Humidity Range 20 Percent To 95 Percent RH SMPS Power Supply Burn In Chamber External Dimension 2050x1000x1900 Custom Design One Year Free

Product Description:

The SMPS Power Supply Burn In Chamber is a specialized testing equipment designed to rigorously assess the reliability and stability of Switched Mode Power Supplies (SMPS) under controlled stress conditions. Operating on a power supply voltage of AC 220V ±10% at 50/60Hz, this burn-in chamber ensures consistent and efficient performance, making it an essential tool for manufacturers and quality control laboratories aiming to guarantee the durability and robustness of their power supply units.

One of the standout features of this burn-in chamber is its versatile capacity, which varies by model to accommodate different testing requirements. Typically, the chamber sizes range from 50 to 200 liters, providing ample space for multiple SMPS units to be tested simultaneously. This flexibility allows users to select a model that best suits their production scale and testing volume, ensuring optimal utilization and cost-efficiency.

At the heart of the chamber’s operation is an advanced electric heating system equipped with precise PID (Proportional-Integral-Derivative) control. This sophisticated heating mechanism guarantees stable temperature regulation, which is crucial for simulating the operational stress conditions that SMPS power supplies encounter in real-world scenarios. The PID control system offers rapid temperature adjustments and maintains uniform heat distribution within the chamber, effectively preventing hotspots and ensuring consistent test results. This feature is particularly important when the objective is to identify latent defects and verify the endurance of power supply components.

The SMPS Power Supply Burn In Chamber is classified as a Heat Not Burn Device, which means it safely subjects devices to elevated temperatures without causing damage or combustion. This characteristic is vital in providing a controlled environment where the power supplies can be stressed without risk of overheating or failure due to excessive heat exposure. Consequently, it serves as a reliable platform for long-term burn-in testing, contributing to improved product quality and reduced failure rates in the field.

In terms of design, the chamber is a robust example of chamber furnaces technology, combining durability with precision engineering. The dimensions of the unit are model-dependent, but a typical configuration measures approximately 1000mm in length, 800mm in width, and 1200mm in height. This compact footprint ensures that the chamber can be conveniently integrated into various laboratory and production floor settings without requiring excessive space. Additionally, the furnace heat chamber design promotes excellent thermal insulation and energy efficiency, reducing operational costs while maintaining high testing standards.

Applications of the SMPS Power Supply Burn In Chamber extend beyond simple temperature stress testing. It is extensively used to validate the performance of power supplies under accelerated aging conditions, helping manufacturers to identify potential points of failure before products reach customers. By replicating harsh operational environments, it enables engineers to optimize designs and improve component selection, ultimately enhancing product reliability. Furthermore, the chamber supports various test protocols and can be customized to meet specific industry standards, making it a versatile asset for quality assurance teams.

In summary, the SMPS Power Supply Burn In Chamber is an indispensable tool for any organization involved in the production or testing of SMPS units. Its combination of a stable power supply voltage, variable capacity, precise electric heating with PID control, and compact yet efficient chamber furnace design positions it as a leader in burn-in testing solutions. By leveraging this heat not burn device, companies can ensure their power supplies meet stringent reliability criteria, reduce warranty claims, and maintain high customer satisfaction levels. Whether for research and development or routine quality control, this furnace heat chamber offers unparalleled performance and dependability in the demanding field of power supply testing.

Features:

• Product Name: SMPS Power Supply Burn In Chamber
• Weight: 400KG
• Applications: Testing reliability and stability of SMPS power supplies under stress
• Chamber Type: Temperature and humidity controlled chamber furnace
• Safety Features: Over-temperature protection and power failure recovery
• Display: LCD or LED display for temperature and humidity monitoring
• Designed for burn in test PCB and other industrial chamber furnace applications
• Ensures consistent performance through controlled temperature and humidity conditions
• Durable construction suitable for long-term industrial use

Technical Parameters:

This product model is identified as CP-303403. It features a powerful configuration designed to handle various load requirements.

Each channel provides a power output of 1600W. The device is equipped with a total of 36 load channels to support simultaneous operations.

The load channels operate within a voltage range of 3 to 60 volts. They support a current range from 0.5 to 120 amperes per channel, accommodating diverse load demands.

The load precision is maintained at ±(2% + 0.5% of full scale). The energy-saving load modules support multiple load modes including Constant Current (CC), Constant Voltage (CV), and Constant Resistance (CR).

The product zone consists of 6 stacked plies, each with a height of 170 mm. The width of this zone measures 340 mm, providing ample space for the products under testing.

Temperature regulation within the product zone is maintained from normal ambient temperature up to 60°C, ensuring optimal conditions during operation.

The trolley structure is crafted meticulously using cold-rolled sheet materials, offering durability and a robust frame for the equipment.

The main control operates via monitoring software specialized for computer-monitored power burn-in testing. The input for Units Under Test (UUT) can be connected through multi-purpose sockets, speaker wire clips, or customized designs as required.

Connections to the UUT are facilitated through fixture boards available in various specifications for optimal compatibility. Custom designs can also be provided to meet specific requirements.

Applications:

The CPET SMPS Power Supply Burn In Chamber, model number CP-303403, is a highly specialized piece of equipment designed to perform rigorous burn-in testing for SMPS (Switched-Mode Power Supply) units. Manufactured in China, this chamber is a vital tool for quality assurance departments and manufacturing facilities that require reliable and consistent performance verification of their power supply products before they reach the market.

This burn-in test chamber is specifically engineered to provide a controlled temperature and humidity environment, with a humidity range adjustable from 20% to 95% RH. This feature ensures that the SMPS units undergo realistic stress conditions that simulate prolonged use in various climates. The LCD or LED display allows operators to monitor temperature and humidity parameters accurately, ensuring precision throughout the burn-in testing process.

Ideal for electronics manufacturers, especially those specializing in PCB (Printed Circuit Board) assemblies, the CPET Burn In Test Chamber supports intensive Burn In Test PCB procedures. By subjecting the SMPS power supplies to elevated temperature and humidity conditions, the chamber helps detect early failures and latent defects, thus improving product reliability and durability.

The chamber furnaces integrated within this model provide consistent heating capabilities, crucial for maintaining uniform test conditions. This makes the CP-303403 model indispensable for research and development labs, quality control units, and production lines where comprehensive burn-in testing is mandatory.

The chamber dimensions vary depending on the model but typically measure around 1000mm x 800mm x 1200mm, offering ample space for multiple SMPS units to be tested simultaneously. With a supply ability of 30 sets per month, CPET can meet moderate to large-scale production demands. The minimum order quantity is 2 sets, and the price is negotiable, which provides flexibility for different business needs.

For delivery, the product is securely packed in wooden cases to ensure safe transit, with a lead time of approximately 35 workdays. Payment options include D/A and T/T, catering to international buyers. Overall, the CPET SMPS Power Supply Burn In Chamber is an essential investment for companies looking to enhance the reliability and quality of their power supply products through thorough burn-in testing using advanced chamber furnaces technology.