The header of the FITS file is listed below,
followed by a sample of values (limited to 1000 lines).
#--- sp/MOS08Klt145m2.fits
#ext xtension bpx (dim) x2880 extname
#-------------------------------------------------------------------------------
#000 main -32 (2058) 13b [Wavelength=20492.9/23863.5(1.63859)a
ngstroms]
#-------------------------------------------------------------------------------
SIMPLE = T / Fits standard
BITPIX = -32 / Bits per pixel
NAXIS = 1 / Number of axes
NAXIS1 = 2058 / Axis length
EXTEND = F / File may contain extensions
ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator
IRAF-TLM= '2015-01-02T15:29:02' / Time of last modification
OBJECT = 'W49Klt145m2' / Name of the object observed
COMMENT =
COMMENT =
COMMENT =
COMMENT =
COMMENT =
MJD-OBS = 55692.35423080 / Modified julian date 'days' of observation end
DATE-OBS= '2011-05-11T08:30:05.5412'/ UT-date of observation end
DATE = '2015-01-02T15:29:02' / UT-date of file creation
UT = 30605.5412 / '08:30:05.5412' UTC (sec) at EOread
LST = 59142.640000 / local siderial time: 16:25:42 (EOread)
OBSERVER= 'LBTB'
TELESCOP= 'LBT'
FRATIO = 'F/15'
INSTRUME= 'Lucifer'
OPTIC = 'high res.'
ELECGAIN= 4.100000 / electrons/DN
ENOISE = 12.000000 / electrons/read
ELECTRON= 'MPIA IR-ROelectronics Vers. 2'
STRT-INT= 30254.7584 / '08:24:14.7584' start integration (sec) (UT)
STOP-INT= 30605.5367 / '08:30:05.5367' stop integration (sec) (UT)
EXPO_NO = 300 / exposure/read counter
FILENAME= 'luci.20110511.0117.fits'
TPLNAME = '' / macro/template name
TIMER0 = 9920 / milliseconds
TIMER1 = 50080 / milliseconds
TIMER2 = 40160259 / microseconds
PTIME = 2 / pixel-time-base index
READMODE= 'multiple.endpoints' / read cycle-type
IDLEMODE= 'break' / idle to read transition
SAVEMODE= 'multiple.endpoints' / save cycle-type
CPAR1 = 10 / cycle type parameter
ITIME = 60.000000 / (on chip) integration time [secs]
CTIME = 70.041892 / read-mode cycle time [secs]
CRATE = 0.014277 / read-mode cycle rate [Hz]
HCOADDS = 1 / # of hardware coadds
PCOADDS = 1 / # of coadded plateaus/periods
SCOADDS = 5 / # of software coadds
NCOADDS = 5 / effective coadds (total)
EXPTIME = 300.000000 / total integ. time [secs]
FRAMENUM= 1 / INTEGRAL OF 5
SKYFRAME= 'unknown'
SAVEAREA= '[1:2048,1:2048]'
SOFTWARE= 'GEIRS Vers. hwplx-r251.sv9b-xO4 (Sep 17 2008, 22:35:45)'
COMMENT = 'your comment'
PARTNER = 'LBTB'/ name of partner(s)
PI_NAME = 'Bik'/ name of the PI(s)
PROPID = 'NOTSPECIFIED'/ proposal ID
CRVAL1 = 20492.90625 /
RA = '+19:10:16.857040693'/ RA at MJD-OBS
DEC = '+09:05:47.414059693'/ DEC at MJD-OBS
RADECSYS= 'FK5'/
CRPIX1 = 1. /
SECPIX1 = -0.250000 /
SECPIX2 = 0.250000 /
CDELT1 = 1.6385911673554 /
CTYPE1 = 'LINEAR ' /
CROTA1 = 89.851100 /
CD1_1 = 1.6385911673554 /
OBJRA = '19 10 17.188'/ RA requested
OBJDEC = '+09 05 49.920'/ DEC requested
TELALT = 44.105759 / LBT mount altitude at MJD-OBS
TELAZ = 110.994202 / LBT mount azimuth at MJD-OBS
TELMODE = 'ACTIVE'/ LBT telescope mode
PARANGLE= -52.6067 / Parallactic angle at start (deg)
POSANGLE= -89.8511 / position angle at start (deg)
ROTANGLE= -29.4935 / rotator angle at start (deg)
ROTMODE = 'POSITION'/ Rotator mode
M1-X = 0.947124 / X pos of PM
M1-Y = 0.453529 / Y pos of PM
M1-Z = -0.248238 / Z pos of PM
M1RX = 17.863030 / X rot of PM
M1RY = 36.051270 / Y rot of PM
M1RZ = 0.000000 / Z roy of PM
M1CTEMP = -6.084000 / temp of PM
M2-X = -2.105603 / X pos od SM
M2-Y = -2.935871 / Y pos of SM
M2-Z = -0.370683 / Z pos of SM
M2RX = 426.638700 / X rot of SM
M2RY = 436.924000 / Y rot of SM
M2RZ = 0.000000 / Z rot of SM
M2CTEMP = -6.084000 / temp of SM
M3TIP = 0.000000 / tip of TM
M3TILT = 0.000000 / tilt of TM
M3PSTN = 0.000000 / position of TM
M3ZROT = 0.000000 / Z rot of TM
M3CTEMP = -6.004000 / temp of TM
TTEMP201= -1.520000 / telescope temp at sensor 201
TTEMP202= 2.957000 / telescope temp at sensor 202
TTEMP203= -4.303000 / telescope temp at sensor 203
TTEMP204= -4.718000 / telescope temp at sensor 204
TTEMP205= -1.987000 / telescope temp at sensor 205
TTEMP206= -1.601000 / telescope temp at sensor 206
TTEMP207= -4.134000 / telescope temp at sensor 207
TTEMP208= -3.690000 / telescope temp at sensor 208
TTEMP209= -4.282000 / telescope temp at sensor 209
TTEMP210= -4.416000 / telescope temp at sensor 210
TTEMP301= -6.085000 / telescope temp at sensor 301
TTEMP302= -6.280000 / telescope temp at sensor 302
TTEMP303= -6.455000 / telescope temp at sensor 303
TTEMP304= -5.439000 / telescope temp at sensor 304
TTEMP305= -6.000000 / telescope temp at sensor 305
TTEMP306= -5.850000 / telescope temp at sensor 306
TTEMP307= -5.657000 / telescope temp at sensor 307
TTEMP308= -5.967000 / telescope temp at sensor 308
TTEMP309= -5.786000 / telescope temp at sensor 309
TTEMP310= -6.407000 / telescope temp at sensor 310
SMTTEMP = -5.200000 / ambient temp SMT weather station
SMTPRES = 686.361800 / pressure at SMT weather station
SMTHUM = 69.100000 / humidity at SMT weather station
SMTDWPT = -10.063870 / dewpoint at SMT weather station
LBTTEMP = -5.500000 / ambient temp at LBT weather station
LBTPRES = 682.600000 / pressure at LBT weather station
LBTHUM = 68.900000 / humidity LBT weather station
LBTDWPT = -10.400000 / dewpoint LBT weather station
GUIRA = '19 10 06.811'/ RA of guide object
GUIDEC = '+09 02 09.85'/ DECS of guide object
STATLMP1= 'OFF'/ Ne
STATLMP2= 'OFF'/ Ar
STATLMP3= 'OFF'/ Xe
STATLMP4= 'OFF'/ HALO1
STATLMP5= 'OFF'/ HALO2
STATLMP6= 'OFF'/ HALO3
RACKTEM1= 280.95 / rack sensor 1 (I-Rack)
RACKLVL1= 100.0 / output level channel 1
RACKTEM2= 281.49 / rack sensor 2 (motion control electron
RACKLVL2= 100.0 / output level channel 2
RACKTEM3= 278.40 / rack sensor 3 (readout electronics)
RACKLVL3= 25.2 / output level channel 3
RACKTEM4= 271.13 / rack sensor 4 (ambient)
RACKLVL4= 200004.0 / unused
RACKCLG = 'ON'/ cooling of the electronics rack
PRESSUR1= 3.2400E-7 / mbar
PRESSUR2= 2.5900E-7 / mbar
DETTEMP1= 77.00 / input channel A (detector)
DETTEMP2= 60.00 / input channel B (cold bench)
INSTEMP1= 66.55 / sensor 1 (structure bottom)
INSTEMP2= 71.31 / sensor 2 (focal plane unit)
INSTEMP3= 70.08 / sensor 3 (getter unit)
INSTEMP4= 70.21 / sensor 4 (structure top)
INSTEMP5= 67.80 / sensor 5 (camera unit)
INSTEMP6= 82.28 / sensor 6 (grating unit)
INSTEMP7= 78.89 / sensor 7 (MOS unit)
INSTEMP8= 489.51 / sensor 8 (MOS unit)
M4M1POS = -109 / position of mirror 4 motor 1
M4M2POS = -68 / position of mirror 4 motor 2
CAMPOS = 1 / position of camera unit
CAMNAME = 'N1.8 Camera'/ camera name
PIXSCALE= 0.25000 / arcsec/pixel
INSFOCUS= 515 / detector focus (steps from reference)
FILTPOS1= 3 / position of FW1
FILTER1 = 'clear'/ name of filter in FW1
FILTPOS2= 14 / position of FW2
FILTER2 = 'K'/ name of filter in FW2
GRATPOS = 1 / position of the grating unit
GRATNAME= '210 zJHK'/ name of the grating unit element
GRATVOLT= -3.12083 / tilt voltage
GRATWLEN= '2.200000'/ central wavelength (microns)
GRATORDE= '2'/ used grating diffraction order
GRATLOOP= 'CLOSED'/ regulation loop status
MOSPOS = 'mask in FPU'/ position of the MOS unit
MASKSLOT= '17'/ number of the used mask
MASKID = '944006'/ ID of the used mask
MASKNAME= '944006.Klt145m2'/ description of the used mask
PVSTATUS= 'PUPIL_VIEWER_OUT'/ position of pupil viewer
TGT01NAM= 'refslit'/ name of target
MOS01SHA= 'STRAIGHT'/ shape of the slit
MOS01WAS= 0.500000 / width in arcsec
MOS01LAS= 0.500000 / length in arcsec
MOS01PA = 0.000000 / position angle on mask
MOS01WMM= 0.300000 / width in mm
MOS01LMM= 0.300000 / length in mm
MOS01XPO= -65.000000 / x pos in mm on mask
MOS01YPO= -70.000000 / y pos in mm on mask
TGT02NAM= 'refslit'/ name of target
MOS02SHA= 'STRAIGHT'/ shape of the slit
MOS02WAS= 0.500000 / width in arcsec
MOS02LAS= 0.500000 / length in arcsec
MOS02PA = 0.000000 / position angle on mask
MOS02WMM= 0.300000 / width in mm
MOS02LMM= 0.300000 / length in mm
MOS02XPO= -39.000000 / x pos in mm on mask
MOS02YPO= -70.000000 / y pos in mm on mask
TGT03NAM= 'refslit'/ name of target
MOS03SHA= 'STRAIGHT'/ shape of the slit
MOS03WAS= 0.500000 / width in arcsec
MOS03LAS= 0.500000 / length in arcsec
MOS03PA = 0.000000 / position angle on mask
MOS03WMM= 0.300000 / width in mm
MOS03LMM= 0.300000 / length in mm
MOS03XPO= -13.000000 / x pos in mm on mask
MOS03YPO= -70.000000 / y pos in mm on mask
TGT04NAM= 'refslit'/ name of target
MOS04SHA= 'STRAIGHT'/ shape of the slit
MOS04WAS= 0.500000 / width in arcsec
MOS04LAS= 0.500000 / length in arcsec
MOS04PA = 0.000000 / position angle on mask
MOS04WMM= 0.300000 / width in mm
MOS04LMM= 0.300000 / length in mm
MOS04XPO= 13.000000 / x pos in mm on mask
MOS04YPO= -70.000000 / y pos in mm on mask
TGT05NAM= 'refslit'/ name of target
MOS05SHA= 'STRAIGHT'/ shape of the slit
MOS05WAS= 0.500000 / width in arcsec
MOS05LAS= 0.500000 / length in arcsec
MOS05PA = 0.000000 / position angle on mask
MOS05WMM= 0.300000 / width in mm
MOS05LMM= 0.300000 / length in mm
MOS05XPO= 39.000000 / x pos in mm on mask
MOS05YPO= -70.000000 / y pos in mm on mask
TGT06NAM= 'refslit'/ name of target
MOS06SHA= 'STRAIGHT'/ shape of the slit
MOS06WAS= 0.500000 / width in arcsec
MOS06LAS= 0.500000 / length in arcsec
MOS06PA = 0.000000 / position angle on mask
MOS06WMM= 0.300000 / width in mm
MOS06LMM= 0.300000 / length in mm
MOS06XPO= 65.000000 / x pos in mm on mask
MOS06YPO= -70.000000 / y pos in mm on mask
TGT07NAM= '220'/ name of target
MOS07SHA= 'STRAIGHT'/ shape of the slit
MOS07WAS= 1.000000 / width in arcsec
MOS07LAS= 10.000000 / length in arcsec
MOS07PA = 0.000000 / position angle on mask
MOS07RA = '191016.581'/ RA (hhmmss.ss)
MOS07DEC= '+090618.420'/ DEC (ddmmss.ss)
MOS07WMM= 0.600000 / width in mm
MOS07LMM= 6.000000 / length in mm
MOS07XPO= -17.099000 / x pos in mm on mask
MOS07YPO= -5.390000 / y pos in mm on mask
TGT08NAM= '604'/ name of target
MOS08SHA= 'STRAIGHT'/ shape of the slit
MOS08WAS= 1.000000 / width in arcsec
MOS08LAS= 10.000000 / length in arcsec
MOS08PA = 0.000000 / position angle on mask
MOS08RA = '191017.347'/ RA (hhmmss.ss)
MOS08DEC= '+090619.390'/ DEC (ddmmss.ss)
MOS08WMM= 0.600000 / width in mm
MOS08LMM= 6.000000 / length in mm
MOS08XPO= -17.679000 / x pos in mm on mask
MOS08YPO= 1.416000 / y pos in mm on mask
TGT09NAM= '1119'/ name of target
MOS09SHA= 'STRAIGHT'/ shape of the slit
MOS09WAS= 1.000000 / width in arcsec
MOS09LAS= 10.000000 / length in arcsec
MOS09PA = 0.000000 / position angle on mask
MOS09RA = '191018.892'/ RA (hhmmss.ss)
MOS09DEC= '+090553.110'/ DEC (ddmmss.ss)
MOS09WMM= 0.600000 / width in mm
MOS09LMM= 6.000000 / length in mm
MOS09XPO= -1.914000 / x pos in mm on mask
MOS09YPO= 15.146000 / y pos in mm on mask
TGT10NAM= '31'/ name of target
MOS10SHA= 'STRAIGHT'/ shape of the slit
MOS10WAS= 1.000000 / width in arcsec
MOS10LAS= 10.000000 / length in arcsec
MOS10PA = 0.000000 / position angle on mask
MOS10RA = '191018.095'/ RA (hhmmss.ss)
MOS10DEC= '+090652.400'/ DEC (ddmmss.ss)
MOS10WMM= 0.600000 / width in mm
MOS10LMM= 6.000000 / length in mm
MOS10XPO= -37.490000 / x pos in mm on mask
MOS10YPO= 8.066000 / y pos in mm on mask
TGT11NAM= '20'/ name of target
MOS11SHA= 'STRAIGHT'/ shape of the slit
MOS11WAS= 1.000000 / width in arcsec
MOS11LAS= 10.000000 / length in arcsec
MOS11PA = 0.000000 / position angle on mask
MOS11RA = '191021.932'/ RA (hhmmss.ss)
MOS11DEC= '+090503.070'/ DEC (ddmmss.ss)
MOS11WMM= 0.600000 / width in mm
MOS11LMM= 6.000000 / length in mm
MOS11XPO= 28.103000 / x pos in mm on mask
MOS11YPO= 42.173000 / y pos in mm on mask
TGT12NAM= 'NN'/ name of target
MOS12SHA= 'STRAIGHT'/ shape of the slit
MOS12WAS= 1.000000 / width in arcsec
MOS12LAS= 10.000000 / length in arcsec
MOS12PA = 0.000000 / position angle on mask
MOS12RA = '191012.431'/ RA (hhmmss.ss)
MOS12DEC= '+090526.050'/ DEC (ddmmss.ss)
MOS12WMM= 0.600000 / width in mm
MOS12LMM= 6.000000 / length in mm
MOS12XPO= 14.326000 / x pos in mm on mask
MOS12YPO= -42.283000 / y pos in mm on mask
TGT13NAM= 'NN'/ name of target
MOS13SHA= 'STRAIGHT'/ shape of the slit
MOS13WAS= 1.000000 / width in arcsec
MOS13LAS= 10.000000 / length in arcsec
MOS13PA = 0.000000 / position angle on mask
MOS13RA = '191015.781'/ RA (hhmmss.ss)
MOS13DEC= '+090538.080'/ DEC (ddmmss.ss)
MOS13WMM= 0.600000 / width in mm
MOS13LMM= 6.000000 / length in mm
MOS13XPO= 7.106000 / x pos in mm on mask
MOS13YPO= -12.505000 / y pos in mm on mask
TGT14NAM= 'NN'/ name of target
MOS14SHA= 'STRAIGHT'/ shape of the slit
MOS14WAS= 1.000000 / width in arcsec
MOS14LAS= 10.000000 / length in arcsec
MOS14PA = 0.000000 / position angle on mask
MOS14RA = '191014.798'/ RA (hhmmss.ss)
MOS14DEC= '+090633.530'/ DEC (ddmmss.ss)
MOS14WMM= 0.600000 / width in mm
MOS14LMM= 6.000000 / length in mm
MOS14XPO= -26.164000 / x pos in mm on mask
MOS14YPO= -21.241000 / y pos in mm on mask
TGT15NAM= 'NN'/ name of target
MOS15SHA= 'STRAIGHT'/ shape of the slit
MOS15WAS= 1.000000 / width in arcsec
MOS15LAS= 10.000000 / length in arcsec
MOS15PA = 0.000000 / position angle on mask
MOS15RA = '191011.139'/ RA (hhmmss.ss)
MOS15DEC= '+090511.640'/ DEC (ddmmss.ss)
MOS15WMM= 0.600000 / width in mm
MOS15LMM= 6.000000 / length in mm
MOS15XPO= 22.976000 / x pos in mm on mask
MOS15YPO= -53.765000 / y pos in mm on mask
EXPO_NBR= 1 / current exposure number in seq
NEXPO = 1 / total number of exposures in the seq
SCPTNAME= 'MOS_W49Klt145m2_SciK.txt'/ name of observation script
ELEM_NBR= 1 / number of element currently executed
NELEM = 12 / total number of elements in the script
FIXPIX = 'Jul 16 11:31 Bad pixel file is bpmtot.pl'
BPM = 'bpmtot.pl'
DCLOG1 = 'Transform'
DC-FLAG = 0
WCSDIM = 1
LTM1_1 = 1.
WAT0_001= 'system=equispec'
WAT1_001= 'wtype=linear label=Wavelength units=angstroms units_display=Angstrom'
SLITNUM = 8
TAGNAM = 604
MOSSHA = 'STRAIGHT'
MOSWAS = 1.
MOSLAS = 10.
MOSPA = 0.
MOSRA = 191017.3
MOSDEC = 90619.39
MOSXMM = -17.679
MOSYMM = 1.416
MOSXPIX = 899.4059
MOSYPIX = 1009.
CCDPROC = 'DOSLIT '
JD = 2455692.8559669
LJD = 2455692.
BANDID1 = 'spectrum - background median, weights none, clean no'
APNUM1 = '1 1 7.30 10.70'
NCOMBINE= 2
WAT1_002= 's '
.
.
END
END