Digital Turbidity Meter, Water Quality Analyzer, 0-200 NTU with 90° Scattered Light Accuracy 0.1, Backlight for Lab Detection

Features: 1. The unique positioning structure and high-precision optical system ensure the accuracy and repeatability of measured values. 2. This turbidity meter is calibrated with a standard solution, using NTU as the turbidity measuring unit, providing high accuracy. 3. The device adopts a microcomputer configuration, featuring averaging measurement mode, data storage and recall functions, and automatic switching between measurement ranges. 4. Simple operations and a suitable measuring range with a higher cost-effectiveness ratio make it suitable for various applications. 5. This precise, handheld instrument is easy to operate with keypads and includes a storage case for convenient transport and storage. 6. Applications include water quality detection, liquor labeling, environmental protection, scientific research, the pharmaceutical industry, and wastewater disposal. Specifications: Name: Portable Turbidity Meter Material: ABS Battery: 5 x 1.5V AA batteries (battery not included) Measuring principle: 90° scattered light Minimum indication (NTU): 0.1 Measurement range (NTU): 0-200 Indication error: ±8% (±2.5% F.S) Repeatability: ≤0.8% Zero deviation: ±0.8% F.S Size: 21x7.5x7 cm Product weight: 1.3kg Package: 1 Digital Turbidity Meter 3 Sample Bottles 1 Plastic Case

• Portable digital turbidity meter: Specifically designed to measure the dispersion of insoluble particles in water or transparent liquids, providing reliable quantitative assessments of water quality.
• High precision optics: Utilizes a 90-degree scattered infrared light source for accurate turbidity measurements, ensuring reliable zero calibration capability.
• Accurate measurement: Delivers precise and rapid results within a measuring range of 0-200 NTU, employing the turbidimetric method for straightforward and user-friendly results.
• LED display: Features a backlit LED display for easy data reading under various lighting conditions, making it suitable for lab environments and field applications.
• Wide application: Ideal for use in water supply plants, food industry, power plants, and swimming pools, serving as an essential tool for water quality analysis across diverse industries.