DYNO SERIES DYNO SERIES COMPRESSION AND TRACTION TESTS 10 N - 5 kN Automatic Bench Top Dynamometer for the following tests: Compression Traction Flexion Peeling Indentation This latest generation dynamometer is a solution specifically designed for: SPRING manufacturers and users. WIRE manufacturers and users. Force range: 10 N to 5 kN. Structure: single column. Via Maja 5 - 21051 Arcisate (VA) - Italy - Tel. + 39 0332 203626 - Fax +39 0332 206710 [email protected] - www.easydur.com

DYNO SERIES DYNO SERIES COMPRESSION AND TRACTION TESTS 10 N - 5 kN TECHNICAL TABLE DYNO UNIVERSAL Number of guide columns Number of ball screws Useful test height (without accessories) (mm) Min / Max test speed range (mm/min) Position control resolution Axial rigidity of the instrument (kn/mm) Force measurement precision Precision class Class 0.5 from 2% of the load cell capacity / Class 1 from 1% of the load cell capacity EN ISO 7500-1 Test speed accuracy Calculation resolution (e.g. in compression / traction) Data acquisition speed - internal Data acquisition speed - PC Controller / Cycle time...

DYNO SERIES DYNO SERIES COMPRESSION AND TRACTION TESTS 10 N - 5 kN Our customers have the option of fitting Dyno with one, two or three load cells (always installed). This makes it possible to extend the range of samples to be tested, (depending on the forces required), always operating with maximum accuracy and repeatability of results. The cells are protected against overload and have automatic axle release in the event of out-of-scale or unexpected impact, as well as integrated failure compensation. Depending on the type of test to be performed, the instrument can be equipped with different...

DYNO SERIES DYNO SERIES COMPRESSION AND TRACTION TESTS 10 N - 5 kN The DYNO series comes with the EASY-QS Universal Test Software, which enables all types of static and quasi-static (low-frequency cyclic) testing on compression and extension springs.. Go to a position and read the corresponding force. Go to a load and obtain the corresponding position. Stress cycles at low frequencies. Settlement. Holding of a position or load for the required time frame (Long-term creep). Pre-load for the detachment of the first loop of traction springs (FIP). Calculation of the rigidity of the spring - Calculation...