Where it is used in risky environments like oil refineries, gas plants, chemical plants, or mining areas, safety isn't a procedure—it's an unavoidable necessity. It has flammable gases floating about, flying gases, vapors, dust, or fibers lying around so the air is like that one just needs to bring a spark of electricity in to ignite a tragedy. While a lot of attention is usually focused on large machines or circuit breakers, there is one quiet hero in the safety chain: the cable gland. And when toughness, reliability, and strength are required, brass cable glands are among the best—but only if they are well designed and certified for the job.
Brass cable glands are well rated for their superior mechanical strength, corrosion resistance, and toughness and are used extensively in indoor as well as outdoor electrical applications. But not all brass glands are equal. In dangerous areas where explosion can happen, cable glands need to perform more than holding cables in place—they need to seal out hazardous gases that can be toxic, seal out dust, and prevent the occurrence of sparks. They need to meet stringent international regulations such as ATEX, IECEx, UL, and be accompanied by suitable IP ratings to guarantee that they are flameproof, explosion-proof, and moisture-resistant.
At Pioneer Power, our brass cable glands are designed especially for these hazardous areas. Made from top-grade brass and rigorously tested to ensure compliance with international safety standards, our glands are ideal for use in both Exd and Exe enclosures. We offer versions that are IP66, IP67, and even IP68 rated, providing the maximum protection against dust, water, and extreme temperatures. Whether you're employing armored or unarmored cables, our glands deliver a consistent seal and secure connection that can withstand the toughest industrial conditions.
In hazardous areas, every component is critical to safety, no matter the size. That's the reason why using the correct brass cable gland is not a technical decision—it is one of safety. Therefore before you install the next gland onto a hazard area, ask the right question: is it indeed designed for it? If you are dealing with a Pioneer Power, the reply is an automatic yes.