Projected horsepower
He got the info straight from Delphi.
My only other thought would be that perhaps the original LS7 lifter went through a more rigorous QC standard since those engines were hand built.
Might the same difference be in the lifters mentioned is that some have better quality standards then others?
So I went on Rock Auto and looked up the PN for the 2009 LS7 lifter, then looked up 2005 5.3 lifter, same PN.
I bet they call them LS7 lifters as a marketing ploy which makes sense.
I like to drive a build a lot before I hit the track, nice to make sure there are no leaks or other issues. I made a bunch of 2nd to 3rd gear pulls in my '67 before it hit the track.
I have my crankcase lines on the front of the valve covers, less likely to suck in a lot of oil during acceleration.
I like to drive a build a lot before I hit the track, nice to make sure there are no leaks or other issues. I made a bunch of 2nd to 3rd gear pulls in my '67 before it hit the track.
I have my crankcase lines on the front of the valve covers, less likely to suck in a lot of oil during acceleration.
Can you guys see these video's? First time uploading to youtube so assuming i did it right. The video on the dyno was before i changed the lifters this past weekend when we were trying to find the problem. You can also hear the crossover pipe exhaust leak in the dyno video which is also fixed now. There's no leak in the video with the exhaust.
The Best V8 Stories One Small Block at Time
# 1 ill leave the control module for this remote operations hooked as is with 12v and ground but add an 10amp diode on the 12v wire
#2 12v with fuse to terminal 30 on relay
#3 terminal 87 from relay ill add an 10amp diode and tie it into the 12v wire feeding the cutout
#4 terminal 86 ill use a key 12v
#5 terminal 85 ill run to holley output in which ill have it set as a ground that is tps activated at 50%
relay #1
Pin 30 → Module output wire #1 (wire going FROM module TO cutout)Pin 87 → GroundPin 87a → 12 VPin 85 → Holley Output #1 (ground trigger)Pin 86 → Switched 12 V
Relay #2 Pin 30 → Module output wire #2 (second wire FROM module TO cutout)Pin 87 → 12 VPin 87a → GroundPin 85 → Holley Output #2 (ground trigger)Pin 86 → Switch
WHAT YOU NEED
Relay 1 – 5-pin SPDT (ownership A)
Relay 2 – 5-pin SPDT (ownership B)
Relay 3 – DPDT (OPEN)
Relay 4 – DPDT (CLOSE)
RELAY 1 – OWNERSHIP (MOTOR WIRE A)
Pin 30 → Cutout motor wire A
Pin 87a → Varex module motor wire A
Pin 87 → Goes to Relay 3 & Relay 4 – terminal 30A
Pin 85 → Holley Ownership Output (GROUND)
Pin 86 → Switched +12 V
RELAY 2 – OWNERSHIP (MOTOR WIRE B)
Pin 30 → Cutout motor wire B
Pin 87a → Varex module motor wire B
Pin 87 → Goes to Relay 3 & Relay 4 – terminal 30B
Pin 85 → SAME Holley Ownership Output (GROUND)
Pin 86 → SAME switched +12 V
RELAY 3 – DPDT (OPEN)
30A → From Relay 1 pin 87
30B → From Relay 2 pin 87
87A → Fused +12 V
87B → Ground
87aA → Not used
87aB → Not used
85 → Holley OPEN Output (GROUND)
86 → Switched +12 V
RELAY 4 – DPDT (CLOSE)
30A → From Relay 1 pin 87
30B → From Relay 2 pin 87
87A → Ground
87B → Fused +12 V
87aA → Not used
87aB → Not used
85 → Holley CLOSE Output (GROUND)
86 → Switched +12 V
THAT IS EVERY CONNECTION
NOTHING ELSE CONNECTS:
Holley → ONLY pin 85
Motor wires → ONLY pins 30
Battery + → ONLY DPDT pin 87s
Ground → ONLY DPDT pin 87s
HOLLEY OUTPUT COUNT
Output 1 → Ownership (Relay 1 & 2 pin 85)
Output 2 → OPEN (Relay 3 pin 85)
Output 3 → CLOSE (Relay 4 pin 85)
WHAT YOU NEED
Relay 1 – 5-pin SPDT (ownership A)
Relay 2 – 5-pin SPDT (ownership B)
Relay 3 – DPDT (OPEN)
Relay 4 – DPDT (CLOSE)
RELAY 1 – OWNERSHIP (MOTOR WIRE A)
Pin 30 → Cutout motor wire A
Pin 87a → Varex module motor wire A
Pin 87 → Goes to Relay 3 & Relay 4 – terminal 30A
Pin 85 → Holley Ownership Output (GROUND)
Pin 86 → Switched +12 V
RELAY 2 – OWNERSHIP (MOTOR WIRE B)
Pin 30 → Cutout motor wire B
Pin 87a → Varex module motor wire B
Pin 87 → Goes to Relay 3 & Relay 4 – terminal 30B
Pin 85 → SAME Holley Ownership Output (GROUND)
Pin 86 → SAME switched +12 V
RELAY 3 – DPDT (OPEN)
30A → From Relay 1 pin 87
30B → From Relay 2 pin 87
87A → Fused +12 V
87B → Ground
87aA → Not used
87aB → Not used
85 → Holley OPEN Output (GROUND)
86 → Switched +12 V
RELAY 4 – DPDT (CLOSE)
30A → From Relay 1 pin 87
30B → From Relay 2 pin 87
87A → Ground
87B → Fused +12 V
87aA → Not used
87aB → Not used
85 → Holley CLOSE Output (GROUND)
86 → Switched +12 V
THAT IS EVERY CONNECTION
NOTHING ELSE CONNECTS:
Holley → ONLY pin 85
Motor wires → ONLY pins 30
Battery + → ONLY DPDT pin 87s
Ground → ONLY DPDT pin 87s
HOLLEY OUTPUT COUNT
Output 1 → Ownership (Relay 1 & 2 pin 85)
Output 2 → OPEN (Relay 3 pin 85)
Output 3 → CLOSE (Relay 4 pin 85)
Best of both worlds.












