Which component is NOT typically tested under a firestop system evaluation?

In the context of firestop system evaluations, the focus is primarily on the functional aspects of the system, which include the durability of firestop materials, performance of installation methods, and code compliance status. These elements are critical because they directly relate to how well the firestop system can prevent the spread of fire and smoke through various structural penetrations.

Durability of firestop materials is important because the materials must be capable of withstanding high temperatures and maintaining their integrity over time to effectively perform their intended function. Similarly, evaluating the performance of installation methods ensures that the materials are applied correctly and consistently, which is vital for achieving the designed fire-resistance ratings.

Code compliance status is also a pivotal aspect as firestop systems must meet specific building codes and standards to ensure safety. Evaluating whether a system adheres to these regulations is crucial in determining its acceptability for use in construction projects.

Cost effectiveness of the system, while an important consideration in overall project budgeting and planning, does not relate directly to the safety and performance testing of firestop systems. This is why it is not typically a focus during a firestop system evaluation. The core aim of such evaluations is to ensure that the systems will perform as required in real fire scenarios, rather than to assess