Fatigue testing - Import export

The system is a self-sufficient unit and is made of a solid welded frame, contains media preparation, a hydraulic unit, and electrical engineering. The pressure test bench has a secure test chamber for burst pressure and hydrostatic pressure tests and, optionally, a climatic chamber for pressure tests with environmental simulation. Depending on the option selected, pressure change tests up to 2,000 bar and 10 Hz can be generated. With the test circuit for hydrostatic and burst pressure tests, pressure ramps up to 3,000 bar can be generated. It is operated on a support arm PC. For pressure tests according to EG79 / EU406 – Section 4.2 Pressure booster for additional supply Displacement volume max. 15cm³ Frequency up to 10Hz Pressure Load Changes as sine & trapezoidal curve (depending on the expansion volume) Impulse intensifier for small volumes up to 2,000bar Safety test chamber with automatic door Media treatment with dirt and clean tank

The TT300-3 torsion tester is designed to perform dynamic torsion stress tests with passports, e-passports, and ID-3 inlays. The purpose of this test is to determine any adverse mechanical or functional effects in the machine readable passport arising from torsional fatigue. The test system enables to twist the passports along the long axis and to test up to 8 passports simultaneously. This method accelerates fatigue due to imposed torsion, especially in the area of the antenna and associated connections if present. The TT100-3 torsion test system is perfect for quality assurance in passport production and for passport testing in laboratories. It is helpful to ensure that the passport booklet quality meets the requirements of the ICAO. A long-lasting high quality is essential for governmental documents. Make sure your passports fulfil the requirements for global interoperability. Perfect for e-passport quality control and quality assurance in production Follows the...

The BT310-3 bending tester is designed to perform dynamic bending stress tests with passports, e-passports, and ID-3 inlays. The purpose of this test is to determine the bending fatigue resistance of the passport booklet to fully reversed loading. The test system enables to bend the passport along the short axis or the long axis. Up to 6 passports can be processed simultaneously. This method differs from the back pocket stress method by avoiding directly applied pressure. It accelerates fatigue due to imposed bending, especially in the area of the antenna and associated connections if present. The BT310-3 bending test system is perfect for quality assurance in passport production and for passport testing in laboratories. It is helpful to ensure that the passport booklet quality meets the requirements of the ICAO. A long-lasting high quality is essential for governmental documents. Make sure your passports fulfil the requirements for global interoperability. Perfect for...

Due to their design, Vibrophores have been used in the past solely as dynamic materials testing machines to determine durability with regard to fatigue life and fatigue limit, for example for fatigue testing to DIN 50100 (S-N curve) under tensile, compression, pulsating and alternating loads. The new generation of ZwickRoell Vibrophores can be used as both dynamic and full-fledged static materials testing machines that accommodate test loads up to 1000 kN. Typical applications are material fatigue tests and durability tests on standardized specimens and components (for example, piston rods, crankshafts, and screws) and production and quality control of components exposed to dynamic loads during their service lives, such as concrete and reinforcing steel, as well as quasi-static tensile and compression tests and fracture mechanics tests on CT and SEB specimens.

The HB Servo-Hydraulic Testing Machine is specifically designed to provide an excellent quality performance and functionality. It is a high quality device which is built with a testing actuator mounter on top of the cross head. The superior quality apparatus is considered as a very versatile device to be used especially in conjunction with the T-slotted platform which allows flexure tests and component testing in addition to several fatigue tests. It is also available in a wide a range of versions for test loads from 50 to 2500 kN. The standard testing actuator stroke of 100, 250 or 400 mm. It can be supplied for 210 or 280 bar system pressure. The test frame features extremely high stiffness and natural resonance. Advantages and features • testing actuator mounted on upper crosshead • hydraulic clamping and adjustment for easy positioning of upper crosshead • comprehensive range of accessories, including hydraulic grips, compression platens, flexure test kit etc.

Hitachi High-Technologiees Europe GmbH is very pleased to introduce different types of Power Diodes for Automotive application. Alternator diodes and High Voltage Diodes are characterized by significantly improved quality. Alternator diodes: Quality improvement High Endurance Level: Twice better Life Time verified in Thermal Fatigue Test (vs. competitor) High Reliability: Operating Temperature -40°C to 225 °C Variety of Line up: ZSM35C22/R: Operating Junction Temperature: -40°C to 225 °C; Storage Temperature: -40°C to 225 °C; Average Forward Current:35A; Surge (Non-Repetitive) Reverse Current: 30A; Peak Forward Voltage: 1,3V; Peak Reverse Current: 0,8uA; Zener Voltage: 20-24V ZSM50C22/R: Operating Junction Temperature: -40°C to 225 °C; Storage Temperature: -40°C to 225 °C; Average Forward Current:50A; Surge (Non-Repetitive) Reverse Current: 55A; Peak Forward Voltage: 1,2V; Peak Reverse Current: 0,8uA; Zener Voltage: 20-24V ZSM70A22/R: Operating Junction Temperature:

The Kappa creep testing machine is a flexible and highly-precised creep testing machine used for maximum cost-effectiveness. It is fully equipped with a test frame having four steel columns for high lateral and axial stiffness. It is powered by top-quality components that includes testXpert® II testing software and test control measurement and control devices. It has attained success due to its successful installations worldwide. It features an intelligent sensor technology which recognizes and calibrates all the sensors that are connected including their projected force limits and environments. It generally focuses on the most essential requirements of creep testing which include load, temperature, strain and data security.