11
AOP Operating Instructions – Issue 07/05
6SE6400-5AP00-0BB0
6.
Using a PMK or a DTK connect the AOP to the PC.
7.
In Mode menu on the AOP select Slave.
Parameters other than read only are then available on the PC for viewing as
required.
Note
¾
Macro parameters rely on the drive operation for correct update of
all dependant parameters — these parameters should only be
modified when connected to an inverter.
2.7 MM3
Upread
It is possible to use the AOP to upread a parameter set held on an MM3
inverter. To do this the user must use a PMK as an RS232 to RS485 converter
to allow the AOP to communicate with the MM3. Once in this configuration the
MM3 upread mode should be selected from the ‘MODE’ menu.
The AOP can upread up to 10 parameter sets from the connected inverters, the
number of sets will depend on the type of inverters that are connected to the
AOP. For more details on available memory see P8562 in the relevant
parameter list or Section 2.5 on page 10 of this manual. It should be noted that
the timer settings also use AOP memory.
This parameter set can then be transferred to a PC using DriveMonitor as
described in the previous section.
2.8 Timer
Operation
Notes
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Before using the Timer function as a control method, the user
should set the Real Time Clock of the AOP as described in
Section 7.1.8 on page 29.
¾
Setting a timing event for EVERY DAY will put a separate event
with the same configuration settings in every day of the week.
These must be cleared individually.
¾
When multiple events need to be cleared from the timer function it
may be easier to reset the AOP as described in Section 7.1.9 on
page 30.
¾
When in Master mode of operation and viewing the inverters
connected a “T” is displayed in the top left corner of the display to
indicated that the connected inverters are under timed remote
control and may therefore start or stop unexpectedly.
The timer menu can be accessed from the top-level menu when in Local or
Master (Network) mode of operation. The timer operates as a simple seven day,
time of day on/off controller — much like a central heating controller but with the
addition of a possible multi-inverter selection.
