Reagents VARIO for Photometer Lovibond®and HACH®
CHF 106.00*
Content:
50
13 Available. Delivery time: 5-7 workdays
Product number:
6204923
Manufacturer:
Tintometer GmbH
Packaging information:
Length:
299 mm
Width:
211 mm
Height:
145 mm
Weight:
1.5 kg
Description
Suitable for Lovibond®Photometers as well as for Photometers of company HACH®*
*HACH® is a registered trademark of HACH® Company, Loveland, Colorado. Using brand HACH® contains no indication of a connection to this company or to a possible agreement of HACH® Company to composition, examination or suitability for use in spectrophotometers or other equipment or systems, which are sold under the brand HACH®.
*HACH® is a registered trademark of HACH® Company, Loveland, Colorado. Using brand HACH® contains no indication of a connection to this company or to a possible agreement of HACH® Company to composition, examination or suitability for use in spectrophotometers or other equipment or systems, which are sold under the brand HACH®.
| Hazardous Substance Data | |
| GHS | |
| Signal word | Gefahr |
| H-Satz | H290, H314 |
| P-Satz | P280, P301+P330+P331, P303+P361+P353, P305+P351+P338, P308, P310 |
| UNNR | 1830 |
| SDS | Link |
Properties
| For: | Nitrate Vial Test |
|---|---|
| GHS: | GHS05 |
| HACH® Method No.: | 10020 |
| Manufacturer Article Number: | 535580 |
| Measuring range mg / l: | 0.2-30 |
| UNSPSC: | 41-11-61-17 |
Skip product gallery
Tube tests NANOCOLOR® Sulfide / Sulfite / Sulfate
From
CHF 107.20*
Tube tests NANOCOLOR® ortho- and total Phosphate
From
CHF 133.40*
Tube tests NANOCOLOR® COD
From
CHF 114.60*
Photometers MD 100
From
CHF 508.00*
pH electrodes, starter kit, for PrimeLab 2.0
From
CHF 758.00*
Conductivity cell probes, for PrimeLab 2.0
From
CHF 270.00*
pH electrodes for PrimeLab 2.0
From
CHF 270.00*
Similar products
A maximum in accuracy and precision is granted for the measurement results due to exactly pre-dosed reagents in 16 mm cuvettes and additional reagents. The tests are pre-programmed in photometers and selected automatically via a barcode on the cuvette. The contact with any dangerous chemicals is avoided because the measurement is performed directly in the test tube. This guarantees maximum safety for the user.A maximum in accuracy and precision is granted for the measurement results due to exactly pre-dosed reagents in 16 mm cuvettes and additional reagents. The tests are pre-programmed in photometers and selected automatically via a barcode on the cuvette. The contact with any dangerous chemicals is avoided because the measurement is performed directly in the test tube. This guarantees maximum safety for the user.
A maximum in accuracy and precision is granted for the measurement results due to exactly pre-dosed reagents in 16 mm cuvettes and additional reagents. The tests are pre-programmed in photometers and selected automatically via a barcode on the cuvette. The contact with any dangerous chemicals is avoided because the measurement is performed directly in the test tube. This guarantees maximum safety for the user.A maximum in accuracy and precision is granted for the measurement results due to exactly pre-dosed reagents in 16 mm cuvettes and additional reagents. The tests are pre-programmed in photometers and selected automatically via a barcode on the cuvette. The contact with any dangerous chemicals is avoided because the measurement is performed directly in the test tube. This guarantees maximum safety for the user.
A maximum in accuracy and precision is granted for the measurement results due to exactly pre-dosed reagents in 16 mm cuvettes and additional reagents. The tests are pre-programmed in photometers and selected automatically via a barcode on the cuvette. The contact with any dangerous chemicals is avoided because the measurement is performed directly in the test tube. This guarantees maximum safety for the user.DIN ISO 15705
The Lovibond® MD 100 Photometers are designed for analysis of different parameters in drinking water, industrial process water and waste water. With a total of more than 30 different types, instruments are available for routine testing as well as for special applications. The MD 100 uses high quality interference filters with long-life LEDs as a light source without any moving parts in a transparent sample chamber. The units supply accurate, reproducible results very quickly. Other major advantages include ease of operation, ergonomic design, compact dimensions and safe handling. Provided with calibration and software-based adjustment options the MD 100 is suitable for use as a testing instrument. The tests are conducted using either Lovibond® tablet reagents with long-term stability and a shelf life of 5 or 10 years, VARIO powder reagents or using liquid reagents.Optics: High-quality Interference FiltersWavelength accuracy: ±1 nm.Power supply: 4 micro batteries (AAA), capacity approx. 17 hours or 5000 tests.Automatic switch-off.LCD Display (backlit on keypress).Internal ring memory for 16 data sets.Dimensions (L x W x H): 155 x 75 x 35 mm.Scope of supply: Photometer in a plastic carrying case, with reagents for 100 tests, cells, batteries and standard accessories.Optional: IRiM - infrared interface module for data transfer to computer or printer.*Delivery without reagents for measuring range 0.1 - 10 mg/l Cl2.**24mm diam. glass cell***10mm diam. multi cell-2
For pH measurements of water solutions in research, environmental monitoring and quality control.With integrated temperature sensorNot refillableAutomatic recognition of connected electrodesSynchronisation via LabCOM®, LabCOM® Cloud (optional and free of charge)ProbeBOX 1.0 to connect the electrodes to the PrimeLab 2.0Scope of supply:pH electrode, 3 x 20 ml buffer solution (pH 4.00 / 7.00 / 10.00), 10 ml KCI solution, USB type-C cable, ProbeBOX 1.0, carrying case, user manual
For conductivity measurements in the laboratory.With integrated temperature sensorFor connecting to the ProbeBOX 1.0
For pH measurements of water solutions in research, environmental monitoring and quality control.Not refillableWith integrated temperature sensorFor connecting to the ProbeBOX 1.0