HAS Series Pneumatic Horizontal Shock Test System
HAS Environmental Testing Machines are specifically designed for products that cannot change their direction when tested. When the direction of the shock force changes by 90 degrees, it becomes vertical. To conduct shock tests for elongated products with the shock direction at the longitudinal side and to simulate horizontal emission tests, you will require the HAS series pneumatic horizontal shock test machine. Additionally, the TMC horizontal shock tester comes equipped with a unique bump function that can produce up to 80 bumps per minute.
This advanced test system effectively simulates the various types of shock damage that products might encounter during real-world use, offering essential and critical data that can be utilized to evaluate the shock resistance of product structures comprehensively. Furthermore, it allows for a detailed assessment of their functional reliability and structural integrity under actual shock environments. The valuable insights gained from these rigorous tests play a crucial role in helping designers and manufacturers enhance, refine, or optimize the structural strength and durability of their products, ensuring they meet the demands of today's competitive market.
FEATURES
Pneumatic cylinder driving offers several advantages, including a large driving force, short accelerating stroke, low cost, and it is pollution-free. Trapezoidal guide posts provide a large supporting force, good lubricity, and a fully automatic positioning table. The automatic control of shock speed ensures the shock overload value is achieved by adjusting the air pressure. With the cylinder pressure set, the system automatically controls the shock speed with high accuracy and good repeatability. The table adopts high-strength and hardness cast aluminum, boasting a high first-order resonance frequency, low noise, and no clutter. The system features a reliable double-brake system to avoid secondary rebound collisions, ensuring secure table positioning and operator safety. It can generate multiple waveforms, such as conventional half-sine waves, post-peak sawtooth waves, or trapezoid waves.
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