Instron 8803 is a multifunctional electro-hydraulic servo fatigue testing system with a load of 500 kN, which can be used to perform dynamic or static tests.
8803 can provide a comprehensive solution for the testing of advanced materials and components, especially those related to fatigue and fracture mechanics analysis.
The base design of 8803 can be equipped with various accessories including T-shaped slots, making it suitable for laboratories with different requirements.
Features and advantages:
Bidirectional action electro-hydraulic servo actuator cylinder, load range of ± 500 kN (± 110 kip), high stiffness precision centering double column frame, actuator cylinder located at the lower base, suitable for dynamic or static testing of various materials and components
Choose the appropriate hydraulic configuration and dynamic response based on the application
Provide ultra-high rack options for ultra long loading chain testing
Adjustable crossbeam, equipped with hydraulic lifting and locking devices for easy adjustment of effective stroke with a maximum spacing of 250 mm (9.8 in), patented Dynacell 1 ™ Load sensor technology can accelerate testing progress and reduce inertial errors
Compact desktop electro-hydraulic servo fatigue testing system - with a frame area of less than 1.6 m2 (16.6 ft2), the static pressure bearing actuator cylinder has high lateral force resistance and is used for critical applications such as low cycle fatigue
Design compatible with a range of fixtures, fixtures, environmental chambers, video extensometers, protective covers, and other accessories for use with the 3520 series hydraulic power source
Controller and software:
The Instron 8803 is equipped with a digital 8800MT controller that provides comprehensive system control, including automatic loop adjustment, amplitude control, sample protection, 19 bit resolution for a full range of sensors, and adaptive control technology. It also supports WaveMatrix ™ Dynamic testing software Bluehill ® Static testing software and other specialized software, such as low cycle fatigue or fracture mechanics software packages.