--- header unit 0: primary ---
SIMPLE = T / Written by IDL: Wed Apr 9 10:20:11 2003
BITPIX = -32 / Number of bits per data pixel
NAXIS = 2 / Number of data axes
NAXIS1 = 4
NAXIS2 = 24636
NSEG = 12 / Number of spectral segments
NSEG01 = 959 / Length of segment 1
NSEG02 = 1260 / Length of segment 2
NSEG03 = 1500 / Length of segment 3
NSEG04 = 1120 / Length of segment 4
NSEG05 = 2440 / Length of segment 5
NSEG06 = 1700 / Length of segment 6
NSEG07 = 5400 / Length of segment 7
NSEG08 = 2460 / Length of segment 8
NSEG09 = 1800 / Length of segment 9
NSEG10 = 2340 / Length of segment 10
NSEG11 = 120 / Length of segment 11
NSEG12 = 3537 / Length of segment 12
MSEG01 = 1 / Data mode for segment 1
MSEG02 = 1 / Data mode for segment 2
MSEG03 = 1 / Data mode for segment 3
MSEG04 = 1 / Data mode for segment 4
MSEG05 = 1 / Data mode for segment 5
MSEG06 = 1 / Data mode for segment 6
MSEG07 = 1 / Data mode for segment 7
MSEG08 = 1 / Data mode for segment 8
MSEG09 = 0 / Data mode for segment 9
MSEG10 = 0 / Data mode for segment 10
MSEG11 = 0 / Data mode for segment 11
MSEG12 = 0 / Data mode for segment 12
DATE = '2003-04-09' / Creation UTC (CCCC-MM-DD) date of FITS header
DATE_ISO = '2001-12-14' / Creation date 2001/348 of ISO OLP data
TELESCOP = 'ISO' / Infrared Space Observatory
INSTRUME = 'SWS' / Instrument used
FILENAME = 'SWAA68001206' / File name of OLP file
FILEVERS = '2690' / Version ID (derived from creation date)
OLPVERS = 'OLP_101' / SOC OLP system version
CALGVERS = 'CALG_71' / SOC OLP CAL-G files version
OBJECT = 'AB AUR' / Target ID as given by proposer
OBSERVER = 'PWESSELI' / Proposer ID in ISO Mission DB
EOHAPLID = 'YSOAEBE2' / Proposal ID
EQUINOX = 2000.00000000 / Equinox
EOHAUTCS = '97269052635' / Approx. UTC of start of observation
EOHAUTCE = '97269062409' / Approx. UTC of end of observation
ATTRA = 73.9403800000 / Intended Right Ascension of instrument viewing
ATTDEC = 30.5516700000 / Intended DEClination (with ATTRA)
COMMENT Column 1 = wavelength (micron)
COMMENT Column 2 = flux (Jy)
COMMENT Column 3 = spectroscopic error (Jy)
COMMENT Column 4 = normalization error (Jy)
COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy
COMMENT and Astrophysics', volume 376, page 359; bibcode 2001A&A...376..359H