400KG SMPS Power Supply Burn In Chamber Incorporating AC 220V ±10% Voltage Providing Power for Electronic Device Testing

Product Description:

The SMPS Power Supply Burn In Chamber is a specialized testing device designed to ensure the reliability and durability of power supply units and related electronic components. This advanced chamber is specifically engineered to perform rigorous Burn In Tests on PCBs (Printed Circuit Boards) and other electronic devices, subjecting them to controlled temperature and humidity conditions to identify early failures and ensure long-term performance. With its precise temperature management and robust construction, the SMPS Power Supply Burn In Chamber is an indispensable tool for manufacturers and quality control laboratories.

One of the core features of this burn-in chamber is its power supply voltage requirement of AC 220V ±10%, operating efficiently at both 50Hz and 60Hz frequencies. This ensures compatibility with standard power grids across various regions, providing stable and consistent energy input necessary for maintaining strict test conditions. The chamber’s heating system is powered by an electric heater equipped with PID (Proportional-Integral-Derivative) control, which allows for highly accurate temperature regulation. The PID control system continuously monitors and adjusts the temperature inside the chamber to maintain a stable environment, crucial for conducting effective Burn In Tests without damaging sensitive electronics.

The SMPS Power Supply Burn In Chamber is designed with user convenience and operational clarity in mind. It features a clear and easy-to-read LCD or LED display that shows real-time temperature and humidity levels inside the chamber. This display allows technicians to monitor test conditions at a glance, ensuring that the environment remains within specified parameters throughout the testing process. Maintaining precise temperature and humidity control is essential for Heat Not Burn Devices, preventing overheating while simulating stress conditions that reveal potential weaknesses in the electronic components.

Durability and reliability are central to the design of the SMPS Power Supply Burn In Chamber. It is built to withstand continuous operation during extended testing cycles, making it suitable for both small-scale production testing and large-scale industrial applications. The chamber’s construction materials and insulation are selected to minimize heat loss and maintain uniform temperature distribution, which is critical for consistent Burn In Test results. Additionally, the chamber supports various test configurations, allowing users to customize test parameters according to specific product requirements.

To provide peace of mind and assurance of quality, the SMPS Power Supply Burn In Chamber comes with a 1-year free warranty. This warranty covers manufacturing defects and ensures that customers receive prompt support and maintenance services if necessary. The commitment to quality and customer satisfaction makes this burn-in test chamber a reliable investment for businesses looking to enhance their product testing capabilities.

In summary, the SMPS Power Supply Burn In Chamber is a high-performance, reliable, and user-friendly solution for conducting Burn In Test PCBs and other electronic devices. Its precise electric heating system with PID control, coupled with an informative LCD or LED display, ensures that temperature and humidity conditions are meticulously maintained to simulate real-world operating environments. By using this Burn In Test Chamber, manufacturers can effectively perform Heat Not Burn Devices testing, identifying potential failures early and improving product quality. The combination of robust design, versatile functionality, and comprehensive warranty support makes the SMPS Power Supply Burn In Chamber an essential asset for any electronics testing facility.

Features:

• Product Name: SMPS Power Supply Burn In Chamber
• Power Supply Voltage: AC 220V ±10%, 50/60Hz
• Display: LCD or LED Display for Temperature and Humidity
• Heating System: Electric Heater with PID Control for precise temperature management
• Capacity: Varies by model, typically ranging from 50 to 200 liters
• Function: Designed specifically for burn-in testing of SMPS power supplies
• Industrial Chamber Furnace design ensures robust and reliable operation
• Suitable for applications involving Biomass Pellet Burner environments
• High durability and performance in Biomass Pellet Burner testing scenarios

Technical Parameters:

The CP-303403 is designed as an energy-saving load module featuring a single channel power rating of 1600W. It supports a total of 36 load channels, making it suitable for applications requiring multiple simultaneous loads.

This module operates within a load voltage range of 3 to 60 volts and a load current range of 0.5 to 120 amperes per channel. It offers a high load precision of ±(2% + 0.5% full scale), ensuring accurate performance during operations.

The CP-303403 supports multiple load modes, including constant current (CC), constant voltage (CV), and constant resistance (CR) modes, providing flexibility for various testing and operational requirements.

The product zone consists of 6 layers, each with a height of 170 millimeters and a width of 340 millimeters. The temperature within this zone is controlled, maintaining a range from normal ambient temperature up to 60°C to ensure reliable operation.

The trolley structure is made from carefully processed cold-rolled sheet material, offering durability and stability. Control is managed via monitoring software designed specifically for burn-in testing by computer monitoring power systems.

Units Under Test (UUT) can be connected using multi-purpose sockets, speaker wire clips, or custom-designed interfaces. Additionally, the module offers custom or standard connecting fixture boards with various specifications to accommodate different testing setups.

Applications:

The CPET CP-303403 SMPS Power Supply Burn In Chamber is a specialized Furnace Heat Chamber designed to rigorously test the reliability and stability of SMPS power supplies under various stress conditions. Manufactured in China with superior craftsmanship, this Burn In Test Chamber is an essential tool for quality assurance departments and research laboratories focusing on power supply endurance and performance.

With a chamber type that is temperature and humidity controlled, the CPET CP-303403 Burn In Chamber offers a precise testing environment ranging from 20% to 95% relative humidity. This feature ensures that SMPS units are exposed to realistic and extreme environmental conditions, verifying their durability and operational consistency. The chamber operates on a power supply voltage of AC 220V ±10%, 50/60Hz, making it compatible with standard industrial electrical setups.

The external dimensions of 2050*1000*1900 mm, along with custom design options, make this Chamber Furnace adaptable to various testing requirements and facility constraints. It is ideal for conducting extensive burn-in tests that simulate prolonged usage, ensuring that SMPS power supplies can withstand thermal and humid stress without failure.

Applications of the CPET CP-303403 include testing reliability and stability of SMPS power supplies in manufacturing plants, quality control laboratories, and research and development centers. The chamber’s ability to maintain controlled environmental conditions makes it indispensable for electronics manufacturers who require stringent performance validation before product release.

CPET offers a minimum order quantity of 2 sets with a supply ability of 30 sets per month. Each unit is carefully packed in a wooden case to ensure safe delivery, with a typical delivery time of 35 work days. Pricing is negotiable based on order volume and customization needs, and payment terms include D/A and T/T methods.

In summary, the CPET CP-303403 Furnace Heat Chamber Burn In Test Chamber is a reliable, efficient, and versatile solution for organizations seeking to enhance the quality and longevity of SMPS power supplies. Its advanced temperature and humidity control capabilities make it a critical asset in the field of electronic component testing and validation.