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ard)
PV IN DInt Preset hours value for the specified run-time meter
RET_VAL OUT Int Function result / error message
CQ OUT Bool Run-time meter status (1 = running)
CV OUT DInt Current run-time hours value for the specified meter
The CPU operates up to 10 run-time hour meters to track the run-time hours of critical
control subsystems. You must start the individual hour meters with one RTM execution for
each timer. All run-time hour meters are stopped when the CPU makes a run-to-stop
transition. You can also stop individual timers with RTM execution mode 2.
When a CPU makes a stop-to-run transition, you must restart the hour timers with one RTM
execution for each timer that is started. After a run-time meter value is greater than
2147483647 hours, counting stops and the "Overflow" error is sent. You must execute the
RTM instruction once for each timer to reset or modify the timer.
A CPU power failure or power cycle causes a power-down process that saves the current
run-time meter values in retentive memory. Upon CPU power-up, the stored run-time meter
values are reloaded to the timers and the previous run-time hour totals are not lost. The runtime
meters must be restarted to accumulate additional run-time. Your program can also use RTM execution mode 7 to save the run-time meter values in a
memory card. The states of all timers at the instant RTM mode 7 is executed are stored in
the memory card. These stored values can become incorrect over time as the hour timers
are started and stopped during a program run session. You must periodically update the
memory card values to capture important run-time events. The advantage that you get from
storing the RTM values in the memory card is that you can insert the memory card in a
substitute CPU where your program and saved RTM values will be available. If you did not
save the RTM values in the memory card, then the timer values would be lost (in a substitute
CPU).
Note
Avoid excessive program calls for memory card write operations
Minimize flash memory card write operations to extend the life of the memory card.
Sets the local time zone and daylight
saving parameters that are used to
transform the CPU system time to local
time. To manually configure the time zone parameters for the CPU, use the "Time of day"
properties of the "General" tab of the device configuration.
Use the SET_TIMEZONE instruction to set the local time configuration programmatically.
The parameters of the "TimeTransformationRule" structure specify the local time zone and
timing for automatic switching between standard time and daylight saving time. Bias Int Time difference between UTC and local time [min]
DaylightBias Int Time difference between winter and summer time [min]
DaylightStartMonth USInt Month of daylight saving time
DaylightStartWeek USInt Week of daylight saving time:
 1 = First occurrence of the weekday in the month
 ...