UV Fluorescence Sulfur Analyzer LST-T2014

Introduction

UV Fluorescence Sulfur Analyzer provides a measuring range of 0.2 to 10000mg/L. Utilizes advanced ultraviolet lamp and key components to ensure exceptional sensitivity and operational reliability. Integrated computer system handles data collection, processing, storage, and automated printing with high efficiency. It is widely used in petroleum, chemical industry, electric power, coal, food, environmental protection and other fields.

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

Applications

UV Fluorescence Sulfur Analyzer is widely used in petroleum, chemical industry, electric power, coal, food, environmental protection and other fields. 

Specifications

Measurement Range	0.2 to 10000mg/L
Measurement Accuracy	Less than or equal to 15% at 1.0 Mg/L
Temperature Control Range	Room Temperature to 1100 ℃
Standard	D5453
Power supply	220V ± 5%/50HZ
Dimension	1500 × 700 × 500 mm
Packaging Dimension	1560 × 700 × 650 mm
Gross Weight	150 Kg

Features

Wide linear range

Strong interference resistance

Simple operation 

Stable and reliable results 

Fast, precise measurement

FAQs

1. What standards and accuracy levels does the It analyzer comply with?

The It UV Fluorescence Sulfur Analyzer is manufactured in compliance with the D5453 standard, which is widely recognized for sulfur determination. It provides measurement accuracy of ? 15% at 1.0 mg/L, making it reliable for detecting even low levels of sulfur in samples. Its precision, combined with advanced imported components such as the 214 filter, quartz tube, and UV lamp, ensures the results meet global testing requirements for industrial and environmental applications.

2. In which industries and applications is the It UV Fluorescence Sulfur Analyzer most commonly used?

The It analyzer is widely used in industries where sulfur monitoring is critical. In the petroleum and chemical industries, it helps in ensuring product quality and compliance with emission standards. In coal and electric power plants, it is used to check sulfur levels to reduce pollution and improve efficiency. In the food industry, it helps in maintaining product safety by detecting sulfur compounds. Additionally, in environmental protection fields, it plays a vital role in monitoring sulfur emissions to support regulatory compliance and environmental sustainability.

3. What is the main function of the It UV Fluorescence Sulfur Analyzer ?

The It UV Fluorescence Sulfur Analyzer is designed to measure the sulfur content in different types of samples with high accuracy. It works within a wide measuring range of 0.2 to 10000 mg/L. By using an advanced ultraviolet lamp and high-quality imported components, it ensures excellent sensitivity and reliable performance. This makes it highly useful for industries like petroleum, chemical, electric power, coal, food, and environmental protection, where accurate sulfur detection is essential for quality control and regulatory compliance.

4. How does the It ensure accurate and stable results during sulfur analysis?

It has equipped the UV Fluorescence Sulfur Analyzer with advanced features that reduce interference and improve precision. The system includes a temperature and flow controller, a UV lamp, and a photomultiplier tube to capture accurate fluorescence signals. It also comes with an integrated computer system that manages data collection, processing, storage, and automated printing. With its wide linear range, strong resistance to interference, and stable temperature control up to 1100 ?, the analyzer delivers consistent and reliable results even in challenging conditions.

5. What are the key features that make It UV Fluorescence Sulfur Analyzer user-friendly?

The It is designed with simple operation in mind. It comes with a Lenovo computer, pre-installed software, and accessories like a liquid sampler and microinjector, making it convenient for routine testing. The system automatically handles many tasks, such as data storage and report printing, which saves time and reduces manual errors. Its stable performance, fast measurement speed, and easy-to-use controls make it suitable for both research laboratories and industrial environments.