
— PPHR —
T1
T2
T3
ppm = mg/l
166
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
123
12.0
Potassium Potássio
ONLY CHAMBER 2
Potas
Draslík
23POT
6.0
0.7 12.0 ppm (mg/l) K+
Potassium Photometer
0.7 not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
167
3
ZERO
T1
T2
T3
ZERO
OK TEST
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
5
CHAMBER 2!
123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
6
22-PPHR 23-POT 24-SULF
— — —
T1
T2
T3
ZERO
OK TEST
168
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
22-PPHR 23-POT 24-SULF — — —
T1
T2
T3
ZERO
OK TEST
8
CHAMBER 2!
1 x Potassium
Photometer
13
TEST
— POT —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
10
13
TEST
— POT —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
13
TEST
— POT —
T1
T2
T3
ZERO
OK TEST
169
11 If single parameter:
TEST
— POT —
T1
T2
T3
ZERO
OK TEST
12
8.0 mg/l (ppm)
K+
POT — —
T1
T2
T3
ppm = mg/l
If multiple parameters: See page 36
TEST
Param 1 POT Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
170
OR
100
Sulphate Sulfato
123 ONLY CHAMBER 2
Siarczan
Síran
24SULF
50
5 100 ppm (mg/l) SO42-
Sulphate Photometer Powder Pillow
5 not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
171
3
ZERO
T1
T2
T3
ZERO
OK TEST
4 12 3
ZERO
T1
T2
T3
ZERO
OK TEST
5
CHAMBER 2!
12 3
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
6
23-POT 24-SULF 25-TH
— — —
T1
T2
T3
ZERO
OK TEST
172
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
23-POT 24-SULF 25-TH — — —
T1
T2
T3
ZERO
OK TEST
8 1 x Sulphate Photometer CHAMBER 2!
PhoStuolmpheateter
13
TEST
— SULF —
T1
T2
T3
ZERO
OK TEST
9
10
Completely Dissolved
13
NO Residue
TEST
— SULF —
T1
T2
T3
ZERO
OK TEST
13
TEST
— SULF —
T1
T2
T3
ZERO
OK TEST
173
11 If single parameter:
TEST
— SULF —
T1
T2
T3
ZERO
OK TEST
12
80
mg/l (ppm) SO²
— SULF —
T1
T2
T3
ppm = mg/l
If multiple parameters: See page 36
TEST
Param 1 SULF Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
174
OR
Total Hardness
500
Dureza total
Twardo calkowita
Celková tvrdost
25TH
200
0 500 ppm (mg/l) CaCO3
Total Hardness N°1 Total Hardness N°2
0 *not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
175
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
24-SULF 25-TH 26-UREA
— — —
T1
T2
T3
ZERO
OK TEST
176
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
24-SULF 25-TH 26-UREA — — —
T1
T2
T3
ZERO
OK TEST
9
23
TEST
TH — —
T1
T2
T3
ZERO
OK TEST
8
10 POL20TH1*
4 POL20TH2*
*Shake
Before Use!
TH1 TH2
23
TEST
TH — —
T1
T2
T3
ZERO
OK TEST
10 23
TEST
TH — —
T1
T2
T3
ZERO
OK TEST
177
11
If single parameter:
TEST
TH — —
T1
T2
T3
ZERO
OK TEST
12
If multiple parameters: See page 36
TEST
TH Param 2 Param 3
T1
T2
T3
ZERO
OK TEST
… p. 36
13
320 mg/l (ppm)
CaCO3
28°dH 35°eH 50°fH 10mval/l 5mmol/l
TH — —
T1
T2
T3
ppm = mg/l
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
178
OR
2.50
Urea
123
Ureia
ONLY SINGLE
Mocznik
Mocovina
26UREA
1.20
0.10 2.50 ppm (mg/l) (NH2)2CO
Dechlor*
PL Urea N°1*
PL Urea N°2*
0.10
Ammonia N°1 Photometer Powder Pillow*
Ammonia N° 2 Photometer Powder Pillow*
UR
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
179
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
25-TH 26-UREA 27-ZINC
— — —
T1
T2
T3
ZERO
OK TEST
180
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
25-TH 26-UREA 27-ZINC — — —
T1
T2
T3
ZERO
OK TEST
9 23
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
8
2 PL Urea 1*
*Shake Before Use!
23
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
10
1 PL Urea 2*
*Shake Before Use!
23
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
181
11 23
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
12
23
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
13
14
1 x Ammonia N°1
PAhmomtoomneiateNr °1
Photometer
23
5:00 min
Requires change of auto-off time by using the LabCOM app 201
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
182
15 23
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
16 1 x Ammonia N°2
PAhmomtoomneiateNr °2
Photometer
23
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
197 23
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
18
23
TEST
UREA — —
T1
T2
T3
ZERO
OK TEST
183
19
TEST
— UREA —
T1
T2
T3
ZERO
OK TEST
20
21
0.70 mg/l (ppm)
(NH2)2CO
— UREA —
T1
T2
T3
ppm = mg/l
184
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
If chlorine is present, a DECHLOR tablet must be added beforehand. Em caso de
presença de cloro, é necessário adicionar previamente uma pastilha DECHLOR. W
przypadku obecnoci chloru naley wczeniej doda tabletk DECHLOR. Pokud je
pítomen chlor, je teba pedtím pidat tabletu DECHLOR.
. DECHLOR DECHLOR
185
186
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
OR
Zinc (with chlorine)
123
1.00
Zinco (com cloro)
ONLY SINGLE
Cynk (z chlorem)
Zinek (s chlorem) ( )
27ZINC
0.50
0.00 1.00 ppm (mg/l) Zn2+
Dechlor*
Copper/Zinc LR Photometer*
0.00
EDTA*
*not part of standard equipment
1 1…4 Page 46
2
clean
10 ml
TESOTK
T3
ZERO
T2
T1
ZERO
ZERO
T1
T2
T3
ZERO
OK TEST
ZERO
T1
T2
T3
ZERO
OK TEST
20 cm
waterproof (IP68)
187
3
ZERO
T1
T2
T3
ZERO
OK TEST
5 123
00:02
TEST
— — —
T1
T2
T3
ZERO
TEST
SAMP
MENU
4 123
ZERO
T1
T2
T3
ZERO
OK TEST
6
25-TH 26-UREA 27-ZINC
— — —
T1
T2
T3
ZERO
OK TEST
188
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
7
25-TH 26-UREA 27-ZINC
— — —
T1
T2
T3
ZERO
OK TEST
8 1 x Dechlor
23
TEST
ZINC — —
T1
T2
T3
ZERO
OK TEST
9
USE FORCE!
10
23
TEST
ZINC — —
T1
T2
T3
ZERO
OK TEST
Completely Dissolved NO Residue
23
TEST
ZINC — —
T1
T2
T3
ZERO
OK TEST
189
1ACT
11
12
2TA
1 x Copper/Zinc LR
3ALU
4AMM
23
5BRO 6CH
7CLA
8CL
00:15 min
TEST
ZINC — —
T1
T2
T3
ZERO
OK TEST
9CLHR 10CLO2 11CU
12CYA
13HYDL
14HYDH
13
USE FORCE!
14
15IRON 16NTRA
17ONZITORNI
23
Completely Dissolved
23
18POHZON 19PHMB 20PPHLMRB 21PPHLRR
TEST
ZINC — —
T1
T2
T3
ZERO
OK TEST
NO Residue
TEST
ZINC — —
T1
T2
T3
ZERO
OK TEST
22POPHT R 23QPOUTAT 24SULF 25TH
26UREA
27ZINC
190
15
TEST
— ZINC —
T1
T2
T3
ZERO
OK TEST
16
17
ZINC — —
T1
T2
T3
ppm = mg/l
198 1 x EDTA
23
ZINC — —
T1
T2
T3
ZERO
OK TEST
191
19
USE FORCE!
20
23
Completely Dissolved
ZINC — —
T1
T2
T3
ZERO
OK TEST
NO Residue
23
ZINC — —
T1
T2
T3
ZERO
OK TEST
21
22
1x
— ZINC —
T1
T2
T3
ZERO
OK TEST
0.20 mg/l (ppm) (Zn2+) ZINC — -ppm = mg/l
192
1ACT 2TA 3ALU 4AMM 5BRO 6CH 7CLA 8CL 9CLHR 10CLO2 11CU 12CYA 13HYDL 14HYDH 15IRON 16NTRA 17ONZITORNI 18POHZON 19PHMB 20PPHLMRB 21PPHLRR 22POPHT R 23QPOUTAT 24SULF 25TH 26UREA 27ZINC
Hardness Conversion | Conversão de dureza | Konwersja twardoci | Pevod tvrdosti | |
CaCO3 mg/l
KS 4,3 mmol/l
°dH (KH)
°e (CH)
°f mval (DC)
1 mg/l CaCO3
1
0.01 0.056 0.07 0.1 0.02
1 mmol/l KS 4,3
100
1
5.6
7.0 10.0 2
193
OR/UR
OR
UR
OR = Overrange / UR = Underrange.
Test result is outside the range of the method. OR results can be brought into
measurement range by dilution. Use syringe to take only 5ml (or 1ml) sample
water plus 5ml (9ml) distilled water. Test again and multiply results times 2
(times 10). Dilution does not work with ,,pH” measurement.
OR = Intervalo excessivo (acima do intervalo de medição) / UR = Intervalo
insuficiente (abaixo do intervalo de medição)
O resultado do teste está fora do intervalo do método. Os resultados OR podem
ser colocados no intervalo de medição por diluição. Utilizar uma seringa para
recolher apenas 5 ml (ou 1 ml) de água de amostra mais 5 ml (9 ml) de água
destilada. Testar novamente e multiplicar os resultados por 2 (vezes 10). A
diluição não funciona com a medição do “pH”.
OR = Overrange (powyej zakresu pomiarowego) / UR = Underrange (poniej zakresu
pomiarowego)
Wynik testu jest poza zakresem metody. LUB wyniki mona wprowadzi do zakresu
pomiarowego poprzez rozcieczenie. Uyj strzykawki, aby pobra tylko 5 ml (lub 1
ml) próbki wody plus 5 ml (9 ml) wody destylowanej. Przetestuj ponownie i
pomnó wyniki razy 2 (razy 10). Rozcieczanie nie dziala w przypadku pomiaru
“pH”.
OR = Overrange (nad rozsahem mení) / UR = Underrange (pod rozsahem mení)
Výsledek testu je mimo rozsah metody. NEBO výsledky lze do rozsahu mení dostat
edním. Pomocí injekcní stíkacky odeberte pouze 5 ml (nebo 1 ml) vzorku vody
plus 5 ml (9 ml) destilované vody. Znovu provete test a výsledky vynásobte 2
(krát 10). ední nefunguje pi mení “pH”.
( ) = UR / ( ) = OR
. OR . . ( 9) 5 ( 1 ) 5
. .( 10) 2
OR = / UR =
5 1 5 9 2 10 “pH ”
194
Changing the Cuvette | Substituição da cuvete | Wymiana kuwety | Výmna kyvety | |
1
2
Dry! 123
T1
T2
T3
ZERO
OK TEST
T1
T2
T3
ZERO
OK TEST
3
4
T1
T2
T3
ZERO
OK TEST
T1
T2
T3
ZERO
OK TEST
195
Changing the Cuvette | Substituição da cuvete | Wymiana kuwety | Výmna kyvety | |
5
6
T1
T2
T3
ZERO
OK TEST
7
8
T1
T2
T3
ZERO
OK TEST
No fingerprints!
T1
T2
T3
ZERO
OK TEST
196
Changing the Cuvette | Substituição da cuvete | Wymiana kuwety | Výmna kyvety | |
9
10
123
T1
T2
T3
ZERO
OK TEST
T1
T2
T3
ZERO
OK TEST
Once the cuvette got changed,a calibration MUST be carried out. Please follow
the steps indicated on page 19. Quando a cuvete for substituída, TEM de ser
efectuada uma calibração. Siga os passos indicados na página 19. Po wymianie
kuwety naley przeprowadzi kalibracj. Naley wykona czynnoci opisane na stronie
19. Po výmn kyvety MUSÍ být provedena kalibrace. Postupujte podle pokyn
uvedených na stran 19.
. .19 19
197
Error Codes | Códigos de erro | Kody bldów | Chybové kódy | |
E300 E800 E701 E702
Change batteries Substituir as pilhas Wymiana baterii Výmna baterií
Calibration required Calibração necessária Wymagana kalibracja Pozadovaná kalibrace
Sensor defect Defeito do sensor Usterka czujnika Závada snímace
Hardware error (LED) Erro de hardware (LED) Bld sprztowy (dioda LED) Chyba
hardwaru (LED)
LED
Hardware error (memory) Erro de hardware (memória) Bld sprztowy (pami) Chyba
hardwaru (pam)
198
(LED)
()
Error Codes | Códigos de erro | Kody bldów | Chybové kódy | |
E501 E502 E401 E402 E403
Bluetooth/WiFi error Erro Bluetooth/WiFi Bld Bluetooth/WiFi Chyba
Bluetooth/WiFi
/WiFi
Bluetooth/WiFi
Hardware error (other) Erro de hardware (outro) Bld sprztowy (inny) Chyba hardwaru (jiná)
( )
WiFi not found/ login data incorrect WiFi não encontrado / dados de início de
sessão incorrectos Nie znaleziono WiFi / nieprawidlowe dane logowania WiFi
nenalezeno / nesprávné pihlasovací údaje
/ WiFi WiFi /
Update server not available Servidor de atualização não disponível Serwer aktualizacji jest niedostpny Aktualizacní server není k dispozici
Error in the update log Erro no registo de atualização Bld w dzienniku aktualizacji Chyba v protokolu aktualizací
199
Error Codes | Códigos de erro | Kody bldów | Chybové kódy | |
E404 E405 E406
Cloud server connection error Erro de ligação ao servidor de nuvem Bld polczenia z serwerem w chmurze Chyba pipojení ke cloudovému serveru
Protocol Error (perform a firmware update) Erro de protocolo (efetuar uma
atualização do firmware) Bld protokolu (wykonaj aktualizacj oprogramowania
sprztowego) Chyba protokolu (provete aktualizaci firmwaru)
( )
Cloud server login error (wrong password) Erro de início de sessão no servidor
de nuvem (palavra-passe errada) Bld logowania do serwera w chmurze
(nieprawidlowe haslo) Chyba pihlásení ke cloudovému serveru (spatné heslo)
( )
200
Accessories | Acessórios | Akcesoria | Píslusenství | |
Reagents | Reagentes | Odczynniki | Reagencie | |
POL-Ref
TbsPD450 TbsPTA50 TbsHALM150 TbsPALM250 PPHAM150 PPPAM250 TbsPD150 TbsPD250
TbsPD350 PL30DPD1A PL65DPD1A PL30DPD1B PL65DPD1B PL30DPD3C PL65DPD3C TbsHGC50
PPPCLHR50 PPHAFG50 TbsHCu150 TbsPCu250 TbsPCAT50 POL2020CH12 POL2010TH12
TbsPHP50 TbsHAFPP50 PPPHPHR50 TbsPILR50 PPHNitra150 PPPNitra250 PPPNILR50
TbsPpH50 TbsPPB50 PPHPPLR150 TbsPPPLR250 PPHPPHR150 TbsPPPHR250 TbsPPTST50
Mix-Refill Pack with 70 tablets (20 each of DPD 1, Phenol Red, 10 each of Alka-M, CYA-Test and DPD 3) 50 tablets DPD N°4 Photometer 50 tablets Alka-M Photometer 50 tablets Aluminium N°1 Photometer 50 tablets Aluminium N°2 Photometer 50 powder pillows Ammonia N°1 Photometer 50 powder pillows Ammonia N°2 Photometer 50 tablets DPD N°1 Photometer 50 tablets DPD N°2 Photometer 50 tablets DPD N°3 Photometer 30 ml DPD 1A Liquid 65 ml DPD 1A Liquid 30 ml DPD 1B Liquid 65 ml DPD 1B Liquid 30 ml DPD 3C Liquid 65 ml DPD 3C Liquid 50 tablets Glycine Photometer 50 powder pillows Chlorine HR KI Photometer 50 powder pillows Acidifying GP 50 tablets Copper N°1 Photometer 50 tablets Copper N°2 Photometer 50 tablets CYA-Test Photometer 20/20 ml Calcium Hardness 1 and 2 (liquid) 20/10 ml Total Hardness 1 and 2 (liquid) 50 tablets Hyd. Peroxide LR Photometer 50 tablets Acidifying PT Photometer 50 powder pillows Hyd. Peroxide HR Photometer 50 tablets Iron LR Photometer 50 powder pillows Nitrate N°1 Photometer 50 powder pillows Nitrate N°2 Photometer 50 powder pillows Nitrite LR Photometer 50 tablets Phenol Red Photometer 50 tablets PHMB Photometer 50 powder pillows Phosphate LR N°1 Photometer 50 tablets Phosphate LR N°2 Photometer 50 powder pillows Phosphate HR N°1 Photometer 50 tablets Phosphate HR N°2 Photometer 50 tablets Potassium Photometer
201
PPPSULP50 POL42Urea12 TbsPCZ50 TbsHED50 TbsHDC
50 powder pillows Sulphate Photometer 4/2 ml Urea 1 and 2 (liquid) 50 tablets Copper/Zinc LR Photometer 50 tablets EDTA 50 tablets Dechlor
Spare parts | Peças sobresselentes | Czci zamienne | Náhradní díly | |
POL2Sp-kv POL2Sp-refkit
POL2Sp-ls POL2Sp-cuvhold POLSp-str POL2Sp-strB POL2Sp-strR POL2Sp-bag
FW25-shaker PLSp-InjFil-1 PLSp-Filtad PLSp-FiltGFC
PoolLab® 2.0 Replacement cuvette Check-Standard kit (3 x POL2Sp-kv) with check standards for ZERO/Chlorine LR/ Chlorine HR/pH/TA/CYA/Total Hardness Light shield for PoolLab® 2.0 Cuvette holder for PoolLab® 2.0 White 10.5 cm plastic stirring rod Blue 10.5 cm plastic stirring rod Red 10.5 cm plastic stirring rod Nylon bag for PoolLab® 2.0 25ml shaker for Nitrate test 20ml luer lock syringe for filter-adapter Adapter for filter papers 50 x 24mm GF/C filter papers
202
LabCOM® Software & App | LabCOM® Software e aplicação | Oprogramowanie i
aplikacje | Software a aplikace | |
Establish Bluetooth connection Estabelecer ligação Bluetooth Nawizywanie
polczenia Bluetooth Navázání pipojení Bluetooth
Bluetooth
x x
1
ZERO
— — —
T1
T2
T3
ZERO
OK TEST
2
!
ZERO
— — —
T1
T2
T3
ZERO
OK TEST
2x
press 2x · premir 2 vezes · nacinij 2 razy · stisknte 2krát · · 2
203
LabCOM® Software & App | LabCOM® Software e aplicação | Oprogramowanie i aplikacje | Software a aplikace | |
Connect the PoolLab 2.0® to the LabCOM® app via Bluetooth® to set the WiFi
connection, cloud account, sampling points, and more.
Press the WiFi/Bluetooth® button twice to enable Bluetooth® on your PoolLab
2.0®. Once the Bluetooth icon turns green, you are ready to connect to your
smartphone.
Ligue o PoolLab 2.0® à aplicação LabCOM® através de Bluetooth® para definir a
ligação Wi-Fi, a conta na nuvem, os pontos de amostragem e muito mais.
Prima duas vezes o botão WiFi/Bluetooth® para ativar o Bluetooth® no seu
PoolLab 2.0®. Quando o ícone Bluetooth ficar verde, está pronto para ligar ao
seu smartphone.
Polcz urzdzenie PoolLab 2.0® z aplikacj LabCOM® przez Bluetooth®, aby ustawi
polczenie Wi-Fi, konto w chmurze, punkty próbkowania i nie tylko.
Nacinij dwukrotnie przycisk WiFi/Bluetooth®, aby wlczy Bluetooth® w urzdzeniu
PoolLab 2.0®. Gdy ikona Bluetooth zmieni kolor na zielony, mona nawiza
polczenie ze smartfonem.
Pipojte PoolLab 2.0® k aplikaci LabCOM® pes Bluetooth® a nastavte pipojení
WiFi, cloudový úcet, místa odbru vzork a dalsí.
Dvakrát stisknte tlacítko WiFi/Bluetooth®, abyste na zaízení PoolLab 2.0®
aktivovali Bluetooth®. Jakmile ikona Bluetooth® zezelená, jste pipraveni k
pipojení k chytrému telefonu.
WiFi Bluetooth® LabCOM® PoolLab 2.0® .
.PoolLab 2.0® Bluetooth® WiFi / Bluetooth® . Bluetooth®
PoolLab 2.0® LabCOM® WiFi
WiFi/Bluetooth® PoolLab 2.0® Bluetooth®
Monolingual user manuals Manuais do utilizador monolingues Jednojzyczne
podrczniki uytkownika Jednojazycné uzivatelské pírucky
LabCOM® App Explainer Videos Vídeos explicativos da aplicação LabCOM®
Filmy objaniajce aplikacj LabCOM® Vysvtlující videa k aplikaci LabCOM®
LabCOM®
LabCOM®
PoolLab 2.0® Explainer Videos Vídeos explicativos do PoolLab 2.0® Filmy
instruktaowe PoolLab 2.0®
Vysvtlující videa PoolLab 2.0®
PoolLab 2.0®
PoolLab 2.0®
204
Technical Data
FAQ MSDS Cloud
https://poollab.org https://msds.water-id.com https://labcom.cloud
Developed in Germany | Assembled in PRC
LED:
++ +
AA AA AA
—
–
zzzz
460 nm (only chamber 2) | 525 nm | 590 nm | 625 nm 3 x AA (1.5 V, Lr03) Do not use rechargeable batteries! 300 sec. 5 45°C
IP 68 (1 h | 1.2 m)
MEMORY: Max. 1,200 measurements Max. 50 sampling points
205
Tolerances | Tolerâncias | Tolerancje | Tolerance | |
Under laboratory conditions, instrument/reagent and user tolerances can be up
to +/- 10 can be up to +/- 10 per cent of the actual value. For the “pH”
parameter, a tolerance of up to +/- pH 0.10 applies. Em condições
laboratoriais, as tolerâncias do instrumento/reagente e do utilizador podem
ser de até +/- 10 % do valor real. Para o parâmetro “pH” aplica-se uma
tolerância de até +/- pH 0,10. W warunkach laboratoryjnych tolerancja
przyrzdu/reagenta i uytkownika moe wynosi do +/- 10% wartoci rzeczywistej. Dla
parametru “pH” obowizuje tolerancja do +/- pH 0,10. V laboratorních podmínkách
mohou být tolerance pístroje/reagenta a uzivatele az +/- 10 % skutecné
hodnoty. Pro parametr “pH” platí tolerance az +/- pH 0,10.
/ . %10 -/+
.pH 0.10 -/+ ,”pH” / +/- 10% “pH ” +/- pH 0.10
206
Disposal | Eliminação | Utylizacja | Likvidace | |
Disposal instructions according to EU directive by the European Parliament and
Council: 2002/96/EC EU directive by the European Parliament and Council:
2006/66/EC Environmental protection information For the manufacture of your
device, raw materials had to be produced and processed. The product may there
contain hazardous substances with a negative effect on the environment if the
device is not disposed of properly. Disposal of the device inclusive batteries
EU directive 2006/66/EC prohibits the disposal of batteries through normal
household waste because batteries and accumulators may contain hazardous
substance dangerous for the groundwater quality. The device purchased by you
contains replaceable AA-batteries (Alkaline). We are obliged by law to notify
you that the batteries contained in the device must be disposed of properly at
special collection points or with the dealer where you have purchased the
device. The symbol of the crossed-out waste bin indicates that you are asked
to dispose of the device properly. To avoid that hazardous substances do enter
the environment and to not contribute to a depletion of raw material
resources, we kindly ask you to return the device by fully stamped mail (!) to
the following address:
Water-i.d. GmbH Daimlerstrasse 20 D-76344 Eggenstein-Leopoldshafen
Germany PoolLab 2.0 battery certifications and shipping conformity statements
are available upon request ([email protected]).
207
RoHS Declaration of Conformity / Safety Instructions
RoHS Declaration of Conformity “Directive 2011/65/EU (the RoHS Directive) OF
THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 8 June 2011 on the restriction
of the use of certain hazardous substances in electrical and electronic
equipment” superseding “Directive 2002/95/EC (the RoHS Directive) OF THE
EUROPEAN PARLIAMENT AND OF THE COUNCIL of 27 January 2003. The Certificate of
Compliance includes Directive 2015/863 published in 2015 by the EU (often
referred as RoHS 3) and Directive 2017/2102/EU published by the EU November
17, 2015.
Based on the information provided by our supply lines, and our certain
knowledge pertaining to our own processes, products supplied by Water-i.d.
GmbH are RoHS compliant for orders placed on or after the January 1, 2006.
Products supplied on or after January 3, 2013 are also RoHS compliant
according the Directive 2011/65/EU, Directive 2015/863 and Directive
2017/2102/EU from the moment the respected directive came into force.
The confirmation of compliance status by our supply lines is granted for
products which do not contain any of the restricted substances referred to in
Annex VI in the RoHS Directive 2011/65/EU & Directive 2015/863 with a higher
than maximum concentration values tolerated by weight in homogeneous
materials.
Water-i.d. GmbH has taken all reasonable steps to verify the supply line
information regarding the absence of restricted substances.
Safety Instructions This equipment is not suitable for use in areas where
children may be present. Cet équipment ne convient pas à une utilisation dans
des lieux susceptibles d`accueillir des enfants. CAUTION: Battery abuse or
mishandling can cause overheat, liquid leakage, or an explosion. To avoid
possible injury, do the following: · Install batteries according to the
battery model and polarity information in the battery compartment. · Do not
disassemble, or service any battery. · Do not crush or puncture the battery. ·
Do not short-circuit the battery, or expose it to water or other liquids.
ATTENTION : L’abus ou la mauvaise manipulation de la batterie peut provoquer
une surchauffe, une fuite de liquide ou une explosion. Pour éviter tout risque
de blessure, procédez comme suit : – Installez les piles conformément au
modèle de pile et aux informations sur la polarité figurant dans le
compartiment à piles. – Ne démontez pas et ne réparez pas les piles. –
N’écrasez pas et ne percez pas la batterie. – Ne court-circuitez pas la
batterie et ne l’exposez pas à l’eau ou à d’autres liquides.
208
CE compliance statement (EG/EU/ECC)
According to directive 2014/53/EC of the European Parliament and European Council of April 16, 2014.
The contracted manufacturer
Dongguan Welltime Technology Ltd.
No.3, Dongyuan 3rd Road, Lianhu 2nd Industrial Zone
CN-523702 Tangxia Town, Dongguan City
Peoples Republic of China
herewith declares as follows:
The product “PoolLab 2.0”
complies with the requirements of the following standards for:
· BT 4.2 (BLE) · 802.11 b/g/n
Electro-Magnetic-Compatibility (EMC) standards for radio equipment and services: EN 301 489-1 V2.2.3 EN 301 489-17 V3.2.4
Radio standards: ETSI EN 300 328 V2.2.2
Frequency: 2.400 – 2.4835 GHz
Power: <100mW
Safety standard: EN IEC 62368-1:2020+A11:2020
SAR testing standard: EN 50566:2017 EN 62479:2010 EN 50663:2017 IEC/IEEE 62209-1528:2020
Frequency bands and power: Maximum radio frequency power transmitted in the frequency bands in which the radio equipment operates: The maximum power for all bands is less than the highest limit value specified in the related Harmonized Standard. The frequency bands and transmitting power (radiated and/or conducted) nominal limits applicable to this radio equipment are as follows: Wi-Fi 2.4G: 20 dBm, Bluetooth 2.4G: 20 dBm.
Hereby, Water-i.d. GmbH, Daimlerstr. 20, D-76344 Eggenstein-Leopoldshafen, Germany, declares that this device is in compliance with essential requirements and other relevant provisions of Directive 2014/53/EU and the Radio Equipment Regulations 2017 (S.I. 2017/1206). A copy of the Declaration of conformity can be downloaded from www.poollab.org
209
EU/EC regulatory conformance ( SAR (DAS) Information
The contracted manufacturer herewith declares as follows:
Dongguan Welltime Technology Ltd. No.3, Dongyuan 3rd Road, Lianhu 2nd Industrial Zone CN-523702 Tangxia Town, Dongguan City Peoples Republic of China
Body worn operation The device complies with RF specifications when used at a distance of 0 mm from your body. Ensure that the device accessories, such as a device case and device holster, are not composed of metal components. Keep the device away from your body to meet the distance requirement.
Specific Absorption Rate (SAR) information: This device meets the government’s requirements for exposure to radio waves. The guidelines are based on standards that were developed by independent scientific organizations through periodic and thorough evaluation of scientific studies. The standards include a substantial safety margin designed to assure the safety of all persons regardless of age or health. ISED RF Exposure Information and Statement the SAR limit of Canada(ISED) is 1.6 W/kg averaged over one gram of tissue. PoolLab 2.0 Photometer has also been tested against this SAR limit. This device was tested for typical body-worn operations with the back of the device kept 0mm from the body. To maintain compliance with ISED RF exposure requirements, use accessories that maintain an 0mm separation distance between the user’s body and the back of the device . The use of belt clips, holsters and similar accessories should not contain metallic components in its assembly. The use of accessories that do not satisfy these requirements may not comply with ISED RF exposure requirements, and should be avoided.
Informations sur le débit d’absorption spécifique (DAS): Cette appareil répond aux exigences du gouvernement en matière d’exposition aux ondes radio. Les lignes directrices sont basées sur des normes élaborées par des organisations scientifiques indépendantes à travers une évaluation périodique et approfondie des études scientifiques. Les normes comprennent une marge de sécurité substantielle conçue pour assurer la sécurité de toutes les personnes, quel que soit leur âge ou leur état de santé. Information et déclaration d’ISDE sur l’exposition aux RF la limite DAS du Canada (ISDE) est de 1,6 W / kg en moyenne sur un gramme de tissu. La PoolLab 2.0 Photometer a également été testée par rapport à cette limite SAR. Cet appareil a été testé pour des opérations typiques portées sur le corps avec le dos de la appareil gardé à 0 mm du corps. Pour maintenir la conformité avec les exigences d’exposition RF d’ISDE, utilisez des accessoires qui maintiennent une distance de séparation de 0 mm entre le corps de l’utilisateur et l’arrière de la appareil. L’utilisation de clips de ceinture, d’étuis et d’accessoires similaires ne doit pas contenir de composants métalliques dans son assemblage. L’utilisation d’accessoires qui ne satisfont pas à ces exigences peut ne pas être conforme aux exigences d’exposition aux RF d’ISDE et doit être évitée.
210
FCC Part 15 Compliance Statement / IC Licence-Exempt RSS Compliance Statement
This device complies with Part 15 of the FCC Rules and with Industry Canada
licence-exempt RSS standard(s).Operation is subject to the following two
conditions: (1)this device may not cause harmful interference, and (2)this
device must accept any interference received, including interference that may
cause undesired operation. Cet appareil est conforme à la partie 15 des règles
de la FCC et aux normes RSS exemptées de licence d’Industrie Canada. Le
fonctionnement est soumis aux deux conditions suivantes : (1)cet appareil ne
doit pas causer d’interférences nuisibles, et (2)cet appareil doit accepter
toute interférence reçue, y compris les interferences pouvant entraîner un
fonctionnement indés
Changes or modifications to this unit not expressly approved by the party
responsible forcompliance could void the user’s authority to operate the
equipment. NOTE: This equipment has been tested and found to comply with the
limits for a Class B digital device, pursuant to Part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates, uses and
can radiate radio frequency energy and, if not installed and used in
accordance with the instructions, may cause harmful interference to radio
communications. However, there is no guarantee that interference will not
occur in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by
turning the equipment off and on, the user is encouraged to try to correct the
interference by one or more of the following measures: — Reorient or relocate
the receiving antenna. — Increase the separation between the equipment and
receiver. — Connect the equipment into an outlet on a circuit different from
that to which the receiver is connected. — Consult the dealer or an
experienced radio/TV technician for help.
This device meets the exemption from the routine evaluation limits in section
2.5 of RSS 102 and compliance with RSS 102 RF exposure, users can obtain
Canadian information on RF exposure and compliance. cet appareil est conforme
à l’exemption des limites d’évaluation courante dans la section 2.5 du cnr 102
et conformité avec rss 102 de l’exposition aux rf, les utilisateurs peuvent
obtenir des données canadiennes sur l’exposition aux champs rf et la
conformité.
This equipment complies with Canada radiation exposure limits set forth for an
uncontrolled environment. Cet équipement est conforme aux limites d’exposition
aux rayonnements du Canada établies pour un environnement non contrôlé.
Continued…
211
FCC Part 15 Compliance Statement
This transmitter must not be co-located or operated in conjunction with any other antenna or transmitter. Changes or modifications not expressly approved by Water-i.d. GmbH could void the user`s authority to operate the equipment.
FCC ID:
2ALRR-POOLLABV2
IC:
22610-POOLLABV2
Model/HVIN: PoolLab 2.0
The SAR limit adopted by USA and Canada is 1.6 watts/kilogram (W/kg) averaged
over one gram of tissue. The highest SAR value reported to the Federal
Communications Commission (FCC) and the Industry Canada (IC) for this device
type when it is properly worn on the body is 0.038 watts/kilogram (W/Kg).
The device complies with the RF specifications when the device is used near
your distance of 0 mm from your body. Ensure that the device accessories such
as a device case and a device holster are not composed of metal components.
Keep your device 0 mm away from your body to meet the requirement earlier
mentioned.
This device was tested for typical body-worn operations. To comply with RF
exposure requirements, a minimum separation distance of 0 mm must be
maintained between the user’s body and the handset, including the antenna.
Third-party belt-clips, holsters, and similar accessories used by this device
should not contain any metallic components. Body worn accessories that do not
meet these requirements may not comply with RF exposure requirements and
should be avoided. Use only the supplied or an approved antenna.
Tested standards: · FCC part 15.247 · FCC part 2.1093 · ANSI/IEEE C95.1 ·
ANSI/IEEE C95.3 · FCC part 15B · RSS-247 · ICES-003
212
TELEC (MIC) / IMDA Declaration of Conformity We, Water-i.d. GmbH Germany,
hereby declare that the product/model PoolLab 2.0 was certified for type
certification pursuant to Article 2, paragraph 1, item 19. Tests performed: ·
J 55032 Type of radio wave, frequency and antenna power: · BT 4.2 (BLE) ·
802.11 b/g/n Type certification number: 219-239034
213
UKCA Conformity Assessment
We, Water-i.d. GmbH Germany, hereby certify our responsibility, that the product PoolLab 2.0 Photometer is tested to and conforms with the essential test suites included in the following standards, which are in force within the EEA:
Standards BS EN IEC 61326-1:2021 BS EN IEC 61326-2-1:2021 ETSI EN 301 489-1 V2.2.3: 2019 ETSI EN 301 489-17 V3.2.4: 2020
Legislation Number Regulations 2016 (S.I. 2016/1091)
BS EN IEC 62368-1:2020+A11:2020
Regulations 2016 (S.I. 2016/1101)
ETSI EN 300 328 V2.2.2: 2019
And therefore complies with the essential requirements of the following directives:
Legislation Name
Legislation Number
Further identification
Electromagnetic Compatibility (EMC) Compatibility Regulations
Regulations 2016 (S.I. 2016/1091)
Electromagnetic
Electrical Equipment (Safety) Regulations
Regulations 2016 (S.I. 2016/1101)
Safety
Radio Equipment Regulations (S.I. 2017/1206)
Regulations 2017
Radio Equipment
Restriction of the use of Certain Hazardous Substances in Electrical and Electronic Equipment
Regulations
Regulations 2012
RoHS
(S.I. 2012/3032)
Continued… 214
UKCA Conformity Assessment The technical documentation as required by the
conformity assessment procedure is kept at the following address for a period
ending at least 10 years after the last product has been manufactured at the
disposal of the relevant national authorities of any Member State for
inspection: Water -id GmbH (Germany) Daimlerstr. 20 · 76344 Eggenstein ·
Germany The product is UKCA-marked in:
215
Certificate of Compliance
We hereby certify that the device PoolLab 2.0®
With it`s serial number as stated below, has passed intensive visual and
technical checks
as part of our QM documentation. We confirm the device got factory-calibrated.
Wateri.d.® GmbH (Germany)
Andreas Hock, Managing Director Wateri.d.® GmbH | Daimlerstr. 20
76344 Eggenstein | Germany
S/N Manufacturing date
Wateri.d.® is certified according to ISO 9001:2015
216
References
- Intrinsic Development : Professional Software Services
- PoolLab® Photometer | Water-i.d. GmbH
- Labcom
- msds.water-id.com
- PoolLab® Photometer | Water-i.d. GmbH