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MIL STD 810G Electrodynamic Vibration Test Systems For Missiles Weapons

Brand Name:	PRECISION
Model Number:	VTS-50
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:

50kN

Random Force:

50kN

Shock Force:

100kN

Frequency Range:

1-3000Hz

Displacement:

76mm

Velocity:

2.0

Table Size:

1200x1200mm

Packaging Details:

Standard export packaging

Supply Ability:

100/month

Highlight:

Electrodynamic Vibration System for Missiles

MIL STD 810G Electrodynamic Vibration Test Systems

Electrodynamic Vibration System

Product Description

Electrodynamic Vibration System Runs MIL STD 810G Vibration Testing for Missiles & Weapons

In the highly specialized and critical field of missiles and weapons development, ensuring the reliability and performance of these systems under various environmental conditions is of utmost importance. The MIL STD 810G standard, established by the U.S. Department of Defense, sets a comprehensive set of environmental test methods. Our advanced electrodynamic vibration system has been meticulously engineered to conduct vibration testing in strict accordance with MIL STD 810G, providing an essential solution for evaluating the resilience of missiles and weapons.

1. Understanding MIL STD 810G Vibration Testing for Missiles & Weapons

MIL STD 810G is a benchmark standard that aims to simulate the real - world vibrations that missiles and weapons may encounter throughout their lifecycle. These systems can experience intense vibrations during transportation, such as being carried on trucks, aircraft, or ships. Additionally, during launch and flight, they are subjected to vibrations generated by the propulsion systems, aerodynamic forces, and mechanical operations. By adhering to MIL STD 810G vibration testing, developers can identify potential weaknesses in the design, construction, or assembly of missiles and weapons. This proactive approach helps in enhancing the overall performance, safety, and effectiveness of these critical military assets, reducing the risk of in - field failures that could have serious consequences.

2. Key Features of Our Electrodynamic Vibration System

High - Power Vibration Generation

Our electrodynamic vibration system is equipped with state - of - the - art technology to generate powerful vibrations. It can produce a wide range of frequencies, typically spanning from 5 Hz to 3000 Hz. This broad frequency range is crucial for replicating the diverse vibration profiles that missiles and weapons encounter. Whether it's the low - frequency vibrations from a missile's engine during startup or the high - frequency vibrations during supersonic flight, the system can accurately simulate these conditions. The amplitude of vibrations is precisely controllable, with a maximum acceleration of up to 100 g and a maximum displacement of ±50 mm. This level of control ensures that the tested missiles and weapons are exposed to realistic and challenging vibration levels.

MIL STD 810G Compliance

Every aspect of our electrodynamic vibration system, from its mechanical components to the control software, has been carefully calibrated and designed to meet the strict requirements of MIL STD 810G. The system can execute all the relevant vibration test procedures specified in the standard, including sinusoidal, random, and shock - induced vibration tests. This compliance gives developers and military organizations the confidence to certify that their missiles and weapons meet the highest military - grade reliability standards.

Customizable Test Profiles

We recognize that different missiles and weapons have unique design features and operational requirements. Our electrodynamic vibration system allows for the creation of highly customizable test profiles. Engineers can set the specific frequency, amplitude, test duration, and vibration waveform according to the characteristics of the missile or weapon being tested. For example, a long - range strategic missile may require a different vibration test profile compared to a short - range tactical weapon. The system can be programmed to meet these exact needs, providing a tailored testing solution for a wide variety of missile and weapon systems.

Robust and Durable Construction

The test platform of our electrodynamic vibration system is built to withstand the high forces generated during testing. It features a large, stable surface with multiple attachment points to securely hold missiles and weapons of various shapes and sizes. The platform is constructed from high - strength materials that can endure the intense vibrations and mechanical stresses. Additionally, the overall construction of the system is designed to minimize external interference, ensuring a clean and accurate test environment. This robust and durable construction ensures consistent and reliable performance over an extended period, making it a valuable asset for continuous research and development in the field of missiles and weapons.

Advanced Control and Monitoring System

The electrodynamic vibration system is equipped with an advanced PC - based control and monitoring system. The intuitive software allows operators to easily input test parameters, start and stop the test, and monitor the progress in real - time. The software provides clear visual displays of key data such as vibration frequency, amplitude, test time remaining, and any relevant diagnostic information. It also has extensive data - logging and analysis capabilities, enabling the collection and in - depth evaluation of test data. This data analysis helps in identifying any potential issues or trends in the performance of the tested missiles and weapons, facilitating informed decision - making in the development process.

3. Specifications

Rated Sine/ Random/ Shock Force	5,000 kgf/5,000kgf/10.000 kgf	Armature Mass	8 kg
Rated Sine/ Random/ Shock Force	5-2,500 Hz	Inserts Size (Standard)	M10
Frequency Range	100mm/90mm	Load Attachment Points (Standard)	17
Max / Continuous Displacement p-p	1.8mm	Natural Frequency -Thrust Axis	<3Hz
Max. Velocity	83/60g	Max. Vertical Load Support	500 kg
Max.Sine/ Random Acceleration	440 mm	Stray field @152 mm above table	≤lmT (10 gauss)
Armature Diameter	2,100 Hz (nom.) ±5%	Dimension LxWxH	1,650 mmx 1,130mmx 1,28(him
Fundamental Resonance Frequency	1,000 Nm	Weight (Uncrated)	4,500 kg

4. Applications in Missiles & Weapons Testing

Missile Guidance and Control Systems

The guidance and control systems of missiles are critical for accurate targeting. Our electrodynamic vibration system is used to test these systems to ensure that they can function properly under vibration. By subjecting the guidance sensors, control electronics, and actuators to MIL STD 810G vibration tests, developers can identify any potential issues such as sensor misalignment, electrical component failures, or mechanical looseness. This helps in improving the accuracy and reliability of missile guidance, ensuring that the missiles can reach their intended targets effectively.

Weapon Fuzing Systems

Fuzing systems are responsible for detonating weapons at the right time and place. Our vibration system plays a crucial role in testing these systems. Vibration testing can reveal any weaknesses in the fuzing mechanism, such as improper triggering or sensitivity issues. By ensuring that fuzing systems can withstand the vibrations experienced during transportation and flight, military organizations can enhance the safety and effectiveness of their weapons, reducing the risk of premature or failed detonations.

Missile Propulsion Systems

The propulsion systems of missiles generate significant vibrations during operation. Our electrodynamic vibration system is used to test the components of these systems, including engines, nozzles, and fuel systems. By simulating the vibrations experienced during missile launch and flight, developers can evaluate the durability and performance of the propulsion system components. This helps in identifying any potential issues such as component fatigue, leakage, or mechanical failures, ensuring the reliable operation of the missile propulsion system.

5. Conclusion

Investing in our electrodynamic vibration system for MIL STD 810G vibration testing of missiles and weapons is a strategic decision for any organization involved in the development and production of these military assets. With its high - power vibration generation, strict MIL STD 810G compliance, customizable test profiles, robust construction, and advanced control system, it offers a comprehensive solution for ensuring the reliability and performance of missiles and weapons. By using this system, developers can improve the quality of their products, reduce the risk of in - field failures, and contribute to the overall security and effectiveness of military forces. Contact us today to learn more about how our electrodynamic vibration system can be customized to meet your specific missile and weapon testing requirements.

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Environmental Test Chambers

Vibration Test Chamber

Walk In Environmental Chamber

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Electrodynamic Vibration Test Systems

Temperature Humidity Test Chamber

Fire Testing Equipment

Flammability Test Chamber

Battery Testing Equipment

Drop Test Machine

Electroplating Equipment

products details

MIL STD 810G Electrodynamic Vibration Test Systems For Missiles Weapons

MIL STD 810G Electrodynamic Vibration Test Systems For Missiles Weapons

Electrodynamic Vibration System for Missiles

MIL STD 810G Electrodynamic Vibration Test Systems

Electrodynamic Vibration System

Electrodynamic Vibration System Runs MIL STD 810G Vibration Testing for Missiles & Weapons

1. Understanding MIL STD 810G Vibration Testing for Missiles & Weapons

2. Key Features of Our Electrodynamic Vibration System

High - Power Vibration Generation

MIL STD 810G Compliance

Customizable Test Profiles

Robust and Durable Construction

Advanced Control and Monitoring System

3. Specifications

4. Applications in Missiles & Weapons Testing

Missile Guidance and Control Systems

Weapon Fuzing Systems

Missile Propulsion Systems

5. Conclusion