These evaluate the component’s resistance to thermal fatigue.
: Highest friction properties, designed specifically to prevent clutch slippage in high-torque bikes.
| Standard Number | Title (English) | Title (Japanese) | Equivalent ISO Standard | | :--- | :--- | :--- | :--- | | | General | 一般 (Ippan) | ISO 16750-1 | | JASO D014-2 | Electrical loads | 電気負荷 (Denki fuka) | ISO 16750-2 | | JASO D014-3 | Mechanical loads | 機械負荷 (Kikai fuka) | ISO 16750-3 | | JASO D014-4 | Climatic loads | 気候負荷 (Kikō fuka) | ISO 16750-4 | | JASO D014-5 | Chemical loads | 化学負荷 (Kagaku fuka) | ISO 16750-5 | jaso d0144 pdf
The text establishes precise profile graphs detailing exact dwell times, soak temperatures, and relative humidity percentages.
Components are subjected to rapid transitions between cold and hot states. This forces expansion and contraction, exposing weaknesses in solder joints, PCB traces, and protective housings. 3. Humid Heat (Damp Heat) testing Components are subjected to rapid transitions between cold
JASO D014-4 was established to harmonize Japanese domestic standards with international ISO 16750-4 Full Series:
With the rapid evolution of automotive technology, including the development of electric vehicles (EVs), hybrid vehicles, and advanced internal combustion engines, JASO standards would likely address compatibility and performance requirements for these new technologies. Humid Heat (Damp Heat) testing JASO D014-4 was
For further technical reports and outlines, resources like the ESPEC Technical Information PDF
It applies to electrical and electronic equipment designed for road vehicles. Key Testing Methods in JASO D014-4
JSAE (Society of Automotive Engineers of Japan) Website: They provide a store to purchase official standards.
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