High level harnesses, Amplifier settings, Signal input and output configurations – Orion CobaltTM G42110 User Manual

Page 6: Input gain, Internal crossover, Low-pass crossover

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5

HIGH LEVEL HArNESSES

Do not connect the high level input connections to power, signal, or chassis ground as damage
to the head-unit outputs may result . The high-level inputs are designed to work with either
grounded or BTL speaker level outputs (found on most head units) .

HIGH LEVEL CONNECTIONS

WIrE COLOr

INPUT CONNECTION

Black

Ground

White

+ Left Front channel

White/Black

- Left Front channel

Green/Black

- right rear channel

Green

+ right rear channel

Gray

+ right Front channel

Gray/Black

- right Front channel

Violet/Black

- Left rear channel

Violet

+ Left rear channel

AMPLIFIEr SETTINGS

Signal Input and Output Configurations

The input section of the amplifier consists of a 2 CH / 4 CH switch that sets the output configura-
tion, gain controls, and rCA inputs . The input section makes it easy to adapt this amplifier to
most system configurations .

Input Gain

The Orion Cobalt CO600 .4 amplifiers have level adjustments to allow for easy integration with
any source unit . The input sensitivity can be adjusted from 250mV to 5V . refer to Testing the
System
and Adjusting the Sound of the System sections of this guide for detailed instructions
on setting the gain .

Internal Crossover

The crossover section of the Orion Cobalt CO600 .4 amplifiers is continuously variable and
extremely flexible .
When using Orion Cobalt loudspeakers, minor deviations from the recommended frequency
ranges can provide superior results depending on your speaker locations and your vehicle
acoustics . Setting crossover frequencies higher than recommended will not cause damage and
may provide superior sonic results depending on your system's performance goals . refer to your
loudspeaker owner's manual for assistance in choosing the proper crossover frequencies for
your system .

Low-Pass Crossover

The low-pass crossover is active with a 2nd order (2dB per octave) slope . The low-pass crossover
is continuously variable from 50Hz to 500Hz .

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