Product Description:
The SMPS Power Supply Burn In Chamber is a highly specialized and reliable piece of equipment designed specifically for testing and validating the durability and performance of SMPS (Switched Mode Power Supply) units under controlled environmental conditions. This advanced burn-in chamber is engineered to simulate real-world stress scenarios by subjecting power supply units to precise temperature and humidity ranges, ensuring their operational stability and longevity before they reach the end user.
One of the key features of the SMPS Power Supply Burn In Chamber is its wide humidity range, which spans from 20% to 95% RH. This extensive humidity control capability allows for rigorous testing of SMPS units in various moisture conditions, replicating environments from dry to highly humid. The ability to maintain such a broad humidity spectrum ensures that the power supplies can be assessed for their resistance to moisture-related failures, corrosion, and other humidity-induced issues.
The heating system integrated into this burn-in chamber is an electric heater equipped with PID (Proportional-Integral-Derivative) control technology. This sophisticated heating mechanism guarantees precise temperature regulation within the chamber, providing consistent and uniform heat distribution. The PID control ensures that temperature fluctuations are minimized, which is critical for accurate and repeatable burn-in testing. The electric heater’s efficiency and stability make it an ideal choice for simulating heat stress on power supply components without causing damage, thus embodying the principle of "Heat Not Burn Accessories."
Powering the SMPS Power Supply Burn In Chamber is a standard AC 220V power supply with a tolerance of ±10%, operating at either 50Hz or 60Hz frequency. This voltage specification makes the unit compatible with common electrical grids worldwide, ensuring ease of installation and operation in diverse industrial settings. The robust power supply system supports the chamber’s continuous operation during prolonged burn-in cycles, which are essential for thorough testing.
Central to the chamber's functionality is its microprocessor-based digital control system. This advanced control system allows users to set, monitor, and adjust temperature and humidity parameters with high precision and ease. The digital controller features an intuitive interface, enabling operators to program burn-in profiles, monitor real-time data, and receive alerts for any deviations from set parameters. The microprocessor-based system enhances the reliability and user-friendliness of the burn-in chamber, making it suitable for both research laboratories and production testing environments.
The design of the SMPS Power Supply Burn In Chamber incorporates a Furnace Heat Chamber, which is essential for creating the high-temperature conditions required during the burn-in process. This Furnace Heat Chamber is carefully engineered to deliver uniform heat distribution, preventing hot spots and ensuring that all power supply units inside the chamber receive consistent thermal exposure. By utilizing this Furnace Heat Chamber, the device guarantees that SMPS units undergo a rigorous and uniform heat treatment, which is vital for identifying early failures and improving product quality.
Moreover, the SMPS Power Supply Burn In Chamber emphasizes the concept of "Heat Not Burn Accessories," meaning it provides sufficient heat to stress the power supply components without causing damage or combustion. This delicate balance is crucial for effective burn-in testing, as it accelerates aging and failure detection while preserving the integrity of the units under test. This approach significantly reduces the risk of damaging expensive power supply units during testing, thereby saving costs and enhancing safety.
In summary, the SMPS Power Supply Burn In Chamber is a top-tier solution for the rigorous testing of power supply units. Its comprehensive humidity range of 20% to 95% RH, electric heater with PID control, compatible AC 220V ±10% power supply, and sophisticated microprocessor-based digital controller combine to provide unparalleled precision and reliability. The inclusion of a Furnace Heat Chamber and adherence to the "Heat Not Burn Accessories" principle make this product indispensable for manufacturers and quality assurance teams aiming to ensure the highest standards of SMPS performance and durability.
Features:
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Product Name: SMPS Power Supply Burn In Chamber
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Weight: 400KG
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Applications: Testing Reliability And Stability Of SMPS Power Supplies Under Stress
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Heating System: Electric Heater With PID Control
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Warranty Period: 1 year Free Warranty
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Designed as an Industrial Chamber Furnace for rigorous testing environments
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Functions effectively as a Furnace Heat Chamber to ensure consistent temperature control
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Equipped with Heat Not Burn Accessories to maintain product integrity during testing
Technical Parameters:
Model: CP-303403
The CP-303403 model features a single channel power capacity of 1600W. It is equipped with 36 individual load channels, allowing for extensive and versatile applications.
The device supports a load voltage range from 3V to 60V, and each channel can handle a load current from 0.5A up to 120A. This wide operating range ensures adaptability for various testing scenarios.
Load accuracy is maintained at ±(2% + 0.5% FS), providing reliable and consistent performance. The load module is designed with energy saving in mind, employing CC (Constant Current), CV (Constant Voltage), and CR (Constant Resistance) operational modes.
The product zone consists of 6 layers, with each layer having a height of 170mm. The width of the entire product zone is 340mm, accommodating multiple devices or components simultaneously.
Temperature control within the product zone ranges from normal ambient temperature up to 60°C, ensuring optimal conditions during operation. This temperature regulation helps maintain stability and safety throughout the testing process.
The trolley structure is crafted from carefully processed cold-rolled sheet metal, providing durability and a robust frame for the equipment.
Main control of the system is handled via specialized monitoring software designed for burn-in testing of computers, offering computer monitoring type power management for enhanced oversight and control.
The unit under test (UUT) can be connected using multiple input modes including multi-purpose sockets, speaker wire clips, or customized designs tailored to specific needs.
For interfacing with the UUT, the system utilizes connecting fixture boards available in various specifications as the preferred option, along with the possibility for custom designs to suit particular requirements.
Applications:
The CPET SMPS Power Supply Burn In Chamber, model CP-303403, is a highly specialized piece of equipment designed for rigorous burn-in testing of SMPS power supplies. Originating from China, this burn-in test chamber is engineered to simulate extreme temperature and humidity conditions to ensure the reliability and durability of power supply units before they are released to the market. The chamber type is temperature and humidity controlled, allowing precise environmental simulation through a microprocessor-based digital controller, which offers accurate regulation of test parameters.
This furnace heat chamber is particularly suited for manufacturing and quality control departments in electronics companies where SMPS power supplies are produced. It is ideal for conducting heat not burn device testing, ensuring that the power supplies can operate safely and efficiently under prolonged thermal stress without damage. By utilizing an electric heater with PID control, the chamber maintains stable and uniform heating, critical for reliable burn-in testing results. The LCD or LED display provides clear and real-time monitoring of temperature and humidity levels, facilitating easy operation and data observation.
The CPET CP-303403 burn-in test chamber is applicable in various scenarios such as production lines, research and development labs, and quality assurance facilities. It supports manufacturers who require consistent and thorough testing of SMPS power supplies to meet industry standards and customer expectations. With a supply ability of 30 sets per month and a minimum order quantity of 2 sets, the product is suitable for both small-scale and large-scale operations. Its packaging details involve sturdy wooden case packing, ensuring safe delivery which typically takes 35 work days. Payment terms are flexible, including D/A and T/T, and pricing is negotiable to accommodate different buyer requirements.
Overall, this burn-in chamber from CPET combines advanced temperature and humidity control with a reliable heating system, making it an essential tool for ensuring the longevity and performance of SMPS power supplies. Its robust design and precise control system make it a preferred choice for companies seeking dependable testing solutions under heat not burn device conditions.
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