WATER-I D Primelab 2.0 The Ultimate Photometer User Manual
- June 5, 2024
- WATER-I D
Table of Contents
- Features
- 18 wavelengths sensor technology
- PrimeLab 2.0 and probes pH – EC – TDS – ORP – Temp.
- Adapters for different vials
- LabCOM Cloud
- 1-hour Legionella sp. Test
- PrimeLab 2.0 Accessories
- Technical Data
- FCC Statement
- Specifications
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
THE ULTIMAATE PHOTOMETER
DEVELOPED in GERMANY
| Start | Accounts | USB | TEST | Cloud | Software |
|---|---|---|---|---|---|
| Settings | Camera | Parameters | Favorites | Chemistry | Support |
The PrimeLab 2.0 – Truly different
The next generation of Photometers. The PrimeLab 2.0 launched by Water-i.d.
Highly accurate readings on 18 parallel wavelengths, Bluetooth-USB-WiFi-GSM
connections, powerful software, and app, synchronized over a cloud service, a
large HD touch display, and the option to connect test probes are just some
features of the new PrimeLab 2.0 that supersede the well-established PrimeLab
1.0, launched in 2013. On the following pages, you will learn about how
powerful the PrimeLab 2.0 and connected software/app/cloud are.
Features
More than 140 parameters
18 wavelengths sensor technology
UV – VIS – IR
peaks at:
| 410nm | 435nm | 460nm | 485nm | 510nm | 535nm |
|---|---|---|---|---|---|
| 560nm | 585nm | 610nm | 645nm | 680nm | 705nm |
| 730nm | 760nm | 810nm | 860nm | 900nm | 940nm |
Whilst normal Photometers perform tests on one selected wavelength only, the
PrimeLab 2.0 receives data from 18 different wavelengths in parallel with each
measurement, covering the key parts of the UV and IR section of the Spectrum
and the full VIS range.
3 sensors with 6 wavelengths each are connected to each other. Correspondent
LEDs are set up at 180° as well as at 90° to enable NTU-Turbidity, PTSA, and
Fluorescein measurements as well.
Very narrow peaks between 390 and 950 nm allow utmost accurate readings,
similar to the performance of a spectrophotometer.
The highly professional PrimeLab 2.0 firmware interpolates between the
different wavelength readings whilst parameter curves are set up to use
multiple wavelengths to obtain the most accurate test results.
The built-in SmartChamber has 3 PCBs, connected to each other. The MASTER PCB receives LED signals from either 180° (direct) or 90° (indirect), required for NTU-Turbidity and water samples that need to be excited, such as for PTSA, Fluorescein, or Plankton.
18 wavelengths throughout the UV – VIS – IR range is covered by sensors used by the PrimeLab 2.0 Narrow peaks on the spectral curve allow utmost accuracy.
5.5” Color-HD-Touch Display
The PrimeLab 2.0 features a state-of-the-art 5.5” color HD touch display.
The large display gives a perfect overview of all basic info, such as battery
status, Bluetooth, WiFi, and GSMconnectivity, and offers the highest
flexibility for you to arrange icons as you would on your smartphone.
Each and every parameter method comes with step-by-step instructions in many
different languages plus useful animations and links to user videos, ensuring
the correct procedure is followed to get the measurement result accurate and
correct.
With the large 5.5” display, there is no need to connect to the phone app
anymore (which still is available if you prefer).
All data can be managed easily on-board the PrimeLab 2.0.
PrimeLab 2.0 and probes pH – EC – TDS – ORP – Temp.
PrimeLab 2.0 has the option to connect test probes, such as those used for pH,
EC, TDS, Salinity, ORP, and Temperature.
Connection is made by a USB-Type C cable with an A/D-exchange-box link. By
connecting probes to the PrimeLab 2.0, the photometer manages the probe,
obtaining readings that can be stored under the user-defined Accounts (water
sites) and synchronized to the LabCOM-Cloud (optional).
PrimeLab 2.0 uses the highest quality probes.
Adapters for different vials
PrimeLab utilizes 24mm glass vials, 16mm glass vials, and 1ml Eppendorf vials.
The vial adapter can easily be changed and replaced with a simple, built-in,
bayonet lock.
Over time, water testing became much more than just about testing.
Real-time availability of reliable test results plus data management is as
important as the test results in themselves.
The PrimeLab 2.0 is the ultimate for connectivity!
Bluetooth, WiFi, USB (Type C), and GSM (via USB modem) are available for
multiple options to connect the PrimeLab 2.0 with a smartphone, tablet,
computer, or directly with the LabCOM cloud.
Wherever the tests are performed, whether in a lab, on-site, or on a ship,
cooling tower – in fact anywhere – data can easily and automatically be
transferred.
Easy setup of connection options – as on your smartphone
LabCOM
App – Software – Cloud
The most powerful LabCOM app/software/cloud solution, developed over many
years and in use with the PrimeLab 1.0 along with the PoolLab, also connects
and runs with the PrimeLab 2.0.
The PrimeLab 2.0 along with the LabCOM app and software allows you to create
unlimited accounts (water sites or locations) and to enter individual water
treatment chemicals, both are synchronized via the LabCOM cloud.
Reports can be created, printed, or sent, dose recommendations can be created
and statistics can be run.
Also featured the admin tool allows you to create rules, such as: needs to be
tested daily or: test result must be in between… and gives warnings when these
rules are broken.
With the admin tool, the user also can grant access to other users, such as
customers or headquarters, with full flexibility to select what information
shall be shared.
LabCOM Cloud
The LabCOM cloud solution (free of charge) requires less than a minute for
registration and provides full access to all test results, accounts (water
sites or locations), and individual water treatment chemicals either through a
regular internet browser (http://labcom.cloud) or on a smartphone
(Android/iOS), tablet or on a computer (Windows / Mac). Data is synchronized
automatically and instantly available to review.
The LabCOM cloud includes the admin tool to set up rules, run statistics, and
grant access to selected users.
Once a cloud account is registered (free of charge), test results, administrator settings, rules and reports can be managed online: http://labcom.cloud
With the built-in camera, the PrimeLab 2.0 gives the option to scan barcodes
and QR-codes to identify Accounts (water-sites or locations) set up by the
user and to identify reagents with barcode / QR-code on the package.
The advantages of these options are significant:
Scanning the barcode / QR-code of a water site ensures that you always connect
the test results obtained to the right Account. rapidly reducing the test
process as the related Account will be selected automatically, ready for the
next measurement.
Scanning barcodes / QR codes from the reagent’s package prevent from ever
using wrong or even expired reagents, accelerating the test process by pre-
selecting the parameter method, ready for the next measurement.
https://primelab.org/en/the-
primelab.html
1-hour Legionella sp. Test
- Quantitative (60 – 10⁶ CFU) AOAC certified
- Detection of viable cells
- Patented method
The LEGIPID 1-hour Legionella sp. test is one of the more than 140 different
parameter methods on the PrimeLab 2.0
Legionella bacteria, in special Legionella pneumonia Phila serogroup 1, is a
harmful threat with a mortality rate of up to 30%. Once Legionella is inhaled
(droplets in the air), they grow in human lungs and can cause Pontiac fever or
even Pneumonia (Legionnaire’s disease). The issue with the current method
(culture) is that it takes up to 14 days to let Legionella grow on a petri
dish to be viable and countable, which is far too long to take effective
actions.Legipid® on PrimeLab takes a different approach:
As with the culture method 1litre of water is filtered to catch the Legionella.
After releasing Legionella from a filter, a patented reagent is added which
contains microbots with a magnetic core, covered with an antibody. Due to the
antibodies, only living Legionella Sp. (no false positives!) are captured.
After several steps, a color tracer, again connected to an antibody, is added
to connect with Legionella Sp., already linked to the micro bit.
This results in viable Legionella being made visible (pink color) to be read
by PrimeLab. PrimeLab detects color and translates it into the range: of 60 –
10⁶ cfu.
Why pay for more parameters than needed?
As with PrimeLab 1.0, the PrimeLab 2.0 will offer a flexible parameter setup
with all options to upgrade whenever needed.
The PrimeLab 2.0 offers more than 140 different parameter methods, covering
the needs of many different industries. It is rather unlikely that one user
will be in need of all parameters offered.
That’s why PrimeLab practices fair play by giving the user the option to
choose and pay only for those parameters they really need. This keeps the
costs down to a minimum and makes the PrimeLab 2.0 even more convenient to
use.
Even after the purchase, the user has the option to activate additional
parameters at any time by just ordering an activation code, to be entered on
the PrimeLab 2.0 for instant activation.
Steps
-
PrimeLab 2.0 Basic Kit in a carrying case with the device, light shield, vials, stirring rod, charger, cleaning brush, mircrofibrecloth, syringes, and full printed user manual.
-
Choose those parameters/ methods from the parameter‘s list, which shall be pre-activated when PrimeLab 2.0 will be delivered.
-
Pick additional accessories, such as additional vials, pipettes, filter equipment plus reagents according to the parameters selected.
(optional) Order activation codes (at any time) for additional parameters, whenever required. -
Activate directly on the PrimeLab or through the LabCOM software/app.
Reagents DEVELOPED and PRODUCED in GERMANY
Laboratories Waste Water Cooling Towers
Potable Water Marine Industry Food processing Water Plants Boiler Water
More than 140 different parameter methods to choose from!
Over almost 2 decades, Water-i.d. developed reagents and Photometer-curves for
more than 140 different parameter methods.
Just like the PrimeLab 1.0, the PrimeLab 2.0 offers water testing solutions
for many different industries, testing almost every parameter from A for
Alkalinity to Z for Zinc.
All PrimeLab 2.0 parameter curves are calibrated to quality reagents,
developed and produced in Germany and UK. Users can also define their own
curves, using all 18 wavelengths, and store them on PrimeLab!
| Code | Parameter | Range | Resolution |
|---|---|---|---|
| PLPar1 | Active Oxygen | 0 – 40 mg/l | 0.1 |
| PLPar5 | Alkalinity-M | 5 – 200 mg/l | 1 |
| PLPar121 | Alkalinity-M (HR) | 0 – 500 mg/l | 1 |
| PLPar6 | Alkalinity-P | 5 – 300 mg/l | 1 |
| PLPar4 | Aluminium | 0 – 0.3 mg/l | 0.01 |
| PLPar2 | Ammonia (LR) | 0 – 1 mg/l | 0.01 |
| PLPar155 | Ammonia (HR) | 1 – 50 mg/l | 0.1 |
| PLPar125 | Acsamine 28F | 0 – 100 mg/l | 1 |
| PLPar145 | Acsamine CC | 0 – 100 mg/l | 1 |
| PLPar146 | Acsamine CCA | 0 – 100 mg/l | 1 |
| PLPar126 | Acsamine DW | 0 – 100 mg/l | 1 |
| PLPar141 | Acsamine DWBR1 | 0 – 100 mg/l | 1 |
| PLPar142 | Acsamine DWC | 0 – 100 mg/l | 1 |
| PLPar143 | Acsamine SW | 0 – 100 mg/l | 1 |
| PLPar144 | Acsamine SWC | 0 – 100 mg/l | 1 |
| PLPar7 | Boron | 0 – 2 mg/l | 0.1 |
| PLPar8 | Bromine | 0 – 18 mg/l | 0.01 |
| PLPar63 | Bromine | 0 – 18 mg/l | 0.01 |
| PLPar128 | Bromine | 0 – 4.5 mg/l | 0.01 |
| PLPar71 | Carbohydrazide | 0 – 1.3 mg/l | 0.01 |
| PLPar95 | Chloramines | 0.00 – 8.00 mg/l | 0.01 |
| PLPar10 | Chloride | 0.5 – 25 mg/l | 0.1 |
| PLPar124 | Chloride | 0 – 100 mg/l | 0.1 |
| PLPar167 | Chloride in Methanol | 0 – 20 mg/l | 0.01 |
| PLPar11 | Chlorine (free-combined-total) | 0.00 – 8.00 mg/l | 0.01 |
| PLPar12 | Chlorine (free-combined-total) | 0.00 – 8.00 mg/l | 0.01 |
| PLPar129 | Chlorine (free) | 0 – 2 mg/l | 0.01 |
| PLPar122 | Chlorine (MR) | 0.00 – 10.00 mg/l | 0.01 |
| PLPar14 | Chlorine (HR) | 5 – 200 mg/l | 1 |
| PLPar15 | Chlorine (HR) | 0 – 200 mg/l | 1 |
| PLPar16 | Chlorine Dioxide | 0 – 15 mg/l | 0.01 |
| PLPar64 | Chlorine Dioxide | 0 – 15 mg/l | 0.01 |
| PLPar130 | Chlorine Dioxide | 0 – 5 mg/l | 0.01 |
| PLPar108 | Total Oxidant | 0 – 8 g/l | 0.01 |
| PLPar106 | Chlorite | 0 – 8 mg/l | 0.01 |
| PLPar94 | Chromium | 0 – 2.2 mg/l | 0.01 |
| PLPar103 | Chromium | 0 – 1 mg/l | 0.01 |
| PLPar79 | COD (LR) | 0 – 150 mg/l | 1 |
| PLPar80 | COD (MR) | 0 – 1500 mg/l | 1 |
| PLPar17 | COD (HR) | 0 – 15000 mg/l | 1 |
| PLPar107 | Colour | 15 – 500 mg/l | 1 |
| PLPar18 | Copper | 0 – 5 mg/l | 0.01 |
| PLPar19 | Copper | 0 – 5 mg/l | 0.01 |
| PLPar158 | Cyanide | 0.01 – 0.50 mg/l | 0.01 |
| PLPar20 | Cyanuric Acid | 2 – 160 mg/l | 1 |
| PLPar65 | DBNPA | 0 – 13 mg/l | 0.01 |
| PLPar82 | DBNPA | 0 – 13 mg/l | 0.01 |
| PLPar21 | DEHA | 20 – 1000 µl/l | 10 |
| PLPar163 | Dissolved Oxygen | 0 – 10 mg/l | 0.1 |
| PLPar70 | Erythorbic Acid | 0 – 3.5 mg/l | 0.01 |
| PLPar113 | Fluorescein | 0 – 500 µl/l | 1 |
| PLPar72 | Fluoride | 0 – 2 mg/l | 0.01 |
| PLPar78 | Hardness-Calcium | 0 – 500 mg/l | 1 |
| PLPar166 | Hardness-Calcium | 0 – 500 mg/l | 1 |
| PLPar9 | Hardness-Calcium (HR) | 50 – 1000 mg/l | 1 |
| PLPar56 | Hardness-Total LR | 2 – 50 mg/l | 1 |
| PLPar148 | Hardness total (HR) | 0 – 500 mg/l | 1 |
| PLPar57 | Hardness-Total HR | 20 – 500 mg/l | 1 |
| PLPar23 | Hydrazine | 5 – 600 µl/l | 1 |
| PLPar160 | Hydrocarbons in Methanol (tank wash) | yes/no | 1 |
| PLPar66 | Hydrogen Peroxide (LR) | 0 – 3.8 mg/l | 0,01 |
| PLPar24 | Hydrogen Peroxide (LR) | 0 – 3.8 mg/l | 0,01 |
| PLPar25 | Hydrogen Peroxide (HR) | 0 – 200 mg/l | 1 |
| PLPar162 | Hydrogen Peroxide (HR) | 0 – 200 mg/l | 1 |
| PLPar109 | DEWAN-50 | 0 – 300 mg/l | 1 |
| PLPar26 | Hydroquinone | 0 – 2.5 mg/l | 0,01 |
| PLPar27 | Iodine | 0 – 28 mg/l | 0,01 |
| PLPar67 | Iodine | 0 – 28 mg/l | 0,01 |
| PLPar28 | Iron (LR) | 0 – 1 mg/l | 0,01 |
| PLPar29 | Iron (MR) | 0 – 10 mg/l | 0.01 |
| PLPar127 | Iron (MR) Ferrous | 0 – 10 mg/l | 0.01 |
| PLPar30 | Iron (HR) | 0 – 30 mg/l | 0.01 |
| PLPar132 | Iron total | 0 – 3 mg/l | 0.01 |
| PLPar149 | Iron in Oil | 50 – 500 mg/l | 1 |
| PLPar88 | Isothiazolinone | 0.0 – 10.0 mg/l | 0.01 |
| PLPar147 | Legionella | 60 -10⁶ cfu | 1 |
| PLPar93 | Magnesium | 0 – 100 mg/l | 1 |
| PLPar161 | Manganese VLR | 0 – 0.030 mg/l | 0 |
| PLPar31 | Manganese | 0.2 – 5 mg/l | 0.1 |
| PLPar69 | Methylethylketoxime | 0 – 4.1 mg/l | 0.01 |
| PLPar96 | Molybdate (LR) | 0 – 15 mg/l | 0.01 |
| PLPar33 | Molybdate (HR) | 5 – 200 mg/l | 0.1 |
| PLPar32 | Molybdate | 1 – 100 mg/l | 0.1 |
| PLPar134 | Molybdate (HR) | 0 – 4 mg/l | 0.1 |
| PLPar90 | Nickel (HR) | 0 – 7 mg/l | 0.1 |
| PLPar100 | Nickel (HR) | 0 – 10 mg/l | 0.1 |
| PLPar34 | Nitrate | 0.00 – 11.00 mg/l | 0.1 |
| PLPar169 | Nitrate (HR) | 1 – 100 mg/l | 1 |
| PLPar35 | Nitrite (LR) | 0 – 0.5 mg/l | 0.01 |
| PLPar36 | Nitrite (HR | 5 – 200 mg/l | 0.1 |
| PLPar97 | Nitrite (HR) | 0 – 1500 mg/l | 1 |
| PLPar101 | Nitrite (HR) | 0 – 3000 mg/l | 1 |
| PLPar151 | Nitrogen-Total (LR) | 0.5 – 25 mg/l | 0.1 |
| PLPar152 | Nitrogen-Total (HR) | 5 – 150 mg/l | 1 |
| PLPar37 | Ozone | 0 -5.4 mg/l | 0.01 |
| PLPar92 | Ozone | 0 -5.4 mg/l | 0.1 |
| PLPar164 | Peracetic Acid (LR) | 0.00 – 10.00 mg/l | 0.01 |
| PLPar165 | Peracetic Acid (HR) | 0 – 300 mg/l | 1 |
| PLPar159 | Permanganate Time Test in Methanol (tank wash) | 0-100 %A | 0.1 |
| PLPar40 | pH-value (LR) | 5.2 – 6.8 pH | 0.01 |
| PLPar38 | pH-value (MR) | 6.5 – 8.4 pH | 0.01 |
| PLPar39 | pH-value (MR) | 6.5 – 8.4 pH | 0.01 |
| PLPar41 | pH-Universal | 5 – 11 pH | 0.1 |
| PLPar42 | pH-Universal | 4 – 11 pH | 0.1 |
| PLPar98 | Phenol | 0 – 5 mg/l | 0.01 |
| PLPar43 | PHMB | 2 – 60 mg/l | 1 |
| PLPar44 | Phosphate-ortho (LR) | 0 – 4 mg/l | 0.01 |
| PLPar45 | Phosohate-ortho (LR) | 0 – 4 mg/l | 0.01 |
| PLPar46 | Phosphate-ortho (HR) | 0 – 80 mg/l | 0.1 |
| PLPar47 | Phosphate-ortho (HR) | 0 – 100 mg/l | 0.1 |
| PLPar87 | Phosphonate | 0 – 20 mg/l | 0.01 |
| PLPar110 | Phosphonate | 0 – 20 mg/l | 0.01 |
| PLPar153 | Phosphorus-Total (LR) | 0 – 2.6 mg/l | 0.01 |
| PLPar154 | Phosphorus-Total (HR) | 0 – 52 mg/l | 0.1 |
| PLPar85 | Polyacrylate | 1 – 30 mg/l | 0.1 |
| PLPar48 | Potassium | 0.7 – 12 mg/l | 0.1 |
| PLPar111 | PTSA | 0 – 1000 µl/l | 1 |
| PLPar157 | PTSA Tracer | 0 – 1000 µl/l | 1 |
| PLPar156 | PTSA Watch Products | 0 – 1000 µl/l | 1 |
| PLPar83 | QAC | 25 – 150 mg/l | 1 |
| PLPar49 | Silica (LR) | 0 – 5 mg/l | 0.01 |
| PLPar50 | Silica (HR) | 0 – 100 mg/l | 1 |
| PLPar51 | Sodium Hypochlorite | 0.2 – 40 % | 0.1 |
| PLPar68 | Sodium Hypochlorite | 0.2 – 40 % | 0.1 |
| PLPar54 | Sulfate | 5 – 100 mg/l | 1 |
| PLPar55 | Sulfate | 5 – 100 mg/l | 1 |
| PLPar52 | Sulfide | 0.0 – 0.5 mg/l | 0.01 |
| PLPar140 | Suphide | 0 – 0.7 mg/l | 0.01 |
| PLPar53 | Sulphite (LR) | 0 – 10 mg/l | 0.1 |
| PLPar105 | Sulphite (HR) | 0 – 300 mg/l | 0.1 |
| PLPar81 | Suspended solids | 10 – 750 mg/l | 1 |
| PLPar91 | Tannic acid | 0 – 150 mg/l | 0.1 |
| PLPar114 | Transmission on 420nTransmission on 470nm | 0 – 100 % | 0.1 |
| PLPar115 | (475nm S/N 11../30..)m (425nm S/N 11../30..) | 0 – 100 % | 0.1 |
| PLPar116 | Transmission on 520nm (525nm S/N 11../30..) | 0 – 100 % | 0.1 |
| PLPar117 | Transmission on 570nm (575nm S/N 11../30..) | 0 – 100 % | 0.1 |
| PLPar118 | Transmission on 620nm (625nm S/N 11../30..) | 0 – 100 % | 0.1 |
| PLPar119 | Transmission on 670nm (675nm S/N 11../30..) | 0 – 100 % | 0.1 |
| PLPar59 | Turbidity (FAU) | 20 – 1000 FAU | 1 |
| PLPar112 | Turbidity (NTU) | 0 – 1100 NTU | 0.01 |
| PLPar120 | Urea | 0.1 – 2.5 mg/l | 0.1 |
| PLPar150 | Urea | 0.2 – 5.0 mg/l | 0.2 |
| PLPar62 | Zinc | 0 – 1 mg/l | 0.01 |
*if parameter and range repeats, different reagents are used (e.g. liquid reagents instead of tablets)
PrimeLab 2.0 Accessories
Although the PrimeLab 2.0 Basic Kit already contains most of the accessories needed, depending on the parameter methods chosen, additional equipment may be needed, such as professional lab pipettes, filter equipment, or additional vials.
| Item code | Item description |
|---|
Vials and measuring cups
PSP-Kv2410-10| Set of 10 x 24mm (10ml) round glass vials with lid / light
shield integrated into the lid
Set of 10 x 16mm (10ml) round glass vials with lid
Set of 100 x 1ml Eppendorf-vials
Set of 10 x 60ml measuring cup with red lid
100ml plastic measuring cup 50ml glass-bottle with stopper
Dosing equipment
PLSp-inj1
PLSp-inj03
PLSp-inj01
PLSp-PIP10ml
PLSp-PIP10ml-tips10
PLSp-PIP1ml
PLSp-PIP1ml-tips10
PLSp-PIP01ml
PLSp-PIP01ml-tips10| Graduated Plastic Syringe (10ml)
Graduated Plastic Syringe (3ml)
Graduated Plastic Syringe (1ml)
10 ml pipette (variable volume 1-10ml)
10 x tips for PLSp-PIP10ml pipette
1 ml pipette (variable volume 0.1-1ml)
10 x tips for PLSp-PIP1ml pipette
0.1 ml pipette (variable volume 0.01-0.1ml)
10 x tips for PLSp-PIP01ml pipette
Filter utilities
PLSp-InjFil-1
PLSp-Filtad1
PLSp-FiltGFC
PLSp-Filt45M| Luer lock syringe (20ml) with threat for filter holder for PLSp-
InjFil-1 Luer lock syringe
25mm GF/C Filter. Bottle of 50 filter papers
25mm 0.45 µm filter. Bottle of 50 filter papers
Stirring rods/cleaning brushes
SPstr10
PSP-str10
SPclb10| Set of 10 x 13 cm plastic stirring rods
Set of 10 x 10.5 cm plastic stirring rods
Set of 10 x 9.5 cm vial-cleaning brushes
Electronics
PSP-CODheatblock-E
PSP-CODheatblock-L
PSP-Ltd-1
PLSp2-GSM
PLSp2-USB-c
PLSp2-USBhuba
PLSp2-USB cable
PLSp2-charge
PLSp2-UK/AUS/US| Heat block for 8 x 16mm vials. Temp. 70, 100, 120, 150 and
160°C. Digital reading,
220 – 240 V / 50 – 60 Hz and 110 – 130 V / 50 – 60 Hz, 140W
Single block thermostat for 12 x 16mm vials. Temperature up
to 150°C.
Digital reading. 230V, 50/60 Hz.
Bluetooth® USB dongle (to enable Bluetooth® on any Windows PC)
GSM-modem (USB-Type-C)
USB-connector (type A to type C)
USB-Hub (Type C and Type A)
USB-cable (Type A on one end / type C at the other end)
PrimeLab 2.0 charger with EU plus
UK/AUS/US plug for PrimeLab 2.0 charger
Other Accessories
PLSp2-Ad16/Ad1
PLSp-mft-1
PLSp2-carr2
PLSp2-Alucase| PrimeLab 2.0 vial adapter for 16mm glass vials / 1ml Eppendorf
vials
Microfiber cloth 13×13 cm for PrimeLab vials
Large PrimeLab 2.0 plastic carrying case
Aluminum trolley with foam inserts for PrimeLab 2.0 plus accessories
Reference standards
PL2Sp-Ref112038-f
PL2Sp-Ref122039-f
PL2Sp-RefPTSA
PL2Sp-RefFLSC
PL2Sp-RefTRB| Reference standard kit for PrimeLab IDs 11 (chlorine by tablet),
ID 20 (cyanuric acid) and ID 38 (pH by tablet).2 standards for ID 11 (~0.5
mg/l and ~2 mg/l), 1 standard for ID 20 (~80 mg/l), 1 standard
for ID 38 (~7.00 pH) as well as a ZERO vial.
In a box with a description. 1-year shelf life.
Reference standard kit for PrimeLab IDs 12 (chlorine by liquid), ID 20
(cyanuric acid) and ID 39 (pH by liquid).
2 standards for ID 12 (~0.5 mg/l and ~2 mg/l), 1 standard for ID 20 (~80
mg/l), 1 standard for ID 39 (~7.00 pH) as well as a ZERO vial.
In a box with a description. 1-year shelf life.
2 x 100ml reference standards 500 µg/l PTSA, deionised water
2 x 100ml reference standards 100 µg/l Fluorescein, deionized water
3 x 10ml reference standards 0.5 NTU, 10 NTU, 1000
Electrodes / Probes
PL2Sp-IH40ATC
PL2Sp-IH40ATC-ALK
PL2Sp-IJ44A
PL2Sp-IJ44A/ATC| pH-Electrode
Sealed gel electrode for samples with low contamination levels and reasonable
ionic strength. BNC-connector, cable length = 1 meter.
pH-Electrode (“Low Sodium Error” version).
Sealed gel electrode for samples with low contamination levels and reasonable
ionic strength. BNC-connector, cable length = 1 meter.
pH-Electrode for solids: Soils, creams, emulsions, foods.
BNC-connector, cable length = 1 meter.
pH-Electrode for solids: Soils, creams, emulsions, foods.
BNC-connector, cable length = 1 meter.
PL2Sp-IH30
PL2Sp-IH30D
reasonable
PL2Sp-EC1T| ORP-Electrode.
Sealed gel electrode for samples with low contamination levels and ionic
strength. BNC-connector, cable length = 1 meter.
ORP-Electrode with Pt-disc for faster response.
BNC-connector, cable length = 1 meter.
EC-Electrode (2-pole).
BNC-connector, cable length = 1 meter. ATC
Probe-Accessories
PL2Sp-ElBox
Other
PL2Sp-Probe-Holder
PL2Sp-Probe-Stirrer| PrimeLab 2.0 Electrode-Connector (A/D switch)
PrimeLab 2.0 Electrode-Holder
PrimeLab 2.0 magnetic-stirrer
Calibration / Reference Standards
various| ask for our full list of calibration standards
Kits
PL2SP-ElePHkit| PrimeLab 2.0 Electrode-Basic-Kit “pH / Temp.”: grey carrying
case with foam insert 1 x “PL2Sp-IH40ATC” pH-Electrode. Sealed gel electrode
for samples with low contamination levels and reasonable ionic strength. BNC-
connector, cable length = 1 meter. Measuring range: 0.00 – 14.00 pH,
resolution: 0.01 pH; Temperature-range: 0 – 60°C. ATC 1 x “PL2Sp-ElBox” A/D
-switch-box with BNC-IN and USB-Type-C-OUT to connect with PrimeLab 2.0
Photometer 1 x “PL2Sp-KCl3mol-10” dropper bottle with 10ml KCl- electrode
soaking solution 1 x “EMphbuf700-20” 20 ml “pH 7.00”
calibration solution 1 x “EMphbuf400-20” 20 ml “pH 4.00” calibration
User manual
solution 1 x “EMphbuf1000-20” 20 ml “pH 10.00” calibration solution
PL2SP-ElePHlowSodKit| PrimeLab 2.0 Electrode-Basic-Kit “pH (low sodium
error)”:grey carrying case with foam insert
1 x “PL2Sp-IH40ATC-ALK” pH-Electrode (“Low Sodium Error” version).
Sealed gel electrode for samples with low contamination levels and reasonable
ionic strength. BNC-connector, cable length = 1 meter.
Measuring range: 0.00 – 14.00 pH, resolution: 0.01 pH
1 x “PL2Sp-ElBox” A/D-switch-box with BNC-IN and USB-Type-C-OUT to connect
with PrimeLab 2.0 Photometer
1 x “PL2Sp-KCl3mol-10” dropper bottle with 10ml KCl-electrode soaking solution
1 x “EMphbuf700-20” 20 ml “pH 7.00” calibration solution
1 x “EMphbuf400-20” 20 ml “pH 4.00” calibration solution
1 x “EMphbuf1000-20” 20 ml “pH 10.00” calibration solution
User manual
PL2SP-ElePHsolids| PrimeLab 2.0 Electrode-Basic-Kit “pH (solids)”:grey
carrying case with foam insert
1 x “PL2Sp-IJ44A” pH-Electrode for solids: Soils, creams, emulsions, foods.
BNC-connector, cable length = 1 meter Measuring range: 0.00 – 14.00 pH,
resolution: 0.01 pH
1 x “PL2Sp-ElBox” A/D-switch-box with BNC-IN and USB-Type-C-OUT to connect
with PrimeLab 2.0 Photometer
User manual
1 x bottle with reference electrolyte
1 x “PL2Sp-KCl3mol-10” dropper bottle with 10ml KCl-electrode soaking
solution
1 x “EMphbuf700-20” 20 ml “pH 7.00” calibration solution
1 x “EMphbuf400-20” 20 ml “pH 4.00” calibration solution
1 x “EMphbuf1000-20” 20 ml “pH 10.00” calibration solution
Water-proof rating:
PL2SP-ElePHsolidsATC| PrimeLab 2.0 Electrode-Basic-Kit “pH (solids) + Temp.
(ATC)”: grey carrying case with foam insert
1 x “PL2SP-IJ44A/ATC ” pH-Electrode for solids: Soils, creams, emulsions,
foods. BNC-connector, cable length = 1 meter. With Temperature-reading and
ATC.
Measuring range: 0.00 – 14.00 pH, resolution: 0.01 pH
1 x “PL2Sp-ElBox” A/D-switch-box with BNC-IN and USB-Type-C-OUT to connect
with PrimeLab 2.0 Photometer
1 x bottle with reference electrolyte
User manual
1 x “PL2Sp-KCl3mol-10” dropper bottle with 10ml KCl-electrode soaking
solution
1 x “EMphbuf700-20” 20 ml “pH 7.00” calibration solution
1 x “EMphbuf400-20” 20 ml “pH 4.00” calibration solution
1 x “EMphbuf1000-20” 20 ml “pH 10.00” calibration solution
PL2SP-EleORPkit| PrimeLab 2.0 Electrode-Basic-Kit “ORP”:grey carrying case
with foam insert
1 x “PL2Sp-IH30” ORP-Electrode. Sealed gel electrode for samples with low
contamination levels and reasonable ionic strength. BNC- connector, cable
length = 1 meter. Measuring range: +/- 1,000mV,
resolution: 1mV
1 x “PL2Sp-ElBox” A/D-switch-box with BNC-IN and USB-Type-C-OUT to connect
with PrimeLab 2.0 Photometer
1 x “PL2Sp-KCl3mol-10” dropper bottle with 10ml KCl-electrode soaking solution
1 x “EMorpbuf220-20” 20 ml “ORP +220mV” calibration solution
1 x “EMorpbuf468-20” 20 ml “ORP +468mV” calibration solution
User manual
PL2SP-EleORPptdisckit| PrimeLab 2.0 Electrode-Basic-Kit “ORP / Pt-disc for
faster response”: grey carrying case with foam insert
1 x “PL2Sp-IH30” ORP-Electrode with Pt-disc for faster response. BNC-
connector, cable length = 1 meter.
Measuring range: +/- 1,000mV, resolution: 1mV
1 x “PL2Sp-ElBox” A/D-switch-box with BNC-IN and USB-Type-C-OUT to connect
with PrimeLab 2.0 Photometer
1 x “EMorpbuf220-20” 20 ml “ORP +220mV” calibration solution
1 x “EMorpbuf468-20” 20 ml “ORP +468mV” calibration solution
User manual
PL2SP-EleECkit| PrimeLab 2.0 Electrode-Basic-Kit “EC-TDS-Salz / Temp.”: grey
carrying case with foam insert
1 x “PL2Sp-EC1T” EC-Electrode (2-pole). BNC-connector, cable length =
1 meter. ATC
Measuring range / resolution:
EC: 0 – 2000 µS/cm (1 µS/cm), 2 – 500 mS/cm (1 mS/cm)
TDS: 0 – 2000 mg/l (1 mg/l), 2 – 325 g/l (1 g/l)
Salt: 0 – 1000 mg/l (1 mg/l), 1.00 – 300 g/l (1 g/l)
Temperature: 0 – 90°C (1°C)
1 x “PL2Sp-ElBox” A/D-switch-box with BNC-IN and USB-Type-C-OUT to connect
with PrimeLab 2.0 Photometer
1 x “EMecbuf1413-20” 20 ml “1413 µS/cm” calibration solution
1 x “EMecbuf1288-20” 20 ml “12.88 mS/cm” calibration solution
User manual
PL02B-TRB| PrimeLab 2.0: Starter-Kit WITH Turbidity (NTU) (without reagents)
1 x grey plastic carrying-case with foam insert
1 x PrimeLab 2.0 Multitest Photometer
4 x 24mm/10ml glass-vials with lid (light-shield incorporated into the lid)
1 x light shield (for 16mm and 1ml vials as well as check-standards)
1 x 24mm vial adapter (built-in; exchangeable)
1 x 10.5 cm stirring rod
1 x 10ml plastic syringe (graduated)
1 x 1 – 10ml professional lab pipette with 2 tips
1 x NTU-Turbidity calibration kit. Sealed glass vials with 0.5 / 10 / 1000
NTU
1 x vial cleaning brush
1 x microfibre cleaning cloth for vials
1 x Bluetooth USB dongle
1 x charger with cable (USB-Type-C)
1 x printed user manual in a ring-binder
PL02BALL| PrimeLab 2.0: starter-kit / ALL parameters activated (without
reagents)
1 x grey plastic carrying case with foam insert
1 x PrimeLab 2.0 Multitest Photometer
5.5” HD-Colour-Touch Display
16 wavelengths-scan (410 – 940nm)
“90° ready” for NTU, PTSA, Fluorescein, Plankton
Option of over 140 different parameters (chargeable activation required)
8.400 mAh Li-Ion-battery (built-in)
Bluetooth 4.2
WiFi
USB Type C
GSM (via USB-Type-C Modem)
Option to connect Electrodes (via USB Type C plus A/D-changer-Box) built-in
camera to scan QR-Codes Self-Calibration-Mode with certificate (via LabCOM
software)
“I-OTZ” Intelligent-One-Time-Zero compatible with the free of charge PrimeLab
tools: LabCOM App/Software/Cloud
(Android, iOS, Windows, Mac, Browser)
10 x 24mm/10ml glass vials with lid (light shield incorporated into the lid)
1 x light shield (for 16mm and 1ml vials as well as check standards)
1 x 24mm vial adapter (built-in; exchangeable)
1 x 16mm vial adapter
1 x 1ml Eppendorff-vial adapter
2 x 10,5 cm stirring rod
1 x 10ml syringe
1 x cleaning brush for vials
1 x microfibre cleaning cloth for vials
1 x Bluetooth USB dongle
1 x charger with cable (USB-Type-C)
1 x Luer lock syringe (20ml) with adapter for filter holder
1 x Filteradapter for 20ml Luer-Lock-Spritze
1 x can with 50 Filterpapieren GF/C (25mm)
1 x can with 50 Filterpapieren 0.4µ (25mm)
1 x 100ml can with Deckel (for dilution)
Technical Data
| Item code | Item description |
|---|
PrimeLab 2.0 Basic Kit
PL02B| PrimeLab 2.0 Basic Kit in a plastic carrying case with foam insert.
1 x PrimeLab 2.0 Multitest Photometer
4 x 24mm/10ml glass vials with lid (light shield integrated in the lid)
1 x light shield for 16mm vials, Eppendorf vials, and calibration
1 x 24mm vial adapter (built-in; exchangeable)
1 x 10.5 cm plastic stirring rod
1 x graduated 10ml plastic syringe
1 x vial cleaning brush
1 x Battery-Charger with USB cable (type C)
| Dimensions: | 10cm x 25.5cm x 5.9cm (width x length x depth) |
|---|---|
| Weight: | 715g |
| Spectral range: | 390nm – 950nm |
18 wavelength, peaks at 410/435/460/485/510/535/560/
585/610/645/680/705/730/760/810/860/900/940nm
180° and 90° Setup for direct and indirect measurement
Parameters:| more than 140 parameters (flexible setup)
User-defined parameter function
Electrodes:| USB-type-C connector for pH/EC/TDS/ORP/Temp-Probes
Connectivity: (technical)| Bluetooth 4.2
WiFi
USB (type C)
GSM (via USB-modem)
Connectivity: (software)| LabCOM software (Windows / Mac)
LabCOM App (Android / iOS)
LabCOM Cloud (web-browser)
Display:| 5.5’‘ Color-HD-Touch Display
Camera:| In-built barcode / QR-code scanner
Calibration:| Auto-calibration function with certificate (software)
One-Time-Zero:| Intelligent OTZ (One-Time-Zero) function with recognition of
ZERO types
Internal memory:| >5,000
Clock/Date:| RTC (Real-Time-Clock) with calendar function
Auto-Off:| Factory default setting = 10 minutes.
Individual adjustment possible
Menu guidance:| Intuitive, display-controlled 4-button menu guidance; test
instructions during the measurement process
Power supply:| 8,500 mA Li-Io-battery
Languages:| > 15
Environment:| 5°C – 45°C / 30 – 90% rel. humidity
Water-proof rating:| The device is splash-water-proof (IP ausfüllen )
Reagents:| The calibration curves for the individual parameters/measurement
procedures are adjusted to the reagents offered by Water-i.d.
Using reagents from other manufacturers may lead to wrong readings / higher
tolerances PrimeLab reagents are entirely “Made in Germany” or “Made in the
UK”!
The PrimeLab 2.0 hardware development and design, the firmware, software, app,
and cloud solution, along with all calibration curves (parameters) and
reagents are entirely
Made in Germany.
FCC Statement
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.
Caution: Any changes or modifications to this device not explicitly approved
by the manufacturer could void your authority to operate this equipment.
This device complies with part 15 of the FCC Rules. 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.
Specific Absorption Rate (SAR) information:
This Communicator 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 evaluations of
scientific studies. The standards include a substantial safety margin designed
to assure the safety of all persons regardless of age or health. FCC RF
Exposure Information and Statement the SAR limit of the USA (FCC) is 1.6 W/kg
averaged over one gram of tissue.
Device types: Communicator has also been tested against this SAR limit. This
device was tested for typical body-worn operations with the back of the phone
kept 0mm from the body. To maintain compliance with FCC RF exposure
requirements, use accessories that maintain an 0mm separation distance between
the user’s body and the back of the phone. The use of belt clips, holsters,
and similar accessories should not contain metallic components in their
assembly. The use of accessories that do not satisfy these requirements may
not comply with FCC RF exposure requirements and should be avoided.
Specific Absorption Rate (SAR) information:
This Communicator 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 evaluations
of scientific studies. The standards include a substantial safety margin
designed to assure the safety of all persons regardless of age or health. IC
RF Exposure Information and
Statement the SAR limit of Canada (IC) is 1.6 W/kg averaged over one gram of
tissue.
Device types: Communicator has also been tested against this SAR limit. This
device was tested for typical body-worn operations with the back of the phone
kept 0mm from the body. To maintain compliance with IC RF exposure
requirements, use accessories that maintain an 0mm separation distance between
the user’s body and the back of the phone.
The use of belt clips, holsters, and similar accessories should not contain
metallic components in their assembly. The use of accessories that do not
satisfy these requirements may not comply with IC RF exposure requirements and
should be avoided.
CE Statement
This product can be used across EU member states.
Manufacturer: Water-i.d. GmbH
Specifications
Hardware Version: 1.0
Software Version: 1.0
The adapter shall be installed near the equipment and shall be easily
accessible. The plug
considered as disconnect device of adaptor:
Model: GPE011G-050200-Z
Input: 100-240V~, 50/60Hz, 0.3A
Output: DC 5V2A 10.0W MAX
Declaration of Conformity
Water-i.d. GmbH hereby declares that this Tablet is in compliance with the
essential requirements and other relevant provisions of Directive 2014/53/EU.
This product is allowed to be used in all EU member states.
SAR is measured with the device at 0mm to the body while transmitting at the
highest certified output power level in all frequency bands of the device. The
maximum SAR value is 0.417W/kg(body) averaged over 10 grams of tissue. This
equipment should be installed and operated with a minimum distance of 0 cm
between the radiator and your body.
5G Wi-Fi 5150-5250MHz indoor use only.
Max. Output Power:
Bluetooth(2402-2480MHz): 9.91dBm
802.11b/g/n(2412-2472MHz): 15.38dBm
802.11a/n/ac(5180-5825MHz): 17.24dBm
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