What is a key consideration for bonding in locations with potential explosive atmospheres?

In locations with potential explosive atmospheres, a fundamental aspect of bonding is to ensure that the bonding connections are reliable and capable of maintaining electrical continuity, particularly during fault conditions. Speed of response during overcurrent situations is crucial because an effective bonding system helps to prevent the build-up of static electricity or potential differences that might ignite flammable substances.

However, while speed of response is vital for systems exposed to hazardous environments, ensuring that the bonding connections meet electrical insulation standards is an even more essential consideration. This is because improper bonding or insufficient insulation can lead to sparks or discharge events, which can create dangerous conditions in explosive environments. It is imperative for the bonding connections to not only function properly but also to be designed to withstand the specific challenges presented by volatile atmospheres, thereby safeguarding against potential ignition sources.

Evaluating the flexibility of materials or the cost-effectiveness of installation is important in general engineering practices, but they don't hold the same critical importance when it comes to safety and compliance in explosive atmospheres as ensuring that bonding connections meet stringent electrical standards.