In the world of industry and electrical systems, the term Electrical Interlock is a key concept that enhances both safety and operational efficiency for machinery and various equipment. This article will guide you through the basics of Electrical Interlocks—from how they work to their importance and real-world applications.

A mechanical interlock is a safety mechanism designed to control the sequence of operations between components or equipment using physical means. It is commonly used in industrial environments where safety is critical, such as electrical switchgear systems, machinery, and manufacturing processes.

The maritime industry is one of the vital sectors for the global economy, as it involves the transportation of goods and passengers via ships in large numbers. However, working in such a high-risk and dangerous environment increases the likelihood of accidents that can severely impact lives and property. One of the more common accidents is fire outbreaks, which can occur from various causes, such as fuel leaks or sparks from equipment. Therefore, fire escape masks are essential in this industry.

In a Fixed Gas Detection System, one of the essential components is the relay module. It serves as the interface between the gas detection unit and external devices, enabling automatic responses such as activating alarms, shutting down systems, or turning on ventilation when hazardous gas levels are detected.