Nissan 28401 NDS02 Automotive Component EMC and Electrical Testing 

Overview of 28401 NDS02 Standard 

The 28401 NDS02 standard is a critical reference for Nissan’s EMC and automotive compliance, setting strict requirements for electrical and electronic components. It ensures safety and reliability through thorough testing aligned with regulatory and OEM standards. 

The standard covers extensive emission and immunity tests to simulate real-world electromagnetic conditions. Its detailed procedures and documentation offer engineers a clear framework for effective validation and compliance. 

Nissan’s standard aligns with international automotive EMC benchmarks, including: 

It mandates the use of advanced test equipment such as battery simulators, ripple noise generators, ALSE chambers, and high-speed oscilloscopes. Through strict documentation and reporting requirements, Nissan ensures all components meet OEM and regulatory performance standards. 

Importance of EMC and Electrical Testing 

Nissan EMC testing is vital to ensure vehicle electronics function safely and reliably amid electromagnetic interference. The 28401 NDS02 standard uses emission and immunity tests to identify vulnerabilities early, helping prevent costly recalls and failures as vehicle complexity grows. 

Beyond regulatory compliance, testing ensures real-world performance for critical and convenience systems. The standard provides benchmarks for emissions, immunity, and stability, supported by thorough documentation for traceability, audits, and regulatory review. 

By adopting pre-compliance testing and best practices, manufacturers can catch issues early, reduce warranty claims, and improve customer satisfaction. This proactive approach is key to sustaining reliability and continuous improvement under 28401 NDS02. 

Key Features and Benefits of 28401 NDS02 Automotive Testing 

The 28401 NDS02 standard provides a comprehensive framework for component testing, covering emissions, immunity, and electrical performance under various stress conditions.  

Test setups include: 

  • ISO 7637-2 transient generators 
  • ISO 11452-2 radiated immunity chambers 
  • CISPR 25 emissions analyzers 
  • battery simulators 
  • ripple noise generators 
  • dips and drops switches 
  • ALSE chambers 
  • high-speed oscilloscopes.  

These tests assess a component’s resilience to real-world electromagnetic and electrical challenges, ensuring reliable operation across automotive environments. 

A key feature of 28401 NDS02 is its integration of EMC and electrical testing at both system and component levels, with clear acceptance criteria for objective evaluation and streamlined supplier certification. The standard also emphasizes thorough documentation to ensure transparency, traceability, and continuous improvement. 

It prioritizes risk management, requiring engineers to identify and mitigate potential interference or failure sources. Best practices support consistent, repeatable lab results that aid compliance audits and product enhancements. 

By following 28401 NDS02, manufacturers can boost product reliability, speed up time to market, and stay competitive in the automotive industry. 

Risk Management and the Role of Testing 

Risk management is a core part of the 28401 NDS02 standard, guiding EMC and electrical testing. Its detailed procedures help engineers find issues early, reducing the risk of failures, recalls, and safety concerns. Lab best practices support ongoing improvements before certification and ensure regulatory compliance. 

The standard ensures high-voltage components meet strict reliability and safety requirements. Benchmarking against 28401 NDS02 and industry standards encourages continuous improvement, with clear criteria for approving components for production. 

It also requires integrated testing across Nissan vehicles, addressing all possible sources of interference or failure. This strengthens system reliability and aligns with industry standards for risk and compliance. 

Why Choose 28401 NDS02 for Automotive Component Testing? 

28401 NDS02 is Nissan’s key EMC testing standard, offering globally recognized procedures for engineers and suppliers. It ensures components meet strict EMC and electrical performance standards consistently. 

The standard includes both emission and immunity testing to support reliable system integration in demanding conditions. It applies to electric, hybrid, and other vehicle platforms, with a strong focus on performance, safety, and documentation. 

With clear guidance on test setups and certification, 28401 NDS02 streamlines development and speeds time to market. It also ensures compatibility with Nissan systems, supports new technologies, and maintains high safety and validation standards. 

How to Conduct 28401 NDS02 EMC and Electrical Testing 

Pre-Testing Preparation 

Review the 28401 NDS02 standard and determine all relevant EMC requirements and tests for the component. 

Develop a detailed test plan for 28401 NDS02 EMC requirements and tests, ensuring it is approved prior to testing. 

Prepare the test setup, including: 

  • ISO 7637-2 transient generator 
  • ISO 11452-2 radiated immunity chamber 
  • CISPR 25 conducted emissions analyzer 
  • Battery simulator 
  • Ripple noise generator 
  • Dips and drops switch 
  • ALSE chamber 
  • High-speed oscilloscope 

Testing Procedures 

  • Conduct emission testing for 28401 NDS02 components according to specified acceptance criteria and performance metrics. 
  • Perform immunity testing, focusing on electrical and electromagnetic scenarios using the appropriate test equipment and harness configuration. 
  • Record all test conditions, safety considerations, and performance data for each test. 
  • Benchmark results against the 28401 NDS02 certification process for suppliers and document any deviations or corrective actions taken. 

Testing Report 

  • Include detailed diagrams and photographs of the test setup, including equipment used and component orientation. 
  • Record all emissions and immunity data, test levels, acceptance criteria, and performance metrics. 
  • Summarize compliance with 28401 NDS02 documentation and reporting requirements. 
  • Provide calibration records, safety considerations, and any deviations from the standard procedure. 

Industry Applications and Relevance 

28401 NDS02 is essential for high-voltage EMC testing, supplier compliance, and electric vehicle validation for Nissan. It also supports hybrid vehicle needs, electronics reliability, OEM standards, and industry safety benchmarks. 

By using 28401 NDS02, manufacturers can ensure compliance, improve reliability, and support innovation. Its detailed requirements for testing, performance, and documentation help manage EMC and electrical risks while supporting ongoing improvement and regulatory compliance.

Certified Compliance Testing Laboratory

Now a member of Applus+ Laboratories, Applus+ Keystone collaborates with a global network to deliver comprehensive testing and certification services. We ensure every stage of your regulatory process is backed by industry-leading expertise and technical excellence.

Contact us if you’re interested in receiving a quote or learning more about how Applus+ can assist with your testing and certification requirements.

 

For more information on automotive EMC testing standards, please visit:

BSL 0006-100 Automotive Component EMC Testing 
CEVT Reg. No. 8888621495-1 Automotive Component EMC Testing
CEVT Reg. No. 8888621495-2 Automotive Component EMC  Testing 
CEVT Reg. No. 8888621495-3 Automotive Component EMC Testing 
CEVT Reg. No. 8888621495-4 Automotive Component EMC Testing 
Claas CN 05 0215-1 Automotive Component EMC  Testing 
CS.000244 Automotive Component EMC Testing 
CS.000245 Automotive Component EMC Testing
CS.000246 Automotive Component EMC Testing 
FCA CS.00054 Automotive Component EMC Testing 
FMC 1278 Automotive Component EMC Testing 
FMC 1280 Automotive Component EMC Testing 
FPT FP19.EMS011 Automotive Component EMC Testing 
GMW 3097 Automotive Component EMC Testing 
GMW 3172 Automotive Component EMC Testing 
Hyundai/KIA ES 96200-00 Automotive Component EMC Testing 
JLR-EMC-CS Automotive Component EMC Testing 
John Deere JDQ 203 Automotive Component EMC Testing 
Lotus LTS 41001 Automotive Component EMC Testing 
LV 123 Automotive Component EMC Testing 
LV 124-1 Automotive Component EMC Testing
LV 148 Automotive Component EMC Testing 
MBN 10284-2 Automotive Component EMC Testing 
MBN 10284-4 Automotive Component EMC and Electrical Testing 
MBN 11123 Automotive Component EMC Testing 
MES PW 67602 D Automotive Component EMC Testing
Mitsubishi ES-X82114 Automotive Component EMC Testing 
Navistar DR100159-06 Automotive Component EMC Testing 
Nissan 28400 NDS91 Automotive Component EMC Testing 
Nissan 28401 NDS02 Automotive Component EMC Testing 
Piaggio 7431 Automotive Component EMC Testing 
PSA B21 7110 Automotive Component EMC Testing 
PSA B21 7112 Automotive Component EMC Testing 
Renault 36-00-808 Automotive Component EMC Testing 
Renault 36-00-811 Automotive Component EMC Testing 
Renault-Nissan RNDS-C-00513 Automotive Component EMC Testing 
Renault-Nissan RNDS-C-00517 Automotive Component EMC Testing 
Rivian EMC Component Standard Automotive Component EMC Testing