What design consideration helps minimize the use of extension cords in an athletic training facility?

What design consideration helps minimize the use of extension cords in an athletic training facility?

• A. Place electrical outlets strategically.
• B. Hide outlets behind equipment.
• C. Use extension cords for flexibility.
• D. Install outlets only in storage rooms.

Answer: (A)

Placing outlets where power is actually needed minimizes the reliance on extension cords and keeps spaces safer. In an athletic training facility you have treatment areas, rehab stations, ice machines, charging stations, and wall-mounted equipment that all require power at specific spots. By strategically locating outlets along walls and near work zones, cords can stay out of walkways and away from equipment, reducing trip hazards and the chance of cords getting damaged. This approach also supports safe, code-compliant design, such as accessible outlets in the right locations and appropriate circuits for equipment. Hiding outlets behind equipment makes them hard to reach and often forces cords to run across floors, increasing risk. Using extension cords for flexibility is not a design solution because cords pose tripping, overload, and fire hazards and don’t meet permanent-facility safety standards. Installing outlets only in storage rooms would render power inaccessible where it’s needed daily, hindering operations and safety.

Placing outlets where power is actually needed minimizes the reliance on extension cords and keeps spaces safer. In an athletic training facility you have treatment areas, rehab stations, ice machines, charging stations, and wall-mounted equipment that all require power at specific spots. By strategically locating outlets along walls and near work zones, cords can stay out of walkways and away from equipment, reducing trip hazards and the chance of cords getting damaged. This approach also supports safe, code-compliant design, such as accessible outlets in the right locations and appropriate circuits for equipment.

Hiding outlets behind equipment makes them hard to reach and often forces cords to run across floors, increasing risk. Using extension cords for flexibility is not a design solution because cords pose tripping, overload, and fire hazards and don’t meet permanent-facility safety standards. Installing outlets only in storage rooms would render power inaccessible where it’s needed daily, hindering operations and safety.