Benchtop Turbidity Analyzer LTA-T2010

Introduction

Benchtop Turbidity Analyzer measuring range within 0 to 400NTU. It utilizes cold light source and narrow-band interference optical system, providing excellent optical stability. It can store up to 100,000 records, with data retention even when powered off. It can be self-calibrated during operation to eliminate the drift error caused by long-term use. Widely applicable to large, medium, small water plants, industrial and mining enterprises.

This water testing equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Benchtop Turbidity Analyzer is widely applicable for determination and identification of drinking water, surface water and wastewater for precise water analysis in large, medium, small water plants, industrial and mining enterprises.

Specifications

Measurement Parameter	Turbidity
Measurement Range	0 to 400NTU
Indication Error	Less than or equal to 2%
Repeatability	Less than or equal to 2%
Minimum Resolution	0.01NTU
Optical Stability	Absorbance drift less than or equal to 0.002A/20min
Working temperature	5° to 40°C
Relative humidity	Less than or equal to 85%
Power Supply	AC 220 (165V)
Dimension	400mm × 320mm ×182mm
Weight	4.75kg

Features

High precision 

Colour touchscreen

User-friendly interface

Bilingual functionality

Good corrosion resistance

Printing function  

Equipped with interface

FAQs

1. What is the use of Turbidity Analyzer?

Precision Analyzer is used to accurately measure the turbidity (cloudiness or haziness) of a liquid caused by suspended particles. The Turbidity Analyzer is used in detection and measurement of water samples. Widely used in drinking water treatment plants, wastewater treatment facilities, industrial process water monitoring, pharmaceutical and food industries and environmental field testing.

2. How does the Turbidity Analyzer work?

It typically uses a light scattering method based on a monochromatic light source. The intensity of scattered or transmitted light is measured. The detector measures transmitted or scattered light depending on the design. The amount of light blocked or scattered correlates with the concentration of suspended solids It converts the optical signal into a suspended solids concentration, usually displayed in mg/L. Using monochromatic light ensures long-term stability with minimal drift.

3. Does the Turbidity Analyzer require calibration?

Turbidity Analyzer comes with a calibration function. The calibration feature allows for self-calibration during operation. This effectively eliminates drift errors caused by long-term use.

4. Is the Turbidity Analyzer suitable for continuous monitoring?

Turbidity Analyzer are typically designed for continuous, real-time monitoring in both field and plant conditions. It enables curve queries, including not only curve equations but also the standard values of substance used during calibration, corresponding absorbance value, calibration time and calibration personnel ID, fully reproducing the calibration state. It also features printing function, allowing for single-item or page printing of records. The interface allows connection to a computer.

5. Does the Turbidity Analyzer offer storage?

The Turbidity Analyzer can store maximum of 250 factory curves and up to 3500 user curves. It features the ability to store 100,000 records, with data retention even when powered off. It enables curve queries, including not only curve equations but also the standard values of substance used during calibration, corresponding absorbance value, calibration time and calibration personnel ID, fully reproducing the calibration state. The one-key factory reset function prevents loss or accidental deletion of curves.