The term “life cycle safety” simply refers to the electrical safety factors that must be considered for the life of a piece of equipment or system. Such safety considerations begin at the initial ...

If you’re responsible for overseeing operations in high-risk industries like oil and gas, mining, or chemical manufacturing, you know the threat of accidents in explosive atmospheres is ever-present.

Ensuring the safe design of fuel cycle facilities and conducting regular safety assessments are fundamental to make sure these installations operate under adequate conditions and to prevent accidents.

In this first article in a two-part series, we discuss resistance temperature detector (RTD) circuit design for a functionally safe system and introduce considerations for the Route 2S component ...

The Cadence Safety Solution includes the new unified Midas Safety Platform driving analog and digital full flows for FMEDA-based functional safety design and verification The safety flows provide ...

Obtaining reliable data from electric utilities about magnitude and duration of single-phase, line-to-ground fault currents at the service entrance of commercial and industrial facilities is of ...

Fire safety design is a multidisciplinary field that seeks to minimise risk and ensure structural integrity during fire events by merging advanced material science, computational modelling, and robust ...

Most production line managers value safety for the critical role it plays in helping to protect personnel, reduce injuries, and meet compliance demands. These are valid objectives, but safety can also ...

ISO 13849 is a globally recognized standard that was originally released in 2006 and adopted by the European Union as a required standard in 2009 as EN ISO 13849. The standard categorizes safety ...

The safety design adheres to the principle of 'one fault at work, two faults safely,' ensuring that after a single fault, platform functions and critical tasks can operate normally. In the event of a ...