What impact will the storage environment have on the terminals?

Terminals usually face a variety of different environmental factors, in the process of transportation and storage, in the manufacturing process, in the process of installation, maintenance and end-customer use. These environmental factors can be understood as established conditions, which can be subdivided into temperature, humidity, corrosion, pollution, internal and external conditions, and human factors. It is also necessary to define the duration of exposure to constantly changing conditions to these environmental factors. The storage environment of the terminal is different, from the controllable clean, heated or air-conditioned, humid warehouse, office or factory, to the uncontrollable corresponding environment. Heat, humidity or corrosion will seriously affect the service life of the terminal. In these uncontrollable environments, the storage life of weldability will be greatly reduced due to oxidation, corrosion, and the intensification of intermetallic chemical cooperation; the surface and function of metal devices will be affected by rust, patina and other forms of corrosion. ; Plastics used as insulating materials are also affected by the deterioration of flexibility, strength, and shape. The storage period of the terminal blocks can be long or short, ranging from several months to several years, or as short as several days or weeks. Some require long-term inventory planning for customers, while others will be shipped out immediately after ordering.

Terminals usually face a variety of different environmental factors. These environmental factors can be understood as established conditions, which can be specifically subdivided into temperature, humidity, corrosion, pollution, internal and external conditions, and human factors. It is also necessary to define the duration of exposure to constantly changing conditions to these environmental factors. In business decisions, reliability is a very important consideration. From the point of view of a quality engineer or reliability engineer, reliability should be defined as follows, "under given conditions, the continuous performance or maximum probability of zero failure operation," or "something under given conditions, at specific intervals The greatest possibility that it can function normally within the period." The reliability field includes the evaluation of a variety of established factors and optimal selection, and it is often determined by the interested parties to adopt certain standardized or soon to be pioneered methods. Some professional terms such as "derating" and "failure rate" are often used in the field of reliability. Generally, reliability engineers and quality engineers certified by the American Quality Association have expertise in this area.

By adopting a first-in first-out inventory strategy, a traceable date labeling system, appropriate packaging methods, anti-corrosion methods, improved storage conditions, and proper terminal materials and design, the reliability of terminal blocks and storage life will be improved. Transportation environment factors involve problems caused by vibrations and collisions during the operation of transportation vehicles and other mechanical devices, roads, and loading and unloading tools. However, extreme temperatures often compound and aggravate the effects of vibration and collision. Terminals are often exposed to salt spray in the sea. The transportation time is generally predictable, land and air transportation generally take a few days, while sea transportation is as long as one month or several months. If the terminals and packaging materials are to be intact during transportation, they must be anti-decomposition, anti-deformation, anti-corrosion and anti-extrusion. The following measures are usually taken to improve the reliability of transportation and make the goods reach the destination smoothly: use a reputable carrier, use appropriate packaging materials, strong inner and outer packaging boxes, appropriate linings or fillers, necessary anti-corrosion measures, and Appropriate terminal materials and design methods.