acceleration impact testing machine

acceleration impact testing machine is a device that can be applied to the safety test of lithium-ion batteries and battery packs, which can realize the simulation test of the performance, functional reliability and structural integrity of the battery after the impact environment. The device design can simulate the peak acceleration of 1500G descent acceleration. Hydraulic lifting system provides higher lifting stability. Pneumatic brake brake system, strong friction lock brake to prevent secondary impact. The equipment has the necessary analytical capabilities in many experiments, such as shock wave transient capture, shock response spectrum analysis, and force deformation analysis. The equipment has good stability, excellent safety, simple operation, and can be widely used in aviation, aerospace, shipbuilding, military, electronics, electrical appliances, batteries, plastics, vehicles, metals and other industries.

Product Model: CY-TE918-25

Equipment size: L720mm×W680mm×H2380mm

Weight: 1200Kg

The CY-TE918-25 acceleration impact testing machine is a device that can be applied to the safety test of lithium-ion batteries and battery packs, which can realize the simulation test of the performance, functional reliability and structural integrity of the battery after the impact environment. The device design can simulate the peak acceleration of 1500G descent acceleration. Hydraulic lifting system provides higher lifting stability. Pneumatic brake brake system, strong friction lock brake to prevent secondary impact. The equipment has the necessary analytical capabilities in many experiments, such as shock wave transient capture, shock response spectrum analysis, and force deformation analysis. The equipment has good stability, excellent safety, simple operation, and can be widely used in aviation, aerospace, shipbuilding, military, electronics, electrical appliances, batteries, plastics, vehicles, metals and other industries。

 is suitable for GB2423.5, GJB150.18, GJB360.23, IEC68-2-27 and other standards

 The impact base adopts the structural design of air bag + shock absorber, which can reduce the impact force transmitted by the workbench during the impact

 Adopts pneumatic brake strong friction holding mechanism to prevent secondary impact

 A rubber module produces a wide range of half sine wave pulses at any time of operation

 The shock response spectrum enables SRS analysis for each shock pulse and compares the deviation between the actual SRS and the target SRS

 Adopts single-channel data measurement and acquisition, and can simultaneously perform acceleration data measurement, storage, report printing, data callback, database management and other functions in two channels

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