Ray-Ran Advanced Pendulum Impact System

Pendulum Impact Tester

The Pendulum Impact Tester utilizes advanced microprocessor technology to determine the energy required to break or rupture specimens such as plastics, composites, and ceramics to international test standards for Izod, Charpy, and Tension Impact Testing. Along with Pipe Testing, Component Testing, and Puncture Impact testing, the Ray-Ran Advanced Pendulum Impact System supports a wide range of impact testing applications.

The system is verified in line with ISO 13802, the international standard for pendulum impact-testing machines.

Designed for plastics manufacturers, material developers, research institutions, component manufacturers, automotive component suppliers, and quality control laboratories, the Pendulum Impact Tester helps evaluate the impact resistance and durability of materials before they are used in real-world applications.

Built with operator simplicity in mind, its ease of operation and high accuracy make it ideal for product development and quality control within production, research and development labs, and teaching institutions. The apparatus is extremely versatile. Impact velocities are variable from 1.5 m/s up to 3.8 m/s, and combined with highly accurate variable weight hammers which are electronically released by a solenoid, impact energy ranges up to 50 joules can be reached. This enables testing teams to generate reliable impact performance data, helping support material selection, product development, and quality assurance decisions.

At the start of each batch of tests, a simple calibration of the apparatus is conducted for bearing resistance and windage, and after each test sample has been tested, the results are displayed on the LCD, giving the impact energy in kJ/m and kJ/m². Batch statistics of mean, standard deviation, and coefficient of variation are automatically updated after each test, and results are shown in graphical and tabular format for analysis when downloaded to the supplied Techni-Test PC software. For quality control purposes, High and Low limits can be defined when test results are downloaded, showing the user instantly if the material is a pass or fail. This helps laboratories identify material variation more quickly and maintain consistent product quality standards.

Testing methods available:

Izod Test

Notched or Un-notched specimens can be tested using the Izod method. Complies with International Test Standards ASTM D256, ASTM D4812, and ISO 180. Impact hammer energies are available from 0.5J up to 25J. Supports reliable impact testing of plastics and other materials used in manufacturing and product development environments.

Charpy Test

Complies with international test standards ISO 179, ASTM D256, and ASTM D6110. The system is also compatible with the superseded standards DIN 53453, DIN 53753, and BS 7413. Impact hammer energies are available from 0.5 J up to 50 J.

Tension Impact

Complies to International Test Standard ISO 8256 Method A. Impact hammer energies are available from 0.5 J up to 50 J.

Pipe Testing

Sample diameters up to 25 mm can be tested with hammer energies of 7.5 – 15 J. The test specimen is supported as a horizontal beam similar to Charpy test conditions and complies with International Test Standards ISO 7628 and ISO 9854. Ideal for manufacturers evaluating the durability and impact resistance of pipe materials and components.

Component Test

The component test examines the influences of both the design and the manufacturing processes of a component by measuring the impact energy in joules required to break a complete or part of a section of a finished component. If a component has a critical cross-sectional area that needs to be tested, then by entering this area into the microprocessor, the energy in kJ/m² can be obtained. The apparatus is supplied as standard with Ray-Ran’s Techni-Test Windows-based PC software. Test results can be printed directly from the Techni-Test software or saved and exported as CSV files, which can be opened with Microsoft Excel.

This allows manufacturers to assess the real-world impact performance of finished products and critical components before they reach customers.

Optional Ancillaries:

• Izod Vice
• Charpy Rest
• Tension Impact Rest (Specimen in bed method)
• Puncture Impact Fixture
• Pipe Rest
• Component fixture to customer requirements
• Variable weight impact hammers up to 50 joules
• Thermal printer
• Full safety enclosure
• Low-temperature chamber

What happens after you enquire

When you enquire about the Ray-Ran Advanced Pendulum Impact System, our specialists will work with you to understand your materials, testing requirements, applicable standards and laboratory setup. We can recommend the most suitable configuration, impact energy range and optional accessories, as well as provide delivery timelines and support installation planning.

Industrial Physics can also assist with setup guidance and onboarding, helping ensure your impact testing process is implemented smoothly and delivering reliable results from day one.

Service, and ongoing support

When you choose the Ray-Ran Advanced Pendulum Impact System, you gain access to Industrial Physics’ global service and support network. Our teams can assist with calibration, preventative maintenance, spare parts and technical support to help maintain accurate and reliable testing performance throughout the lifetime of your equipment.

We also provide operator training and ongoing application support, helping your team maintain consistent testing procedures and get the most from your investment.