Auto Lifting Full Rockwell Scales Hardness Tester Auto-HRSA-150S with Touch Screen Controller

Auto Lifting Full Rockwell Scales Hardness Tester Auto-HRSA-150S with Touch Screen Controller

Technical Data Download: iqualitrol Rockwell Tester Auto-HRSA-150S

1. Product Overview

This iqualitrol Auto-HRSA-150S Rockwell hardness tester can be used to test hard metals and alloys, non-ferrous metals, alloy steel, tool steel, quenched steel, thin plates, stainless steel, cast iron, powder metallurgy, copper and copper alloys, aluminum and aluminum alloys, hard plastics, etc.

iqualitrol Auto-HRSA-150S adopts a high-definition 8-inch touch screen, which is highly integrated with light, electricity and machinery. It is equipped with five indenters required for Rockwell hardness, which can realize the measurement of all Rockwell scales.

This hardness tester uses precision steppers motor automatically loading, dwell and unloading the test force. The measured hardness value is automatically calculated by software system and displayed on screen.

Data curve can also be automatically generated for each set of test data. This machine is also equipped with a built-in printer, RS232 interface, network port and USB interface, which greatly facilitates user operations such as printing and exporting test data. The touch screen with human-computer interaction interface has a simple and beautiful layout, and the icons are concise and easy to understand.

The required test parameters such as indenter, test force, test force holding time, etc. can be quickly set, making the machine have good reliability, operability and repeatability. It is an ideal product for users to conduct Rockwell hardness testing.

Technical Specifications:

2. Product advantages

2.1. One-click test: By one click, the workbench will automatically rise to the appropriate position and start automatic testing. After the test is completed, the workbench will automatically drop a preset distance (the drop distance can be customized), which can quickly change points and improve test efficiency. and success rate.

2.2. Two ways of lifting the workbench: The lifting methods of the workbench are divided into handwheel lifting and electric lifting. The workbench is raised and lowered by directly turning the handwheel (handwheel lifting); the workbench is raised and lowered indirectly by turning the knob (electrical lifting).

2.3. Continuously variable speed lifting workbench: Turn the knob on the machine side to manually control the lifting and lowering of the workbench. The greater the rotation angle of the knob, the faster the workbench lifting speed, achieving infinitely variable speed lifting of the workbench (the knob can be set to control the lifting of the workbench).

2.4. Set the hardness test range: Set the upper and lower limits of the test according to the workpiece hardness compliance requirements. The test results can more intuitively determine whether the workpiece hardness is qualified (black hardness values are displayed as qualified, red hardness values are displayed as unqualified)

2.5. Loading process time monitoring: When the test workpiece is not placed or the start button is accidentally touched, empty loading times out and automatically stops loading to protect the equipment from damage.

2.6. Initial test force progress indicator bar: During manual operation, when the workpiece contacts the indenter, the screen immediately displays the initial test force progress bar, which can avoid excessive application of the initial test force and produce test errors.

2.7. Three hardness conversion standards: There are three built-in hardness conversion standards, namely: national standard, European standard, and American standard. Select the required conversion standard and scale, and the hardness converted value and test results will be displayed at the same time.

2.8. Multi-point test data analysis: The test interface displays multi-point test analysis results in real time, such as the number of tests, the highest and lowest values of this group of tests, the average value and the standard deviation, which can make the hardness test more accurate and test more efficient.

2.9. Multi-point test line chart: The test interface displays multi-point test line lines in real time, and the hardness range can be set to facilitate judgment of the hardness exceeding the limit point; during multi-point testing without setting upper and lower limits, the ordinate automatically adjusts the value. Make polyline dynamics clearer.

2.10. The hardness tester can be connected to the Internet: The hardness tester can be connected to the cloud server through Ethernet to realize remote sharing of hardness test data. It can be used for historical data tracing, timely discovery of hardness defects, and correction of production and manufacturing processes.

2.11. Real-time and historical data upload: Test data can be uploaded to a mobile phone via Bluetooth or to a computer via a network cable. To upload data, you can choose to upload each test point, or you can choose to upload each test group.

2.12. Test data printing: The test data can be printed through the body printer or Bluetooth printer.