9
Footswitch Jack
Connect the Footswitch here. When connected, the
footswitch overrides the corresponding front panel controls.
Tuner Out Jack
This standard ¼ inch jack is designed to provide a pre-
gain signal for connection to a tuner. It can also be used to provide pre-tone
signal to other devices such as a direct box or console. The signal is hot
enough to provide adequate signal to virtually every tuner on the market.
Stereo Aux. Inputs -
These standard ¼ inch input jacks are designed to
accept the signal from an external source such as a CD or cassette player,
drum machine, synth. module, etc. The signal is summed post EQ prior
to the Master Volume control. These jacks can also be used to return a
studio cue signal, allowing the WTB1000 to provide you with your
own headphone mix in the studio.
Recording Out
This fully balanced XLR output allows you to send a
post-EQ signal to a recording or sound reinforcement mixing console. We
use Pin 2 hot configuration. Adjusting the Master Volume control will not
affect this send. This output is designed to use with phantom powered
systems. However, it never hurts to turn off the phantom power at the board,
if possible.
Ground Lift Switch
This switch lifts the ground within the balanced
output system to allow you to eliminate excessive noise/ground loops when
connected to external systems.
Mono Pre EQ Effects Send/Return
These standard 1/4 inch jacks allow
you to send and receive your signal to and from external devices. This
effects loop is positioned post (behind) the compressor and before the
Enhance control and the tone section. This loop is at line level; do not use
instrument level effects in this loop as they tend to be overloaded by the
higher signal level which can cause distortion.
Stereo Post EQ Effects Send/Return
These standard 1/4 inch jacks allow
you to send and receive your signal to and from external devices. This
effects loop is positioned post (behind) the tone section. This loop is at line
level; do not use instrument level effects in this loop as they tend to be
overloaded by the higher signal level which can cause distortion.
