danielalves
Active member
Hey guys,
I've read just about every post on all the forums on this subject, but unfortunately I still have doubts as to what I'm doing because there is not a "_____ for Dummies" book yet on this subject. I intend to make that book(err post) with videos once I have clear instructions and more importantly, I understand this enough to make an educational post about the whole procedure.
So, here is the context. I'm putting a Land Rover pump onto an AHU engine that is destined for my '82 Diesel Westy. I'm using the following:
*note: ALH sprocket was machined to remove the bulge on the front side of the sprocket.
Overall Goal: Find TDC on pump, lock it, and mark it
Step 1: Pump @ TDC
My first task is to make sure the pump is at TDC. I made this video to illustrate what I'm doing. Please watch and give feedback. Do I make any sense? Is what I'm doing correct?
watch video:
https://www.youtube.com/watch?v=4VdonIOBakI
Step 2: Lock Pump
Assuming I'm correct in Step 1 in getting the pump at 1.4mm, my next step is to lock the pump. I found the hex nut on the side of the pump.
I'm assuming I need to find a longer bolt with the same thickness and thread. Basically, it needs to be long enough to engage the shaft on the inside of the pump. Cranking it down will put friction on the shaft and keep it from moving.
Step 3: ALH Hub
Once I have the pump locked, I then need to get the ALH hub bolted onto the shaft and line up the hub locking space/notch with the lock pin receiver on the pump. Here's the problem I see though. The ALH hub notch is much smaller than the LR pump lock hole. If I insert a drill bit as an improvised lock pin, I will not get an accurate lock because the bit will be smaller than the LR pin receiver.
My idea is to fill the hole on the LR pump with JB Weld and then drill a hole the exact same width as the notch in the ALH hub. This will give me a nice tight fit on the lock bit on both the hub and the pump. Is this a good idea or necessary?
Ok, that's enough for now. Once I get this part straightened out, I'm sure I'll have more questions down the line. Thank you very much for your assistance.
I've read just about every post on all the forums on this subject, but unfortunately I still have doubts as to what I'm doing because there is not a "_____ for Dummies" book yet on this subject. I intend to make that book(err post) with videos once I have clear instructions and more importantly, I understand this enough to make an educational post about the whole procedure.
So, here is the context. I'm putting a Land Rover pump onto an AHU engine that is destined for my '82 Diesel Westy. I'm using the following:
*note: ALH sprocket was machined to remove the bulge on the front side of the sprocket.
Overall Goal: Find TDC on pump, lock it, and mark it
Step 1: Pump @ TDC
My first task is to make sure the pump is at TDC. I made this video to illustrate what I'm doing. Please watch and give feedback. Do I make any sense? Is what I'm doing correct?
watch video:
https://www.youtube.com/watch?v=4VdonIOBakI
Step 2: Lock Pump
Assuming I'm correct in Step 1 in getting the pump at 1.4mm, my next step is to lock the pump. I found the hex nut on the side of the pump.
I'm assuming I need to find a longer bolt with the same thickness and thread. Basically, it needs to be long enough to engage the shaft on the inside of the pump. Cranking it down will put friction on the shaft and keep it from moving.
Step 3: ALH Hub
Once I have the pump locked, I then need to get the ALH hub bolted onto the shaft and line up the hub locking space/notch with the lock pin receiver on the pump. Here's the problem I see though. The ALH hub notch is much smaller than the LR pump lock hole. If I insert a drill bit as an improvised lock pin, I will not get an accurate lock because the bit will be smaller than the LR pin receiver.
My idea is to fill the hole on the LR pump with JB Weld and then drill a hole the exact same width as the notch in the ALH hub. This will give me a nice tight fit on the lock bit on both the hub and the pump. Is this a good idea or necessary?
Ok, that's enough for now. Once I get this part straightened out, I'm sure I'll have more questions down the line. Thank you very much for your assistance.