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Screen 1: Step 1
TEST1: LT DRYING
LT: XX°C XXX°F
Screen 2: Step 2
TEST2: DEPR RT
RT: XX°C XXX°F
Note: Sequence step will not advance to HEAT
until depressurization time has elapsed and
tower has fully depressurized. Exception: If
switching failure is disabled then pressure
condition is ignored.
Screen 3: Step 3
TEST3: HEAT RT
RT: XX°C XXX°F
To prevent bed over-heating in test mode: If the
RT temperature > heat termination set point, then
Screen 3 will display for a maximum of 1 minute
before automatically advancing to next step.
Screen 4: Step 4
TEST4: COOL RT
LT: XX°C XXX°F
If the RT temperature < cool termination set point,
then Screen 4 will display for a maximum of 1 minute
before automatically advancing to next step.
Screen 5: Step 5
TEST5: REPR RT
LT: XX°C XXX°F
Note: Sequence step will not advance to tower
SWITCHOVER until repressurization time
has elapsed and tower has fully pressurized.
Exception: If switching failure is disabled
then pressure condition is ignored.
Screen 6: Step 6
TEST6: RT DRYING
RT: XX°C XXX°F
Screen 7: Step 7
TEST7: DEPR LT
LT: XX°C XXX°F
Note: Sequence step will not advance to HEAT
until depressurization time has elapsed and
tower has fully depressurized. Exception:
If switching failure is disabled then pressure
condition is ignored.
Screen 8: Step 8
TEST8: HEAT LT
LT: XX°C XXX°F
To prevent bed over-heating in test mode: If the
LT temperature > heat termination set point, then
Screen 8 will display for a maximum of 1 minute
before automatically advancing to next step.
Screen 9: Step 9
TEST9: COOL LT
LT: XX°C XXX°F
If the LT temperature < cool termination set point,
then Screen 9 will display for a maximum of 1 minute
before automatically advancing to next step.
Screen 10: Step 10
TEST10: REPR LT
LT: XX°C XXX°F
Note: Sequence step will not advance to tower
SWITCHOVER until repressurization time
has elapsed and tower has fully pressurized.
Exception: If switching failure is disabled
then pressure condition is ignored.
TEST MODE SCREENS
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