UPS PIco HV3.0A Firmware Code 040 Print Date 18.08.2017
Designed and Manufactured by PiModules and ModMyPi
www.pimodules.com www.modmypi.com
does not need to have running the Raspberry Pi®, as it is “above of it”
however can contain
the
Raspberry Pi ®
ON/OFF procedure.
Action Duration Time
–
Specify time between
Action
and their opposite state. In example if
Action
is Raspberry Pi®
Power
ON
, the opposite state is Raspberry Pi®
Power
OFF
. Therefore,
Duration
is time between ON and OFF the Raspberry Pi®. In case of use i.e. bi
-Stable Relay the
Duration
is time between
Set
and
Reset
. In case of use i.e. programmable
5V@750mA
the
Duration
is time between 5V@750mA
ON
and
OFF
. There is no need to have Raspberry Pi®
running at the same time, however it could be. These two
Actions
are independent.
Action Repetition Time
–
Each
Action
can be repeated within the same
Schedule
. The
Action
Repetition
defines the
time
between beginnings of first and the repeated Action. In example
Action will be defined to be executed at 10:00. The
Action Repetition Time
will define
Repetition of the same action after XX min (Repetition time) i.e. 30 minutes. Therefore, if
Action
is s
witch Raspberry Pi® at 10:00
for
Action Duration
of 10 minutes, the
Action
Repetition Time
will be, to switch it again after 30 minutes. Thus, could be repeated
Action
Multiplier
times if needed. The Action Repetition Time could be 0.
Action Multiplier
–
Defines how many times
Action
will be repeated within the same
Sequence.
Sequence Repetition Time
–
One
Schedule
contains multiple
Sequences
. That could be or not
repeated. Each
Sequence
contains one or more
Actions
. The Sequence Repetition Time
defines the repletion of the Sequence. In example every day, every week, etc.
The below picture shows 2 Schedules that are executed by Scheduler. One of the Schedules
contain Sequence with multiple Actions (3) repeated every day. The second one contains
Schedule with single action (Relay ON/OFF) that is repeated every day (in different time). Both
are running independently. This will help you for better understanding of each definition.
ETR SAS Definitions Dependencies
The
UPS PIco HV3.0
execute (or not if not activated) the
ETR SAS Scheduler
. The
Scheduler
contains up to 4
Schedules
that are executed separately when the
Scheduler
is running. User
can activate from 1 to 4
Schedules
. Each Schedule have their own
Sequence
. The
Sequence
can be repeated or not within their
Schedule
. Each
Sequence
hold a number (at least 1) of
Actions
. Each
Action
can be repeated within the same
Sequence
counted times. Actions can
be triggered by
RTC
or
Events.
Raspberry Pi® ETR SAS Self Programming
It is possible that invoked by ETR SAS (switched ON)
Raspberry Pi® after
achieving of their
external events goals will re-program parameters (Schedules) of their ETR SAS with different
parameters, or stop execution of it. Thus, make practically unlimited options of running of ETR
SAS.
