Precision Balance LPRB-T2014

Introduction

Precision Balance has a weighing capacity of 1100 g and features a tabletop design. It features an pan for durability and corrosion resistance. Its multiple functions, such as full range tare and overload protection alarm, enhance its usage. Our balance is used in various laboratories and industries for precise weight readings.

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 Precision Balance is used for sample/standard preparation, formulation, differential weighing, density determination, interval weighing and pipette routine testing.

Specifications

Capacity	1100 g
Minimum Weighing	0.04 g
Resolution	0.01 g
Pan Size	Փ 130 mm
Stable Time	Up to 2 s
Repeatability	0.02 g
Linearity	0.03 g
Power Supply	AC/DC (3*AA)
Calibration Weight	200 g
Net Weight	2 kg
Gross Weight	22 kg

Features

Rapid results

High precision

Counting function

Multiple units conversion (g, ct, and oz)

FAQs

1. How is a precision balance different from a regular scale?

. Unlike regular scales that provide general weight estimates, precision balances offer fine resolution and greater accuracy, often capable of detecting weight changes as small as 0.01 grams, making them suitable for scientific and analytical applications.

2. What is the importance of calibration?

Calibration is important to ensure that a precision balance delivers accurate measurements by adjusting it against known weight standards, especially after transportation, long periods of use, or exposure to varying environmental conditions.

3. What is the tare function?

The tare function allows the user to reset the display to zero after placing a container on the pan, so only the net weight of the contents is measured, which is crucial for accurate sample weighing. For instance, if a beaker is placed on the balance, the user can press the tare button to subtract its weight, enabling accurate measurement of the contents added later. This function is essential for precise formulation and sample analysis.

4. How should a precision balance be maintained?

To maintain a precision balance, keep it clean, avoid overloading it, use it in a stable, vibration-free environment, calibrate it regularly, and protect it from dust and moisture using a cover when not in use. These steps ensure longevity of our Precision Balance.

5. What is repeatability in weighing?

Repeatability is the ability of a precision balance to give consistent results when the same object is weighed multiple times under the same conditions, indicating the balance’s reliability and stability. Precision Balance offers a repeatability of ± 0.2 g ensuring a reliable reading.