LumaSense Technologies IS 5/F - Handbuch (Seite 26)

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26
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Measuring value (read)
(S=one-channel temp.,
Q=quotient temperature,
F=flame temperature) AAms
AAek
AAef
Answer: FFFFF (88880=Overflow)
Answer: SSSSSQQQQQ
Answer: SSSSSQQQQQFFFFF
each 5 decimal digit (in °C, last digit is 1/10 °C)
one-channel temperature with emissivity
quotient temperature with ratio correction
ττ
(read) AAtr Answer: DDDD 4 decimal digit 0000..1500
Minimum intensity
(minimal allowed
ττ
)
AAawXX
AAar XX=02..50 (0.020..0.500)
Answer: DD 2 decimal digit 02..05
Basic range (read)
Partial range (read) AAmb
AAme Answer: XXXXYYYY
2x4 hex-digit for lower and upper range limit (°C)
Partial range (set) 1.
2. AAm1XXXXYYYY
AAm2 XXXXYYYY=2x4 hex-digit for lower and
upper range limit (°C)
AAm2 confirms the change (autoreset)
internal temperature
(read) AAgt
AAtm Answer: DD 2 decimal digits (00..98 °C)
gt=current temp. tm=maximum temp. (memory)
Baud rate (set) AAbrX X=0..5 0=1200 Bd ... 5=38.4 kBd (autoreset)
Device address (set) AAgaXX XX=00...97 (autoreset)
Read parameters AApa Answer: 15 decimal digits
DD............. : Emissivity
(see em)
..D............ : Response time (see ez)
...D........... : Clear peak memory (see lz)
....D.......... : Analog output (see as)
.....DD........ : Internal temperature (see gt)
.......DD...... : Device address
(see ga)
.........4..... : Baud rate (see br )
..........0.... : always 0
...........DDDD : Ratio correction
(see vr)
Device type /
software version AAve Answer: VVMMJJ VV=57
MM=Month JJ=Year of software version
soot factor AAruXXX
AArr XXX=050...250 (n=0,50...2,50)
Answer: DDD 3 decimal digits 050...250
optical thickness AAod Answer: DDDDD 5 decimal digits 00000...12000
(00,000...12,000)
data record AAfX X=1..5 number of values
Answer: FFFFDDDDSSSSQQQQGG (with X=5)
FFFF flame temperature*10 as hex-digit
DDDD optical thickness*1000 as hex-digit
SSSS one-channel temperature*10 as hex-digit
QQQQ quotient temptemperature*10 as hex-digit
GG current device temperature as decimal digits