Shock testers are industrial devices used to measure the impact and vibration resistance of materials, products, or equipment. They simulate real-world scenarios by applying controlled shocks, making them essential for ensuring product safety and reliability.
Where To Use Shock Testers
Shock testers are commonly used in various industries, including aerospace, automotive, consumer electronics, and healthcare. They can be employed for both testing products during development stages and quality control checks in manufacturing processes.
Key Features Of Shock Testers
High-speed sensors and accelerometers for precise measurements
Advanced software for data analysis and simulation
Durable construction to withstand harsh environments
Customizable testing profiles for specific applications
Multifunctional capabilities, including impact, vibration, and drop testing
How To Use Shock Testers
Identify the product or material to be tested and its intended application
Choose the appropriate testing profile based on the product's characteristics and the expected usage scenario
Position the product in the shock tester according to the manufacturer's guidelines
Initiate the test, ensuring that all safety protocols are followed
Analyze the results using the included software or integrate with existing data analysis systems
How Shock Testers Is Manufactured
The manufacturing process of shock testers involves the integration of high-quality components, including precision sensors, advanced electronics, and robust materials. Each unit is thoroughly tested to ensure compliance with industry standards and regulations.
Technical Specification Of Shock Testers
Acceleration Range
±10g to ±50g
Voltage
100VAC to 240VAC, 50Hz/60Hz
Phase
0° to 360°, adjustable in 1° increments
Frequency
10Hz to 2000Hz, adjustable in 1Hz increments
Material
Stainless Steel, Aluminum, and various other materials depending on the product's requirements
The technical specifications of shock testers are designed to accommodate a wide range of testing applications. The acceleration range ensures that products can withstand severe shocks, while the voltage, phase, and frequency settings allow for customized testing scenarios. The material selection is crucial in ensuring compatibility with various product types and environmental conditions.
Description Of Shock Testers
Shock testers are compact, rugged devices designed for industrial use. They consist of a control unit, a testing chamber, and sensors to measure the product's response to shock loads.
