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4.4 Data Acquisition
The unit features a dual set of Sampling, Logging and Data Transmission Rates. The
Basic set can be superseded by an Alternate set, on event. Digital Input transitions,
Analog Input and Counter Alarm Limits overriding can be used as trigger sources for
Rate changes. Normal data recording or ultra low power standby mode followed by
frequent Data recording and transmission can be selected to fit the application needs,
while maximizing the Battery Life.
4.4.1 Basic Sampling Period
The parameter defines the Basic Sampling Period for the Temperature and the
Counter channel.
1292,p
1292:
Command ID
p:
1-255, Period [min]
Scope: LP-MCU
4.4.2 Alternate Sampling Period
The parameter defines the Alternate Sampling Period for the Temperature and the
Counter channel. The Alternate Period should be less or equal to the Basic Period.
The value of this parameter affects strongly the Battery Life.
1335,p
1335:
Command ID
p:
1-255, Period [min]
Scope: LP-MCU
4.4.3 Temperature Sample Value
The unit performs 100 consecutive readings for every sample, thereby neglecting the
maximum and minimum values and calculating the average, the minimum and the
maximum of the remaining values. The parameter selects the Sample value between
the minimum, maximum and average values.
1280,v
1280:
Command ID
v:
0 Average
1 Minimum
2 Maximum
Scope: LP-MCU
4.4.4 Temperature Sampling Delay
The parameter defines an Idle Period between the activation of the excitation and the
readings of the analog Input (Temperature). This option should be set according to
the Sensor power up delay or warm up time for valid reading (1 sec).
this parameter affects strongly the Battery Life.
1291,d
1291:
Command ID
d:
0-255, Delay [sec]
Scope: LP-MCU
4.4.5 Basic Logging Rate
The parameter defines the Temperature and Counter Logging Rate.
1300,p
BSC-50D User Guide
The value of this parameter affects strongly the Battery Life.
The value of
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