My adjustable rocker arms keep falling off!! HELP!!

I use these instructions to find the base circle of the cam...very easy and I like doing it one cylinder at a time (seems of a more accurate way to get it on the "true base circle" and not the possibility of a slight lift.

“1. Remove the valve covers, and pick a cylinder you are going to set the pre-load on. Only do one cylinder at a time.
2. Rotate the engine in its normal direction of rotation (clockwise) and watch the exhaust valve on that particular cylinder. When the exhaust valve begins to open, stop and adjust that cylinder's intake rocker arm.
3. To adjust, back off the intake rocker arm adjusting nut and remove any tension from the push rod. Wait a minute or two for that hydraulic lifter to return to a neutral position. The spring inside the lifter will move the push rod seat up against the retaining lock, if you give it time to do so.
4. Twist the intake push rod with your fingers while tightening down the rocker arm. When you feel a slight resistance to the turning of the push rod, you are at "Zero Lash". Turn the adjusting nut down one half to three-quarters of a turn from that point for street applications. Use 1/8 to 1/4 turn for race applications. Lock the adjuster into position. The intake is now adjusted properly.
5. Continue to turn the engine, watching that same intake valve/rocker you just set. It will go to full open and then begin to close. When it is almost closed, stop and adjust the exhaust rocker arm on that particular cylinder. Loosen the exhaust rocker arm and follow the same procedure described before in steps 3 and 4 to adjust this rocker arm.
6. Both valves on this cylinder are now adjusted, and you can move on to your next cylinder and follow the same procedure again.
There may be some initial valvetrain noise when the engine is first fired up but once oil pressure has stabilized and the engine heats up, it should quiet right down to a normal level.
Remember that some racier camshafts will have a mechanical sound to them and will not be a silent as factory units.”
 
Would having to long of a pushrod damage anything else? Could it have damaged the lifters or the cam? Jegs had originally sent me flat tappet lifters, so they probably sent the flat tappet pushrods also. This all makes sense now. Do you think any other damage could have been done?
 
Like I stated in an earlier post. Too Long of a pushrod...

The correct pushrods will be around (Diameter: 5/16'' and Length: 6.272'').

Sounds like you have the wrong ones.

DO NOT RUN IT UNTIL YOU GET THE CORRECT LENGTH PUSHRODS!

It is possible that you could have damaged some lifters as well. You will probably know when you get correct length pushrods and prime the oil pump to see if the lifters all pump up. Then follow the adjustment procedures and give it a try.
 
Okay, here's an update! Tonight a friend of mine loaned me his new set of Ford Racing Pushrods (the correct 6.272") and we put them on, and the adjustments felt A LOT better! This was good news, and it's even better because I drove the car around town all night with no problems (still need to mess with tune some, but I'll get there!) Thanks for all the help guys!

:hail2:
 
if you have poly locks on it which is a 5/8 head with a allen head in the middle then you can adjust them correctly very easily, better hope you didint bend any valves. anyway here is the way you do it on each cylinder, bring the piston up on the compression stroke (have the spark plugs out) stick your finger over the hole and wait for air to come out while you are turning the crank by hand( to turn the crank you have to get a ratchet and socket and stick it in the crank pulley and turn by hand) when the piston reaches top dead center on the compression stroke but have a screw driver in the hole when you get close to tdc, and when you fell that the piston stop for a second while turning it over then stop, tighten the poly lock by hand just enough where the pushrod is barely dragging while your moving it , not super tight you will hurt the valvetrain, when you get to this point turn the nut a 1/4 of a turn and take the allen head and the hex head and move it simoutaneously