SIRIM QAS Enhances Railway Safety with Advanced EMC Testing Services
SIRIM QAS, an internationally recognised Conformity Assessment Body with years of experience in providing testing, inspection and certification services to both local and international customers, has taken a significant step forward with safety on tracks by the introduction of Electromagnetic Compatibility (EMC) testing services for railway applications. Modern railway systems rely heavily on sophisticated electric and electronic systems, ranging from ticketing machines and fixed power supply installations to signaling, telecommunications, and other crucial components found in rolling stock and at railway stations. Ensuring that these systems function without electromagnetic interference is critical for maintaining efficient and safe railway operations.
SIRIM QAS's EMC testing services are designed to verify that these electrical systems and assemblies meet strict EMC regulations. By doing so, they prevent performance degradation and ensure that all components are fit for their intended use in the railway environment. This comprehensive approach to EMC testing helps to safeguard the operational integrity of modern railway systems.
The array of services provided by SIRIM QAS includes EMC Management and Control Plan, EMC Acceptance Report, EMC Compliance Matrix, EMC Site Environment Survey, EMC Hazard and Risk Assessment, On-site EMC Testing, and Laboratory EMC Testing.
Why Get Tested
- Demonstrate product conformity to national and international standards through SIRIM QAS’ credible and internationally-recognised test report.
- Enhance the quality and reliability of your products to support safe and efficient railway operation systems.
- Facilitate acceptance of your products and services among stakeholders, easing access to local and international markets.
- Contribute to product development by reducing rejections during production, hence reducing unnecessary costs.
By offering these services, SIRIM QAS plays a pivotal role in enhancing the reliability and safety of railway systems. Their expertise ensures that all electrical and electronic components can operate harmoniously without interference, ultimately contributing to the smooth and safe operation of modern rail networks.
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