1.  Set the wedge at it's lowest latitude possible.
   2.  Mount the telescope.
   3.  Place a level on the wedge and using a wooden wedge
       adjust the 'north' leg so that the telescope's wedge
       is horizontal.
   4.  Mount the telescope and rotate it in declination so that
       if's pointing roughly 'up'.
   5.  Put your carpenter's level across the top of the tube in a
       north/south orientation (perpendicular to the plane of
       the fork) and use the declination slow motion to get the
       bubble level.
   6.  Rotate the declination setting circle to 0.
   7.  Remove the wooden wedge from under the 'north' leg.
   8.  Use a bubble-level to level the tripod.
   9.  Place the forks roughly parallel to the ground.
   10. Place a carpenter's level across the forks and adjust in RA
       until the forks are level.
   11. Rotate the telescope so that your observing site's latitude
       is set on the declination setting circle.
   12. Place the carptenter's level across the tube perpendicular
       to the forks.
   13. Adjust the wedge's altitude until the carpenter's level
       shows the bubble centered.
   14. Lock the wedge and head to the observing site.

   1.  Setup the tripod and level it with the 'north' leg and
       wedge roughly north.
   2.  Mount the scope and level the forks with your carpenter's
       level so that they're parallel to the ground.
   3.  Rotate the tube in declination so it reads '90'.
   3.  Using the wedge's adjustments center Polaris. If your
       finder scope is 'pretty damned close' you can use the
       North Pole finder diagram to get your setup 'pretty damned
       close' then continue.
   4.  Find a star with an RA of about 8 hours or 18 hours.
   5.  Slew the telescope so that the star is centered.
   6.  Adjust the setting circles so that they match the star's
       position.
   7.  Slew the telescope to 2h31m RA and 89.15 declination.
   8.  Use the wedge adjustments to move the telescope 2/3
       of the way to Polaris.
   9.  Repeat steps 4-5 as many times as you want using the same
       alignment star. Each iteration will get you closer.

   1.  Rough align as above.
   2.  Put your reticle eyepiece in the scope and make sure
       that it's aligned north/south east/west using the
       slow motion controls.
   3.  Find a star near the meridian at about +20 declination.
   4.  Center the star in the crosshairs and adjust the reticle
       so that slow motions in RA move the star directly along 
       the horizontal crosshair. It's easier when the star is 
       slightly defocused.
   5.  Start your drive.
   6.  Watch for the drift of the star over time. If the star
       drifts up tweak your wedge a bit in azimuth to
       move the star to the right in your field.
       If the star drifts down tweak your wedge
       to move the star to the left in your field.
       Stop when the star ceases to drift off the horizontal
       crosshair over 5 minutes (ceases means CEASES.. no drift).
       Even one star diameter is too much (and stars are pretty
       small )
   7.  Find a star near the eastern horizon along the celestial
       equator.
   8.  Center the star as above so that adjustments in RA move 
       the star along the horizontal crosshair.
   9.  Start the drive.
   10. Watch for declination drift again. If the star drifts up
       then tweak your wedge in altitude to move the star down 
       in your field. If the star drifts down then tweak your
       wedge to move the star up in your field.
       Stop when the star ceases to drift off the horizontal 
       crosshair over 5 minutes.
   11. Changing the north/south will upset the east/west. A 
       couple of iterations will get you increasingly 
       closer to true alignement.