We are presenting a huge array of Brinell Hardness Tester. It is applied to a tungsten carbide ball of fixed diameter. This tester creates an impression on the test metal piece. Brinell Hardness Tester is manufactured under the vigilance of skilled experts who are master in this field. It is mostly utilized to determine the hardness materials. It measures the effect on its surface. It can be customized in a various configurations given by clients.
Product Details
MODEL | UNIT | UMI-3000 H |
Loads | | 500 to 3000 in stages of 250 |
Initial Load | kgf | 250 |
Max. test height | mm | 110 |
Depth of Throat | mm | 200 |
Max. depth of elevating screw below base | mm | 180 |
Size of base | mm | 370x670 |
Machine Height | mm | 1127 |
Net Weight (Approx) | Kg | 450 |
Drive Motor | HP | 0.33-415v/p |
Precision and Versatility for Hardness TestingThis Brinell Hardness Tester combines rugged construction with high-accuracy measurements to support a wide range of metals. Its adjustable test speed, dwell time, and interchangeable ball sizes allow it to adapt to diverse testing protocols. The analog display provides quick, precise hardness readings, while overload protection safeguards against operator error.
Intuitive Operation and Reliable ResultsDesigned for ease of use, this machine offers both manual and semi-automatic control modes. The adjustable dwell time (1015 seconds) helps ensure standardized test procedures, while the included Brinell microscope enables clear indentation measurement. The test width of 200 mm and stroke of 150 mm make it suitable for various specimen sizes.
Comprehensive Accessories and SafetyEvery unit comes with a Brinell microscope, standard test block, calibration weights, and an instruction manual. The powder-coated, cast iron body ensures durability, and built-in overload protection enhances operational safety. With a mounting type suitable for any laboratory bench, it integrates seamlessly into quality and process control workflows.
FAQs of Brinell Hardness Tester:
Q: How does the Brinell Hardness Tester operate?
A: The machine applies a specific load (5003000 kgf) to a metal specimen using a hardened steel ball indenter. After maintaining the load for a set dwell time (1015 seconds), the diameter of the indentation is measured with the included microscope. Hardness is then determined using these values and displayed on an analog scale.
Q: What types of specimens and metals can be tested?
A: This tester is designed for hardness measurement of a wide range of metals, accommodating specimens up to 225 mm high and test widths up to 200 mm. It is suitable for metallurgical, foundry, quality control, and laboratory uses, supporting hardness ranges from 5 to 650 HBW.
Q: When is it beneficial to choose a semi-automatic control mode?
A: Semi-automatic mode is ideal for repeatable, higher-throughput testing, as it minimizes operator intervention and increases consistency. This is especially advantageous in quality control or production environments where uniform procedures are critical.
Q: Where can I use this hardness tester effectively?
A: This Brinell Hardness Tester is optimized for installation on laboratory benches in industrial, metallurgical, foundry, and research settings. Its rugged build and bench-mounted design make it suitable for heavy-duty and long-term use in professional environments.
Q: What is the process for conducting a Brinell hardness test using this machine?
A: First, select and install the appropriate indenter ball and load weights. Place the specimen on the anvil, set the desired dwell time, and apply the load manually or semi-automatically. After the dwell time, use the included microscope to measure the indentation and determine the hardness value.
Q: How does overload protection enhance machine safety?
A: Overload protection prevents excessive force from being applied, safeguarding both the indenter and the specimen. This feature ensures accurate measurements, protects the operator, and prolongs the life of the machine.
Q: What are the main benefits of using this Brinell Hardness Tester?
A: Key benefits include accurate and repeatable measurements, robust powder-coated construction, versatile control modes, extensive accessory support, and enhanced operational safety, making it a dependable choice for hardness testing in industrial and laboratory settings.