Frequency, Slope, Lo-pass – Fortinet 2 SXRC User Manual

Page 32: 30 hz, 36 db/oct

SXRC Remote Control

Opera

tion

When you are done adjusting the low pass
crossover on this amplifier press the

ESC

key while in the

frequency

and

slope

options menu to return to the AMP ADJ

menu and choose another function to adjust.

NOTE:

While you are in the LO-PASS menu the

LPF

indicator on the ISIS display is lit. This

indicates you are making adjustments in
the LO-PASS menu.

The KICKER SXRC monitors and prevents any low pass

crossover point from being set any closer than 1/3 octave from
the high pass crossover point. If you cannot set the low pass
crossover where you want then check the ISIS display and see if
the

LPF

is lit and the

HPF

indicator is

flashing. If it is then you need to go to the
HI-PASS menu and lower the high pass
crossover point.

This is done as a safety precaution to prevent a notch filter

condition.

lo-pass

MENU - Here is where you adjust the selected

amplifier’s low pass crossover.

Use the

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 30 Hz to 20 kHz.
(

30 Hz

20325 Hz

) SX.1 Series is 30 Hz to 200 Hz in 1 Hz

steps.

Use the

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 low pass crossover option to adjust
on this amplifier if desired.

SLOPE

selects the roll-off of the crossover and can be set

from

oFF

36 dB/OCT

in 6 dB steps. SX.1 Series is OFF to

48 dB in 6 dB Steps.

Use the

and

DOWN

keys to select your

low 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 low pass crossover
option to adjust on this amplifier if desired.

HOME

ENT

ESC

HOME

ENT

ESC

HOME

ENT

ESC

HOME

ENT

ESC

s l o

o p

p e

SYS

MEM-1

GAIN

GAIN EQ

LPF

HPF

KOMP

AMP1

LOCK

MEM-2

MEM-3

MEM-4

PHASE

MUTE

AMP2

LEFT

RIGHT

1 0

0 6

h z

SYS

MEM-1

GAIN

GAIN EQ

LPF HPF

KOMP

AMP1

LOCK

MEM-2

MEM-3

MEM-4

PHASE

MUTE

AMP2

LEFT

RIGHT