: Includes cold tests (down to -45°C), dry heat, and thermal shock/cycling to evaluate how components handle sudden temperature shifts.
| Standard | Title | Difference from JASO D001-94 | | :--- | :--- | :--- | | | Cooling Capacity Test for HFC-134a | Uses higher ambient temps (45°C vs 35°C). | | ISO 15502 | Performance Testing of Refrigerating Systems | More focused on stationary HVAC; less relevant for vibration testing. | | JASO D002 | Components Corrosion Test | Covers salt spray for condensers, not cooling performance. | Jaso D001-94 Pdf
Before dissecting the PDF document itself, it is essential to understand the body behind it. stands for the Japanese Automotive Standards Organization . This organization develops standards for the Japanese automotive industry, similar to how SAE (Society of Automotive Engineers) operates in the United States or ISO (International Organization for Standardization) globally. : Includes cold tests (down to -45°C), dry
The primary international equivalent for environmental conditions and electrical loads. JASO D014 series: | | JASO D002 | Components Corrosion Test
stands for the Japanese Automotive Standards Organization . This organization is responsible for establishing standards for the Japanese automotive industry, covering everything from screws to complex electronic systems.
The primary goal of JASO D001-94 is to ensure that electronic components used in 12V and 24V vehicle systems can withstand the harsh realities of the automotive environment. This includes everything from extreme temperature shifts to the electrical surges that occur during engine startup.
The standard allows for both in-vehicle testing (with wind tunnel) and bench-top calorimeter testing.