SAE J2763-2015
SAE J 2763-2008
Test Procedure for Determining Refrigerant Emissions from Mobile Air Conditioning Systems
SAE J2763-2015 发布历史
This SAE Standard covers the Mini-Shed testing methodology to measure the rate of refrigerant loss from an automotive air conditioning (A/C) system. This SAE procedure encompasses both front and rear air conditioning systems utilizing refrigerants operating under sub-critical conditions. Purpose The purpose of the SAE Mini-Shed Test Refrigerant Emission procedure is to provide a means of measuring refrigerant emissions from properly assembled vehicle air conditioning systems under specific A/C usage conditions (i.e.@ typical use conditions) and to convert the results to an estimated annual refrigerant emission rate (g/yr). Such conversion from laboratory test results to estimated vehicle emission applies to properly assembled systems and does not account for normal production assembly variations.
SAE J2763-2015由SAE - SAE International 发布于 2015-01-01，并于 2015-01-01 实施。
SAE J2763-2015的历代版本如下：
- 2008年08月27日 SAE J2763-2008 移动空气调节系统产生的制冷排放物测定用试验规程
- 2015年01月01日 SAE J2763-2015 SAE J 2763-2008
- 标准号
- SAE J2763-2015
- 发布日期
- 2015年01月01日
- 实施日期
- 2015年01月01日
- 废止日期
- 无
- 中国标准分类号
- /
- 国际标准分类号
- /
- 发布单位
- SAE - SAE International
- 适用范围
- This SAE Standard covers the Mini-Shed testing methodology to measure the rate of refrigerant loss from an automotive air conditioning (A/C) system. This SAE procedure encompasses both front and rear air conditioning systems utilizing refrigerants operating under sub-critical conditions. Purpose The purpose of the SAE Mini-Shed Test Refrigerant Emission procedure is to provide a means of measuring refrigerant emissions from properly assembled vehicle air conditioning systems under specific A/C usage conditions (i.e.@ typical use conditions) and to convert the results to an estimated annual refrigerant emission rate (g/yr). Such conversion from laboratory test results to estimated vehicle emission applies to properly assembled systems and does not account for normal production assembly variations.