The core principle described is a mechanical tensioning mechanism utilizing insulating materials to bridge clearance gaps in electrical connector interfaces where direct physical contact or standard tool access is geometrically impossible due to component design constraints (e.g., obstructed copper plates). This method relies on the application of non-conductive adhesive tape rolled into specific cross-sectional geometries to generate sufficient radial friction against battery terminal blocks, thereby enabling secure fastening without compromising electrical continuity. The concept belongs to the domain of electromechanical assembly and maintenance, specifically addressing accessibility issues in low-voltage power distribution systems where isolation from heat sources is a critical safety boundary condition for fire prevention.
The core principle described is a mechanical tensioning mechanism utilizing insulating materials to bridge clearance gaps in electrical connector interfaces where direct physical contact or standard …