Water-i.d. PrimeLab 2.0 Starter Kit With Turbidity NTU Without Reagents 1x Grey Plastic Case With Foam Insert 1x PrimeLab 2.0 Multitest Photometer

The Water-i.d. PrimeLab 2.0 Starter Kit with Turbidity (NTU) Without Reagents is an advanced water quality testing system designed for professional laboratories and field applications. Equipped with an 18-wavelength photometer covering the full VIS spectrum and key areas of UV and IR, this kit ensures accurate and reliable measurement across a wide range of water testing parameters. The integrated LED setup at 180° and 90° allows for precise turbidity (NTU), PTSA, and fluorescein measurements, while the intuitive 5.5" colour HD touch display ensures simple and efficient operation.

Key Features:

• Brand: Water-i.d.
• Photometer: 18 wavelengths (3 sensors with 6 wavelengths each) covering VIS, UV, and IR spectra
• LED Configuration: 180° and 90° for NTU-Turbidity, PTSA, and Fluorescein measurements
• Display: 5.5" colour HD touch-display
• Parameters: Over 140 available parameter methods (paid activation required)
• Preactivated Parameters: Turbidity (NTU)
• Calibration: Auto-calibration and Intelligent OTZ (One-Time-Zero) function
• Cuvette Compatibility: Compatible with 1 ml, 16 mm, and 24 mm cuvettes
• Data Management: Includes free LabCOM software and cloud app with individual accounts and reporting system

Scope of Supply:

• Multitest Photometer PrimeLab 2.0
• Carrying case (gray plastic) with foam insert
• 4 × 24 mm / 10 ml glass cuvettes with lid
• Light-shield
• 24 mm cuvette adapter
• Stirring rod
• 10 ml plastic syringe
• 1 × 1–10 ml lab pipette with 2 tips
• 1 × NTU-Turbidity calibration kit
• Cleaning brush
• Battery charger with USB Type-C cable
• Printed user manual

Note: Please order reagents separately.

The Water-i.d. PrimeLab 2.0 Starter Kit with Turbidity (NTU) provides high-precision water testing with comprehensive functionality and digital integration, making it an essential instrument for professionals seeking accuracy and efficiency in water analysis.