Product Description:
The SMPS Power Supply Burn In Chamber is a highly specialized testing environment designed to ensure the reliability and durability of electronic components, particularly those involving switch-mode power supplies (SMPS). This advanced chamber is engineered to perform stringent burn-in tests, which are essential for identifying early failures and ensuring the long-term performance of electronic products such as Burn In Test PCB assemblies. The chamber provides precise control over temperature and humidity conditions, replicating extreme environments to rigorously stress test components and assemblies.
One of the standout features of the SMPS Power Supply Burn In Chamber is its versatile display options. Users can choose between an LCD or LED display to monitor and control both temperature and humidity levels accurately. This real-time feedback ensures that the testing parameters are maintained within strict tolerances, which is crucial for valid and repeatable burn-in test results. The intuitive interface allows operators to set customized profiles tailored to various product requirements, enhancing the chamber’s adaptability across different industries.
With a solid construction and a weight of approximately 400KG, this burn-in chamber offers robust stability and durability. Its substantial build quality minimizes external influences and temperature fluctuations, providing a consistent testing environment. The chamber's capacity varies depending on the model selected, typically ranging from 50 to 200 liters. This range allows manufacturers to choose the most suitable size for their testing needs, whether for small PCB assemblies or larger devices such as Biomass Pellet Burners and Heat Not Burn Devices.
The SMPS Power Supply Burn In Chamber operates on a reliable power supply voltage of AC 220V ±10%, 50/60Hz, making it compatible with standard power sources in most industrial and laboratory settings. This ensures ease of installation and operation without the need for specialized electrical infrastructure. The chamber’s energy-efficient design also helps minimize operational costs while maintaining optimal performance throughout the testing cycles.
In terms of warranty, the product comes with a 1-year free warranty period, underscoring the manufacturer’s confidence in its durability and performance. This warranty provides customers with peace of mind, ensuring that any manufacturing defects or operational issues will be promptly addressed. Additionally, comprehensive customer support and service options are available to assist users in maximizing the chamber’s capabilities and maintaining its functionality over time.
This burn-in chamber is particularly beneficial for industries involved in the production and testing of electronic devices where reliability is paramount. It is widely used for Burn In Test PCB procedures, where printed circuit boards undergo rigorous stress testing to detect latent defects before final deployment. Moreover, the chamber’s adaptability extends to more specialized applications such as testing Biomass Pellet Burners and Heat Not Burn Devices, which require controlled environmental conditions to validate their performance and safety standards.
Overall, the SMPS Power Supply Burn In Chamber is an indispensable tool for quality assurance and product development teams aiming to enhance the reliability and lifespan of their electronic products. Its combination of precise environmental control, robust construction, flexible capacity options, and user-friendly interface makes it a superior choice for rigorous burn-in testing. Whether for conventional PCB assemblies or cutting-edge technologies like Biomass Pellet Burners and Heat Not Burn Devices, this chamber delivers consistent and reliable results, helping manufacturers uphold the highest standards of quality and safety.
Features:
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Product Name: SMPS Power Supply Burn In Chamber
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Function: Burn-in Testing For SMPS Power Supplies
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Chamber Type: Temperature And Humidity Controlled
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Control System: Microprocessor Based Digital Controller
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Heating System: Electric Heater With PID Control
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Safety Features: Over-temperature Protection, Power Failure Recovery
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Designed for reliable Burn In Test Chamber performance
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Suitable for testing devices like Biomass Pellet Burner and Heat Not Burn Devices
Technical Parameters:
Product Specification: Model CP-303403
The CP-303403 model is equipped with a powerful single channel output delivering 1600W per channel. It features a total of 36 load channels, providing extensive capacity for various testing needs.
The load voltage range spans from 3 to 60 volts, while each channel supports a load current ranging between 0.5 and 120 amperes. This configuration offers a high degree of versatility for different testing scenarios.
Precision is a key factor for this model, with a load accuracy of ±(2% + 0.5% of full scale). It utilizes an energy-saving load module operating in multiple modes, including constant current (CC), constant voltage (CV), and constant resistance (CR) modes.
The product zone consists of 6 layers, each with a height of 170 millimeters, and a width of 340 millimeters. The temperature within this product zone is carefully controlled, ranging from normal ambient temperature up to 60°C, ensuring optimal operating conditions.
Constructed with high-quality cold-rolled sheet material, the trolley structure is elaborately processed to ensure durability and stability. The main control operates through specialized monitoring software designed for computer-monitored burn-in power testing.
Input to the Unit Under Test (UUT) can be configured using multi-purpose sockets, speaker wire clips, or customized designs based on specific requirements. Similarly, the interface for the UUT uses connecting fixture boards available in various specifications or can be custom designed for particular applications.
Applications:
The CPET SMPS Power Supply Burn In Chamber, model CP-303403, is an advanced industrial chamber furnace designed specifically for rigorous testing and quality assurance of SMPS power supplies. Manufactured in China, this temperature and humidity controlled chamber furnace provides a reliable and efficient environment for burn-in testing, ensuring that power supplies meet stringent performance and safety standards before deployment.
Ideal for electronics manufacturers and quality control laboratories, the CPET CP-303403 is widely used in industrial chamber furnace applications where precise temperature and humidity regulation is critical. With a capacity that typically ranges from 50 to 200 liters depending on the model, it accommodates various sizes of power supply units, making it versatile for different production scales and testing requirements.
This industrial chamber furnace is equipped with an electric heater featuring PID control, allowing for accurate and stable temperature management. Safety features such as over-temperature protection and power failure recovery ensure the safety of both the equipment and the samples during long testing cycles. The chamber operates on a power supply voltage of AC 220V ±10%, 50/60Hz, suitable for most industrial environments.
The CPET SMPS Power Supply Burn In Chamber is particularly suited for occasions where burn-in testing is crucial, such as during new product development, batch testing in manufacturing lines, and reliability verification before shipment. Its robust construction and wooden case packing facilitate safe transportation and long-term usage, with a supply ability of 30 sets per month and a delivery time of approximately 35 working days. Payment terms are flexible, including D/A and T/T options, and pricing is negotiable to accommodate different business needs.
With a minimum order quantity of two sets, this industrial chamber furnace is a practical investment for companies seeking to enhance their quality control processes. Whether used in research and development labs, production facilities, or testing centers, the CPET CP-303403 burn-in chamber offers a dependable solution for ensuring the durability and performance of SMPS power supplies under controlled temperature and humidity conditions.
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