29
There are 45 intervals in the Common Cycle Time
Chart. Not all intervals have the same time as-
signments from cycle to cycle. An interval may
be only seconds long or up to 20 minutes in length.
More than one function can take place during an
interval. The display LED will show the time re-
maining in the cycle.
(Fig. 4-2)
Thermal holds may be longer (See Note 2, page
32). Thermal Hold intervals do not show specific
time lengths. The length of these intervals is de-
termined by input from the thermistor.
(Fig. 4-3)
If
the thermal cap temperature is not reached in a
predetermined length of time, the electronic con-
trol will proceed to the next interval.
In the same row as the Cycle Name, the shaded
bars indicate all possible intervals that may be
used in that cycle. Black bars indicate intervals
always used. Grey bars with arrows indicate in-
tervals that may be skipped depending on cycle
and options chosen. Shaded bars without arrows
indicate that the heater may or may not be invoked
during thermal holds. (NOTE: During APF and
drain functions the heater is turned off. This is a
UL requirement and is built into the electronic con-
trol programming. See Note 2, page 32) Blank
intervals are never used.
(Fig. 4-3)
1:35
0:05
0:05
4:00
2:00
1:00
1:00
45
44
43
42
41
40
39
38
[99]
[99]
[98]
[98
[98] [98] 94
92
92
91
[98] [98] 94
92
92
91
[99] [98 [98] [98] 86
84
84
83
Intervals
Always Used
Fig. 4-3
Intervals that
may be skipped
>
THERMAL HOLD
Thermal Cap
Temperature
[135F / 57C]
[135F / 57C]
[135F / 57C]
Cycle Minutes
Remaining
When Thermal Hold
is Initiated
1:35
0:05
0:05
4:00
2:00
1:00
1:00
45
44
43
42
41
40
39
38
[99]
[99]
[98]
[98
[98] [98] 94
92
92
91
[98] [98] 94
92
92
91
[99] [98 [98] [98] 86
84
84
83
Intervals
Length of
Interval
Fig. 4-2
Time
Remaining
in
Display
THERMAL HOLD
[135F / 57C]
[135F / 57C]
[135F / 57C]
Reading the Common Cycle Time Chart
The following information must be determined before the Common Cycle Time Chart can be used:
•
What option, if any, was chosen? (For example: Hi-Temp Scrub)
•
Is the Dishwasher a Soil Sensor Model?
•
If Soil Sensor Model, did the soils in the water trigger the sensor?
•
ON QUICK CLEANUP Cycle: Was the first fill water temperature cool or hot?
With this information in hand, the illumination of status indicators and the operation of functional
components can be verified by looking at the Cycle Progression and Status Indicators
(1)
and Output
Loads
(2)
portion of the chart. (Example: In Interval 10 (Final Rinse) the wash motor interval (Output
Loads) is shaded and the Rinse Indicator (Status Indicators) is shaded. This means that the wash
motor should be running and the Rinse LED on the control panel should be lit.
(Fig. 4-4)
Thermal Hold
Intervals do not have
specified time length
Quick Clean/Time Saver Cycle
The Quick Clean/Timer Saver cycle has a unique variation. During the initial water fill, the thermistor
will monitor the incoming water temperature. If it is 135° F (57° C) or above the electronic control will
skip intervals 39 through 36. This shortens the wash/rinse time by eliminating a drain and fill sequence
(See Note 1b and 1c, page 31).
Содержание GU1200XT
Страница 12: ...8 High Low High Low 130 F 54 C º º High Low Rinse High Low Purge Rinse ...
Страница 16: ...12 NOTES ...
Страница 39: ...35 Diagnostic Cycle Time Chart ...
Страница 43: ...39 STRIP CIRCUITS FILL WASH RINSE DRAIN DISPENSER VENT HEAT DRY ...
Страница 46: ...42 CO RPO RATIO N ...
