P 3 5 G P S D u a l L e n s T u r r e t P r o j e c t o r
CHRISTIE DIGITAL SYSTEMS
P35GPS Projector
6-8
March, 2004
6.6.4. Timing Adjustments – Turret and Aperture Motor
The turret motor and the aperture motor are controlled from the PC board, which is mounted
on the non-operator side of the projector. Both motors are timed. One timer goes to the
FLAT
position; another timer goes to the
SCOPE
position. The on-time for the
FLAT
position is
adjusted with a trimpot located at the lower side of the PC board.
When user is facing front of projector, lensholder plate rotates
clockwise to
SCOPE
position and counter-clockwise to
FLAT
position. If
lensholder plate turns in opposite direction, reverse quick-connects on
turret motor.
Turning the trimpot clockwise shortens the time. The timing is set approximately 0.5
seconds longer than the time needed for the turret motor to turn the lensholder plate from the
FLAT
position to the
SCOPE
position and vice versa. The drive wheel will overrun for 0.5
second. The
SCOPE
on-time is adjusted in the same manner, using the trimpot located on the
upper side of the PC board.
For Reference Only
5: Turret Mounting Plate
197014-001
6: Screw Holes, Mounting
SHC ¼-20x1”
7: Nut, Hinge Tension
197001-001
8: Cover,
Motor
197022-001
9: Eccentric, Adjustment Lock
197036-001
10: Adjustment, V-bearing
197009-001
11: Knob, Focus
197034-001
12: Cover Plate, Turret
197043-001
13: Turret Main Plate
197031-001
14: Adjustment, Flat Stop
194955-001
15: Adjustment, Scope Stop
194956-001
Figure 6-4: Dual Turret (Rear View)
Summary of Contents for P35GPS-AT
Page 3: ......
Page 15: ......
Page 21: ......
Page 33: ...P35GPS Dual Lens Turret Projector CHRISTIE DIGITAL SYSTEMS P35GPS Projector 5 8 March 2004 ...
Page 43: ......
Page 49: ......
Page 79: ...P35 GPS Dual Lens Turret Projector CHRISTIE DIGITAL SYSTEMS P35GPS Projector C 2 March 2004 ...
Page 80: ...Appendix C CHRISTIE DIGITAL SYSTEMS P35GPS Projector C 3 March 2004 ...
Page 81: ...P35 GPS Dual Lens Turret Projector CHRISTIE DIGITAL SYSTEMS P35GPS Projector C 4 March 2004 ...