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Fatigue testing machine H.6 series
automaticmaterialservo-hydraulic

fatigue testing machine
fatigue testing machine
fatigue testing machine
fatigue testing machine
fatigue testing machine
fatigue testing machine
fatigue testing machine
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Characteristics

Test type
fatigue
Operating mode
automatic
Test material
material
Technology
servo-hydraulic, dynamic
Configuration
horizontal, modular

Description

Horizontal dynamic testing machines series H. 6 in tensile design up to 10MN are designed for mechanical testing of high-strength materials in dynamic mode with freely adjustable clamping length of the working space. This range of machines is characterized by high frame rigidity and mechanical resistance. The H.6 series machines are designed for testing construction ropes, high-strength chains, etc. The range of a given machine depends on the dynamic stroke and frequency. A specific test set is derived from these parameters, which consists of a test frame, a servo-hydraulic cylinder and a hydraulic unit of the HAD series with HALT 18 – SIEMENS diagnostics. • Robust horizontal four-column design with high rigidity, mechanical resistance and durability. • The ergonomics of the workspace and the sufficient width of the workspace allow for trouble-free handling of samples and accessories. • Integrated servo cylinder in the machine base for pressures of 210 or 280 bar. • Test control by proportional or servo valve with the possibility of control in the power and position loop. • Complete test evaluation and control is provided by Test & Motion material testing software – DYNPACK. • Load cells working in the accuracy class according to EN ISO 7500-1, ASTM E4 with the possibility of linearization. • Powerful compact hydraulic units of the HAD series with low noise level thanks to the PAC system.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.