| QUOTE (iang454 @ January 11, 2008 10:42 pm) |
| Gents Please be aware that this diagram is wrong! The "Main Isolator" switch MUST be on the earth circuit NOT the live as shown. Regards Ian |
| QUOTE (mr bump @ January 12, 2008 12:17 pm) |
| What if your running a marathon?Will that be any better?? |
| QUOTE (iang454 @ January 11, 2008 10:42 pm) |
| Gents Please be aware that this diagram is wrong! The "Main Isolator" switch MUST be on the earth circuit NOT the live as shown. Regards Ian |
| QUOTE |
| QUOTE (iang454 @ January 11, 2008 10:42 pm) Gents Please be aware that this diagram is wrong! The "Main Isolator" switch MUST be on the earth circuit NOT the live as shown. Regards Ian I pointed that out when I first posted that wiring diagram up. (I dont see as it makes much difference but it is in the rules that it should be in the earth circuit) |
| QUOTE |
| QUOTE Unless you're running with an alternator it won't make any difference |
| QUOTE (roy @ January 18, 2008 12:14 pm) |
| It does make a difference if the isolating switch is in the live or the earth line from the battery and the rules state that it should be fitted into the earth line for a good reason. If any of the wires on the live side of the circuit touches the chassis or bodywork, or if the insulation on the live wire from the battery chafes through, there will be a potentially dangerous short circuit but the circuit can be broken by switching off the isolation switch on the earth side of the battery. If the isolating switch was fitted on the live side of the battery and the wire from the battery to the switch made contact with the chassis or bodywork you would have no way of quickly breaking the circuit. |