The King Design ST-180 Shock Test System is a powerful tool used in various industries for evaluating the resilience of products and components under shock and vibration conditions. This comprehensive guide delves into its capabilities, applications, and key features, answering common questions surrounding this sophisticated piece of testing equipment.
What is the King Design ST-180 Shock Test System Used For?
The ST-180 is primarily used for performing shock testing, a crucial part of product qualification and reliability assessment. It subjects test specimens to controlled shock pulses, simulating real-world impacts and vibrations they might encounter during transportation, operation, or extreme environmental conditions. This helps engineers identify potential weaknesses and design more robust products capable of withstanding harsh environments. Industries that benefit from using the ST-180 include aerospace, defense, automotive, and electronics manufacturing.
What are the Key Features of the King Design ST-180?
The ST-180 boasts several features contributing to its accuracy and efficiency:
- High-capacity shock pulses: It generates powerful shock pulses, allowing for thorough testing across a wide range of applications. The specific pulse parameters are customizable depending on the test requirements.
- Precise control: The system offers precise control over the shock pulse parameters, including amplitude, duration, and waveform shape. This ensures repeatable and reliable test results.
- Data acquisition capabilities: Advanced data acquisition capabilities allow for detailed recording and analysis of the shock response of the test specimen, facilitating in-depth investigation of its behavior under stress.
- User-friendly interface: A user-friendly interface simplifies the setup and operation of the system, making it accessible to a wide range of users with varying levels of technical expertise.
- Versatile fixturing: The ST-180 is designed with versatile fixturing options to accommodate a variety of test specimens and sizes. This adaptability enhances its usability across diverse applications.
What are the Specifications of the King Design ST-180?
Specific specifications for the King Design ST-180 shock test system are typically found in the manufacturer's documentation or directly from King Design. These would include details such as:
- Maximum shock pulse amplitude: The highest level of shock that the system can generate.
- Frequency range: The range of frequencies at which the system can operate.
- Payload capacity: The maximum weight of the test specimen the system can handle.
- Dimensions and weight: Physical size and weight of the system for proper installation and space planning.
It's crucial to consult the official King Design documentation for precise specifications related to a particular model or configuration.
How Does the King Design ST-180 Compare to Other Shock Test Systems?
The competitive landscape of shock testing equipment is diverse. Comparing the ST-180 to other systems requires considering factors like:
- Shock pulse capabilities: Comparing the maximum amplitude and pulse duration capabilities.
- Data acquisition and analysis features: Advanced features such as high-speed data acquisition and sophisticated analysis software can significantly impact the effectiveness of the testing process.
- Ease of use and maintenance: User-friendliness and ease of maintenance directly influence efficiency and operational costs.
- Cost and budget: Cost varies depending on capabilities and features; balancing budget constraints with necessary features is crucial.
A thorough comparison necessitates researching specific competing models and evaluating their suitability based on the individual testing needs and budget.
What Industries Use the King Design ST-180 Shock Test System?
The versatility of the King Design ST-180 makes it suitable for diverse industries, including:
- Aerospace: Testing the resilience of aircraft components under extreme conditions.
- Defense: Ensuring the durability of military equipment during transportation and combat scenarios.
- Automotive: Evaluating the shock resistance of vehicle parts and ensuring their performance under various road conditions.
- Electronics: Testing the reliability of electronic components and ensuring their resistance to damage from impact and vibrations.
These are just a few examples; the ST-180's applicability extends to numerous industries requiring rigorous testing for product reliability.
This detailed overview provides a solid foundation for understanding the King Design ST-180 Shock Test System. Always consult official documentation for the most accurate and up-to-date information regarding its specifications and capabilities. Remember that specific applications and performance details are best addressed by consulting King Design directly or accessing their official product documentation.
