1000mm X 800mm X 1200mm SMPS Power Supply Burn In Chamber LCD Display Temperature Humidity Measurement System 1year Free

Product Description:

The SMPS Power Supply Burn In Chamber is a specialized testing equipment designed to ensure the reliability and durability of Switch Mode Power Supplies (SMPS) through rigorous burn-in testing. This advanced Burn In Test Chamber provides a controlled environment where SMPS units can be subjected to elevated temperatures and continuous operation, simulating real-world conditions to identify potential faults and weaknesses before the products reach the market. Its robust construction and precise temperature control make it an essential tool for manufacturers and quality assurance laboratories focused on delivering high-quality, dependable power supply units.

One of the standout features of the SMPS Power Supply Burn In Chamber is its adherence to the Heat Not Burn Device principle, which ensures that the device subjects power supplies to elevated temperatures without causing actual combustion or damage. This makes it a safe and efficient Heat Not Burn Accessory for thorough burn-in testing. The chamber’s design optimizes heat distribution, maintaining uniform temperature throughout the testing area to guarantee consistent results across all tested units. This capability is crucial for identifying latent defects such as component failures, solder joint issues, or thermal weaknesses that could compromise product performance in the field.

The dimensions of the SMPS Power Supply Burn In Chamber vary depending on the model, with a typical example measuring approximately 1000mm x 800mm x 1200mm. This size offers ample space to accommodate multiple SMPS units simultaneously, increasing throughput and testing efficiency. Despite its substantial testing capacity, the chamber maintains a compact footprint suitable for most manufacturing and testing facilities. Weighing around 400KG, it embodies a solid and durable construction, ensuring stability and longevity during intensive burn-in cycles.

Designed for ease of integration into existing production lines, the SMPS Power Supply Burn In Chamber operates on a standard power supply voltage of AC 220V ±10%, 50/60Hz. This compatibility allows for straightforward installation and operation in various international settings without the need for extensive electrical modifications. The chamber’s user-friendly interface and precise control systems enable operators to set and monitor testing parameters easily, ensuring optimal testing conditions tailored to specific product requirements.

Durability and reliability are further underscored by the product’s 1-year free warranty, which reflects confidence in the chamber’s build quality and performance. This warranty provides peace of mind to users, guaranteeing support and service in the unlikely event of any issues arising during the warranty period. The SMPS Power Supply Burn In Chamber is engineered to withstand continuous operation, making it an invaluable asset for long-term quality assurance processes.

In summary, the SMPS Power Supply Burn In Chamber is an indispensable piece of equipment for any organization involved in the manufacture or testing of SMPS units. By incorporating Heat Not Burn Device technology and serving as an essential Heat Not Burn Accessory, it ensures that power supplies undergo rigorous burn-in testing in a safe and controlled environment. Its model-dependent dimensions, standard power supply requirements, substantial weight for stability, and comprehensive warranty collectively make it a reliable and effective solution for enhancing product quality and reliability. Whether used in research, development, or production settings, this Burn In Test Chamber stands out as a critical tool for advancing power supply testing standards and ensuring customer satisfaction.

Features:

• Product Name: SMPS Power Supply Burn In Chamber
• Capacity: Varies By Model, Typically 50-200 Liters
• Safety Features: Over-temperature Protection, Power Failure Recovery
• Display: LCD Or LED Display For Temperature And Humidity
• Power Supply Voltage: AC 220V ±10%, 50/60Hz
• Designed specifically for reliable Burn In Test Chamber applications
• Ideal for Burn In Test PCB processes to ensure product durability
• Includes Heat Not Burn Accessories for efficient temperature management

Technical Parameters:

The CP-303403 model is equipped with a single channel power output of 1600 watts per channel. It contains a total of 36 load channels, providing robust capacity for various applications.

This load module supports a voltage range from 3 to 60 volts and a current range between 0.5 to 120 amperes per channel. It operates with a load precision of ±(2% + 0.5% FS), ensuring accurate and reliable performance.

Designed as an energy-saving load module, it features multiple load modes including constant current (CC), constant voltage (CV), and constant resistance (CR) modes. The product zone includes 6 plies, with each ply measuring 170 millimeters in height and the entire zone width being 340 millimeters.

Temperature control in the product zone ranges from normal ambient temperature up to 60°C, maintaining optimal conditions during operation. The structure of the trolley housing this load module is carefully crafted using cold-rolled sheet metal to guarantee durability and stability.

Control of the system is managed through specially designed monitoring software intended for burn-in testing and computer monitoring of the power system. The input mode for the Unit Under Test (UUT) can accommodate multiple connection types such as multi-purpose sockets, speaker wire clips, or custom designs.

For interfacing, the unit supports connection through fixture boards available in various specifications, with options for custom designs to suit specific requirements, ensuring flexibility and convenience in different testing scenarios.

Applications:

The CPET SMPS Power Supply Burn In Chamber, model number CP-303403, is a highly reliable and efficient testing solution originating from China. Designed specifically for rigorous burn-in testing of SMPS power supplies, this furnace heat chamber ensures stable and consistent heat application to simulate real-world operational conditions. By using an electric heater with PID control, the chamber offers precise temperature regulation, which is essential for identifying potential failures and enhancing the durability of power supplies before they reach the market.

This heat not burn device is ideal for electronics manufacturers and quality control laboratories that require thorough testing environments. The chamber’s advanced safety features, such as over-temperature protection and power failure recovery, guarantee safe operation throughout extended testing cycles. The LCD or LED display for temperature and humidity allows operators to monitor conditions closely, ensuring the testing process meets exact specifications and standards.

With dimensions typically around 1000mm x 800mm x 1200mm and a capacity varying from 50 to 200 liters depending on the model, the CP-303403 can accommodate a variety of power supply sizes. Its robust wooden case packing ensures secure delivery, with a lead time of approximately 35 work days. The minimum order quantity is 2 sets, with a supply ability of 30 sets per month, making it suitable for both small-scale and larger production requirements.

Payment terms such as D/A and T/T are negotiable, providing flexibility to clients worldwide. The chamber’s functionality extends beyond SMPS testing and can be utilized in other applications requiring controlled heating environments, such as testing biomass pellet burner components or evaluating materials used in furnace heat chambers. This versatility makes it a valuable asset in research and development as well as production quality assurance.

In summary, the CPET CP-303403 SMPS Power Supply Burn In Chamber combines precision heating, safety, and adaptability, making it an essential tool for manufacturers aiming to ensure the reliability and longevity of their electronic power supplies. Its integration of advanced heating control and monitoring systems positions it as a leading choice in the field of thermal testing equipment.