400 NTU handheld turbidity meter provide straightforward operation, wide measurement range, and enhanced performance make it ideal for various applications. Additionally, it boasts lower energy consumption and offers the convenience of both AC and DC power supplies, facilitating operation in outdoor settings or laboratory environments. The unique optics structure, enables the turbidimeter to read with high resolution : 0.01 ppm ( mg/L ).
High-end hardware configuration
A portable turbidity meter is used to measure the degree of scattering produced by insoluble particles suspended in water or transparent liquids, and can quantitatively indicate the content of these suspended particulate matter. It can be widely used in various sectors such as power plants, pure water plants, municipal water treatment plants, beverage plants, departments, industrial water, the wine industry, the pharmaceutical industry, epidemic prevention departments, and other departments for turbidity determination.
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Model | SISCO-SGZ-400B |
Measuring Principle | 90° Scattered Light |
Measuring Range (NTU) | 0 - 400 |
Reading Accuracy | 0.01 |
Reading Stability | ± 1.5% (F.S 30min) |
Zero Drift | ± 1.5% (F.S 30min) |
Repeatability (Linearity Error) | ≤ 2% |
Indication Error (Basic Error) | ± 6% |
Net Weight | 0.4kg |
Instrument Dimension | 105 × 195 × 50mm |
Package Dimension | 315 × 215 × 85mm |
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Q1: What is the turbidity meter used for?
A1: The turbidimeter is an instrument used for measuring the turbidity of a liquid by determining the degree to which particles suspended in the solution decrease the intensity of light lost as a beam is passed through it. The devices are considered important tools for monitoring water quality.
Q2: What is the turbidimeter theory?
A2: Turbidimetry is based on the measurement of the loss of intensity of transmitted light in an emulsion (or solution containing fine particles) due to the scattering effect of particles suspended in it. Nephelometry is based on the measurement of scattered light by a solution containing fine particles.
Q3: What precautions should be taken during turbidity meter?
A3: 1. Measure in time after sampling to avoid the lack of authenticity of the measurement results due to temperature changes and water sample particle settlement.
2. The sample bottle must be cleaned very clean to avoid scratches and scratches.
Tips:Â How does a turbidimeter work?
A turbidimeter works by sending a light beam into the water to be tested. This light will then be scattered by any suspended particles. A light detector is placed at a 90 degree angle to the light source, and detects the amount of light that is reflected back at it.
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