
9
TD-001571-01-B
Balanced Inputs
Connect the XLR plug as shown in Figure 10.
1.
Shield (ground)
2.
Positive
3.
Negative
Connect the TRS (Tip Ring Sleeve) plug as shown in Figure 11. Do not use a TS 1/4 inch jack for
balanced input.
1.
Shield (ground) (Sleeve)
2.
Negative (Ring)
3.
Positive (Tip)
Unbalanced Inputs
Connect the XLR plug as shown in Figure 12. (Jumper pins 1 and
3.)
1.
Shield (Jumper to negative)
2.
Positive
3.
Negative (Jumper to ground)
Connect the TRS (Tip Ring Sleeve) or TS (Tip Sleeve) plug as
shown in Figure 13.
1.
Shield (for TRS jumper Sleeve to Ring)
2.
Negative (for TRS jumper Ring to Sleeve)
3.
Positive
Outputs
MIX OUT (Post Gain) output XLR is a mix of Channels A, B, and C. Produces a line-level output signal that is Post
Gain. Any adjustments made to the gain of any of the three channels affects this output signal. This output does
not contain any DSP processing.
Connect an Extension Loudspeaker to the MIX OUT (Post Gain)
Set the Gain controls of all inputs on the extension loudspeaker to 0 dB. When the Gains on the extension
loudspeaker are set to 0 dB, the extension's output level is the same as the master's output level. Control both
master and extension outputs using the master's Gain controls.
CWAONN G!
Do not connect the MIX OUT (Post Gain) of a CP Series loudspeaker
to any INPUT on the same unit. This output is designed to send the mixed signal to
OTHER CP Series units or to other audio equipment.
CP SERIES CONTOUR SELECTIONS
The CP Series loudspeakers offer six different voicing contours to use with specific applications. Below is a list of these contours and a
description of each. The contour settings affect both inputs (exceptions are documented in the text and the table below).
• Default – The standard, factory voicing of the loudspeaker for use with live music, program music, or instruments.
• Default Ext Sub – The standard, factory voicing of the loudspeaker with an 80 Hz high-pass filter for use with live music, program music,
or instruments, and an external subwoofer, for example, the KS112.
— Figure 10 —
— Figure 11 —
— Figure 12 —
— Figure 13 —
TRS
TS
T
R
S
— Figure 14 —