Автомобильное оборудование для вибрационных испытаний - Соответствует ISO 16750-3 для автомобильных компонентов

Simulated Transportation Shaker is a kind of test equipment used to simulate the vibration and bumpy environment that products may encounter during transportation, its working principle, application scenarios and product advantages are as follows:

Working Principle

Transportation simulation shakers simulate different transportation conditions by generating vibrations of specific frequency and amplitude on a platform driven by mechanical equipment. These vibration environments are generally categorized into constant vibration (e.g., continuous sine wave vibration) and random vibration (e.g., complex vibration patterns with multiple changing frequencies and amplitudes during transportation). The core lies in the use of eccentric bearings or electromagnetic exciters driven by a motor rotation to produce an elliptical trajectory to simulate the vibration and impact phenomena during automobile or ship transportation. The vibration test table is mounted on the eccentric bearing or electromagnetic shaker, once the equipment is running, the table will generate corresponding vibration, and by adjusting the relevant parameters, different transportation vibration environments can be simulated.

Application Scenarios

Simulated transportation shakers are widely used in many industries to test the vibration of products during transportation, such as bumps and collisions, in order to assess the transportation resistance of products and the reasonableness of packaging design. The main application scenarios include:

Electronic products: testing the shock resistance of cell phones, tablet PCs, laptops, etc. during transportation and the solidity of internal connectors.

Automobile Manufacturing: Test the durability and reliability of the entire automobile and its components to ensure that the automobile can maintain stable performance in the complex and changing transportation environment.

Furniture and Household Products: Evaluating the damage of furniture and household products during transportation, so as to optimize packaging design and improve product quality.

Ceramics and glass products: simulate the vibration and collision environment during transportation, assess the breakage resistance of these fragile products, and provide a basis for product design and packaging improvement.

Toys, gifts, packaging and other industries: test the durability and stability of products during transportation to ensure that the products remain intact when they reach consumers.

Product Advantages

Simulated Transportation Shakers offer a number of significant product advantages that make them an important part of modern industrial testing. These advantages include:

High-precision control: Modern analog transportation shakers commonly use advanced control systems that enable precise setting and adjustment of vibration frequency, duration and other parameters. This high-precision control ensures the accuracy and repeatability of test results, providing a reliable basis for product quality assessment.

Wide applicability: It supports the placement of products of various sizes, and by adjusting the size and shape of the table, it can meet the testing needs of products of different specifications. This makes the analog transportation shaker widely used in many fields.

Safety and Reliability: Designed with overload protection, emergency stop and other safety mechanisms to ensure the safety of personnel and equipment during the testing process. In addition, it is equipped with aluminum guardrails and vibration frequency speed limit protection to further improve the safety of test operations.

Green energy saving: optimize the energy utilization efficiency of the shaker to reduce energy consumption and noise pollution. Modern transportation simulation shakers are commonly designed with low noise and low energy consumption, which not only meets the testing needs, but also complies with environmental requirements.

Compliance with international standards: Simulated transport shakers are designed and operated in accordance with international standards such as ISO, ASTM, ISTA, etc., helping companies to meet the quality требования мирового рынка.