Deep Dive: G0B04
The correct answer is B: Outside the building. Where the station's lightning protection ground system should be located is outside the building. Lightning protection grounds must be outside to properly dissipate lightning energy to earth. For amateur radio operators, this is critical for lightning safety. Understanding this helps ensure proper lightning protection.
Why Other Answers Are Wrong
Option A: Incorrect. Ground system shouldn't be as close to station equipment as possible - it should be outside the building. Close to equipment is wrong. Option C: Incorrect. Ground system shouldn't be next to closest power pole - it should be outside the building, not necessarily near power pole. Power pole location is wrong. Option D: Incorrect. Ground system shouldn't be parallel to water supply line - it should be outside the building. Water supply line is wrong.
Exam Tip
Lightning protection ground = outside the building. Think 'L'ightning 'G'round = 'L'ocated 'G'rounding outside. Lightning protection grounds must be outside to properly dissipate lightning energy to earth. Not close to equipment, not near power pole, not parallel to water - just outside building.
Memory Aid
Lightning protection ground = outside the building. Think 'L'ightning 'G'round = 'L'ocated 'G'rounding outside. Lightning protection grounds must be outside to properly dissipate lightning energy to earth. Critical for lightning safety.
Real-World Example
A station's lightning protection ground system: Ground rods and conductors must be located outside the building to properly dissipate lightning energy to earth. If the ground system is inside, lightning energy could enter the building, causing damage or injury. Outside location is critical for lightning safety. This is where lightning protection grounds should be located.
Source & Coverage
Question Pool: 2023-2027 Question Pool
Subelement: G0B
Reference: National Electrical Code
Key Concepts
Verified Content
Question from the official FCC General Class pool. Explanation reviewed by licensed amateur radio operators and mapped to the G0B topic.