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Model IT542 Pendulum Impact Tester from Tinius Olsen is a high energy impact testing machine designed for fulfilling the requirements of ASTM E 23 and ISO 148 standards. The standard configuration of the machine features a motorized pendulum return, digital display and electric brake. Optional equipment available includes CE compliant machine enclosure, lateral expansion gage, low blow pendulum release, and instrumented impact system for full-sized and miniature specimens. All such tests are designed and implemented by Tinius Olsen in accordance with key international testing standards including ISO, ASTM, EN and other industrial standards. Tinius Olsen has been manufacturing, servicing and calibrating testing equipment of the highest quality since 1880. Tinius Olsen combines the highest level of customer support with a complete range of field service and calibration options to help assure you years of successful testing equipment performance. At Tinius Olsen we are building on over 121 years of materials testing experience, one satisfied customer at a time. All testing hardware is fully complemented by Tinius Olsen developed software that turns your hardware into a sophisticated quality analysis system.
The 1kN (200 lbf) H1kS incorporates the latest advanced technology and quality engineering to give you the ultimate in durability, convenience, accuracy and ease of use.
The 1kN (200 lbf) H1kT builds on the technology and quality engineering used in the S Series to give you the ultimate in durability, convenience, accuracy and ease of use.
The 5kN (1,000 lbf) single column H5kS incorporates the latest advanced technology and quality engineering to give you the ultimate in durability, convenience, accuracy and ease of use.
The 5kN (1,000 lbf) single column H5kT builds on the technology and quality engineering used in the S Series to give you the ultimate in durability, convenience, accuracy and ease of use.
The 10kN (2000 lbf) two column H1kS incorporates the latest advanced technology and quality engineering to give you the ultimate in durability, convenience, accuracy and ease of use. The 10kN (2,000 lbf) dual column H10kT builds on the technology and quality engineering used in the S Series to give you the ultimate in durability, convenience, accuracy and ease of use.
The 25kN (5,000 lbf) dual column H25kS incorporates the latest advanced technology and quality engineering to give you the ultimate in durability, convenience, accuracy and ease of use. The 25kN (5,000 lbf) dual column H25kT builds on the technology and quality engineering used in the S Series to give you the ultimate in durability, convenience, accuracy and ease of use.
The 50kN (10,000 lbf) dual column H50kS incorporates the latest advanced technology and quality engineering to give you the ultimate in durability, convenience, accuracy and ease of use. The 50kN (10,000 lbf) dual column H50kT builds on the technology and quality engineering used in the S Series to give you the ultimate in durability, convenience, accuracy and ease of use. The 75kN (15,000 lbf) dual column H75kS incorporates the latest advanced technology and quality engineering to give you the ultimate in durability, convenience, accuracy and ease of use. Impact Systems - Models IT406 and IT542 Pendulum Impact TestersTinius Olsen manufactures a range of different pendulum impact testers that can be easily changed from a Charpy configuration to an Izod configuration.
Highly accurate and easy to use way to determine actual energy needed to initiate fracture of plastic and metallic material. Tinius Olsen’s pendulum impact testers are versatile and reliable machines designed to fully comply with the specifications outlined in ASTM E23, EN10045-2 and ISO 148. Digital Display, Motorized Return, "Low Blow" Fixture, Lateral Expansion Gage, Electrical Brake, Instrumented Impact System for full-sized and miniature specimens. A safety lock holds the pendulum in its raised position and assures a vibration-free release when activated. The superior design and construction of the model IT406 ensures maximum testing accuracy and repeatability.
Direct indication of the energy absorbed by the broken sample is given by a mechanical pointer on a graduated scale.
Tinius Olsen offers a number of options to make the operation of the impact tester easier—from a simple electric brake to stop the swinging pendulum, to an automatic motorized return, eliminating the need for any operator involvement other than releasing the pendulum. Tinius Olsen can also supply a higher capacity model, the Model IT 542, which shares all the same features as the IT 406 except that it has an available energy of 542J (400 ft.lbf). Machines with a digital display can be linked to a stand alone PC with an RS232 port and connected to Tinius Olsen’s impact testing software. The model IT 504 continues to set the industry standard for accuracy, versatility, ease of operation, and display of information with high resolution.


As with the model IT 503, Izod and Charpy impact fixtures can be easily added and removed via the T-slotted block, making the IT 504 one of the most versatile machines available. The new model IT 503 plastics impact tester, together with the model 92T, continues to set the industry standard for versatility, ease of operation, and display of information with high resolution. These machines are capable of determining the impact strength using either a Charpy or Izod configuration, without changing the pendulum. The aerodynamically designed compound pendulum provides maximum rigidity in the direction of the impact and virtually eliminates any windage losses.
The energy absorbed in breaking the specimen can be configured in SI, metric, or English units and is determined by an optical encoder mounted on the shaft of the machine and is based on the latched height of the hammer (relative to the zero potential energy point), the maximum post-impact height of the hammer, and the frictional losses of the machine.
To make impact testing on plastics easier and more flexible, the machines can be connected to a pc running Tinius Olsen’s impact software.
Tinius Olsen manufactures Impact Specimen Notchers that can be easily changed from a Charpy configuration to an Izod configuration. The Tinius Olsen Model 899 Impact Specimen Notcher for Plastics is designed to machine a notch in a plastic specimen in accordance with ISO 179, ISO 180, ASTM D256 and ASTM 6110. Prior to performing tests, the specimens must be notched in order to create a stress riser and to predict the point of fracture. The Model 899 Specimen Notcher features an air cooling system that directs air flow at the cutting area to reduce the risk of thermal degradation of the specimens.
Routine operation of the Model 899 Impact Specimen Notcher is automated and requires minimal operator supervision. After the notching process is completed, the notch depth can be verified by using the Model 799 Notch Depth Verification Device.
The versatile and reliable equipment with a maximum capacity of 542 J (400 ft.lbf) is considered as the industry standard for Charpy and Izod impact testing.
All testing hardware is fully supported by Tinius Olsen’s software that transforms the hardware into an advanced quality analysis system. Our machines are designed for use in Research and Quality Control to measure material’s strength and performance. For more information please select the material you wish to test from an Applications tab or select a Product tab to view our extensive equipment range.
In fact, many of the Tinius Olsen machines that were built in the early part of this century are still in operation. We understand that the reliability of your product depends not only on the testing equipment that you purchase, but also on the quality and commitment of the support that stands behind that equipment. Be sure to examine the software products to determine which package is right for your application. Powerful as a stand alone unit, the H1kS has capabilities that are enhanced by direct connection to a printer to produce a high resolution graph and comprehensive test report. Powerful as a stand alone unit, the H5kS has capabilities that are enhanced by direct connection to a printer to produce a high resolution graph and comprehensive test report.
Powerful as a stand alone unit, the H10kS has capabilities that are enhanced by direct connection to a printer to produce a high resolution graph and comprehensive test report. Powerful as a stand alone unit, the H25kS has capabilities that are enhanced by direct connection to a printer to produce a high resolution graph and comprehensive test report. Powerful as a stand alone unit, the H50kS has capabilities that are enhanced by direct connection to a printer to produce a high resolution graph and comprehensive test report. Powerful as a stand alone unit, the H75kS has capabilities that are enhanced by direct connection to a printer to produce a high resolution graph and comprehensive test report. These testers come in a couple of capacities and are designed primarily for either plastics or metals impact testing. Tinius Olsen's Instrumented Charpy Impact System innovative design features a high-speed system response that can accurately capture high-speed events such as the inertial rise during initial impact and brittle fracture. Today, the Model IT406 and the Model IT542 are widely recognized as the standards of the industry for impact testing.
Easy insertion of interchangeable striking bits in the pendulum head quickly adapts the machine for either Charpy or Izod testing. When the machine is properly installed and leveled, the total frictional and windage losses during the pendulum swing are guaranteed not to exceed 0.5% of the energy range.


The digital display is included in this last option and provides the trigger to energize the motor, which stops the swinging pendulum at the optimal position and returns it to the latched starting point. For high traffic areas, Tinius Olsen can supply a complete enclosure for the machine so that the swinging hammer and broken specimens do not pose any concerns. The IT 542 is also supplied complete with the electric brake, motorized return, and digital display. Pick and choose optional fixtures and weights to meet the testing requirements of your material. The user attaches the appropriate striking tup on the pendulum and the specimen clamp or anvils in the base of the unit, to test plastics in accordance with ASTM D256 (Izod impact), ISO 179 (Charpy impact), ISO 180 (Izod impact), ASTM D6110 (Charpy Impact), ASTM D4812 (Unnotched Cantilever Beam Impact), ASTM D4508 (Chip Impact), ASTM D950 (Adhesive Bond Impact), and other similar standards. Energies of less than 0.03% of the pendulum capacity can be resolved and this resolution is vastly superior to dial type displays and other currently available displays. This provides a convenient and reliable means for releasing the pendulum from a lower than usual height, allowing testing at lower impact velocities and energy levels.
A clear safety cover over the cutting area protects the operator, while doubling as an attachment for a vacuum system (not supplied) to remove chips from the cutting area. After samples are loaded, the operator initiates the automatic notching cycle by simply pressing a button. Using Tinius Olsen equipment it is possible to perform such tests on raw materials such as metals, polymers, textiles, rubbers, adhesives, food as well finished components. To achieve this record of reliability, you need a quality-built product, proper preventive maintenance and a trained field support staff committed to maximizing your equipment's performance and longevity. Tinius Olsen is proud to announce that we are A2LA accredited in the USA and UKAS accredited in the UK. The H1kS has a robust control unit with a backlit LCD display that can be positioned for optimum visibility.
We are able to reduce the cost of the machine by eliminating the display of the S Series and talking directly to a pc running out testing software. The H5kS has a robust control unit with a backlit LCD display that can be positioned for optimum visibility. The H10kS has a robust control unit with a backlit LCD display that can be positioned for optimum visibility. The H25kS has a robust control unit with a backlit LCD display that can be positioned for optimum visibility. The H50kS has a robust control unit with a backlit LCD display that can be positioned for optimum visibility.
The H75kS has a robust control unit with a backlit LCD display that can be positioned for optimum visibility. A notch on the rear of the pendulum head allows optional tooling to be fitted for performing tension impact tests.
For ease of use, a digital display can be fitted to the machine to provide more results on the test. The time from pendulum release to return can be as little as 10 seconds, which means that over 400 tests per day can be made with minimal effort. The enclosure is completely interlocked so that the machine cannot operate unless all the guards are in place. Additionally, the model IT 503 is supplied with all necessary safety shielding to protect the operator and bystanders from the broken samples. We are able to verify not only our equipment, but also a variety of other manufacturers' tensile, compression, impact, and hardness equipment which translates into one source for all your certification needs. Test parameters are set through this console and a real time graph is displayed on the screen during the test. There is no need to enter large correction factors (measured force multipliers) to bring the integrated energy into agreement with the total absorbed energy as measured by the digital indicating system. Overall operational safety and testing efficiency is greatly increased by the elimination of optical triggers.



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