Appendix 4 Binary File Size Calculation
A
10
(Byte units)
File size
= Header size + Data size
Header size
= Text header size + Binary header size
Text header size
= 512 × (4 + number of analog channels × 2 + number of pluse
channels × 2 + number of waveform calculation channels × 3 +
number of alarm channels × 58)
Binary header size
= 512 × (7 + number of analog ch number of pulse channels
+ number of waveform calculation channels × 3 + number of alarm
channels)
Data size
= number of analog channels × 2 + number of pulse channels × 4+
number of waveform calculation channels × 8 + number of alarm
channels × 4
You can check an estimate of the remaining time available on the attached CF card/ USB
flash drive on the
[Setting]
screen.
(About 90% of the time calculated using the above formulas is displayed as the
[Sav-
able]
on the
[Setting]
screen, reflecting the fact that file and other information apart
from actual data is also stored on the media.)
Appendix 4 Binary File Size Calculation
Displays an estimate of the re-
maining time available on the at-
tached CF card/ USB flash drive.
Summary of Contents for LR8432-20
Page 1: ...EN LR8432 20 HEAT FLOW LOGGER Instruction Manual Jan 2016 Edition 1 LR8432B980 00 16 01H...
Page 2: ......
Page 22: ...Operating Precautions 14...
Page 50: ...2 5 Zero Adjustment 42...
Page 88: ...3 7 Viewing All Channel Settings in a List 80...
Page 104: ...4 5 About Recording Operation 96...
Page 154: ...7 4 Waveform Calculation Formula 146...
Page 164: ...8 3 Making System Settings 156...
Page 232: ...Appendix 12 Heat Flow A44...
Page 236: ...Index Index 4...
Page 237: ......
Page 238: ......