To install electronic equipment on a train or other rolling stock, the equipment must comply with standards for environmental, shock, vibration, power supply, EMC, power surge, ESD, and transient factors that could occur when in use. This compliance is mandatory for suppliers bidding on railway projects worldwide.
The 2012 edition comprises and supersedes earlier part-based standards (IEC 60571-1, IEC 60571-2, and IEC 60571-3). Its stability date is indicated as 2017, and it remains the current standard.
Designing electronic components that meet this standard offers critical benefits to manufacturers and transit authorities alike:
, establishing stringent requirements for design, construction, and reliability to ensure safety in harsh rail environments. The current valid edition is IEC 60571:2012 iec 60571 standard pdf
Equipment must survive ambient temperature ranges specific to the climatic zones it operates in, often requiring rigorous thermal cycling.
The scope of IEC 60571 includes:
Many people search for "free pdf" copies of the standard. While you might find a file on non-official sites, this is a copyright violation. More importantly, these files cannot be trusted for critical engineering work. Only an official document ensures you have the complete, unaltered, and most current requirements for safety-critical systems. To install electronic equipment on a train or
: Requirements for altitude, humidity, and resistance to atmospheric pollutants. 2. Electrical Service Conditions
The nominal voltage of a train's battery system (typically 24V, 48V, 72V, or 110V DC) fluctuates significantly during operation.
The IEC 60571 standard applies to a broad range of electronic equipment used in railway and other transportation systems, including: Its stability date is indicated as 2017, and
The standard expects a minimum service life of 20 to 30 years. It encourages:
Electronic equipment used on rolling stock от 01 сентября 2012
The IEC 60571 standard offers several benefits, including: