Electronic Balance EB2046

Introduction

Electronic Balance ensures precise and accurate weighing across various applications with 3000g capacity. It features a durable load cell sensor that provides consistent performance over time. Designed with advanced stabilization technology for optimal reliability in all conditions. Our Electronic Balance provides seamless operation and convenience with its ergonomic layout.

Applications

Electronic Balance is utilized in laboratories, production facilities, and quality control processes, providing precise and reliable measurements for weighing materials, components, and products.

Specifications

Capacity	3000g
Readability	0.1g
Minimum Weight	0.2g
Pan Dimensions	Stainless Steel (125 × 163mm)
Display	LED
Measurement Units	g, ct, oz
Linearity	±0.05
Repeatability	±0.05
Stable Time	3S
Calibration Mode	External Calibration
Interfaces	RS232C
Power Supply	AC/DC
Packing Dimensions	30.5 × 25 × 11
Weight	2Kg

Features

Compact and efficient design.

Quick calibration for easy maintenance.

High-contrast display.

Flexible dual power options.

Advanced overload protection.

FAQs

1. What are Electronic Balances used for?

Electronic Balances are used for fast and accurate weighing in laboratory, research, and industrial applications.

2. How quickly do Electronic Balances provide results?

Electronic Balances deliver accurate weighing results within seconds to support efficient workflows.

3. What weighing unit options are available in Electronic Balances?

Electronic Balances support multiple weighing units to meet diverse measurement requirements.

4. How do Electronic Balances ensure precise measurements?

Electronic Balances include automatic tare adjustment for accurate net weight readings.

5. What safety features are included in Electronic Balances?

Electronic Balances are equipped with overload protection to prevent damage during operation.

6. Where are Electronic Balances commonly used?

Electronic Balances are commonly used in laboratories, research facilities, and industrial environments.