Portable Turbidity Meter LTM-T2019

Introduction

Portable Turbidity Meter uses the 90° scattered light method to measure turbidity. It can detect values as low as 0.1 , with a measuring range of 0 to 200 . Our portable turbidity meter features a large, high-definition high-precision circuit and a durable, efficient light source to ensure stable and reliable performance over time.

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

Portable Turbidity Meter is commonly found in power plants, water purification plants, and sewage treatment facilities. Beverage and wine industries also use it. It is useful in environmental protection, pharmaceutical manufacturing, and industrial water testing. 

Specifications

Measurement Method	90° Scattered Light
Minimum Value	0.1
Measuring Range	0 to 200
Calibration Point	2
Error Value	±8％ (±2.5％ F.S)
Repeatability	≤1％ F. S
Zero Drift	±1％ F. S
Power Fluctuations	±0.5％ F. S
Power Supply	DC 7.5V (5 × 1.5V Batteries)
Ambient Temperature	5 to 35℃
Storage Temperature	-20 to 55℃
Relative Humidity	Less than equal to 80％ RH
Dimension	370 × 250 × 150 mm
Packaging Weight	1.3 Kg
Net Weight	0.8 Kg
Gross Weight	1.3 Kg

Features

Works with AC and DC power

Compact design

High-precision optical system

Low battery alert

Output interface for data logging

FAQs

1. What is a portable turbidity meter and how does it work?

A portable turbidity meter is a handheld device used to measure the clarity or cloudiness of a liquid, typically water. It works using a light-based method—usually by shining a beam of light through the sample and measuring how much light is scattered at a 90° angle by particles suspended in the liquid. The more particles there are, the cloudier the water, and the higher the turbidity reading. These readings are usually given in (Nephelometric Turbidity Units). Portable models are ideal for use in the field or lab due to their small size and battery-powered operation.

2. In which industries or environments is a portable turbidity meter most commonly used?

Portable turbidity meters are used across a wide range of industries and testing environments. They are commonly used in water treatment plants, power stations, and sewage facilities to monitor water quality. The beverage and wine industries use them to check the clarity of products. Environmental agencies and laboratories use them to test river and lake water for pollution. They are also useful in pharmaceutical manufacturing and industrial water testing where precision and quick field testing are required.

3. How accurate and reliable are portable turbidity meters?

portable turbidity meters are designed with high-precision optical systems and stable electronic circuits to ensure accurate readings. They offer repeatable results with low error margins and minimal drift over time. These meters are built to perform consistently even with power fluctuations and under various environmental conditions. The device’s accuracy, combined with reliable performance, makes it a trusted tool for professionals who need dependable turbidity data.

4. What makes portable turbidity meters user-friendly?

portable turbidity meters are designed with ease of use in mind. They feature a compact and lightweight build for easy transportation and operation. The devices include a large, clear screen that displays readings even under bright light conditions, which is helpful during outdoor testing. They can operate on both battery and AC power, and offer features like low battery alerts and data output options, making them ideal for long-term field work or lab use.

5. How should a It portable turbidity meter be maintained and stored for long-term use?

To keep a It portable turbidity meter in good working condition, regular calibration using standard solutions is recommended to maintain accuracy. After each use, the sample cell should be cleaned thoroughly to avoid contamination or residue build-up. The device should be stored in a clean, dry place, ideally at temperatures between -20? and 55? and with humidity below 80%. Always remove batteries if the device won't be used for an extended period to prevent leakage and circuit damage.