Electronic Balance LELB-T2034

Introduction

Electronic Balance weighing range of 0 to 10,000 g for large-scale laboratory. Its shielded load cell protects sensitive components. The phase noise reduction circuit enhances signal clarity.   Its built-in diagnostics maintain optimal performance. Our electronic balance programmable delay output controls data transmission timing.

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

Electronic Balance is a digital weighing instrument used to measure the mass of objects quickly and accurately. It is commonly used in laboratories, educational institutes, and industries for routine weighing tasks and sample preparation.

Specifications

Capacity	0 to 10000 g
Readability	0.1 g
Calibration	External
Pan Dimensions	255 × 190 mm
Dimensions (L × W × H)	320 × 220 × 100 mm
Packing Dimensions (L × W × H)	360 × 300 × 185 mm
Gross Weight	2.5 kg
Net Weight	3.3 kg

Features

Multi-Zone Temperature Compensation

Programmable Weight Limits

Closed-Loop Feedback Control

Smart Fault Detection Algorithm

Adaptive Filtering Technology

FAQs

1. How does it ensure high repeatability in its electronic balances during multiple measurements?

It electronic balances are designed with high repeatability in mind, which is essential for laboratories performing repetitive weighing tasks where consistency is critical. To achieve this, It uses electromagnetic force restoration () systems that ensure extremely fine sensitivity and minimal mechanical friction. This system enables the balance to produce nearly identical results across multiple measurements of the same sample. The use of precision-machined parts, low-drift electronics, and stable internal architecture helps prevent deviation over time or under varying environmental conditions. Additionally, It implements automatic internal calibration, which keeps the system consistently adjusted. Users benefit from dependable repeatability in applications such as pharmaceutical formulation, analytical chemistry, or quality control processes, where even minor discrepancies can affect results significantly.

2. Can electronic balances measure extremely low-weight samples with accuracy?

offers high-resolution models that are capable of detecting microgram-level weights, making them highly suitable for applications requiring ultra-precision. These balances can read to 0.01 mg (10 micrograms) and are ideal for measuring light powders, microdoses, and even delicate filter papers or fine fibers. To ensure this level of sensitivity, It incorporates low-noise electronic circuits, stable temperature-controlled environments inside the weighing chamber, and real-time digital filtering algorithms. These balances are equipped with draft shields and static eliminators to minimize air movement and electrostatic influence, which can disturb such light measurements. It also provides specialized tools like micro-weighing pans and sample loaders that further support stable, accurate readings at such small capacities.

3. What kind of power supply and backup features do electronic balances have?

Yes, It electronic balances are designed to fully comply with Good Laboratory Practice () and Good Manufacturing Practice () standards. These models offer user ID management, time-stamped data logging, and built-in audit trails that are essential for regulatory compliance in quality-controlled environments such as pharmaceutical production, food safety, and clinical research. It balances can generate automated calibration reports and printouts with unique identifiers for traceability. Their software interfaces also support password protection and access-level permissions, ensuring that only authorized personnel can alter critical settings. These features make It balances an ideal solution for laboratories that are regularly audited or must follow stringent documentation protocols.

4. Are electronic balances suitable for educational laboratories?

Yes, It designs several of its electronic balances specifically for educational and training environments. These balances balance precision with durability, making them resilient to frequent use by students who may be new to lab equipment. Models intended for education typically have simple interfaces, limited programmable features, and pre-set modes, reducing the learning curve for beginners. It also incorporates safety features such as overload protection, anti-slip bases, and easy-to-clean components. Additionally, the affordability of educational models does not compromise on accuracy, allowing students to perform high-quality scientific experiments in chemistry, biology, or environmental sciences. It supports educational institutions further by offering teaching guides, calibration kits, and integration with data-logging software, helping students and educators record and analyze results more effectively.

5. What are the key accessories offers to enhance electronic balances performance?

It provides a broad suite of accessories designed to enhance the functionality, efficiency, and longevity of its electronic balances . These include anti-vibration tables that isolate the balance from building vibrations or mechanical interference, especially important in high-precision work. It also supplies ionizing bars or static eliminators to deal with electrostatic charge buildup, which can significantly affect lightweight sample weighing. For advanced weighing applications, density determination kits allow users to calculate material density using Archimedes’ principle. It also offers external calibration weights certified for traceability, protective dust covers, and RS232//Bluetooth interface kits for connecting to printers, PCs, or software. These accessories allow users to configure a fully customized weighing station that meets regulatory, workflow, and ergonomic needs.