Intrinsically safe modules are critical for systems and installations safety, as long as easy to install and open to digital technologies.
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Interest in hydrogen as energy carrier is not new. Produce it from different sources, store and use it providing emission-free energy services is the goal.
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In a global energy transition context, the demand, financial and social future of oil and gas companies are increasingly under discussion.
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IEC/EN60079 and ISO80079 standards refer to potential explosion sources for electrical and non-electrical equipment and are subject to complex revisions.
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Safety relays with line and load monitoring are smart devices that provide real-time diagnostics in accordance with IEC 61508 standard and SIL 3 rating.
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The Functional Safety Assessment (FSA) is performed to ensure SIS provides the correct level of risk reduction through appropriate operational controls.
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A Safety Manual allows to collect in a unique document the necessary information to use a device in a safety instrumented system.
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Intrinsic safety barriers are used for protecting electrical signals located in hazardous areas. These devices limit energy by using galvanic isolation.
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Standards, circuit techniques and best practices related to wiring, enclosures, and documentation have to be considered in Intrinsically Safe applications.
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FSM is a key element throughout the safety lifecycle. Companies that use SIS as part of their risk reduction measures need to set up a robust FSM system.
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A SIL certified power supply with redundancy and availability meets safety requirements and its use is approved for IEC 61508 applications.
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Safety relays are more reliable than standard ones, provide higher safety to energize or de-energize system components, restoring an acceptable level of safety.
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A Safety Lifecycle is a process that optimizes the design of safety systems and minimizes the probability of introducing systematic failures or errors.
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