BOD Analyzer LBBA-T2011

Introduction

Analyzer is capable of measuring a wide range of values from 0 to 4000 mg/L. It can handle 1 to 6 samples at a time, making it suitable for both small- and medium-scale testing. The analyzer uses a mercury-free differential pressure sensing method, ensuring safety and regulatory compliance. Test results can be uploaded wirelessly, and data can also be printed using a wireless printer. Our analyzer is ideal for use in monitoring stations, third-party laboratories, universities, and industries involved in pollution and water quality testing.

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

Analyzer is widely used in sewage treatment plants, hospital wastewater analysis, pharmaceutical industries, scientific research institutes, and monitoring river basin surface water.

Specifications

Test Range	0 to 4000 mg/L
Resolution	0.01 mg/L
Accuracy	±8%
Quantity of Samples	1 to 6
Test Result Storage	10 years of data
Detailed Data Storage	1 set
Test Period	1 to 7 days
Sampling Points	60
Test Principle	Mercury-free differential pressure sensing method
Culture Temperature	20 ± 1°C
Rated Power	10 W
Power Supply	AC220V±10%, 50 to 60 Hz
Dimension	270 × 185 × 75 mm
Packaging Dimension	420 × 460 × 550 mm
Net Weight	2.4 Kg
Gross Weight	11 Kg

Features

Smart Mixing

Manometric method

Low Power Usage

Compact & Lightweight

Data recording 

FAQs

1. What is a It Analyzer, and why is it important in water quality testing?

A It Analyzer is a scientific instrument used to measure the Biological Oxygen Demand () in water samples. is a critical parameter that indicates the amount of oxygen required by microorganisms to break down organic matter in water. Monitoring levels is essential for evaluating the level of pollution in water bodies. It analyzers help industries, laboratories, and environmental monitoring stations ensure that water quality complies with safety and environmental regulations. These devices are especially valuable in sewage treatment plants, research labs, and industries dealing with wastewater.

2. How does the It Analyzer ensure safety and accuracy during testing?

It Analyzers are designed with user safety and data accuracy in mind. They use a mercury-free differential pressure sensing method, eliminating the risks associated with mercury-based devices and ensuring compliance with environmental safety standards. In terms of performance, these analyzers offer high-resolution readings (as precise as 0.01 mg/L) and maintain a standard accuracy of ±8%. Such features ensure that users get reliable results without compromising safety during testing.

3. Can the It Analyzer be used in small laboratories or educational institutes?

Yes, the It Analyzer is ideal for small to medium-scale testing environments, including academic institutions. It can handle between 1 to 6 samples at a time, making it suitable for routine lab work or teaching demonstrations. The compact and lightweight design allows easy setup and portability, while the low power usage ensures it doesn't strain laboratory resources. Additionally, features like smart mixing and long-term data storage make it both user-friendly and efficient for educational and research applications.

4. What are the data handling capabilities of the It Analyzer?

It Analyzers are equipped with advanced data management features. They can store up to 10 years of test results, which helps users track long-term water quality trends. The analyzer supports wireless data uploading, enabling easy transfer of test results to computers or cloud systems. For added convenience, users can also print test reports wirelessly using compatible printers. This flexibility in data handling makes it an excellent choice for professional labs and environmental monitoring teams that need reliable records and reporting tools.

5. What types of industries and environments benefit most from using a It Analyzer?

It Analyzers are versatile and used across various sectors where water quality is a concern. These include sewage treatment plants, pharmaceutical manufacturing, hospital wastewater testing, and environmental research centers. They're also commonly used in river basin monitoring to assess the impact of human activity on surface water. Their robust performance, ease of use, and ability to process multiple samples make them a valuable asset in maintaining environmental compliance and ensuring public health safety.