Impact Testing Machine HIT-8A & 8D Series

Digital Pendulum Impact Testing Machine

HIT-8A & 8D Series

Our Model HIT-8A Digital Pendulum Impact Testing Machine is designed for CHARPY, IZOD and IMPACT TENSION test. The pendulum is mounted on antifriction bearings. It has two starting positions, the upper one for Charpy the lower one for Izod testing. The test method conforms to IS:1757-1973 and IS: 1499-1977, and BS: 131 Part 2&3- 1972 IS: 1598-1977, BS: 131 Part 1-1972.

Our Digital Pendulum Impact Tester is designed for conducting CHARPY, IZOD and IMPACT TENSION test. The pendulum is mounted on antifriction bearings. It has two starting positions, the upper one for Charpy and the lower one for Izod testing. The test method conforms to IS:1757-1973, and IS: 1499-1977, and BS: 131 Part 2&3- 1972 IS: 1598-1977, BS: 131 Part 1- 1972.

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Description

Description

Impact Testing Machine – HIT-8A & 8D Series

Our Model HIT-8A Digital Pendulum Impact Testing Machine is designed for CHARPY, IZOD and IMPACT TENSION test. The pendulum is mounted on antifriction bearings. Digital Pendulum Impact Testing Machine has two starting positions, the upper one for Charpy the lower one for Izod testing. The test method conforms to IS:1757-1973 and IS: 1499-1977, and BS: 131 Part 2&3- 1972 IS: 1598-1977, BS: 131 Part 1-1972. Our Digital Pendulum Impact Tester is designed for conducting CHARPY, IZOD and IMPACT TENSION test. The pendulum is mounted on antifriction bearings. It has two starting positions, the upper one for Charpy and the lower one for Izod testing. The test method conforms to IS:1757-1973, and IS: 1499-1977, and BS: 131 Part 2&3- 1972 IS: 1598-1977, BS: 131 Part 1- 1972. Impact Testing Machine, also known as an impact tester or impact test machine, is a type of materials testing equipment used to evaluate the impact resistance and toughness of materials, particularly metals and alloys. The test measures how well a material can absorb energy and resist fracture or deformation under sudden and dynamic loading conditions.

The impact testing process simulates real-life scenarios where materials may experience sudden shocks or impacts, such as in industrial machinery, construction equipment, automotive components, and other structural applications. The data obtained from impact testing helps engineers and researchers understand a material’s behavior under dynamic loading and aids in material selection and quality control.

Key Features

  1. Digital Display and Control Panel: The machine is equipped with a digital display that shows relevant test parameters, such as impact force, energy absorbed, and test results. The control panel allows the operator to set test parameters, start/stop the test, and configure testing conditions.
  2. Load Cell or Force Transducer: A load cell or force transducer is integrated into the machine’s design to directly measure the impact force. This ensures accurate and real-time force readings during the impact test.
  3. Data Acquisition System: The machine includes a data acquisition system that captures and records the impact force-time curve during the test. This data can be later analyzed to derive various impact-related properties of the material.
  4. Automatic Pendulum Release: The digital machine is often equipped with an automatic pendulum release mechanism, ensuring consistent and repeatable test conditions.
  5. Computer Interface: Some advanced digital impact testing machines come with a computer interface that allows the test data to be directly transferred to a computer for further analysis and documentation.
  6. Safety Features: Safety mechanisms, such as protective enclosures and emergency stop buttons, are typically incorporated to ensure the operator’s safety during testing.

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