Hi-pass, Frequency, Slope – Fortinet 2 SXRC User Manual
Page 44: 10 hz, 36 db/oct
44
SXRC Remote Control
Opera
tion
hi-pass
MENU - Here is where you adjust the selected
group’s high pass crossover controls. All amplifiers in the group
will be adjusted.
Use the
UP
and
DOWN
keys to scroll
through
frequency
and
slope
and then
press the
ENT
key to select.
FREQUENCY
selects the crossover point and can be set at any
1/12th octave spaced frequency from 10 Hz to 16 kHz.
(
10 Hz
to
16132 Hz
) SX.1 Series is 10 Hz to 159 Hz in 1 Hz
steps.
Use the
UP
and
DOWN
keys to select your
frequency. Press the
ESC
key to save your
setting and return to the
frequency
and
slope
options menu. You can now select
another high pass crossover option to adjust
in this group if desired.
SLOPE
selects the roll-off of the crossover and can be set
from
oFF
to
36 dB/OCT
in 6 dB steps. SX.1 Series is OFF to
24 dB in 6 dB Steps.
Use the
UP
and
DOWN
keys to select your
high pass crossover slope. Press the
ESC
key to save your setting and return to the
frequency
and
slope
options menu. You
can now select another high pass crossover
option to adjust in this group if desired.
HOME
ENT
ESC
HOME
ENT
ESC
HOME
ENT
ESC
When you are done adjusting the high pass
crossover in this group press the
ESC
key
while in the
frequency
and
slope
options
menu to return to the GROUP ADJ menu and
choose another function to adjust.
NOTE:
While you are in the HI-PASS menu the
HPF
indicator on the ISIS display is lit. This
indicates you are making adjustments in
the HI-PASS menu.
The KICKER SXRC monitors and prevents any high pass
crossover point from being set any closer than 1/3 octave from
the low pass crossover point. If you cannot set the high pass
crossover where you want then check the ISIS display and see if
the
HPF
is lit and the
LPF
indicator is
flashing. If it is then you need to go to the
LO-PASS menu and raise the low pass
crossover point.
This is done as a safety precaution to prevent a notch filter
condition.
HOME
ENT
ESC
s
s l o
o p
p e
e
SYS
MEM-1
GAIN
GAIN EQ
LPF
HPF
KOMP
AMP1
LOCK
MEM-2
MEM-3
MEM-4
PHASE
MUTE
AMP2
LEFT
LEFT
RIGHT
RIGHT
1
1 1
1 9
9
h
h z
z
SYS
MEM-1
GAIN
GAIN EQ
LPF HPF
KOMP
AMP1
LOCK
MEM-2
MEM-3
MEM-4
PHASE
MUTE
AMP2
LEFT
LEFT
RIGHT
RIGHT