Analytical Balance LINB-T413

Introduction

Analytical Balance capacity range of 0 to 500 g for varied weighing tasks. The thermal noise reduction circuit minimizes interference. Its high-accuracy feedback loop maintains consistent performance. The strain gauge is optimized for precise load detection. Our analytical balance has an adaptive weighing intelligence chip that enhances speed and stability.

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

Analytical Balance is a sensitive laboratory scale designed for accurately measuring minute sample weights with high precision. It is widely used in research, pharmaceuticals, and chemical laboratories for tasks that demand exact mass determination.

Specifications

Capacity	0 to 500 g
Readability	1 mg
Calibration	External
Pan Dimensions	Φ 85 mm
Dimensions	350 × 215 × 340 mm
Packing Dimensions (L × W × H)	520 × 380 × 500 mm
Net Weight	8 kg
Gross Weight	10 kg

Features

Zero Tracking Auto-Correction

Precision Sensing Coil System

Low Hysteresis Load Sensor

High-Impedance Input Protection

Multi-Layer Design

FAQs

1. How do analytical balances handle static electricity issues during weighing?

It analytical balances are specifically engineered to address the problem of electrostatic interference, which can cause instability in the reading, especially when weighing fine powders or plastic materials. To mitigate this, many It balances come equipped with anti-static draft shields and built-in ionizers or optional ionizing bars that neutralize static charges around the weighing chamber. These ionizers release balanced positive and negative ions that eliminate static buildup on the sample or container. Additionally, the weighing pan is often made from conductive stainless steel, and grounding mechanisms are incorporated to dissipate any residual charges. These features are essential in environments where humidity is low or sensitive analytical chemistry is being conducted, ensuring reliable and reproducible measurements.

2. What kind of user interface and display does it offer in its analytical balances?

It analytical balances are equipped with intuitive and user-friendly interfaces, typically featuring high-resolution or touchscreen displays. These interfaces allow easy navigation through multiple weighing modes, calibration functions, and system settings. Advanced models feature color displays, graphical icons, and touch-sensitive keys for enhanced usability, even when wearing gloves. The interface is often multilingual, and It includes guided calibration prompts, tare memory, and on-screen error messages to simplify operations. This thoughtful design makes It balances suitable not only for experienced professionals but also for students and new lab technicians who may be using precision equipment for the first time.

3. Are analytical balances compatible with Good Laboratory Practice () standards?

Yes, It analytical 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. How do analytical balances handle environmental fluctuations like temperature and vibrations?

Environmental conditions like air currents, vibrations, and temperature shifts can significantly impact analytical balance performance. To combat this, It incorporates environmental compensation algorithms and intelligent filtering systems into its balances. These systems detect and adjust for slight temperature variations or mechanical disturbances that could affect measurement stability. Additionally, It offers optional anti-vibration tables, calibration weight compartments, and temperature-stable enclosures to enhance reliability in fluctuating environments. This ensures that the balance delivers consistently accurate results even in high-traffic or temperature-variable lab settings, making it dependable for critical research and production applications.

5. What types of maintenance and calibration support does it provide for its analytical balances?

It emphasizes preventive maintenance and proper calibration for the long-term performance of its analytical balances. models come with automatic internal calibration systems, which use internal reference weights to self-adjust the balance without user intervention. For external calibration, It provides detailed manuals and certified calibration weights to support traceability. They also offer onsite calibration services, software tools for calibration logging, and reminders for scheduled recalibration. customer support can assist with troubleshooting, diagnostics, and replacement of consumables like dust covers or power adaptors. This comprehensive support system ensures users can maintain accuracy, prolong device lifespan, and meet industry compliance standards with confidence.