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306 Chapter 16: API Command Reference
TempScan / MultiScan User's Manual
F
- Set Data Format
TYPE
System
EXECUTION
Deferred
SYNTAX
Fengr,
format
Configure the input and output formats.
engr
converts the raw data to the engineering units with which you prefer to
work. Valid options are:
0
- degrees Celsius (default),
1
- degrees
Fahrenheit,
2
- degrees Rankine,
3
- degrees Kelvin, and
4
- Volts.
format
places the readings in a format with which you prefer to work. Valid
options are:
0
- Engineering Units (default),
1
- Binary (Low/High Byte),
2
- Binary (High/Low Byte), and
3
- Counts (ASCII).
F?
Query the data format.
DESCRIPTION
The
Set Data Format
(
F
) command configures the input and output data format for data transmissions with the
unit, and requires two arguments. The first argument
engr
refers to the specific Engineering Units if applicable,
and the second argument
format
refers to the reading format.
The following tables list the valid data input and output formats for Engineering Units, Binary, and Counts.
Data Input Formats
Binary
Data Type
Engineering Units
High/Low Byte
Low/High Byte
Counts
Temperature
xxxx.xx
°C
xxxx.xx
°F
xxxx.xx
°R
xxxx.xx
°K
±xxxxx
Volts
+xxx.xxxxxxx
(Interpreted as
Engineering Units)
±xxxxx
Time/Date
(Absolute)
hh:mm:ss.t,
MM/DD/YY
(Interpreted as
Engineering Units)
(Interpreted as
Engineering Units)
Timebase
(Scan Interval)
hh:mm:ss.t
(Interpreted as
Engineering Units)
(Interpreted as
Engineering Units)
Data Output Formats
Binary
Data Type
Engineering Units
High/Low Byte
Low/High Byte
Counts
Temperature
xxxx.xx
°C
xxxx.xx
°F
xxxx.xx
°R
xxxx.xx
°K
H/L
L/H
±xxxxx
Volts
+xxx.xxxxxxx
H/L
L/H
±xxxxx
Time/Date Stamp
(Absolute)
hh:mm:ss.mil,
MM/DD/YY
hmstuvwMDY
(Interpreted as
Engineering Units)
Time/Date Stamp
(Relative)
+hh:mm:ss.mil,
DDDDDDD
hmstuvwDEF
(Interpreted as
Engineering Units)
Timebase
(Scan Interval)
hh:mm:ss.t
(Interpreted as
Engineering Units)
(Interpreted as
Engineering Units)
Data Input & Output Legend
Legend
Engineering Units
Binary
Counts
x
= ASCII digit
hh
= hours
mm
= minutes
ss
= seconds
t
= tenths
mil
= milliseconds
MM
= months
DD
= days
YY
= years
DDDDDDD
= days
H
= high order byte
L
= low order byte
h
= hours
m
= minutes
s
= seconds
tuvw
= microseconds
M
= months
D
= days
Y
= years
DEF
= days
x
= ASCII digit
Summary of Contents for MultiScan 1200
Page 2: ...TempScan MultiScan User s Manual...
Page 4: ...TempScan MultiScan User s Manual...
Page 10: ...vi TempScan MultiScan User s Manual Notes...
Page 20: ...10 Chapter 1 System Overview TempScan MultiScan User s Manual Notes...
Page 106: ...96 Chapter 8 ChartView ChartView Plus TempScan MultiScan User s Manual Notes...
Page 130: ...120 Chapter 9 TempView TempScan MultiScan User s Manual...
Page 150: ...140 Chapter 9 TempView TempScan MultiScan User s Manual Notes...
Page 166: ...156 Chapter 10 PostView TempScan MultiScan User s Manual Notes...
Page 234: ...224 Chapter 13 System Operation TempScan MultiScan User s Manual Notes...
Page 248: ...238 Chapter 14 System Calibration TempScan MultiScan User s Manual Notes...
Page 284: ...274 Chapter 15 Program Examples TempScan MultiScan User s Manual Notes...
Page 330: ...320 Chapter 16 API Command Reference TempScan MultiScan User s Manual...
Page 342: ...332 Chapter 16 API Command Reference TempScan MultiScan User s Manual...
Page 358: ...348 Appendix TempScan MultiScan User s Manual Notes...
Page 364: ...354 Index TempScan MultiScan User s Manual Notes...