Analytical Balance LINB-T2013

Introduction

Analytical Balance is a high precision balance that can weigh for up to 200 g and offers a fine a resolution of 0.0001 g. The balance offers dependable precision and accuracy across its entire weighing range with a repeatability of ± 0.0002 g and a linearity of ± 0.0003 g. It features a key operation mode offering a user-friendly operation. In addition, the balance is internally calibrated, eliminating the need for manual calibration. Our balance is ideal for precise weighing applications in research laboratories and industries.

This laboratory balances 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 Analytical Balance is used for high-precision weighing in pharmaceuticals, research, chemical analysis, and quality control. It ensures accurate measurement of minute quantities in laboratories, and food testing industries.

Specifications

Capacity	200 g
Minimum Weighing	0.0004 g
Resolution	0.0001 g
Pan Size	Փ 80 mm
Stable Time	Up to 3 s
Display	( White back light with black font )
Repeatability	± 0.0002 g
Linearity	± 0.0003 g
Calibration Weight	Internally calibrated

Features

Overload alarm

display

Multiple unit conversion

Draft shield

Counting and percentage

User-friendly operation

FAQs

1. How does an analytical balance differ from a precision balance?

An analytical balance has higher sensitivity and can measure very small weights accurately, typically down to 0.1 mg. In contrast, a precision balance usually has a lower readability such as 0.01 g or 0.001 g and is used when such extreme precision is not required. Analytical Balance has a resolution of 0.0001 g.

2. Why is a draft shield necessary in an analytical balance?

A draft shield protects the weighing pan from air currents and dust, which can cause fluctuations in readings. Since analytical balances are extremely sensitive, even small disturbances can lead to inaccurate measurements. Analytical Balance comes with a draft shield for accurate readings.

3. What is internal calibration in an analytical balance and why is it useful?

Internal calibration is a feature of our Analytical Balance with which it automatically calibrates itself using a built-in reference weight. This function ensures consistent accuracy without the need for external weights and is especially useful in environments where frequent calibration is required due to changes in temperature or usage conditions.

4. What is the tare function and how is it used?

The tare function allows the user to zero the balance after placing a container on the pan, so only the net weight of the sample inside the container is measured. This is useful in virtually all weighing tasks to avoid including the weight of containers in the result.

5. What precautions should be taken when using an analytical balance?

Always use gloves or tweezers to handle samples to avoid contamination, ensure the balance is level, avoid placing items directly on the pan, and close the draft shield during weighing to maintain stability. Always shut it off when not in use.

6. What safety features are integrated into analytical balances?

It analytical balances prioritize user and sample safety by integrating multiple protection features into their designs. These include overload protection, which prevents damage to the internal weighing mechanism if a sample heavier than the maximum capacity is accidentally placed on the pan. Many models also feature shock-absorbing feet and anti-tip designs to ensure stability even in high-traffic laboratory environments. Draft shields protect delicate weighing processes from air currents, spills, and contamination. Additionally, chemical-resistant surfaces prevent corrosion or degradation from accidental exposure to aggressive substances. Some models even feature lockable doors on the draft shield and software-based balance lock functions to restrict unauthorized use. Through these thoughtful safety features, It enhances the balance's lifespan, protects sensitive samples, and ensures maximum operator safety.