F.lli Giacomello ’s Post

ATEX certification is essential in guaranteeing safe use of gas detectors in potentially explosive environments. It ensures that devices cannot act as ignition sources themselves.   If you are interested in learning more about the influence of ATEX guidelines on the development and use of gas detection technology across different industries, click here: https://lnkd.in/eWMcsvV6   #gasdetection #ATEX #GfG

ATEX certification is essential in guaranteeing safe use of gas detectors in potentially explosive environments. It ensures that devices cannot act as ignition sources themselves.   If you are interested in learning more about the influence of ATEX guidelines on the development and use of gas detection technology across different industries, click here: https://lnkd.in/eWMcsvV6   #gasdetection #ATEX #GfG

ATEX certification is essential in guaranteeing safe use of gas detectors in potentially explosive environments. It ensures that devices cannot act as ignition sources themselves.   If you are interested in learning more about the influence of ATEX guidelines on the development and use of gas detection technology across different industries, click here: https://lnkd.in/eWMcsvV6   #gasdetection #ATEX #GfG

Why is #ATEX certification important? ATEX certification is crucial for several reasons, particularly in industries where explosive atmospheres may be present. 1. Safety Assurance: ATEX certification ensures that equipment and protective systems are designed to prevent ignition sources such as sparks, high surface temperatures, and static electricity. This minimizes the risk of explosions in hazardous environments. 2. Regulatory Compliance:  It helps companies comply with European Union regulations for equipment used in potentially explosive atmospheres. This compliance is mandatory for legal operation within the EU. 3. Employee Protection:  By ensuring that equipment is safe to use, ATEX certification protects workers from the dangers associated with explosive atmospheres, thereby reducing the risk of accidents and injuries. 4. Product Quality:  Certified products are designed to meet stringent safety standards, which often translates to higher quality and reliability. This can enhance the reputation of manufacturers and increase customer trust. 5. Avoiding Legal Penalties:  Non-compliance with ATEX regulations can result in significant legal penalties, including fines and operational shutdowns. Certification helps companies avoid these risks. 6. Market Access:  ATEX certification is often a prerequisite for selling equipment in certain markets, particularly within the EU. It opens up opportunities for businesses to expand their market reach. By obtaining ATEX certification, manufacturers and operators can ensure the safety, compliance, and reliability of their equipment in hazardous environments. At #ChangAi we provide #LaserGasAnalyzer with ATEX certification! Laser Gas Analyzer: https://lnkd.in/gSyf6Crg Contact: zheyi@ci-ele.com Mobile: +6012 786 8232 Whatsapp: wa.me/60127868232 Website: en.ci-ele.com #GasAnalyzer #GasAnalysis #TCD #GC #GasChromatograph #NDIR #Infrared #ThermalConductivity #TDLAS

In today’s industrial world, safety is paramount. The PSRmini coupling relays from Phoenix Contact offer a compact and reliable solution for safely isolating and monitoring signals. Our PSRmini relays are the world’s narrowest safety relays, with a width of only 6 mm. Despite their compact size, they offer the same performance as larger relays and ensure maximum safety with force-guided contacts. They are TÜV-certified and meet the requirements up to SIL 3 according to IEC 61508. Another important aspect is the ATEX and IECEx certification, which allows their use in hazardous areas. This ensures that our relays operate reliably and safely even under extreme conditions. Additionally, the PSRmini relays have maritime approvals, making them ideal for use in the maritime industry. These approvals ensure that our relays withstand the demanding conditions at sea. Thanks to integrated diagnostic functions such as proof testing and line-load monitoring, plant downtime can be minimized, and operational safety increased. The easy installation and small footprint make the PSRmini relays the ideal choice for modern automation solutions. Learn more about our innovative safety solutions and how they can make your applications safer and more efficient. #functionalSafety #Industry #IEC61511 #PhoenixContact #CouplingRelays #SIL3 #Automation #ATEX #IECEx #Maritime

EU ATEX Notified Bodies Gather in Brussels Today and tomorrow, Brussels will play host to a pivotal gathering of key stakeholders in the world of industrial safety and innovation. The EU ATEX Notified Bodies Meeting, taking place on September 16-17, brings together technical experts and regulatory authorities to discuss critical issues surrounding the certification of equipment intended for use in potentially explosive atmospheres in the European Union. This annual meeting is not only a platform for collaboration but also a key driver in ensuring that conformity assessments to safety standards evolve alongside the rapid technological changes shaping the modern industrial landscape. Element’s Netherlands based ATEX notified body (No. 2812) is being represented at this important meeting. The ATEX Directive (2014/34/EU) governs the equipment and protective systems designed for use in explosive atmospheres across Europe. This directive is crucial in ensuring that equipment used in hazardous areas—ranging from oil and gas refineries to chemical plants—meets stringent safety standards. The term “ATEX” focuses on environments where explosive gases, vapors, or dust could present serious safety risks. One of the meeting’s central aims is to strengthen collaboration across the EU, ensuring that all member states uphold a consistent level of safety and certification rigor. With over 60 Notified Bodies across Europe, harmonizing their activities is crucial to maintaining trust and ensuring that the European internal market operates smoothly. This also benefits manufacturers, who will enjoy a more streamlined path to certification and market access. September is an important month for conformity assessment of hazardous area equipment. Later in the month the international IECEx group will meet in Brazil to discuss the wider application of hazardous area technologies. Element will also be active participant in that meeting. By fostering dialogue, addressing new challenges, and ensuring the safety of all industrial environments, the EU ATEX Notified Bodies and IECEx member bodies continue to safeguard lives while enabling technological progress. #ATEX #ExNBG #conformityassessment #makingtomorrowsaferthantoday #ElementMaterialsTechnology #iecex

Navigating the Explosion-Proof Landscape: ATEX vs. IECEx Certification Safety is paramount when operating in hazardous environments. Explosion-proof equipment is crucial, but understanding the nuances of different certifications can be a challenge. Let's demystify two key standards: ATEX and IECEx. ATEX (European Union): Mandatory: A legal requirement for all explosion-proof equipment sold or used within the EU. Directive 94/9/EC: Sets the framework for equipment and protective systems intended for use in potentially explosive atmospheres. Focus: Covers all stages, from manufacturing to installation and use. IECEx (International Electrotechnical Commission): Voluntary: An international certification scheme based on IEC standards. Global Recognition: Accepted in many countries, including major industrial nations. Focus: Primarily for electrical equipment used in explosive atmospheres. Key Differences: Mandatory vs. Voluntary: ATEX is legally required in the EU, while IECEx is voluntary but widely recognized. Geographic Scope: ATEX is EU-specific, while IECEx has broader international acceptance. Benefits of IECEx Certification: Reduced testing costs (as it can often be combined with ATEX testing) Faster time to market Enhanced global market access Which Certification Do You Need? It depends on your target market and specific equipment. If you operate within the EU, ATEX certification is mandatory. For global markets, IECEx offers broader recognition and potential cost savings. Compliance with these standards is vital for ensuring safety, meeting legal obligations, and building trust with customers in hazardous industries. #ExplosionProof #SafetyStandards #ATEX #IECEx #HazardousEnvironments #IndustrialSafety #Certification #Compliance Important Note: This post is for informational purposes only and does not constitute professional advice. For specific requirements, consult with relevant authorities and certification bodies.

Classification of Hazardous Areas The classification process involves considering several factors, including the nature and properties of the hazardous substances, their release or leakage potential, ventilation conditions, and the likelihood of their presence. The classification results in the designation of zones or divisions, which indicate the level of risk and the type of hazardous material present. The zones or divisions are typically labeled as Zone 0, Zone 1, Zone 2, Zone 20, Zone 21, or Zone 22, depending on the type and likelihood of the hazardous material's presence. The classification of hazardous areas is typically based on internationally recognized standards such as the National Electrical Code (NEC) in the United States, the International Electrotechnical Commission (IEC) standards, or the European Union's ATEX directive. These standards provide guidelines and criteria for classifying hazardous areas based on the type and characteristics of the hazardous substances present. #artfactorymedia_afm

Equipment used in hazardous locations that are subject to the potential presence of explosive gas must be designed and certified as safe for use in the intended area for the intended purpose. EEC directives require that equipment and protective systems intended for use in potentially explosive atmospheres must carry ATEX certification. If a piece of equipment has official ATEX certification, it has been fully tested and approved to be safe to use in hazardous/explosive atmospheres.  GfG instruments carry both ATEX and CE certification which indicates that our products conform with all other relevant EEC product norms and directives. Take a look here: https://lnkd.in/eu-yrW7a #gasdetection #ATEXcertification #explosiveatmospheres

Ever heard of ATEX certification? It's more than just a label; it's a crucial safety measure in potentially explosive environments. Let's #BacktoBasics. We offer a group of fans with ATEX certification and a temperature class up to max. T4, specifically designed to operate safely in areas where explosive atmospheres may occur. These fans are also utilized in hydrogen fuel stacks, where safety is paramount due to the presence of potentially explosive hydrogen gas. But what exactly does ATEX certification entail? ATEX classification signifies equipment suitable for industries with occasional explosive atmospheres, offering a moderate level of protection against ignition. This certification ensures safety in environments where the risk of explosion is present, providing operators and workers with confidence in their safety. By understanding ATEX certification, you gain insights into the measures taken to mitigate risks in hazardous settings. It's not just about compliance; it's about prioritizing safety above all else. #ATEXCertification #SafetyInHazardousEnvironments #RiskMitigation #ebmpapst #EngineeringABetterLife