Vibration Shaker Climatic Test Chamber Meeting MIL STD-202g Synchronized Control

1. Product Name and Purpose

2. Product Features

• Robust and Insulated Chamber Construction
  • Precision Temperature and Humidity Control System
• • Powerful Vibration Shaker
• Synchronized Control and Data Acquisition
• Compliance with MIL STD-202g Method 201A
  • The equipment is specifically calibrated and programmed to perform tests in strict accordance with MIL STD-202g Method 201A. It can replicate the specific temperature and humidity cycling, vibration profiles, and test durations specified in the standard. This ensures that the test results are valid and comparable, allowing manufacturers to make informed decisions about product design, material selection, and quality control. The chamber also provides a means for documenting compliance with the standard, which is essential for product acceptance in military and defense applications.

3. Specific Parameters

Shaker Specifications

6. Application Areas and Success Stories

• Aerospace and Defense Electronics
  • A leading defense electronics manufacturer used the system to test a new generation of communication equipment for military aircraft. The tests involved subjecting the equipment to extreme temperature and humidity conditions while simulating the vibrations experienced during flight. The results revealed a potential issue with the soldering joints of a circuit board, which could have led to a communication failure during a mission. By redesigning the circuit board and using more reliable soldering techniques, the manufacturer was able to enhance the reliability of the equipment and ensure its proper functioning in the harsh military aerospace environment.
• Military Vehicle Components
  • A manufacturer of military vehicle parts tested the durability of their new engine mounts in the chamber. The mounts were subjected to a combination of high temperatures, humidity, and intense vibrations. The tests showed that the original design had a limited lifespan under these conditions. By modifying the material composition and the structural design of the mounts, the manufacturer was able to increase their durability and reduce the risk of engine misalignment and vibration transfer, improving the overall performance and reliability of the military vehicle.
• Weaponry and Ordnance
  • A military ordnance manufacturer tested the performance of a new type of firearm under various environmental and mechanical stress conditions. The firearm was exposed to rapid temperature changes, high humidity, and vibrations similar to those encountered in combat situations. The tests identified a problem with the firearm's firing mechanism, which was affected by moisture and vibration. By making design improvements and using more corrosion-resistant materials, the manufacturer was able to enhance the firearm's reliability and accuracy, ensuring its effectiveness in the field.