Bench Top Turbidity Meter LTM-T2014

Introduction

Bench Top Turbidity Meter offers a measurement range spanning from 0 to 100 and 100 to 1000 . It supports up to seven calibration points, ensuring accurate and reliable results. The meter features a microcomputer control and an for accurate readings. Its advanced functions such as nonlinear data processing, smoothing, and automatic and manual calibration switching enhance its reliability. Our meter is widely used in water plants, water treatment facilities, and beverage industries.

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 Bench Top Turbidity Meter is used for accurate turbidity measurement in water treatment plants, swimming pools, and beverage industries. It is ideal for quality monitoring in drinking water, wastewater, and industrial liquid processes.

Specifications

Measuring Range ()	0 to 100, 100 to 1000
Minimum Readout Value ()	0.01, 0.1
Calibration Point	7
Principle Method	90° scattered light
Error Value	± 6 % (± 2 % F.S)
Zero Drift (F.S)	± 0.5 % F.S.
Current	0.2 A
Battery	DC1.5V*5AA alkaline batteries
Power Supply	AC 220 V 50 Hz
Dimension	400 × 300 × 250 mm
Packing Dimension	400 × 300 × 160 mm
Net Weight	0.5 kg
Gross Weight	1.8 kg

Features

High-strength, long-life lamp

Data storage with compliance

Touch keyboard

Self-diagnostic prompts

Data storage with compliance

FAQs

1. What is the Bench Top Turbidity Meter used for, and which industries benefit from it the most?

Bench Top Turbidity Meter is designed to measure the turbidity or cloudiness of liquids, which is a key indicator of water quality. It is especially beneficial in drinking water plants, wastewater treatment facilities, swimming pools, and the beverage industry, where maintaining specific clarity standards is critical. By providing accurate turbidity readings, it ensures reliable quality control and regulatory compliance in various fluid-based processes.

2. What is the measurement range of the Bench Top Turbidity Meter , and how accurate is it?

Bench Top Turbidity Meter offers a dual-range measurement capability: from 0 to 100 with a fine resolution of 0.01 , and from 100 to 1000 with a resolution of 0.1 . It operates on the 90° scattered light method, which is a standard for turbidity testing. With an error margin of ±6% or ±2% of full scale, and a zero drift of just ±0.5% F.S., this meter delivers highly reliable and repeatable results even in demanding applications.

3. How many calibration points does the Bench Top Turbidity Meter support, and what is their purpose?

The Bench Top Turbidity Meter supports up to seven calibration points, allowing for flexible and highly accurate calibration across the entire measuring range. These calibration points help ensure that the meter adapts precisely to varying sample turbidity levels, improving measurement fidelity. Whether you are testing low or high turbidity samples, the multi-point calibration system maintains the instrument’s reliability and consistency over time.

4. What makes the Bench Top Turbidity Meter user-friendly and efficient in operation?

The Bench Top Turbidity Meter integrates several advanced user-centric features, including a touch keyboard for easy control, a large display for clear result visualization, and self-diagnostic prompts that notify users of operational errors or necessary maintenance. Its microcomputer-controlled system automates and simplifies the measurement process. Additionally, the unit supports data storage with compliance, which helps maintain traceability and quality assurance in laboratory or industrial environments.

5. Does the Bench Top Turbidity Meter support both manual and automatic calibration modes?

Yes, our Bench Top Turbidity Meter is engineered to support both automatic and manual calibration switching. This dual-mode calibration functionality allows users to either let the device handle the calibration process for convenience or fine-tune the calibration manually for higher precision. This is especially useful in labs or facilities where sample types vary significantly and require more control over calibration standards.