Automotive Industry Temperature Humidity Test Chamber
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IEC 60068 Vibration Temperature Humidity Test Chamber
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Automotive Temperature Humidity Test Chamber
Product Description
Automotive Vibration Temperature Humidity Test Chamber Meets IEC 60068 Standard
Product Description:
Our Automotive Vibration Temperature Humidity Test Chamber is designed to meet the stringent requirements of the IEC 60068 standard, ensuring the reliability and durability of automotive components and systems under combined environmental and vibration stresses. This chamber provides comprehensive testing capabilities for temperature, humidity, and vibration, simulating real-world conditions encountered by automotive products.
Key Features:
IEC 60068 Compliance:
Meets or exceeds the requirements of the IEC 60068 standard for environmental testing.
Ensures accurate simulation of real-world automotive environmental conditions.
Combined Temperature, Humidity, and Vibration Testing:
Simultaneous control of temperature, humidity, and vibration for comprehensive environmental simulation.
Allows for combined stress testing to identify potential weaknesses in automotive components.
Precise Temperature and Humidity Control:
Advanced control systems for stable and accurate environmental conditions.
Wide temperature and humidity ranges to simulate diverse automotive environments.
High-Performance Vibration System:
Adjustable frequency, amplitude, and duration to match specific testing requirements.
Robust vibration shakers to simulate various automotive vibration profiles.
Customizable Chamber Sizes:
Tailored to accommodate various automotive components and systems.
Ensures efficient testing of diverse product sizes.
Data Acquisition and Analysis:
Comprehensive data logging and analysis software for detailed test results.
Real-time monitoring of test parameters for immediate feedback.
User-Friendly Interface:
Intuitive software and control panels for easy operation and test setup.
Programmable test sequences for automated testing.
Safety Features:
Built-in safety mechanisms to protect test specimens and operators.
Emergency stop functions for immediate shutdown.
3. Specific Parameters
Shaker Specifications
Rated Sine/ Random/ Shock Force
1,100 kgf/1,100 kgf/2.200 kgf
Armature Mass
11kg
Frequency Range
5-3.000 Hz
Inserts Size (Standard)
M8
Max./Continuous Displacement p-p
51 mm/ 51 mm
Load Attachment Points (Standard)
17
Max. Velocity
2.0 m/s
Natural Frequency-Thrust Axis
<3Hz
Max.Sine/ Random Acceleration
100/60g
Mac Vertical Load Support
300 kg
Armature Diameter
235 mm
Stray field @ 152 mm above table
≤1mT (10 gauss)
Fundamental Resonance frequency
2,500 Hz (nom.) ± 5%
Dimension LxWxH
940 mmx715 mmx780 mm
Allowable Armature Overturning Moment
300 Nm
Weight (Uncrated)
1.000 kg
PA10K Power Amplifier Specifications
Blower Specifications
Rated Output Capacity
10kVA
Bl ewer Power
4kW
Signal to Noise Ratio
≥65 dB
Air Flow
0.38 m3/s
Amplifier Efficiency
≥90%
Air Pressure
0 048kgf/cm2
System Protection
Multiple
Air Duct Diameter/ Length
120/4000mm
Dimension (Uncrated) LxWxH
610mmx900mmx 1,550mm
Dimension (Uncrated) LxWxH
610mmx750mmx 1,450mm
Weight (Uncrated)
400 kg
Weight (Uncrated)
120Kg
Chamber
Dimensions (mm)
Capacity
512L
Inner Chamber Dimensions
800×800×800mm (W width × D depth × H height mm)
Temperature Range
-40℃~+150℃
Cooling Rate
+20℃~-40℃ Average throughout the range: 2℃/min
Humidity Range
20%RH~98%RH
Overall Dimensions
1200×2500×1500 (W width × D depth × H height mm) excluding lifting table dimensions
Weight
1500kg
Application Areas and Success Stories
Electronics and Electrical Systems
An automotive electronics manufacturer used the chamber to test a new generation of engine control units. The tests revealed that the units had a potential issue with solder joint integrity when exposed to high temperatures and vibrations simultaneously. By redesigning the circuit board layout and using a more advanced soldering process, they were able to improve the units' reliability and pass the required tests. This led to a reduction in warranty claims and an increase in customer satisfaction.
Mechanical Components
A manufacturer of automotive suspension parts tested their new shock absorbers in the vibration chamber. The tests showed that the seals of the shock absorbers were prone to leakage under a combination of high humidity and continuous vibration. By modifying the seal design and using a more durable material, they were able to enhance the shock absorbers' performance and durability, ensuring a smoother ride and longer service life.
Interior and Exterior Trim Components
An automotive interior trim supplier tested their new dashboard materials in the chamber. The tests indicated that the material's color and texture were affected by high temperatures and UV radiation. By adding UV stabilizers and heat-resistant additives to the material, they were able to improve its appearance and durability, meeting the strict quality requirements of vehicle manufacturers.
Benefits:
Ensures compliance with the IEC 60068 standard.
Improved product reliability and durability.
Reduced warranty costs and product recalls.
Enhanced product quality and customer satisfaction.
Accelerated product development cycles.
Why Choose Us:
We are a leading provider of advanced environmental testing solutions, specializing in automotive vibration temperature humidity test chambers that meet IEC 60068 standards. Our expertise and commitment to quality ensure reliable and accurate results.
Contact Us:
Contact us today to discuss your automotive testing needs and request a personalized quote.