Product Overview

The HBS-62.5AT Touch Screen Digital Automatic Turret Low Load Brinell Hardness Tester utilizes an 8-inch touch screen and a high-speed ARM processor, offering intuitive display, user-friendly human-machine interaction, and simple operation. With fast computation speeds, extensive database storage, automatic data correction, and data trend report capabilities.

Product Features

1. The body is crafted from high-quality cast iron, single-cast, and treated with automotive paint for an aesthetically pleasing appearance.

2. Equipped with an automatic turret function, enabling automatic switching between the indenter and lens for added convenience.

3. Convenient control system enabling automatic unit conversion across all hardness scales.

4. Electronically closed-loop controls are used to apply the test force, achieving fully automated loading, holding, and unloading operations.

5. Allows for setting the maximum and minimum hardness values; emitting an alarm sound when the test value exceeds the set range.

6. Offers software hardness value correction, enabling direct correction of hardness values within a certain range.

7. Provides a database function that automatically groups and saves test data, capable of storing over 2000 data points.

8. Includes hardness value curve display functionality, visually demonstrating changes in hardness values.

9. Equipped with a wireless Bluetooth printer and supports data output through RS232 and optional USB interfaces.

10. Optional accessories include CCD image processing systems or video measurement devices.

11. Accuracy compliant with GB/T231.2, ISO 6506-2, and ASTM E10 standards.

Applications

1. Used for determining the Brinell hardness of ferrous metals, non-ferrous metals, and bearing alloy materials.

2.Broad application range, particularly suitable for soft metal materials and Brinell hardness testing of small components.

Technical Specifications

Standard Configuration Of Accessories

The above is the standard configuration. Actual products are subject to physical objects.