Universal Hardness Testers
FEATURES OF THE HARDNESS TESTER ADL-DU110:
- Dust and moisture resistant housing.
- The intuitive interface is organized according to the “PLUG AND PLAY” principle.
- The color display with adjustable backlight clearly shows measurements in bright sunlight and in low light.
- A notification is provided about the output of the measurement result beyond the established limits.
- A unique system of statistical data processing for the operational analysis of measurement results.
- Large memory capacity – allows you to enter and save more than 500 custom scales and view the history of all measurements taken after work is completed.
- Single point calibration function.
- Independent programming of additional scales.
- Saving all measurement results by date and time. View results in the form of tables and graphs for a detailed analysis of the obtained values.
- Stable operation in difficult climatic conditions.
Universal hardness tester ADL-DU110
The ADL-DU110 hardness tester combines two hardness measurement methods: ultrasonic and dynamic. This makes the device a versatile and effective solution for input, inter-operational and output quality control of materials.
Features of hardness tester ADL DU120 mini:
- The device housing is protected from dust and moisture.
- The intuitive device interface allows you to start working immediately after turning it on.
- The color display with adjustable backlight shows bright and clear measurement results even in low light conditions or bright sunlight.
- The device notifies the user when measurement results exceed set values.
- The unique statistical data processing system provides fast analysis of measurement results.
- One-point calibration function.
- The device can store up to 20 user-defined scales and the history of all measurements, as well as the date and time of the test.
- Reliable operation of the device in various climatic conditions.
- Shock-resistant housing, protection against accidental drops from a height of up to 1.5 meters.
Universal hardness tester ADL DU 120 Mini
Universal hardness tester designed for measuring the hardness of metallic products. The device uses two methods of hardness measurement – ultrasonic and dynamic.
Easy to use, versatile in capabilities, multifunctional in application, and reliable in operation!
ADL DU120 Mini is a universal hardness tester designed for measuring the hardness of metallic products. The device uses two methods of hardness measurement – ultrasonic and dynamic, making it efficient and universal for quality control of materials in various tasks, including input, interoperation, and output quality control of materials.
The hardness tester is suitable for measuring the hardness of carbon and structural steels, surface-hardened products, heat-resistant, corrosion-resistant, stainless steels, galvanic coatings, weld overlays, products with complex configurations, thin-walled, and compact products.
ADL DU120 Mini has a Leeb scale, as well as standard calibrations for measuring hardness by Rockwell, Vickers, Brinell, and Shore. Additional scales for different materials can also be added, including through the one-point calibration function. This significantly increases the measurement accuracy for specific materials and sets it apart from its counterparts.
ADL DU120 Mini also has the ability to store up to 20 user-defined scales and view the measurement history of the entire enterprise. The built-in automatic outlier value processing algorithm and control of specified ranges increase the accuracy and reliability of material hardness measurements.
DYNAMIC SENSOR
The dynamic sensor allows for the measurement of the hardness of solid objects with poorly prepared and coarse-grained surfaces. The G-type dynamic sensor is recommended for such objects, as it has low sensitivity to the curvature of the object and surface roughness.
Additionally, the device can be equipped with additional interchangeable sensors of various sizes, spring stiffness, and indenter hardness.
ULTRASONIC SENSOR
The ultrasonic sensor allows measuring the hardness of grooves, surfaces with small radius, hard-to-reach areas, complex-shaped products, and small parts.
It is ideal for measuring the hardness of mirror surfaces of shaft necks, blades, gear teeth, due to its small indenter footprint.