EAW K F 8 6 0 User Manual page 3

T W O - H I G H K F 8 6 0 C O N F I G U R A T I O N
Typical Uses: Distributed ground-stacked clusters, delay
clusters on lifts or scaffolds.
Coverage: 20 degrees (specific angles determined by aiming)
Bumper Bar Trim Height (nominal): N/A
15
Splay: The boxes are nominally splayed 10 degrees, which is
the tight-packed configuration. The coverage angle can be
opened up or tightened by splaying more or less than the
nominal 10 degrees. Ground-stacking note???
5
Aiming: The cluster should be aimed so that the seam
between the two boxes points at the farthest seat. This
configuration is tuned for a 200 ft throw.
Ground-Stacked Application Shown
Processors: Only one EAW MX8600 processor is required.
• For manual entry – use file 2xKF860.TXT which may be
found at ftp://ftp.eaw.com/PPSTfiles/KF860.
• For ECORE – use file 2xKF860.EAC which may be found
at ftp://ftp.eaw.com/Process/MX8600
T H R E E - H I G H K F 8 6 0 C O N F I G U R A T I O N
5
Typical Uses: Theatres
Coverage: +10 degrees to -60 degrees
Bumper Bar Trim Height (nominal): 22 ft
Splay: The three boxes are aimed +5, -10, & -35 degrees, so the
boxes should be rigged with 15 degree (upper to middle box),
and 25 degree (middle to downfill box) splays.
-10
Aiming: The cluster should be aimed so that the top box
points at the highest seating area. This configuration is tuned
for a 100 ft throw to the farthest seat.
Processors: One processor should drive the upper two boxes.
This processor is referred to as "main" in the settings.
A second processor should drive the lowest box. This
-35
processor is referred to as "downfill" in the settings.
• For manual entry – use file 3xKF860.TXT which may be
found at ftp://ftp.eaw.com/PPSTfiles/KF860.
• For ECORE – use file 3xKF860.EAC which may be found
at ftp://ftp.eaw.com/Process/MX8600