KERN Analytical balance ABP 300-4M

KERN Analytical Balance ABP 300-4M

Product Overview

The KERN ABP 300-4M is a high-precision analytical balance designed for laboratory and industrial applications requiring exceptional measurement accuracy. With a maximum capacity of 320g and readability of 0.0001g, this balance delivers reliable results for sensitive weighing tasks in research, quality control, and production environments.

Key Features

1. Ultra-fine resolution with 0.0001g readability for precise measurements

2. Fast stabilization time of just 2 seconds for efficient workflow

3. Multiple weighing units including grams, milligrams, and carats

4. Robust construction with glass draft shield and stainless steel weighing plate

5. Flexible calibration options with automatic internal and manual adjustment

6. Comprehensive connectivity through RS-232, USB-Host/Master, and USB-Device interfaces

Applications

1. Pharmaceutical research and drug formulation

2. Jewelry manufacturing and gemstone analysis

3. Quality assurance in chemical production

4. Scientific research and development

5. Forensic analysis and evidence handling

6. Academic laboratory experiments and education

Technical Specifications

1. Weighing Capacity: 320g maximum

2. Readability: 0.0001g

3. Verification Scale Interval: 0.001g

4. Minimum Weight: 0.01g

5. Linearity: ±0.0003g

6. Reproducibility: 0.00015g

7. Stabilization Time: ≤2 seconds

8. Weighing Units: g, mg, ct

9. Operating Temperature: 10°C to 30°C

10. Weighing Surface: 91mm diameter stainless steel

11. Housing: Cast aluminum and plastic construction

12. Dimensions: 220×370×350mm (W×D×H)

13. Net Weight: Approximately 8kg

Compliance and Quality

The ABP 300-4M meets international standards for analytical balances and offers factory-verified conformity assessment. Its precision engineering ensures consistent performance in controlled laboratory environments, making it a reliable choice for critical weighing applications. The balance combines advanced weighing technology with user-friendly operation for optimal results in demanding scientific and industrial settings.