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Home > Products > SMPS Power Supply Burn In Chamber > 400KG SMPS Power Supply Burn In Chamber Featuring Microprocessor Based Digital Controller and Humidity Range 20 Percent To 95 Percent RH for Precise Control

400KG SMPS Power Supply Burn In Chamber Featuring Microprocessor Based Digital Controller and Humidity Range 20 Percent To 95 Percent RH for Precise Control

Product Details

Brand Name: CPET

Model Number: CP-303403

Payment & Shipping Terms

Minimum Order Quantity: 2sets

Price: Negotiable

Packaging Details: Wooden Case Packing

Delivery Time: 35 Work Days

Payment Terms: D/A,T/T

Supply Ability: 30sets/month

Get Best Price
Product Details
Highlight:

400KG SMPS burn in chamber

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digital controller burn in chamber

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humidity control SMPS test chamber

Controlsystem:
Microprocessor Based Digital Controller
External Dimension:
2050*1000*1900/custom Design
Chambertype:
Temperature And Humidity Controlled
Display:
LCD Or LED Display For Temperature And Humidity
Weight:
400KG
Productname:
SMPS Power Supply Burn In Chamber
Applications:
Testing Reliability And Stability Of SMPS Power Supplies Under Stress
Powersupplyvoltage:
AC 220V ±10%, 50/60Hz
Controlsystem:
Microprocessor Based Digital Controller
External Dimension:
2050*1000*1900/custom Design
Chambertype:
Temperature And Humidity Controlled
Display:
LCD Or LED Display For Temperature And Humidity
Weight:
400KG
Productname:
SMPS Power Supply Burn In Chamber
Applications:
Testing Reliability And Stability Of SMPS Power Supplies Under Stress
Powersupplyvoltage:
AC 220V ±10%, 50/60Hz
Product Description

Product Description:

The SMPS Power Supply Burn In Chamber is a specialized industrial chamber furnace designed to perform rigorous burn-in testing specifically for SMPS (Switched-Mode Power Supply) units. With external dimensions of 2050*1000*1900 mm, this chamber can also be custom-designed to meet unique spatial and operational requirements, making it a versatile solution for manufacturers and testing facilities that prioritize quality assurance and reliability in power supply production.

One of the core functions of the SMPS Power Supply Burn In Chamber is to simulate stress conditions by subjecting SMPS units to controlled temperature and humidity environments. This temperature and humidity controlled chamber type ensures that the power supplies are tested under precise environmental variables, replicating real-world conditions that the devices might encounter during their operational life. This helps in identifying potential points of failure and ensures that only the most stable and reliable power supplies proceed to market.

Applications of this advanced industrial chamber furnace are primarily focused on testing the reliability and stability of SMPS power supplies under various stress conditions. By replicating long-term operational environments, the chamber facilitates accelerated aging and wear testing, which is critical in industries where power supply failure can lead to significant operational downtime or safety hazards. This chamber is ideal for quality control teams in electronics manufacturing, research and development laboratories, and any facility involved in the production or maintenance of SMPS units.

In addition to its primary role in SMPS testing, this industrial chamber furnace is engineered with durability and user convenience in mind. It comes with a one-year free warranty, underscoring the manufacturer’s commitment to quality and customer satisfaction. This warranty ensures peace of mind for users, knowing that support and service are readily available should any issues arise during the warranty period.

Interestingly, while the SMPS Power Supply Burn In Chamber excels in electrical component testing, the technology and design principles behind it share similarities with other industrial heating solutions, such as biomass pellet burners. Biomass pellet burners are known for their efficiency and environmental friendliness in generating heat, often used in various types of industrial chamber furnaces. The integration of precise temperature control in the burn-in chamber reflects an evolution of industrial furnace technologies to meet modern testing demands.

Overall, the SMPS Power Supply Burn In Chamber represents a convergence of advanced industrial chamber furnace design and specialized electrical testing capabilities. Its robust construction, precise environmental controls, and customizable dimensions make it an indispensable tool for ensuring the highest standards of performance and reliability in SMPS power supplies. Whether deployed in a high-volume manufacturing setting or a research environment, this chamber equips users with the ability to conduct thorough burn-in testing, thereby enhancing product quality and extending the operational lifespan of power supply units.

In summary, the SMPS Power Supply Burn In Chamber is a sophisticated, temperature and humidity controlled industrial chamber furnace tailored for the critical task of burn-in testing SMPS power supplies. With customizable dimensions, a one-year free warranty, and applications targeted at verifying the reliability and stability of power supplies under stress, it stands out as a premier choice for industries committed to excellence in power supply manufacturing and testing. Its relevance is further highlighted when considering the broader context of industrial heating technologies, including biomass pellet burners, which inspire the efficient and controlled heating mechanisms that drive this chamber’s performance.


Features:

  • Product Name: SMPS Power Supply Burn In Chamber
  • Humidity Range: 20% To 95% RH
  • Safety Features: Over-temperature Protection, Power Failure Recovery
  • Applications: Testing Reliability And Stability Of SMPS Power Supplies Under Stress
  • Function: Burn-in Testing For SMPS Power Supplies
  • Dimensions: Model Dependent, E.g. 1000mm X 800mm X 1200mm
  • Designed as a reliable Burn In Test Chamber for thorough evaluation
  • Ensures consistent performance during Burn In Test Chamber operations
  • Compatible with various testing setups, including applications related to Biomass Pellet Burner systems

Technical Parameters:

Product Model: CP-303403

The CP-303403 model features a powerful single channel output with a capacity of 1600W per channel. It supports a total of 36 load channels, making it suitable for extensive testing and load applications.

Each channel can operate within a voltage range of 3 to 60 volts. The current range per channel spans from 0.5 amps to 120 amps, providing a versatile load current capability. The load precision maintains an accuracy of ±(2% + 0.5% of full scale), ensuring reliable performance during operation.

This model utilizes an energy-saving load module. It offers multiple load modes including constant current (CC), constant voltage (CV), and constant resistance (CR) modes, allowing flexible testing conditions based on different requirements.

The product zone consists of 6 plies, with a height of 170 millimeters and a width of 340 millimeters. The temperature within this zone is controlled to range from normal room temperature up to 60 degrees Celsius, maintaining an optimal environment during use.

The trolley structure is crafted from cold-rolled sheet steel, which has been meticulously processed and manufactured to ensure durability and stability. For main control, the system employs monitoring software designed for the burn-in process of power supplies, providing computer monitoring capabilities.

The input interface of the Unit Under Test (UUT) is versatile, accommodating multi-purpose sockets, speaker wire clips, or custom-designed connections. Additionally, the interface mode utilizes connecting fixture boards with various specifications as the preferred choice, with options for custom designs based on specific needs.


Applications:

The CPET SMPS Power Supply Burn In Chamber, model CP-303403, is a cutting-edge testing solution designed specifically for evaluating the reliability and stability of SMPS power supplies under rigorous stress conditions. Manufactured in China and supplied with a minimum order quantity of 2 sets, this chamber is ideal for electronics manufacturers and quality control laboratories that require precise environmental testing to ensure product durability and performance.

One of the primary application occasions for the CPET SMPS Burn In Chamber is during the production and quality assurance phases of SMPS power supplies. Its advanced microprocessor-based digital controller allows for precise regulation of temperature and humidity, which is clearly displayed through an easy-to-read LCD or LED display. This makes it possible to simulate real-world operating conditions and stress-test power supplies to detect any potential faults or weaknesses before they reach the market.

The chamber's capacity varies by model, typically ranging between 50 and 200 liters, with physical dimensions such as 1000mm x 800mm x 1200mm, making it suitable for a variety of power supply sizes. The robust wooden case packing ensures safe delivery, with a standard lead time of 35 work days and flexible payment terms including D/A and T/T. With a supply ability of 30 sets per month, CPET can reliably meet the demands of various production scales.

Beyond SMPS power supplies, the CP-303403 chamber can be utilized in testing accessories related to heat not burn technologies, such as Heat Not Burn Accessories and Heat Not Burn Devices. These devices require stringent environmental testing to guarantee their performance and safety, and the chamber’s precise control over temperature and humidity makes it an indispensable tool for manufacturers in this sector. Additionally, the chamber is suitable for evaluating components like Biomass Pellet Burners, where thermal endurance and stability are critical parameters.

In summary, the CPET SMPS Power Supply Burn In Chamber is an essential piece of equipment for companies engaged in producing and testing SMPS power supplies and related products such as Heat Not Burn Accessories and Biomass Pellet Burners. Its reliable microprocessor controls, customizable capacity, and comprehensive display features ensure that every product undergoing burn-in testing meets the highest standards of quality and reliability.