1 11 07 18.94 -61 34 49.0 U 11.0 V OB+ 2 11 07 50.07 -63 51 03.4 U 11.6 V OB+ 3 11 08 03.58 -61 34 16.6 U 11.6 V OB+ 4 11 10 55.33 -66 19 34.3 U 12.1 V OB 5 11 15 46.28 -63 29 32.7 U 10.7 V OB must have cool component 6 11 16 46.18 -63 25 38.1 U 11.5 V OB 7 11 16 56.34 -58 34 09.3 U 11.8 V OB 8 11 18 14.55 -56 52 42.0 U 11.8 V OB 9 11 19 04.20 -58 13 32.6 T 9.1 V OB 10 11 19 50.46 -60 06 29.6 U 11.4 V OB CPD-59 3356 11 11 20 14.09 -58 25 07.9 U 11.7 V OB+ 12 11 20 14.75 -62 44 50.3 U 11.2 V OB+ Ern of 9" trio 13 11 20 52.81 -63 12 36.5 U 11.2 V OB+ 14 11 21 07.66 -63 34 56.2 U 11.7 V OB+ 15 11 21 15.63 -62 02 27.9 U 10.5 V OB+ 16 11 21 52.75 -59 05 34.7 U 11.0 V OB HD 304193 17 11 21 55.45 -61 49 52.7 U 11.0 V OB+ 18 11 23 01.24 -61 46 52.1 U 11.1 V OB+ V mag outside eclipse 19 11 23 03.00 -60 31 13.7 U 9.7 V OB 20 11 23 43.18 -63 48 42.7 U 12.2 V OB 21 11 23 44.39 -64 33 20.5 U 12.2 V OB 22 11 25 10.49 -60 15 23.7 U 11.6 V OB CPD-59 3446 23 11 25 42.49 -57 59 13.9 U 11.9 V OB 24 11 26 56.02 -62 01 00.9 U 11.1 V OB+ 25 11 27 31.38 -62 03 59.7 U 10.5 V OB 26 11 27 44.97 -62 58 53.4 U 11.4 V OB+ 27 11 28 23.89 -60 58 16.4 U 10.4 V OB 28 11 28 38.15 -62 57 53.9 U 11.2 V OB+ 29 11 28 52.0 -62 55 51. T 9.4 V O9V 0".8 cpm pair 30 11 28 54.80 -65 00 27.2 U 11.7 V OB Wrn of 9" pair, comp red 31 11 29 12.96 -60 40 59.7 U 11.4 V OB+ 32 11 29 26.45 -62 01 57.9 U 11.3 V OB+ CPD-61 2355, V mag outside ecl 33 11 29 30.28 -62 22 29.5 U 9.9 V OB 34 11 29 42.91 -63 23 14.7 U 10.1 V OB HD 308593 35 11 29 47.48 -62 03 45.5 U 12.0 V OB+ 36 11 30 00.80 -64 55 47.3 U 11.1 V OB 37 11 30 28.23 -63 26 14.9 U 11.0 V OB HD 308595 38 11 31 02.08 -60 14 59.0 T 10.0 V OB 39 11 31 40.02 -63 25 30.3 T 9.6 V OB 40 11 31 44.48 -63 29 43.9 U 11.0 V OB 41 11 32 27.96 -60 48 14.5 U 11.3 V OB+ 42 11 32 37.87 -63 20 32.9 U 11.7 V OB+ 43 11 32 48.68 -63 27 20.2 U 10.2 V OB HD 308604 44 11 33 06.65 -64 42 01.9 U 11.5 V OB+ Nrn of 11" pair 45 11 33 12.15 -60 18 04.7 T 10.9 V OB 46 11 34 33.38 -60 56 28.2 U 11.4 V OB 47 11 35 01.55 -63 05 15.5 U 10.0 V OB 48 11 35 13.15 -65 38 01.5 U 11.3 V OB 49 11 35 36.87 -63 15 48.5 U 11.0 V OB+ NWrn of 13" OB pair 50 11 35 38.32 -63 15 57.2 U 11.4 V OB+ CPD-62 2125 51 11 35 46.70 -63 15 53.8 U 11.1 V OB CPD-62 2130 52 11 36 11.27 -63 17 00.2 T 9.7 V OB 53 11 37 12.88 -63 19 38.3 U 11.1 V OB 54 11 37 24.16 -63 16 32.9 U 9.7 V OB 55 11 37 55.19 -63 21 45.4 U 9.6 V OB+ 56 11 38 22.39 -62 49 06.9 U 11.2 V OB 57 11 39 10.32 -63 18 51.8 U 9.6 V OB 58 11 39 27.33 -63 11 06.7 U 10.9 V OB+ 59 11 39 41.43 -65 17 58.9 U 12.1 V OB+ 60 11 40 20.70 -65 11 27.9 U 11.6 V OB 61 11 40 17.57 -61 38 56.2 U 12.1 V OB 62 11 41 18.1 -62 36 23. M 9.8 V OB+ 63 11 41 24.56 -63 24 47.8 U 10.7 V OB 64 11 41 28.91 -65 07 54.2 U 11.5 V OB 65 11 41 31.39 -61 50 03.6 U 11.5 V OB HD 308974 66 11 41 40.98 -62 36 26.7 U 11.2 V OB 67 11 41 48.05 -62 30 11.7 U 11.1 V OB CPD-61 2530 68 11 41 50.05 -64 46 07.2 U 11.4 V OB 69 11 42 22.96 -63 22 44.3 U 10.5 V OB 70 11 42 36.21 -59 58 41.4 U 9.7 V OB+ Lynga -20' Dec error 71 11 42 56.38 -62 48 24.4 U 10.3 V OB+ 72 11 43 02.27 -61 59 50.9 U 10.9 V OB CPD-61 2552 73 11 43 45.75 -61 44 36.0 U 10.3 V OB 74 11 45 42.91 -64 50 29.7 U 11.5 V OB+ 75 11 45 34.41 -64 26 40.6 U 10.5 V OB 76 11 45 44.73 -62 24 06.2 M 11.2 V OB CPD-61 2605 77 11 46 02.6 -58 05 11. T 8.5 V OB+ 5" cpm pair 78 11 46 10.36 -63 42 17.4 U 11.8 V OB 79 11 46 28.38 -64 03 46.4 U 9.9 V OB 80 11 47 06.86 -62 39 53.8 U 11.2 V OB 81 11 47 20.93 -63 25 39.1 U 9.5 V OB 82 11 48 00.02 -62 12 24.9 T 9.3 V OB+ 83 11 48 35.77 -61 13 27.2 U 11.0 V OB 84 11 49 21.41 -58 14 52.3 U 10.4 V OB 85 11 49 37.78 -64 11 15.5 U 11.0 V OB 86 11 49 55.03 -62 55 19.7 U 10.8 V OB+ 87 11 50 10.75 -64 50 23.6 U 10.8 V OB 88 11 50 15.40 -64 52 21.6 U 11.5 V OB+ 89 11 50 21.52 -63 48 22.9 U 11.6 V OB+ 90 11 50 54.63 -63 49 01.8 U 11.8 V OB 91 11 51 02.25 -61 30 57.7 U 11.8 V OB CPD-60 3426, not double 92 11 52 07.95 -63 32 02.7 U 11.6 V OB+ 93 11 53 16.12 -62 41 21.0 U 11.3 V OB Lynga -20" Dec err,CPD-61 2743 94 11 53 33.33 -63 21 56.4 U 11.6 V OB 95 11 53 46.98 -62 31 29.3 U 10.8 V OB HD 309204 96 11 54 01.57 -61 29 16.4 U 11.5 V OB CPD-60 3483 97 11 54 41.93 -62 29 17.5 U 9.7 V OB 98 11 56 36.72 -66 24 39.5 U 11.1 V OB 99 11 57 00.76 -62 55 45.6 U 10.3 V OB 100 11 57 04.44 -62 55 51.1 U 11.5 V OB CPD-62 2458 101 11 57 40.60 -61 09 10.0 U 11.1 V OB CPD-60 3535 102 11 58 29.90 -57 29 12.1 U 11.2 V OB 103 11 58 37.47 -62 27 26.7 U 10.8 V OB 104 11 59 41.07 -62 59 26.1 U 10.7 V OB+ 105 12 00 12.46 -66 04 40.7 T 8.8 V OB+ 106 12 03 21.91 -62 53 04.3 U 9.9 V OB 107 12 04 03.39 -59 05 29.8 U 12.0 V OB+ 108 12 09 23.23 -63 49 13.1 T 7.3 V OB hot component(s?) only 109 12 11 57.51 -63 06 53.3 U 11.7 V OB 110 12 14 07.65 -60 36 08.4 U 10.2 V O9.5Ve Wrn of 15" pair, comp red 111 12 14 33.31 -60 24 41.0 U 10.7 V B1V 112 12 14 39.98 -60 19 26.0 U 11.0 V B1Ve Ern of 3" pair, comp red 113 12 14 47.58 -60 19 12.8 U 10.4 V O7 114 12 15 40.07 -60 47 02.1 U 11.5 V O9.5 115 12 16 11.09 -60 31 51.1 T 9.7 V B0II 116 12 16 42.96 -60 24 15.4 U 10.7 V O9 117 12 16 54.73 -61 32 43.9 U 10.4 V OB 118 12 17 05.02 -64 53 29.4 U 11.8 V OB 119 12 17 52.64 -68 00 07.2 U 11.6 V OB 120 12 17 55.05 -62 04 15.1 U 10.6 V OB 121 12 18 32.73 -61 53 50.1 U 11.5 V OB SWrn? of 3".5 pair, comp red 122 12 19 56.05 -63 45 09.0 U 11.3 V OB 123 12 22 24.28 -62 34 20.0 U 10.9 V OB 124 12 23 57.80 -64 51 17.0 U 11.3 V OB+ 125 12 24 02.91 -63 00 20.7 U 11.8 V OB+ 126 12 24 23.74 -60 29 34.9 U 11.2 V OB+ 127 12 25 46.92 -64 50 33.1 U 11.0 V OB CPD-64 1909 128 12 26 52.35 -60 45 13.9 U 9.4 V OB 129 12 27 40.84 -61 25 21.4 U 10.5 V OB 130 12 27 55.96 -62 33 04.6 U 12.0 V OB+ 131 12 29 26.91 -61 53 46.6 U 11.8 V OB 132 12 30 15.68 -62 28 54.5 U 10.5 V OB+ 133 12 31 39.85 -62 37 19.1 U 11.1 V OB+ V mag at max 134 12 31 57.56 -63 53 57.1 U 11.9 V OB 135 12 32 25.36 -62 50 30.7 U 10.2 V OB+ 136 12 34 09.98 -64 31 33.2 U 11.0 V OB 137 12 34 15.53 -61 11 21.7 T 9.8 V OB 138 12 41 09.30 -67 57 43.2 U 11.7 V OB+ Error in RA, could be metal-weak F star 139 12 35 32.48 -64 13 16.5 U 10.4 V OB+ 140 12 35 44.84 -64 55 17.0 U 11.3 V OB+ 141 12 35 51.40 -60 31 29.3 U 10.3 V OB+ 142 12 37 21.13 -62 10 53.0 U 12.4 V OB 143 12 37 47.74 -62 19 22.9 U 10.2 V OB 144 12 38 06.03 -62 45 08.9 U 11.0 V OB+ 145 12 38 33.87 -62 31 01.4 U 11.4 V OB+ 146 12 38 36.20 -61 15 12.9 U 10.3 V OB+ 147 12 38 56.27 -61 12 33.0 U 10.2 V OB 148 12 38 59.0 -63 42 15. T 11.1 V OB CPD-63 2380, 2".5 pair 149 12 40 46.04 -64 35 01.1 U 12.2 V OB 150 12 42 39.30 -62 01 29.9 U 10.3 V OB+ 151 12 43 09.54 -61 57 27.1 U 10.6 V OB+ 152 12 43 32.60 -63 05 56.0 U 12.1 V OB+ 153 12 43 35.88 -63 06 05.1 U 11.3 V OB+ crowded in Hogg 15 154 12 43 33.00 -58 54 13.2 U 10.1 V OB 36" E of HD 110532 155 12 44 05.08 -61 38 53.9 U 11.1 V OB 156 12 44 17.08 -61 23 40.7 U 8.4 V OB 157 12 44 56.43 -65 04 59.8 U 11.3 V OB+ 158 12 45 39.29 -57 41 12.9 U 11.6 V OB+ 159 12 46 30.09 -63 52 35.3 U 11.3 V OB 160 12 46 43.55 -61 31 01.9 U 11.7 V OB+ 161 12 47 19.15 -64 36 38.2 U 11.0 V OB 162 12 48 26.65 -61 14 59.7 U 11.2 V OB+ 163 12 48 46.66 -63 53 40.7 U 11.6 V OB+ 164 12 49 29.27 -62 48 04.0 U 11.5 V OB 165 12 50 09.38 -62 44 50.0 U 10.6 V OB+ 166 12 50 22.62 -61 35 00.9 U 10.7 V OB 167 12 50 33.08 -62 07 38.4 U 10.5 V OB+ 168 12 50 43.70 -64 22 45.1 U 10.9 V OB 169 12 51 23.38 -64 04 43.0 U 11.0 V OB 170 12 51 47.04 -64 00 31.3 U 11.2 V OB+ 171 12 52 09.58 -63 12 39.9 U 11.3 V OB 172 12 52 38.36 -60 20 19.1 U 11.0 V OB 173 12 52 49.62 -61 30 59.5 U 11.5 V OB+ 174 12 52 57.50 -60 17 24.0 U 10.6 V OB 175 12 53 30.91 -61 51 32.4 U 11.1 V OB+ 176 12 54 01.10 -63 24 02.5 U 11.0 V OB+ Nrn of 2".5 pair 177 12 54 32.26 -63 35 30.7 U 11.7 V OB 178 12 55 08.46 -59 01 07.4 T 9.1 V OB+ 179 12 55 21.62 -66 22 56.7 U 11.9 V OB+ 180 12 55 14.70 -61 34 20.5 U 10.7 V OB+ 181 12 55 45.05 -60 22 28.4 U 10.9 V OB 182 12 55 32.47 -61 51 03.8 U 10.2 V OB 183 12 55 52.86 -61 15 31.8 M 11.2 V OB+ Nrn of 6" pair 184 12 56 31.10 -60 51 10.4 U 11.7 V OB not double 185 12 57 16.94 -63 01 39.9 U 11.2 V OB+ 186 12 58 27.15 -62 28 47.2 U 10.5 V OB 187 12 58 37.58 -60 59 42.7 U 10.5 V OB 188 12 58 54.65 -63 30 29.2 U 10.4 V OB 189 12 59 33.38 -62 37 52.9 U 9.8 V OB 190 12 59 42.01 -61 38 06.5 U 10.4 V OB 191 13 00 08.28 -60 47 51.2 U 11.1 V OB 192 13 00 23.89 -59 41 07.6 U 9.7 V OB 193 13 01 52.68 -61 49 55.9 U 9.2 V OB 194 13 02 26.47 -61 23 20.1 U 10.1 V OB+ 195 13 02 47.66 -63 50 08.6 U 10.1 V OB+ 196 13 04 15.15 -61 18 56.9 U 10.4 V OB+ V mag outside eclipse 197 13 04 19.97 -61 08 06.7 U 10.3 V OB+ 198 13 04 28.50 -63 55 57.7 U 9.9 V B2III 199 13 04 33.46 -63 06 02.5 U 10.7 V OB+ 200 13 04 35.28 -63 57 40.6 U 9.8 V O8 201 13 04 36.85 -61 42 37.0 T 8.2 V OB+ 202 13 04 37.76 -61 53 24.9 U 10.6 V B2V 203 13 05 08.32 -61 44 23.4 U 10.7 V OB 204 13 05 20.27 -64 03 02.2 U 9.0 V OB 205 13 05 30.99 -61 40 01.6 U 10.0 V OB+ 206 13 05 55.96 -61 21 53.0 U 9.9 V OB+ 207 13 06 03.17 -64 14 35.6 U 8.6 V B2IV 208 13 06 13.93 -61 53 32.4 U 10.1 V B1III 209 13 06 25.47 -60 46 03.1 U 11.3 V OB 210 13 06 38.52 -61 51 27.3 U 10.1 V OB- 211 13 06 48.97 -61 47 00.1 U 9.3 V OB+ 212 13 06 57.81 -62 49 08.0 U 10.3 V OB 213 13 07 07.65 -63 31 43.2 U 10.4 V OB 214 13 07 07.56 -62 03 02.7 U 11.1 V OB 215 13 07 17.17 -64 03 10.8 U 10.0 V B2V 216 13 07 46.46 -64 12 09.4 U 10.0 V OB+ 217 13 08 14.13 -66 00 44.4 U 9.9 V OB 218 13 08 22.42 -68 01 56.1 U 11.3 V OB 219 13 08 20.77 -61 14 03.2 U 10.5 V OB 220 13 08 43.06 -61 11 11.0 U 9.3 V OB 221 13 10 37.72 -61 06 19.6 U 11.4 V OB+ 222 13 10 52.63 -61 02 40.8 U 10.5 V OB 223 13 11 57.49 -62 48 54.9 U 8.7 V OB+ 224 13 12 19.32 -64 37 46.3 U 10.9 V OB+ 225 13 12 22.39 -63 48 43.9 T 8.7 V OB 226 13 12 40.51 -62 25 17.7 U 10.3 V OB+ 227 13 12 41.93 -61 01 07.2 U 10.4 V OB+ 228 13 13 32.26 -61 40 31.5 U 10.1 V OB 229 13 13 54.14 -61 10 15.6 U 10.6 V OB+ 230 13 14 00.56 -62 53 04.6 U 10.7 V OB 231 13 14 21.67 -63 08 46.5 U 10.6 V OB 232 13 15 42.21 -61 09 48.2 U 11.0 V OB+ 233 13 16 25.85 -62 33 31.8 U 10.1 V OB+ 234 13 16 59.19 -63 21 35.6 U 10.7 V OB 235 13 17 13.34 -62 37 33.5 U 10.2 V OB- 236 13 17 44.70 -62 27 14.4 U 9.3 V OB 237 13 17 43.44 -60 44 20.2 U 10.1 V OB 238 13 18 30.76 -62 39 45.0 U 10.6 V OB 239 13 18 35.36 -62 29 28.4 U 8.0 V B0IV 240 13 18 39.28 -62 31 48.2 U 9.5 V B1Vn 241 13 18 42.08 -62 30 47.6 U 10.5 V B2V 242 13 18 44.97 -62 30 04.5 U 10.1 V B3V 243 13 18 49.93 -63 25 22.1 T 9.6 V OB 244 13 19 01.08 -61 53 39.3 T 10.1 V OB 245 13 19 00.76 -60 43 53.9 U 11.8 V OB+ Srn of 10" blue pair 246 13 19 03.97 -62 34 10.2 U 10.7 V O9.5V 247 13 19 33.87 -62 38 44.8 U 10.3 V B5Iap 248 13 20 12.40 -62 00 22.5 U 8.1 V OB+ 249 13 21 36.28 -60 31 14.7 T 9.4 V OB 250 13 22 06.59 -61 22 52.5 U 9.8 V OB- 251 13 22 55.63 -62 00 44.0 T 7.9 V OB 252 13 23 01.80 -62 26 32.3 U 10.1 V OB+ V mag outside eclipse 253 13 23 03.80 -63 03 42.4 U 9.3 V OB 254 13 24 00.11 -63 22 35.0 U 10.3 V OB 255 13 24 08.20 -63 41 00.3 U 10.5 V OB+ 256 13 24 18.50 -61 36 47.2 U 9.2 V OB- 257 13 26 28.33 -62 03 13.5 U 9.7 V OB+ 258 13 28 27.06 -62 23 53.9 U 10.3 V OB+ 259 13 28 38.54 -63 35 11.4 U 10.8 V OB 260 13 29 20.15 -63 30 29.7 U 10.6 V OB+ 261 13 29 22.32 -62 02 17.4 U 9.7 V OB 262 13 29 28.16 -61 51 27.0 U 11.1 V OB- 263 13 29 57.87 -62 25 03.0 T 9.5 V OB 264 13 30 36.56 -63 08 06.9 U 10.5 V OB 265 13 30 57.97 -60 52 22.6 U 10.9 V OB 266 13 32 08.60 -60 48 55.5 U 8.9 V OB+ 267 13 33 29.71 -61 26 44.2 U 9.3 V OB 268 13 33 37.00 -62 19 03.6 T 8.9 V OB- 269 13 36 42.13 -61 22 38.4 U 11.7 V OB+ 270 13 36 58.79 -61 21 08.4 U 11.3 V OB 271 13 37 43.74 -65 10 37.8 U 11.3 V OB+ 272 13 38 43.03 -59 03 30.3 U 11.4 V OB+ 273 13 39 14.04 -61 10 42.3 U 11.5 V OB- 274 13 39 15.68 -60 59 02.0 T 8.7 V OB 275 13 39 35.39 -63 39 41.8 U 10.4 V OB+ 276 13 39 48.85 -61 21 05.6 U 11.4 V OB 277 13 43 08.43 -67 48 56.7 U 10.5 V OB+ 278 13 45 21.10 -62 25 35.4 U 10.7 V OB+ 279 13 46 02.13 -61 19 16.1 U 10.1 V OB+ 280 13 46 48.11 -62 44 01.4 U 10.3 V OB 281 13 53 30.84 -64 28 14.9 U 10.4 V OB+ 282 13 59 45.99 -67 29 52.4 U 10.4 V OB+ 283 14 01 14.9 -63 38 32. M 11.7 V OB+ 7" pair 284 14 07 07.51 -65 29 34.3 U 10.6 V OB+