easy2log© RT0005 Technical Information Manual
25
BIN_SAMPLETIME registers (RW – 16 words)
Register
Address
Op.
Default
BIN_SAMPLETIME_0
0x23
RW
0x0258
BIN_SAMPLETIME_1
0x24
RW
0x0000
...
...
..
0x0000
BIN_SAMPLETIME_15
0x32
RW
0x0000
These registers are used to define the sample interval to apply for the next acquisitions in the corresponding bin. The
value is expressed in seconds.
BIN_THRESHOLD registers (RW – 16 words)
Register
Address
Op.
Default
BIN_THRESHOLD_0
0x33
RW
0x0000
BIN_THRESHOLD_1
0x34
RW
0x0000
...
...
..
0x0000
BIN_THRESHOLD_15
0x42
RW
0x0000
These registers represent the threshold value for the alarm (expressed in seconds) on the corresponding bin. If the bin
counter value is greater or equal than the threshold value the alarm bit for the corresponding bin is set.
MKT_ACTV_ENERGY registers (RW – 2 words)
Register
Address
Op.
Default
MKT_ACTV_ENERGY_L
0x43
RW
0x0000
MKT_ACTV_ENERGY_H
0x44
RW
0x0000
The value, expressed in floating point 32bits (IEEE-754) notation, represents the Mean Kinetic activation energy and it
is expressed in J/mol. The map between the floating point fields and the two registers is reported below:
Sign
Exponent
Mantissa
31
30..23
22..16
15..0
MKT_ACTV_ENERGY_H
MKT_ACTV_ENERGY_L
MKT_THRESHOLD_TEMP register (RW)
Register
Address
Op.
Default
MKT_THRESHOLD_TEMP
0x45
RW
0x0000
This register provides the threshold temperature value for the alarm of the Mean Kinetic algorithm. If the Mean Kinetic
value is greater than the threshold value the alarm bit is set. The temperature in °C is expressed in fixed point 8.5
notation using the formula (3).
SHL_REF_TEMP register (RW)
Register
Address
Op.
Default
SHL_REF_TEMP
0x46
RW
0x0000
Shelf life reference temperature expressed °C. The temperature in °C is expressed in fixed point 8.5 notation using the
formula (3).
