Analytical Balance T-L2A-S2104

Introduction

Analytical Balance ensures stability within 3 seconds for rapid experimental workflow. It offers an internal calibration mode, ensuring long-term performance and consistency. It features a wide range of measurement units including grams, carat, pound, and ounce for versatile use. Integrated with RS232 for seamless data transfer and easy integration with documentation systems. analytical balance is built-in overload protection to prevent damage and ensure durability.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Analytical Balance is essential for academic research and teaching purposes in chemistry and physics labs.

Widely applied in academic research laboratories, quality control departments of manufacturing enterprises, and testing institutions. Suitable for sample preparation, analysis, and storage in fields such as life sciences, materials science, environmental monitoring, and food safety.

Specifications

Capacity	220g
Readability	0.01g
Calibration	Internal
Repeatability	±0.0002g
Pan Size	80 mm
Accuracy	0.1mg
Linearity	±0.0003g
Weighing Units	Gram, carat, pound, ounce, newton
Stability Time	Less than or equal to 3 Seconds
Working Temperature	15°C to 35°C
Communication Interface	RS232
Dimension	300 × 200 × 295 mm
Net Weight	5.7 kg

Features

Efficient Volume Handling

Robust Spacious Pan

Temperature Adaptability

Lightweight

Clear Bright Display

Standard Accessories

Power cable

Weighing pan

FAQs

1. What is an Analytical Balance?

An Analytical Balance is an apparatus designed to measure mass with precision.

2. Why is Analytical Balance important in laboratory settings?

It is important in laboratory settings because it ensures the precision required for scientific experiments, chemical formulations, and quality control processes.

3. How does Analytical Balance function?

It functions by using electromagnetic force compensation to counteract the weight of a sample, allowing for accurate mass measurement.

4. How should Analytical Balance be maintained?

It should be maintained by keeping it clean, calibrating regularly, avoiding exposure to chemicals or moisture, and ensuring it is used in a stable, draft-free environment.

5. How is Analytical Balance used in pharmaceutical laboratories?

It is used to precisely measure active pharmaceutical ingredients (APIs) and excipients to ensure accurate drug formulation and dosage.

6. Can Analytical Balance be used in environmental testing?

It is used in environmental testing to weigh fine particulate matter, soil, or residue samples for contamination analysis and regulatory compliance.

7. Why is Analytical Balance essential in chemical synthesis?

It is essential in chemical synthesis to measure reactants with high accuracy, which is critical for achieving the correct stoichiometry and reaction yield.

8. How does Analytical Balance contribute to food quality testing?

It is used to measure small quantities of additives, vitamins, or contaminants, ensuring the product meets safety and nutritional standards.

9. Can Analytical Balance be used in forensic science?

It is used in forensic science to weigh trace evidence such as powders, fibers, or residues, which can be vital in criminal investigations.

10. How is Analytical Balance used in nanotechnology applications?

It is used to weigh extremely small amounts of substances for nanoparticle synthesis, where accuracy is crucial due to the small scales involved.