Discussion Overview
The discussion revolves around the wiring and distribution of high current (up to 100 A) 12V DC through a connector with 56 pins, focusing on methods to split the current into multiple 18 AWG paths. Participants explore various construction methods and connector options for achieving a reliable and efficient setup.
Discussion Character
- Technical explanation
- Debate/contested
- Exploratory
Main Points Raised
- One participant describes the need to rewire groups of pins from a connector into multiple 18 AWG paths and seeks elegant solutions for high current handling.
- Another participant requests clarification on the initial proposal, indicating a lack of understanding of the intended outcome.
- A participant outlines a construction method involving a 56 pin input split into two wire conducting paths, leading to multiple 18 AWG paths.
- Some participants suggest using auto/marine power distribution busbars with crimped ring terminals as a suitable solution for the application.
- Concerns are raised about the cost of the proposed solutions, with one participant noting that using multiple wires per screw on busbars could be expensive and questioning the reliability of stacked ring terminals.
- Another participant argues that stacked terminals should perform adequately at the specified current levels and emphasizes the electrical superiority of crimped connections over soldering.
- A suggestion is made to consider using a golf cart connector as an alternative option.
Areas of Agreement / Disagreement
Participants express differing views on the best method for wiring and the reliability of various connection types, indicating that no consensus has been reached regarding the optimal solution.
Contextual Notes
Participants discuss the potential risks of poor connections, particularly in relation to the cost of equipment that could be damaged by inadequate wiring solutions. The discussion includes considerations of ampacity and contact resistance, but specific assumptions and limitations regarding environmental factors and installation conditions remain unresolved.