IEC 62368-1 Programmable Heating Oven For Accelerated Aging Tests Thermal Aging

Product Specification

IEC 62368-1 Programmable Heating Oven For Accelerated Aging Tests Thermal Aging Chamber

Product information:

This equipment has the characteristics of rapid heating, precise temperature control, adjustable air volume and so on. It has eight core technologies: microcomputer control, over-temperature alarm, internal circulation blast, multi-purpose machine, stainless steel inner tank, thick insulation layer, multi-capacity, constant temperature timing.

Application fields: Chinese herbal medicine drying, circuit aging test, glassware drying, chemical and pharmaceutical, food drying, equipment drying, etc.

Structure: digital control, over-temperature deviation protection. Mirror surface stainless steel liner, the distance between the partitions in the cabinet can be adjusted, and the outer cabinet is made of high-quality steel plate, tempered glass door, more secure to use.

A programmable heating oven thermal aging chamber is a specialized device used for accelerated aging tests and thermal aging studies on various materials, components, or products. It provides controlled and precise heating conditions over an extended period to simulate the effects of long-term usage or exposure to elevated temperatures. Here are the key features and components typically found in a programmable heating oven thermal aging chamber:

Heating Chamber: The thermal aging chamber consists of an insulated enclosure or chamber that houses the test specimens or products. The chamber is designed to maintain a stable and controlled temperature environment throughout the aging process.

Heating System: The chamber incorporates a heating system that provides the means to increase and maintain the desired temperature. This typically includes electric heating elements or other heating mechanisms capable of achieving and sustaining elevated temperatures for prolonged periods.

Temperature Control and Programming: The device features a temperature control system with programmable settings. It allows users to set and adjust the desired aging temperature, heating rate, and duration. The control system ensures precise temperature regulation and facilitates automated programming for various aging profiles.

Temperature Monitoring: The aging chamber includes temperature monitoring devices, such as thermocouples or temperature sensors, to measure and monitor the temperature inside the chamber. This enables real-time temperature control and provides data for analysis during the aging process.

Air Circulation System: To ensure uniform temperature distribution within the chamber, the aging chamber incorporates an air circulation system. This system comprises fans or blowers that circulate heated air throughout the chamber, promoting consistent temperature conditions and reducing temperature gradients.

Safety Features: Safety considerations are essential in the design of the aging chamber to prevent overheating, ensure operator safety, and protect the test specimens. This may include features like temperature limit switches, overheat protection mechanisms, and alarms to alert operators of any abnormal conditions.

Data Logging and Analysis: The aging chamber may have data logging capabilities to record and store temperature data over time. This data can be analyzed to assess the effects of thermal aging on the test specimens, evaluate performance degradation, and determine the expected lifespan under accelerated aging conditions.

Observation Window: Some aging chambers may have an observation window or viewing port that allows operators to visually inspect the test specimens during the aging process without opening the chamber. This minimizes temperature fluctuations and maintains the controlled environment.

Programmable Controller: The aging chamber is typically equipped with a programmable controller or interface that allows users to set and adjust the aging parameters, monitor the temperature, and control the overall operation of the chamber.

The programmable heating oven thermal aging chamber is a valuable tool for industries such as electronics, automotive, aerospace, and materials science. It enables researchers, manufacturers, and quality control departments to simulate and study the effects of prolonged thermal exposure on materials and products, helping to assess their performance, durability, and reliability over time. The controlled and accelerated aging process facilitated by the chamber aids in product development, quality assurance, and compliance with industry standards and regulations.

Technical parameters: