RonnieK
Well-Known Member
Alright y'all. Back with questions on Line Locks because after some research, this seems extremely over-complicated and I'm kind of baffled. Multi-part question so if you don't mind listing the number in which you're response is for.
My set up: 68 Charger with disc's around. Currently have the two lines running off the master cylinder to a 5 point proportion value (PV). Two sucking in. Two out (One out to rear. One out to left wheel.) One out to right wheel.
1. What's your favorite Line Lock?
2. Seeing most Line Locks are supposed to be after the proportioning valve? Am I correct (in my situation) when I say I'm supposed to block one of the two outs to the front from the PV, have the other front out, run from PV to Line Lock, then Line Lock out to a T splitter, that splits the lines again to go to Right and Left Wheel? Why is the T splitter block necessary? This seems extremely inefficient and overproduced to add to the chain again. Why not just have two outs on a LL and eliminate the T splitter completely?
3. Is buying a multi-out LL as simple as eliminating No. 2's T-splitter dilemma? Example: buying a 1-in, 3-out means...
- plugging one on the proportion valve outs to the "front"
- running the second front out to the LL
- plugging one out from the LL outs because it's a 3 out, and then outs two and three go to left and right wheel individually?
Hope I didn't overcomplicate this already seemingly overcomplicated process haha
My set up: 68 Charger with disc's around. Currently have the two lines running off the master cylinder to a 5 point proportion value (PV). Two sucking in. Two out (One out to rear. One out to left wheel.) One out to right wheel.
1. What's your favorite Line Lock?
2. Seeing most Line Locks are supposed to be after the proportioning valve? Am I correct (in my situation) when I say I'm supposed to block one of the two outs to the front from the PV, have the other front out, run from PV to Line Lock, then Line Lock out to a T splitter, that splits the lines again to go to Right and Left Wheel? Why is the T splitter block necessary? This seems extremely inefficient and overproduced to add to the chain again. Why not just have two outs on a LL and eliminate the T splitter completely?
3. Is buying a multi-out LL as simple as eliminating No. 2's T-splitter dilemma? Example: buying a 1-in, 3-out means...
- plugging one on the proportion valve outs to the "front"
- running the second front out to the LL
- plugging one out from the LL outs because it's a 3 out, and then outs two and three go to left and right wheel individually?
Hope I didn't overcomplicate this already seemingly overcomplicated process haha