In the competitive and rapidly evolving automotive industry, ensuring the reliability and durability of components is paramount. Automotive components are subjected to a wide range of environmental conditions, from extreme heat and cold to high humidity and arid environments. To simulate these diverse conditions and evaluate the performance of automotive components, advanced temperature and humidity test chambers are indispensable. These cutting-edge test chambers provide precise and controlled environments, enabling manufacturers to conduct comprehensive testing and validation.
Temperature and humidity test chambers cater to a wide range of applications in automotive component testing, including:
1. Electronic Control Units (ECUs):
- Evaluating the performance and reliability of ECUs under extreme temperature and humidity conditions.
- Simulating real-world driving conditions to identify potential failures and optimize designs for enhanced durability and stability.
- Ensuring compliance with industry standards and regulatory requirements, such as ISO 16750 and SAE J1455.
2. Batteries and Energy Storage Systems:
- Assessing the performance and safety of batteries and energy storage systems under diverse temperature and humidity conditions.
- Conducting accelerated life testing to predict the lifespan of batteries and identify potential degradation mechanisms.
- Ensuring compliance with industry-specific standards, such as SAE J2464 and IEC 62660, for temperature and humidity performance.
3. Interior Materials and Components:
- Evaluating the durability and stability of interior materials and components under extreme temperature and humidity conditions.
- Simulating real-world cabin environments to identify weak points and enhance product reliability.
- Meeting industry-specific standards, such as FMVSS 302 and ISO 3795, for temperature and humidity performance.
4. Exterior Materials and Components:
- Assessing the performance and stability of exterior materials and components under diverse environmental conditions.
- Conducting accelerated weathering tests to evaluate the resistance of materials to UV radiation, temperature extremes, and humidity.
- Ensuring compliance with industry-specific standards, such as SAE J2527 and ASTM G154, for temperature and humidity performance.
5. Powertrain Components:
- Evaluating the performance and reliability of powertrain components under extreme temperature and humidity conditions.
- Simulating real-world driving conditions to identify potential failures and optimize designs for enhanced durability and stability.
- Meeting industry-specific standards, such as SAE J1939 and ISO 15765, for temperature and humidity performance.
1. Superior Construction Materials:
- Stainless Steel Interior: Ensures durability, corrosion resistance, and easy cleaning, providing a long-lasting and low-maintenance solution. The non-reactive surface prevents contamination and ensures accurate test results.
- High-Density Insulation: Minimizes heat transfer and maintains precise temperature control, reducing energy consumption and operating costs. The advanced insulation materials also prevent condensation and ensure uniform temperature distribution.
- Anti-Vibration Design: Incorporates vibration-damping materials and design principles to minimize the impact of external vibrations on test results, ensuring accurate and reliable data.
2. Exceptional Performance Characteristics:
- Advanced PID Control: Sophisticated proportional-integral-derivative (PID) control algorithms maintain temperature and humidity levels within tight tolerances, ensuring precise and stable testing conditions. The self-tuning PID controllers adapt to changing conditions, providing consistent and accurate control.
- Uniform Air Distribution: Strategically designed air circulation systems with laminar flow principles guarantee even temperature and humidity distribution, eliminating hot spots and humidity pockets. The advanced air distribution systems also enable quick recovery times after door openings or set point changes.
- Rapid Ramp Rates: High-performance heating and cooling systems enable quick transitions between temperature set points, reducing test times and increasing productivity. The rapid ramp rates also allow for accurate simulation of real-world temperature changes.
- Precise Humidity Control: Innovative humidification and dehumidification systems, coupled with high-resolution sensors, maintain accurate humidity levels throughout the testing process. The advanced humidity control systems also prevent condensation and ensure consistent results.
3. Distinctive Product Features:
- Touchscreen Interface: An intuitive, user-friendly touchscreen interface allows for easy programming, monitoring, and control of test profiles, enhancing the overall user experience. The responsive touchscreen display provides real-time data and graphical representations, enabling quick and informed decision-making.
- Customizable Test Profiles: User-defined temperature and humidity cycles enable comprehensive testing, including accelerated life testing, stress screening, and thermal shock evaluations. The customizable test profiles also allow for the simulation of real-world driving conditions and environmental challenges.
- Data Logging and Connectivity: Advanced data logging capabilities and seamless connectivity with external computers and peripherals facilitate remote monitoring, data acquisition, and analysis. The secure and encrypted data logging systems also ensure data integrity and compliance with regulatory requirements.
- Eco-Friendly Design: Energy-efficient components and intelligent standby modes help minimize power consumption, reducing the environmental impact of testing and lowering operating costs. The eco-friendly design also contributes to sustainable manufacturing practices and corporate social responsibility initiatives.
4. Key Advantages:
- High Accuracy and Repeatability: Precise control systems and high-resolution sensors ensure accurate and repeatable test results, instilling confidence in product performance and reliability. The advanced test chambers also enable the detection of subtle variations in material properties, ensuring thorough and comprehensive evaluation.
- Versatile Testing Capabilities: Advanced test chambers can simulate a wide range of environmental conditions, catering to diverse testing requirements across various automotive components. The versatile testing capabilities also enable the evaluation of multiple components simultaneously, increasing efficiency and productivity.
- Robust and Reliable: Built with durable materials and designed for longevity, these chambers ensure reliable operation and minimal downtime, even under demanding testing conditions. The robust and reliable design also reduces maintenance requirements and extends the lifespan of the test chamber.
- Cost-Effective: Energy-efficient design and reduced test times help lower operating costs, providing an economical solution for product verification and quality assurance. The cost-effective design also enables manufacturers to achieve a quick return on investment and improve their competitive position.
- ISO 16750
- SAE J1455
- MIL-STD-810
- IEC 60068
- ASTM D4329
Model Number | DR-H202-10.6L |
Temperature Range | L: -40℃to+120℃ |
Volume | 10.6m³ |
Inner Dimensions W×H×D（mm） | 3000×2200×1600 |
External Dimensions W×H×D（mm） | 3300×2600×3800 |
Temperature Fluctuation | ±0.5℃ |
Temperature Deviation | ±2.0℃ |
Temperature Uniformity | ≤2.0℃ |
Humidity Range | 20% ~ 98% R.H |
Humidity Fluctuation | ±2.0% RH |
Humidity Uniformity | ±3.0% RH (no load) |
