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High Frequency Vibration Table For Testing Satellite And Spacecraft Components

Brand Name:	PRECISION
Model Number:	VTS-20
MOQ:	1
Price:	$6000
Payment Terms:	T/T
Supply Ability:	100/month

Detail Information

Product Description

Detail Information

Place of Origin:

CHINA

Certification:

Customized Support:

OEM ODM

Sine Force:

120kN

Random Force:

120kN

Shock Force:

240kN

Frequency Range:

1-3000Hz

Displacement:

76mm

Velocity:

2.0

Table Size:

1500x1500mm

Packaging Details:

Standard export packaging

Supply Ability:

100/month

Highlight:

Spacecraft Components Vibration Table

High Frequency Vibration Table

Satellite Components Vibration Table

Product Description

High Frequency Vibration Table for Testing Satellite and Spacecraft Components

In the intricate and demanding field of space exploration, the reliability of satellite and spacecraft components is of paramount importance. Our state - of - the - art High Frequency Vibration Table has been specifically engineered to meet the exacting requirements of testing these critical components, providing a crucial tool for ensuring the success of space missions.

1. The Need for Rigorous Testing in Space Applications

Satellites and spacecraft operate in some of the most extreme environments imaginable. They are subjected to intense vibrations during launch, as well as continuous vibrations from on - board machinery and space - borne phenomena. Any failure in a component could lead to the malfunction or even complete loss of a multi - million - dollar space mission. Thus, thorough and precise testing of components before launch is essential. High - frequency vibration testing simulates the vibrations experienced during different phases of a space mission, helping engineers identify potential weaknesses in the design and construction of components.

2. Key Features of Our High Frequency Vibration Table

Ultra - High Frequency Generation

Our vibration table is capable of generating an impressively wide frequency range, with a focus on high frequencies. It can produce vibrations ranging from 10 Hz to an astonishing 10,000 Hz. This extensive frequency span allows for the accurate replication of the complex vibration profiles that satellite and spacecraft components encounter. Whether it's the high - frequency vibrations during the initial stages of rocket launch or the more subtle vibrations from satellite - borne instruments, the table can simulate these conditions precisely.

Precise Vibration Control

The amplitude of vibrations is precisely controllable, with a maximum displacement of ±25 mm and a maximum acceleration of up to 300 g. This level of precision ensures that components are tested under conditions that closely mirror their actual operating environment in space. The table also offers excellent control over vibration waveforms, allowing for the simulation of sinusoidal, random, and transient vibration patterns as required by different testing standards.

High - Quality Test Platform

The test platform of the vibration table is designed to securely hold satellite and spacecraft components during testing. It features a flat, stable surface with a variety of attachment mechanisms to accommodate components of different shapes and sizes. The platform is made of a vibration - dampening material, which minimizes external interference and provides a clean test environment for accurate results. Additionally, the platform is designed to withstand the high forces generated during testing, ensuring stable operation even at extreme vibration levels.

Customizable Test Profiles

We understand that different satellite and spacecraft components may require unique testing conditions. That's why our vibration table allows for the creation of highly customizable test profiles. Engineers can set the specific frequency, amplitude, and duration of the vibrations according to the requirements of the component being tested. Whether it's a short - term, high - intensity test for a critical component or a long - term, low - amplitude endurance test for a less sensitive part, the table can be programmed to meet the exact needs of the test.

User - Friendly Control System

Despite its high - tech capabilities, the vibration table features a user - friendly control system. The system is PC - based, equipped with intuitive software. Operators can easily input test parameters, start and stop the test, and monitor the progress in real - time. The software also has advanced data - logging and analysis capabilities, enabling the collection and detailed evaluation of vibration data for comprehensive component performance assessment.

3. Specifications

Rated Sine/ Random/ Shock Force	7,000 kgf/7,000 kgf/14000 kgf	Armature Mass	63 kg
Frequency Range	5-2,500 Hz	Inserts Size (Standard)	M10
Max. /Continuous Displacement p-p	76mm/63 mm	Load Attachment: Points (Standard)	17
Max. Velocity	1.9mfc	Natural Frequency-Thrust Axis	<3Hz
Max. Sine/ Random Acceleration	100/60g	Max. Vertical Load Support	1000 kg (2000 kg is option)
Armature Diameter	450 mm	Stray field @ 152 mm above table	≤1mT (10 gauss)
Fundamental Resonance Frequency	2.100Hz(nom.)±5%	Dimension LxWxH	1,650 mmx1,130mmx 1,280mm
Allowable Armature Overturning Moment	1,000 Nm	Weight (Uncrated)	4,500 kg

4. Applications in Space Component Testing

Satellite Electronics

Satellite electronics, such as communication systems, power management units, and on - board computers, are extremely sensitive to vibrations. Our high - frequency vibration table is used to test these components to ensure that they can withstand the vibrations during launch and operation in space. By subjecting them to simulated vibrations, engineers can identify and address potential issues such as loose connections, component failures, and electromagnetic interference problems.

Spacecraft Structural Components

Structural components of spacecraft, like the main body frame, solar panel mounts, and antenna supports, need to be extremely robust. The vibration table is used to test these components under high - frequency vibrations to evaluate their structural integrity. This helps in detecting any cracks, deformations, or weaknesses in the materials or construction methods, ensuring that the spacecraft can withstand the mechanical stresses of space travel.

On - Board Instruments

Satellites and spacecraft carry a variety of instruments for scientific research, earth observation, and navigation. These instruments, such as spectrometers, cameras, and gyroscopes, must be tested to ensure their proper functioning under vibration. The high - frequency vibration table allows for the simulation of the vibrations that these instruments will experience in space, enabling engineers to optimize their design and installation for maximum performance.

5. Conclusion

Investing in our High Frequency Vibration Table for testing satellite and spacecraft components is a strategic decision for any space - related organization. With its ultra - high frequency generation, precise vibration control, high - quality test platform, customizable test profiles, and user - friendly control system, it offers a comprehensive solution for ensuring the reliability of space components. By using this equipment, space agencies and manufacturers can significantly reduce the risk of component failures during space missions, leading to more successful and cost - effective space exploration. Contact us today to learn more about how our vibration table can be tailored to meet your specific space component testing requirements.

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products details

High Frequency Vibration Table For Testing Satellite And Spacecraft Components

High Frequency Vibration Table For Testing Satellite And Spacecraft Components

Spacecraft Components Vibration Table

High Frequency Vibration Table

Satellite Components Vibration Table

High Frequency Vibration Table for Testing Satellite and Spacecraft Components

1. The Need for Rigorous Testing in Space Applications

2. Key Features of Our High Frequency Vibration Table

Ultra - High Frequency Generation

Precise Vibration Control

High - Quality Test Platform

Customizable Test Profiles

User - Friendly Control System

3. Specifications

4. Applications in Space Component Testing

Satellite Electronics

Spacecraft Structural Components

On - Board Instruments

5. Conclusion