Vibration Testing Machine For Mil-Std-202g Defense Electronic And Electrical Component Parts
Detailed Technical Specifications
Rated Sine/Random/Shock Force
2,200 kgf/2.000 kgf/4,400 kgf
Frequency Range
5-3.000 Hz
Max./Continuous Displacement p-p
76 mm/63 mm
Max. Sine/Random Acceleration
88/60g
Fundamental Resonance Frequency
2,700 Hz (nom.) ± 5%
Allowable Armature Overturning Moment
500 Nm
Inserts Size (Standard)
M10
Load Attachment: Points (Standard)
21
Natural Frequency-Thrust Axis
<3Hz
Max. Vertical Load Support
400 kg
Stray field @ 152 mm above table
≤1mT (10 gauss)
Dimension LxWxH
1,160 mmx880mmx 1.050mm
Weight (Uncrated)
1700 kg
Product Overview
In the defense sector, the reliability and performance of electronic and electrical component parts are critical. These components form the foundation of sophisticated defense systems, from communication devices and radar systems to weapon control units. The MIL-STD-202G standard establishes rigorous guidelines for environmental testing of these components, with vibration testing being a fundamental requirement. Our vibration testing machine is specifically designed to meet this standard, ensuring the quality and durability of defense electronic and electrical component parts.
The Significance of Vibration Testing in Defense Electronics
Defense components must withstand harsh operational environments, from moving military vehicles to aircraft and naval vessels. Our vibration testing machine replicates these real-world scenarios in a controlled laboratory setting, identifying potential weaknesses in design such as loose connections or fragile circuit boards. This process ensures components maintain functionality under vibration stress, reducing in-field failures.
MIL-STD-202G Standard Compliance
The MIL-STD-202G standard defines specific vibration profiles including frequency range, amplitude levels, and test duration. Our machine provides precise control across the entire spectrum of vibrations that components may experience in different defense applications, ensuring standardized testing across the defense industry.
Machine Operation and Components
Our vibration testing machine operates on electrodynamic principles, generating precise vibration profiles through controlled electrical currents in a magnetic field. Key components include a rigid test platform, power source, controller for parameter adjustment, and sensors for real-time vibration measurement and adjustment.
Performance Features
The machine offers high-precision vibration control with frequency accuracy within ±0.1% and amplitude accuracy within ±1%. Its wide dynamic range accommodates everything from gentle surveillance drone vibrations to intense missile launch conditions. The robust construction features high-strength materials and advanced safety features for reliable, long-term operation.
Defense Applications
Avionics Components: Testing flight control computers, navigation systems, and communication devices under flight condition vibrations.
Missile Electronics: Evaluating guidance systems and warhead fuzing mechanisms under launch and flight vibrations.
Ground-Based Electronics: Quality assurance for radar systems, communication towers, and military vehicle electronics.
Conclusion
Our MIL-STD-202G compliant vibration testing machine is an essential tool for ensuring the reliability of defense electronic components. With its precision control, wide dynamic range, and robust construction, it plays a crucial role in developing and quality testing defense systems. Investing in this equipment ensures your defense products meet the highest quality standards required in the industry.
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