Final height adjustment, Fiber optic splice for waveguide feed – ETS-Lindgren 2081 Turntable Series 1.2m/1.5m (Archived) User Manual
Page 20

Turntable Installation Instructions
MODEL 2080 / 2081 TURNTABLE SERIES
16
© ETS-LINDGREN L.P. – JANUARY 2003
REV C – PN 399228
FINAL HEIGHT ADJUSTMENT
Once the table has been pre leveled, floor flanges mounted, and the
wear strips mounted, you are now ready to finish leveling. Rotate
table to where the joint of the table top is directly over the center of
the caster. Making sure not to get caster out of level from side to
side, slowly raise caster until table top is about 1/32” above the
highest spot on the floor flange. Once this has been done, tighten
down all screws on that caster assembly. Rotate top to the next
caster and continue with the remaining casters.
FIBER OPTIC SPLICE FOR WAVEGUIDE
FEED
Find the spot in which you will need to remove sheath and mark. A
very sharp knife is needed to make the splice. Being very careful,
cut around the outside of the sheath at each end of the area needing
to be cut, cut very lightly so as to not cut into the fiber cables. You
should then be able to bend the sheath back and forth until you can
see the fiber cables.
Next you will need to make a cut down the length of sheath area,
being careful not to cut into fiber cable. You should now see two
pieces of white string inside the sheath. Find the string and use it
to split the sheath open. Now insert into the waveguide.
On the outside wall of the motor control enclosure, locate the
voltage select switch marked 115 and 230 and switch to the
appropriate setting. This switch provides a means for selecting the
AC input voltage for the DC power supply and the AC drive motor
located in the enclosure.
Determine the mains voltage to be applied to the motor base. The
branch circuit supplying power to the motor base should be
protected from excess current according to local electrical codes.
Check that the conductor size is adequate for the motor load and
the distance from the mains source. Improperly sized conductors
Archived 3/18/10