What hazard is eliminated when the electrical lockout/tagout process is implemented for a fluid power system?

The correct choice addresses the specific hazard of electrical power to fluid power components. When implementing the electrical lockout/tagout process, the primary goal is to ensure that all sources of energy, particularly electrical energy, are safely controlled and isolated. This means that any electrical power supplying the fluid power system is disconnected and cannot be inadvertently re-energized while maintenance or servicing is being performed.

This procedure is critical because, without it, unforeseen energization of equipment can lead to dangerous situations, including accidental movement of actuators or the activation of other components that could result in injury. By eliminating electrical power, workers are protected from potentially hazardous situations associated with unexpected system operation.

The other options involve different types of hazards related to fluid power systems, such as residual pressure in actuators or accumulators and loads held in place. While these are important safety concerns, they pertain to mechanical and hydraulic energy rather than electrical energy, making them outside the primary scope of what the lockout/tagout procedure specifically safeguards against in this context.