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© Copyright, Alliance Laundry Systems LLC – DO NOT COPY or TRANSMIT
Programming
F232123
26
p. The motor rotates clockwise (forward) at
normal wash speed for 60 seconds. The
display alternately flashes “nor
n” and “For”.
q. The display begins alternately flashing “drAI”
and “For” (drain step, cylinder rotating at
wash speed). The motor continues to rotate
clockwise (forward) at normal wash speed for
seven seconds.
r. The motor accelerates to distribution speed.
The display alternately flashes “drAI” and
“dISt” (drain step, cylinder rotating at
distribution speed).
s. The drain opens between 15 to 27 seconds
into the drain step. The water level indicator
lights on the display will begin to go out, one
by one, as the machine drains past each water
level.
t. The computer begins monitoring the balance
signal from the AC inverter drive several
seconds after the water level switch indicates
that water level has dropped below low level.
u. If the balance signal indicates that the wash
load is unbalanced, the cylinder will slow
down to wash speed for seven seconds in an
attempt to redistribute the load. The computer
will make as many as seven attempts, as
needed, in this cycle.
NOTE: If the machine utilizes the overtravel limit
switch balance detection system, the computer will
proceed through the drain step and will time steps t
and u. The computer will then proceed to step v.
v. The cylinder accelerates to low spin speed.
The display shows “SPn1” (cylinder rotating
at low spin speed). The basket rotates at low
spin speed for 60 seconds.
w. The cylinder accelerates to medium spin
speed. The display shows “SPn2” (cylinder
rotating at medium spin speed). The basket
rotates at medium spin speed for 60 seconds.
x. The cylinder accelerates to high spin speed.
The display shows “SPn3” (cylinder rotating
at high spin speed). The basket rotates at high
spin speed for 60 seconds.
y. All outputs are turned off for roughly
20 seconds. The display shows “SdLY”
(spin coast delay).
z. The computer performs the normal stop
routine.
The door interlock is energized (allowing the
door to be opened), provided that the water
level switch indicates that water has fallen
below low level and that the AC drive
indicates that the motor has stopped.