3
(7) BUF IN (Buffered Input)
Signal input via this jack is fed to a buffer circuit prior to being sent to the loops.
(8) DC Jack
5.5 x 2.1mm negative center, supply with DC 9V.
(9) NBUF IN (Non Buffered input)
This jack bypasses the buffer circuit and directly sends singal to the loops.
(10) LOUT1 and LOUT2
These are two parallel outputs of series loop1~6, the input signal via buffered or
(11) S1
Send jack of loop1, connects to input jack of a guitar pedal.
(12) R1
Return jack of loop1, connects to output of a guitar pedal.
(13) EARTH TERMINAL
Connect the enclosure to earth through this terminal if necessary.
(14) BUF OUT (ALWAYS OUTPUT)
When the guitar connects BUF IN, the buffer output signal is split into two, one goes
to series loops 1~6, the other goes to BUF OUT jack.
non-bufferd Input jacks reaches the outputs via series loop 1~6.
(15) TUNER
When MUTE is active, the input signal via buffered or non-bufferd reaches this jack.
(16) IN7
(17) S7(N.C)
SEND jack of separate loop7, this jack usually connects to the input of a guitar pedal.
Input of separate loop7.
When loop7 is on, signal from IN7 reaches SEND jack, goes to guitar pedal then back
to R7 (RETURN jack), finally reaches OUT7 jack. When LOOP7 is off, the signal from
IN7 directly reaches OUT7.
This jack also functions as latching N.C (Normally Closed) switch which could work as
footswitch to control amplifier channel. The jack is
“
closed
”
/
“
open
”
when LP7 is off/on.
(18) R7
RETURN jack of loop7.
(19) OUT7(N.O)
OUTPUT of loop7, it also functions as latching N.O (Normally Open) switch
which could control amplifier channel. The jack is
“
open
”
/
“
closed
”
when LP7 is off/on.
(20) S9 N.C(FS TRS)
Different from S7 and S8, S9 can also work as a TRS footswitch of an amplifier. The S9 tip
is controlled by loop9 while the S9 ring is controlled by loop8.
