Random Vibration Testing Equipment is a cutting-edge testing system designed to accurately assess the performance of materials and components exposed to random vibration. With a maximum velocity of 100 mm/s and a maximum displacement of 50 mm, this system measures the dynamic parameters of your materials under Sine, Random, and Shock testing conditions. Additionally, this system also offers comprehensive data analysis capabilities, including Time, Frequency, and Modal analysis. With a maximum force capacity of 1000 N, this Random Vibration Testing Equipment is an ideal solution for evaluating a wide range of materials and components.
| Attribute | Value |
|---|---|
| Safety System | Emergency Stop, Overload Protection |
| Dimension | Customized |
| Test Type | Sine, Random, Shock |
| Test Environment | Temperature, Humidity, Altitude |
| Max Force | 1000 N |
| Max Velocity | 100 Mm/s |
| Data Acquisition | Real-time, Post-test |
| Max Displacement | 50 Mm |
| Product Name | Random Vibration Testing Equipment |
| Max Acceleration | 100 G |
ASLI ES-10 Random Vibration Testing Equipment is a highly advanced testing device designed to measure the vibration parameters of a wide range of objects. It is equipped with a maximum force of 1000 N and a maximum displacement of 50 mm, enabling it to accurately measure the forces and displacements in a wide range of scenarios. The device also features a wide frequency range of 0.1 to 3000 Hz and a maximum velocity of 100 mm/s, making it suitable for testing objects in a variety of settings. With its advanced data analysis capabilities, the device can be used to measure time, frequency, and modal parameters, allowing users to quickly and accurately assess the performance of their equipment.
ASLI ES-10 Random Vibration Testing Equipment is ideal for a wide range of applications. It can be used to measure the stability of structures and components and assess the performance of electrical and mechanical components in a variety of environments. It is also particularly useful for testing objects that are subject to random vibration, such as aerospace components, automotive components, and machines. By measuring the forces and displacements in various scenarios, users can quickly and accurately assess the performance of their equipment and make informed decisions on how to best improve it.
ASLI ES-10 Random Vibration Testing Equipment is an essential tool for any engineer or technician who needs to accurately measure the vibration parameters of their equipment. With its advanced features, wide frequency range, and data analysis capabilities, it is the perfect choice for testing objects in a variety of settings. Whether you are testing aerospace components, automotive components, or machines, ASLI ES-10 Random Vibration Testing Equipment is the perfect tool for the job.
ASLI Model ES-10 Random Vibration Testing Equipment is designed for vibration testing and reliability testing. This testing system is used to test the product’s reliability and durability against random vibration. It is suitable for a variety of industries such as automotive, aerospace, electronics, and medical.
The ASLI Model ES-10 Random Vibration Testing System offers reliable and accurate testing results with its high quality components and advanced control system. The system is designed to safely and efficiently perform various random vibration tests on products. The system is equipped with emergency stop and overload protection for safety and accuracy. It can also measure time, frequency, and modal data for analysis.
The ASLI Model ES-10 Random Vibration Test System is ideal for a variety of industries due to its adjustable weight, advanced control system, and maximum force of 1000 N. This system is designed to provide reliable and accurate testing results for random vibration testing.
Our technical support and service for Random Vibration Testing Equipment includes:
Packaging and Shipping for Random Vibration Testing Equipment:
The Random Vibration Testing Equipment should be securely packaged in packaging materials appropriate for the size, shape, and weight of the equipment. All packaging materials should be designed to protect the equipment from dust, moisture, and other environmental elements. All parts and components should be securely secured within the packaging and labeled correctly.
The Random Vibration Testing Equipment should be shipped using a reputable shipping provider and insured against any loss or damage. All shipping documents, including any insurance forms, should be carefully reviewed to ensure accuracy.
