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Table 3:

OCS observed line parameters.

Molecule 		Observed $T^*_{\rm A}$ $\int T^*_{\rm A} {\rm d}v$ Transition Rest $E_{\rm up}$ Sij
  $v_{\rm LSR}$ (km s-1) (K) (K km s-1) J frequency (MHz) (K)  
OCS 7.6 3.71 40.2 $\pm$ 0.7 7-6 85 139.104 16.3 7.00
  8.1 5.81 62.6 $\pm$ 0.6 8-7 97 301.208 21.0 8.00
  7.8 6.95 78 $\pm$ 1 9-8 109 463.063 26.3 9.00
  7.7 7.97 96 $\pm$ 3 11-10 133 785.898 38.5 11.0
  7.6 12.2 139 $\pm$ 2 12-11 145 946.815 45.5 12.0
  6.1 10.6 146 $\pm$ 8 13-12 158 107.358 53.1 13.0
  8.6 10.0 ... 14-13 170 267.494 61.3 14.0
  7.5 10.9 167 $\pm$ 10 17-16 206 745.155 89.3 17.0
  7.0 10.2 151 $\pm$ 3 18-17 218 903.355 99.8 18.0
  7.2 12.3 184 $\pm$ 10 19-18 231 060.993 110.9 19.0
  6.5 9.73 163 $\pm$ 9 20-19 243 218.037 122.6 20.0
  6.7 10.2 121 $\pm$ 3 21-20 255 374.457 134.8 21.0
  7.7 20.31 ... 22-21 267 530.220 147.7 22.0
  7.7 11.1 118 $\pm$ 6 23-22 279 685.296 161.1 23.0

OC34S 		7.1 0.32 2.3 $\pm$ 0.2 7-6 83 057.970 15.9 7.00
  6.8 0.46 5.2 $\pm$ 0.7 8-7 94 922.798 20.5 8.00
  8.7 0.61 5.3 $\pm$ 0.6 9-8 106 787.389 25.6 9.00
  7.2 1.462 ... 11-10 130 515.735 37.6 11.0
  7.6 1.15 10 $\pm$ 1 12-11 142 379.431 44.4 12.0
  1.9 3.063 ... 13-12 154 242.770 51.8 13.0
  7.8 1.70 15 $\pm$ 1 14-13 166 105.722 59.8 14.0
  6.9 1.41 8.3 $\pm$ 0.6 15-14 177 968.256 68.3 15.0
  6.6 1.31 11.4 $\pm$ 0.8 17-16 201 691.955 87.1 17.0
  6.4 1.49 15 $\pm$ 1 18-17 213 553.060 97.4 18.0
  7.3 1.75 15.5 $\pm$ 0.9 19-18 225 413.628 108.2 19.0
  7.4 1.79 18 $\pm$ 2 20-19 237 273.631 119.6 20.0
  7.7 2.773 ... 21-20 249 133.037 131.5 21.0
  5.9 1.84 18.9 $\pm$ 0.9 22-21 260 991.818 144.1 22.0
  7.4 2.03 23 $\pm$ 1 23-22 272 849.944 157.2 23.0

OC33S 		7.5 0.086 1.27 $\pm$ 0.10 7-6 84 067.083 16.1 7.00
  (4) ... ... 8-7 96 076.057 20.8 8.00
  7.0 0.15 1.12 $\pm$ 0.11 9-8 108 084.786 25.9 9.00
  (4) ... ... 11-10 132 101.391 38.0 11.0
  (5) ... ... 12-11 144 109.205 45.0 12.0
  7.2 0.613 ... 13-12 156 116.654 52.5 13.0
  8.7 0.566 ... 14-13 168 123.706 60.5 14.0
  (1) ... ... 17-16 204 142.179 88.2 17.0
  7.3 0.27 2.2 $\pm$ 0.2 18-17 216 147.340 98.6 18.0
  6.8 0.667 ... 19-18 228 151.952 109.5 19.0
  7.2 0.738 ... 20-19 240 155.985 121.0 20.0
  10.1 1.039 ... 21-20 252 159.408 133.1 21.0
  7.1 0.791 ... 22-21 264 162.190 145.8 22.0
  6.7 0.7510 ... 23-22 276 164.302 159.1 23.0

O13CS 		7.8 0.14 1.09 $\pm$ 0.14 7-6 84 865.153 16.3 7.00
  7.8 0.26 ... 8-7 96 988.123 20.9 8.00
  7.2 0.28 1.8 $\pm$ 0.2 9-8 109 110.844 26.2 9.00
  6.8 0.4311 ... 11-10 133 355.415 38.4 11.0
  8.2 0.65 5.5 $\pm$ 0.4 12-11 145 477.201 45.4 12.0
  7.3 0.68 5.4 $\pm$ 0.5 13-12 157 598.615 52.9 13.0
  7.5 0.89 ... 14-13 169 719.623 61.1 14.0
  (5) ... ... 17-16 206 079.906 89.0 17.0
  6.1 1.0013 ... 18-17 218 198.984 99.5 18.0
  7.4 0.93 12 $\pm$ 1 19-18 230 317.500 110.5 19.0
  (12) ... ... 20-19 242 435.425 122.2 20.0
  6.9 1.9714 ... 21-20 254 552.727 134.4 21.0
  7.7 0.80 5.5 $\pm$ 0.4 22-21 266 669.375 147.2 22.0
  6.7 0.95 6.3 $\pm$ 0.6 23-22 278 785.337 160.6 23.0

18OCS 		noise level ... ... 7-6 79 866.447 15.3 7.00
  noise level ... ... 8-7 91 275.396 19.7 8.00
  7.9 0.05 ... 9-8 102 684.127 24.6 9.00
  9.3 0.1815 ... 10-9 114 092.613 30.1 10.0
  7.3 0.3115 ... 12-11 136 908.743 42.7 12.0
  9.1 0.11 ... 13-12 148 316.332 49.8 13.0
  7.2 0.10 ... 14-13 159 723.567 57.5 14.0
  9.6 0.1716 ... 15-14 171 130.422 65.7 15.0
  3.2 0.6517,18 ... 18-17 205 348.431 93.6 18.0
  7.1 0.503 ... 19-18 216 753.491 104.0 19.0
  (19) ... ... 20-19 228 158.034 115.0 20.0
  8.2 0.232 ... 21-20 239 562.034 126.5 21.0
  6.6 0.454 ... 22-21 250 965.463 138.5 22.0
  6.8 0.2615 ... 23-22 262 368.293 151.1 23.0
  (1) ... ... 24-23 273 770.498 164.3 24.0

O13C34S20 		5.3 0.25 ... 20-19 236 429.714 119.2 20.0
  7.9 0.15 ... 23-22 271 879.480 156.6 23.0

17OCS20 		7.3 0.09 ... 23-22 270 589.988 155.9 23.0

OC36S20 		4.7 0.06 ... 12-11 139 184.392 43.4 12.0
  7.1 0.03 ... 13-12 150 781.546 50.7 13.0
  7.9 0.06 ... 14-13 162 378.329 58.5 14.0
  8.3 0.17 ... 23-22 266 727.978 153.6 23.0

OCS $\nu _2$ = 1+ 		10.2 0.06721 ... 7-6 85 331.836 15.8 6.86
  5.8 0.040 0.29 $\pm$ 0.13 8-7 97 521.462 20.5 7.88
  7.2 0.068 0.69 $\pm$ 0.07 9-8 109 710.834 25.7 8.89
  5.8 0.11 1.14 $\pm$ 0.08 11-10 134 088.688 38.0 10.9
  5.3 0.15 2.1 $\pm$ 0.3 12-11 146 277.106 45.0 11.9
  6.6 0.22 2.05 $\pm$ 0.12 13-12 158 465.143 52.7 12.9
  7.5 0.468 ... 14-13 170 652.766 60.8 13.9
  7.9 1.1922 ... 17-16 207 212.838 88.9 16.9
  (23) ... ... 18-17 219 398.490 99.5 17.9
  5.6 0.44 4.3 $\pm$ 0.4 19-18 231 583.570 110.6 18.9
  6.0 0.658 ... 20-19 243 768.045 122.3 19.9
  (1) ... ... 21-20 255 951.885 134.6 21.0
  1.9 0.608 ... 22-21 268 135.057 147.4 22.0
  7.5 0.47 4.2 $\pm$ 0.3 23-22 280 317.529 160.9 23.0

OCS $\nu _2$ = 1- 		10.0 0.0483 ... 7-6 85 242.782 15.8 6.86
  6.5 0.048 0.30 $\pm$ 0.06 8-7 97 419.688 20.5 7.88
  (23) ... ... 9-8 109 596.341 25.7 8.89
  7.3 0.14 1.4 $\pm$ 0.2 11-10 133 948.759 38.0 10.9
  (23) ... ... 12-11 146 124.461 45.0 11.9
  5.9 0.26 4.0 $\pm$ 0.2 13-12 158 299.783 52.6 12.9
  (5) ... ... 14-13 170 652.766 60.8 13.9
  7.9 0.54 4 $\pm$ 1 17-16 206 996.634 88.9 16.9
  (23) ... ... 18-17 219 169.579 99.4 17.9
  6.7 0.38 ... 19-18 231 341.953 110.5 18.9
  8.8 0.5010 ... 20-19 243 513.725 122.1 19.9
  (23) ... ... 21-20 255 684.863 134.4 21.0
  (8) ... ... 22-21 267 855.336 147.3 22.0
  4.9 0.44 3.8 $\pm$ 0.2 23-22 280 025.112 160.7 23.0

OCS $\nu _3$ = 120 		7.2 0.06 ... 11-10 133 386.789 38.4 11.0
  7.3 0.10 ... 13-12 157 635.614 53.0 13.0
  5.5 0.13 ... 18-17 218 249.861 99.5 18.0
  5.6 0.11 ... 21-20 254 611.772 134.4 21.0

Notes. Observed transitions of OCS, OCS vibrationally excited and OCS isotopologues in the frequency range of the Orion KL survey. Column 1 indicates the isotopologue or the vibrational state, Col. 2 gives the observed (centroid) radial velocity, Col. 3 the peak line temperature, Col. 4 the integrated line intensity, Col. 5 the quantum numbers, Col. 6 the assumed rest frequencies, Col. 7 the energy of the upper level, and Col. 8 the line strength.
(1) Blended with SO2; (2) blended with CH3OCH3; (3) blended with CH3CH2CN b type; (4) blended with CH3OCOH; (5) blended with CH3CH2CN a type; (6) blended with g+CH3CH2OH; (7) blended with HC3N $\nu_7$ = 2; (8) blended with U line; (9) blended with 34SHD; (10) blended with NH2CHO; (11) blended with CH2CHCN $\nu_{11}$ = 1; (12) blended with CH3OH; (13) blended with p-H2CO; (14) blended with SO; (15) blended with CH3CH2CN out of plane torsion (Tercero et al., in preparation); (16) blended with CH2CHCN $\nu_{15}$ = 1; (17) blended with CH2CH313CN; (18) blended with 13CH2CH3CN; (19) blended with CH2CHCN; (20) only for non-blended lines; (21) blended with c-C2H4O; (22) blended with (CH3)2CO; (23) blended with HC3N $\nu_7$ = 1.


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