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11
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rising sufficiently in bread slot when bread is removed. This in turn would keep
the other end (E) (Diagram I) from moving out far enough to allow Trigger (C) to
drop into position shown. The friction might be due to Trip Lever (E) rubbing
guide wires, as there is not sufficient end play at the bearing points for free
action; or the ends of the Trip Lever entering the bearings might not be
straight, thus causing binding. If Trip Lever appears to be free of excessive
friction, then it is likely that clearance indicated by dimension (D) (Diagram
I) is insufficient. To check this clearance it will be necessary to remove End
Shell from Toaster. Make sure Thermostat is in "off" position, and Contacts (H)
are open, then with the Trip Lever
up
(no bread in Toaster) this clearance,
as
indicated
by
dimension (D)
,
should
be
approximately
1/16".
Adjust by bending
Trip Lever. If this dimension is
too
small, then
as
Toaster heats
up,
it is
likely that Trigger
(C)
will not fall down, when
toasted
slice is removed,
to
properly position it for next cycle. If, on the other hand, this dimension is
too
great, there is
a
possibility that the Thermostat Blade (A) will not
be
pushed forward sufficiently when next slice is inserted, causing the results
indicated in paragraph, Section D-3
(c)
If the Bread Lifter Assembly
(17)
cannot
be
pushed down
by
hand, it is possible
that the end of the Trip Lever
(E)
Diagram I,
got
caught over the
top
of the
Trigger
(C) .
This might happen in shipping if the
stops
on the Side Frame
Assemblies
(14
and
16)
are bent
out
of position, allowing the Bread Lifter
Assembly
to pass
the
stops.
Bend
stop
lugs in correct position
so
that Bread
Lifter Assembly
(17)
cannot
pass by
when forced
to
one side or the other.
(d)
The Reset Pin
(G)
might have come
out
of the hole in the Thermostat Bracket (F)
preventing the Contacts (H) from closing. This can
be caused by
the Trigger
Arm
(K) being bent
out
of shape permitting the Pin
(G) to pass by
the Trigger Arm
(K), or the Contact
Spring
(H) might
be
improperly
assembled causing
misalignment.
Correct by
bending Trigger
Arm
(K) in correct position or
by
adjusting Contact
Spring (H)
. After
this
adjustment,
care must
be
taken
to
make
sure there is
a
clearance of
a
few thousands
(not
over
1/64")
between the Pin
and
Trigger Arm when
the Thermostat
Blade
is
in the "off" position. To make
sure
Thermostat is
in the "off"
position,
push the Reset
Arm
(Diagram II) inward
below the pivot.
(e) Any electrical interruption
will
prevent the Bread Lifter Assembly from
lowering.
Check all connections and cord.
3. Bread
Moves
Up and
Down
Continuously at Top of Slot
-
Dimension (D) (Diagram I), as
explained
above, is too large. When this occurs, Thermostatic Blade (A) cannot be
moved forward sufficiently to snap it to its toasting position.
However,
the movement
is usually sufficient to close Contacts (H) . When this happens, the Bread Lifter
Assembly will begin to
move down,
but as soon as it
moves
about 1/2 inch, the Contact
Points (H) will open causing Bread Lifter Assembly to rise. This, in turn,
will
cause
Contact (H) to again close and thus repeat above cycle. Adjust
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