HBC Star Other designation RA(1950) Dec(1950) Coord. l b Range Mag. V B-V U-B UBV refs.
no. h m s o ' " ref ref
429 * V836 Tau FK3, P5 5 0 2.22 +25 19 06.9 B75 177.7 -9.8 13.02-13.24 V 409 13.13m +1.53 +1.18v 506,409
430 * UX Ori -4° 1029 5 2 0.62 - 3 51 19.5 B80 203.6 -25.4 8.7-12.8 pg C 9.72 +0.30 +0.28 226, *
82 LkH
333 5 4 24.71 - 3 23 59.9 B80 203.5 -24.7 14.18 +1.49 +0.81 338
81 * RW Aur B 5 4 37.60 +30 20 13.6 * 174.2 -6.0 12.7: hrc
80 * RW Aur A +30° 792 5 4 37.69 +30 20 13.9 Aw 174.2 -6.0 9.6-13.6 pg C 10.12 +0.65v -0.15v 91, *
431 * V1012 Ori 434.1934 Ori 5 9 5.5 - 2 26 24 357 203.2 -23.2 12.5-16.5: pg C
83 * V534 Ori St 37 5 17 52.5 - 5 48 52 444 207.6 -22.9 12.5-13.5 pg 538 13.31 +0.71 -0.57 338, 25
84 * CO Ori +11° 809, Haro 6-44 5 24 51.22 +11 23 12.3 Aw 192.8 -12.8 10.3-13.8 pg C 9.83 +0.94 +0.42 226, *
85 * GW Ori +11°819, MH 265-2, 5 26 20.78 +11 49 52.8 Aw 192.6 -12.3 10.1-11.5 pg C 9.80m +0.97 +0.31 91,328,
HD 244138 348,236
86 * V649 Ori MH 265-3 5 26 36.32 +11 49 38.1 Aw 192.6 -12.2 11.8-12.4 V 333 12.01 +1.12 +0.51 338,333,
348,236
432 * P102 St 41 5 26 44.84 - 6 10 25.3 359 209.0 -21.1 10.6: 359
87 V442 Ori MH 265-5 5 26 45.29 +12 54 02.8 Aw 191.7 -11.6 16.1-16.8 pg C 14.3: 93
88 * V370 Ori Haro 6-49 5 27 13.87 +12 10 52.9 Aw 192.4 -11.9 13.7-16.5 pg C 13.41 +1.22 +0.96 348
89 GX Ori MH 265-6 5 27 14.0 +12 11 17: 119 192.4 -11.9 14.0-15.3 pg C 13.68 +1.28 +0.27 348,338
433 * V447 Ori/c 5 27 47.69 +12 34 38.8 * 192.1 -11.6 17.2: 93
90 V447 Ori Haro 6-53 5 27 47.69 +12 34 38.8 Aw 192.1 -11.6 13.5-16.1 pg C 14.47 +1.17 +0.27 25
91 V448 Ori MH 265-9 5 28 3.76 +12 06 24.0 Aw 192.6 -11.8 14.3-15.7 pg C 14.28 +1.14 +0.52 25
92 V449 Ori S3918 5 28 29.03 +11 23 20.2 Aw 193.2 -12.0 14.0-15.8 V 124 13.95 +1.29 +0.95 124
93 HI Ori MH 265-16 5 28 35.62 +12 07 33.4 Aw 192.6 -11.6 13.2-15.5 pg C 14.32 +1.10 +0.09 25
434 * Rst 137B AB Dor/c 5 28 35.82 -65 29 18.8 SAO* 275.3 -33.0 13: 244
435 * AB Dor HD 36705, Rst 137A 5 28 35.82 -65 29 18.8 SAO 275.3 -33.0 6.77-6.89 V 396 6.83m +0.82 +0.36 396,358,
103,244
94n* HK Ori MH 265-13, MWC 497 5 28 40.08 +12 07 00.2 Aw 192.6 -11.6 11.1-13.3 pg C 11.63 +0.48 +0.02 273, 91
95 V452 Ori Haro 6-55 5 28 55.00 +12 28 13.0 Aw 192.4 -11.4 14.0-15.4 pg C 14.0: 93
96 * V453 Ori Haro 6-56 5 29 0.70 +12 29 51.2 Aw 192.3 -11.4 14.8-16.1 pg C 15.3: 93
97 San 1 5 29 34.44 - 3 07 37.8 B75 206.5 -19.0 11.52 +1.52 +1.12 338
436 * RY Ori 5 29 39.57 - 2 51 55.6 B75 206.2 -18.9 10.8-13.9 pg C
98 HS Ori P1066, Haro 4-46 5 30 33.69 - 4 51 22.2 359 208.2 -19.6 14.8-<16.5 pg C 16.3: 93
100 V466 Ori P1076, Haro 4-124 5 30 34.84 - 5 28 28.6 359 208.8 -19.9 13.1-14.0 B C 12.28 +0.92 -0.32 338,433
101 V384 Ori Haro 4-168 5 30 43.40 - 5 44 26.9 11 209.1 -20.0 16.5-17.2 pg C 15.6: 93
437 * P1207/c 5 31 5.00 - 5 35 33.8 * 209.0 -19.8 16.1: 93
102 P1207 Haro 4-136 5 31 5.00 - 5 35 33.8 359 209.0 -19.8 13.77 +1.24: +0.87: 363
103 VX Ori P1203, Haro 4-30 5 31 5.94 - 4 45 46.6 11 208.2 -19.5 15.0-16.6 pg C 14.80 +1.38: -0.22: 363
104 * VY Ori P1218, Haro 4-71 5 31 8.02 - 5 03 33.4 359 208.5 -19.6 14.9-17.1 B C 15.22 +0.79 -1.32 497
438 P1229 5 31 9.87 - 5 28 53.6 359 208.9 -19.8 11.56 +0.82 +0.42 433, 11
105 San 2 5 31 10.91 - 1 10 34.9 B75 204.8 -17.8 13.43 +0.92 -0.28 338
107 V386 Ori 5 31 17.59 - 5 33 8.2 11 209.0 -19.8 15.9-17.3 pg C 15.1: 93
106 VZ Ori P1260, Haro 4-131 5 31 17.97 - 5 32 49.9 359 208.9 -19.8 13.5-15.7 B C 14.09 +1.41 +0.25 338
108 V1006 Ori P1267, Haro 4-201 5 31 18.78 - 6 06 25.4 359 209.5 -20.0 12.8-15.0 V C 12.77 +1.80 +2.33 497, 11
109 P1270 PC 74 5 31 19.68 - 5 59 12.9 359 209.4 -20.0 12.11 +0.92 +0.68 497,338
110 SU Ori P1301, Haro 4-34 5 31 27.69 - 4 49 49.3 359 208.3 -19.4 14.2-17.4 pg C 15.32 +0.57 -0.41 338
439 P1319 5 31 32.00 - 5 02 02.9 359 208.5 -19.5 12.58 +1.11 +0.52v 497,433,
11
440 P1347 5 31 36.37 - 5 56 53.1 359 209.4 -19.9 14.42 +0.79 +0.23 497
441 * WX Ori/c 5 31 39.68 - 5 15 44.0 * 16.3: 93
111 WX Ori P1352, Haro 4-100 5 31 39.68 - 5 15 44.0 359 208.7 -19.6 14.0-17.1 B C 14.16 +0.48v -0.56v 328,433
442 P1394 5 31 46.99 - 5 38 52.2 359 209.1 -19.7 10.13-10.56 V 497 10.13 +0.60 +0.05 497,364
443 HD 245059 lambda Ori X-1 5 31 49.26 +10 05 10.9 446 194.8 -12.0 9.82 +0.87 +0.30 446
113 V1044 Ori P1404, PC 104 5 31 49.28 - 5 38 43.6 359 209.1 -19.7 11.46-11.53 V C 11.50 +0.84 +0.31 411,364,
497
115 SW Ori P1412, PC 108 5 31 49.68 - 6 38 02.1 11 210.0 -20.2 13.1-16.1 pg C 12.91 +1.09 +0.50 338
114 EZ Ori P1409, PC 105 5 31 50.76 - 5 06 45.7 359 208.6 -19.5 12.0-14.1 pg C 11.60 +0.84 +0.33 411,365,
328,497
444 P1410 5 31 51.09 - 5 08 59.8 359 208.6 -19.5 14.74 +1.40 +1.4: 365,497
445 P1440 5 31 55.94 - 4 49 09.1 359 208.3 -19.3 14.72v +0.96v +0.50 497,433
446 P1487 5 32 1.77 - 6 12 21.8 359 209.7 -19.9 13.73 +1.20 -0.01 497
117 XX Ori P1530, Haro 4-200 5 32 9.52 - 6 07 31.0 359 209.6 -19.9 14.2-17.1 B C 14.87 +1.01 -0.38 497
447 * P1540 5 32 12.32 - 5 26 21.6 253 209.0 -19.5 11.34 +1.28 +1.11: 364
448 P1541 5 32 12.46 - 5 28 38.0 253 209.0 -19.5 12.58 +0.99 +0.40 497
449 IY Ori P1554 5 32 13.33 - 5 52 12.0 359 209.4 -19.7 12.7-14.3 pg C 12.30 +0.88 +0.43 497
118 IX Ori P1552, Haro 4-115 5 32 13.37 - 5 24 38.4 253 208.9 -19.5 13.4-15.5 pg C 13.72 +1.00: -0.65: 338
450 P1608 5 32 19.17 - 6 00 47.3 359 209.5 -19.8 13.00v +1.14v +0.79 497,433
119 YY Ori P1617, Haro 4-196 5 32 20.77 - 5 59 52.7 359 209.5 -19.8 13.2-15.7 pg C 13.59 +0.88 -0.43 1,277,
497
451 HD 245185 +9° 880 5 32 24.08 + 9 59 57.2 B84 195.0 -11.9 9.93 +0.14 -0.02 348
120 YZ Ori P1648, Haro 4-74 5 32 25.22 - 5 05 22.0 359 208.7 -19.3 13.9-16.6 pg C 14.35 +0.73 -0.48 338
122 KM Ori P1659 5 32 28.48 - 5 25 07.9 253 209.0 -19.5 12.3-13.8 pg C 11.55 +1.26: +0.77: 338,364
124 KP Ori P1668, Haro 4-157 5 32 28.72 - 5 43 21.2 359 209.3 -19.6 14.5-16.2 B C 14.71 +1.48: -0.54: 363
123 KN Ori P1665, Haro 4-91 5 32 29.10 - 5 13 28.1 253 208.8 -19.4 13.8-14.8 pg C 13.37 +0.81: +0.61: 363
125 KR Ori P1684 5 32 32.61 - 5 24 56.5 253 209.0 -19.4 13.5-15.5 B C 12.81 +1.11 -0.54 25
452 * P1724 5 32 36.51 - 5 10 07.3 253 208.7 -19.3 10.55v +1.29 +0.84 51,497,
365
126 LL Ori P1746 5 32 38.18 - 5 27 13.5 253 209.0 -19.4 12.0-13.7 pg C 11.66 +1.08 497,364
128 LN Ori P1766 5 32 40.70 - 5 34 38.2 253 209.1 -19.5 15.2-17.2 pg C
127 SY Ori P1760, Haro 4-6 5 32 41.57 - 4 29 34.1 359 208.1 -19.0 13.6-16.5 B C 13.22v +0.80v -0.29v 338, 25
129 V356 Ori P1773 5 32 41.68 - 5 31 53.0 253 209.1 -19.5 13.8-14.6 pg C 13.10 +1.10 +0.09 433
453 LQ Ori P1784 5 32 43.24 - 5 25 38.4 253 209.0 -19.4 13.5-14.5 pg C 12.36 221
130 AA Ori P1787, Haro 4-180 5 32 43.36 - 5 48 27.7 359 209.4 -19.6 13.8-15.9 pg C 12.85 +1.36 +0.89 338,433
454 LV Ori P1807 5 32 45.10 - 5 25 37.6 253 209.0 -19.4 12.1-13.3 V C 12.82 221
131 V486 Ori P1811, Haro 4-170 5 32 45.33 - 5 45 12.7 359 209.3 -19.5 14.7-15.7 B C 14.09 +1.20 433
133 LX Ori P1828, Haro 4-150 5 32 45.89 - 5 41 28.7 359 209.3 -19.5 13.1-14.1 pg C 12.09 +1.16 +0.65 338,364
134 V488 Ori P1827, Haro 4-128 5 32 46.25 - 5 32 51.1 253 209.1 -19.5 13.6-14.4 pg C 12.98 +1.23 +0.37 338
132 P1817 5 32 46.93 - 4 46 36.8 359 208.4 -19.1 11.13 +0.91 +0.33 411,338,
497
135 AB Ori P1848, Haro 4-169 5 32 47.19 - 5 45 11.2 359 209.3 -19.5 13.8-16.5 pg C 13.62 +1.15 -0.16 338
455 P1869 5 32 48.46 - 5 25 43.2 253 209.0 -19.4 13.79 221
136 TT Ori P1856, PC 224 5 32 48.57 - 4 47 38.3 359 208.4 -19.1 13.3-16.3 pg C 14.31 +1.46: -1.12: 363
456 * MR Ori P1885 5 32 49.44 - 5 23 38.7 253 209.0 -19.4 10.3-12.0 V C 10.55: +0.34: +0.15: 364
221
457 * AE Ori P1884 5 32 49.67 - 5 23 25.1 253 209.0 -19.4 12.3-<14.1 V C 13.03 221
137n AD Ori P1909 5 32 49.83 - 5 24 29.0 253 209.0 -19.4 12.9-15 V C 14.74 221
458 MT Ori P1910 5 32 50.42 - 5 24 38.7 253 209.0 -19.4 11.2-13.0 V C 12.01 221
459 * P1925 5 32 50.84 - 5 24 30.6 253 209.0 -19.4 13.38 221
138 P1931 Haro 4-194 5 32 50.92 - 6 00 19.9 359 209.6 -19.6 13.9: 93
460 MV Ori P1922 5 32 51.10 - 5 22 27.0 253 209.0 -19.4 13.2-14.7 pg C 12.23 221
461 * TU Ori P1937 5 32 52.66 - 5 22 50.2 253 209.0 -19.4 12.6-15.6 pg C 13.22 +1.00 +0.77 497
462 MX Ori P1953 5 32 53.48 - 5 11 09.2 253 208.8 -19.3 const? 270 9.90 +0.72 +0.23 365,497,
270
463 P1955 5 32 53.59 - 5 14 05.8 253 208.8 -19.3 10.96 +1.12 +0.68 411,364,
308
464n* CQ Tau +24° 873, HD 36910 5 32 54.12 +24 43 03.2 B75 182.4 -4.0 9.9-11.6 V 166 10.0v* +0.82v +0.55v 166
139 V1007 Ori P1946, Haro 4-8 5 32 54.31 - 4 30 44.2 359 208.2 -18.9 15.0-16.5 pg C 14.55 +1.25 363
140 AG Ori P1977, Haro 4-137 5 32 54.43 - 5 36 39.9 253 209.2 -19.5 13.4-16.8 B C 15.4: 93
465 P1996 5 32 55.05 - 5 53 00.3 359 209.5 -19.6 10.98 +0.67 +0.22 411,497,
433
142 NS Ori P2039, Haro 4-198 5 32 57.78 - 6 03 38.6 11 209.6 -19.6 15.0-17.7 pg C 17.2: 93
466 * AH Ori P2006 5 32 57.96 - 5 11 42.3 253 208.8 -19.2 13.0-15.3 pg C
467 NP Ori P2020 5 32 58.50 - 5 10 32.7 253 208.8 -19.2 12.6-13.8 pg C 11.88 +0.89 +0.44 365,497
468 AK Ori P2032 5 32 58.88 - 5 27 32.7 253 209.1 -19.4 12.9-15.1 pg C 12.41 +1.0: 364
141 AI Ori P2029, Haro 4-89 5 32 59.11 - 5 13 00.1 253 208.8 -19.3 13.5-16.3 pg C
469 P2057 5 33 1.26 - 5 07 56.5 359 208.8 -19.2 14.09 +0.94 -1.40 497
143 AL Ori P2066, Haro 4-51 5 33 2.92 - 4 57 10.0 359 208.6 -19.1 14.1-16.7 pg C 14.99 +1.27 +0.14 497
470n HH34/source 5 33 3.7 - 6 28 53 387 210.0 -19.8 19.35: gr 387
471 * NV Ori P2086 5 33 4.06 - 5 35 01.2 253 209.2 -19.4 * 9.91 +0.47 +0.25: 364,497,
227,270
144 V360 Ori P2084, Haro 4-84 5 33 4.17 - 5 11 20.2 253 208.8 -19.2 13.6-14.7 B C 12.61 +1.38 +0.66 338,365,
497
472n HH34/IRS 5 5 33 4.6 - 6 28 37 387 210.0 -19.8 14.1-15.5 J 387
145 TW Ori P2105, Haro 4-239 5 33 5.16 - 6 47 09.5 11 210.3 -19.9 14.7-16.8 pg C 15.01 +0.68 -0.34 338
146 AM Ori P2111, Haro 4-111 5 33 7.73 - 5 23 19.3 253 209.0 -19.3 13.8-15.6 pg C 14.08 +0.88 -0.52 25
148 * NY Ori P2119 5 33 8.4 - 5 14 16: 197 14.5-17.5 pg C
147 * TV Ori P2115, Haro 4-67 5 33 8.55 - 5 03 07.9 359 208.7 -19.1 13.5-15.9 pg C 13.40* +1.17 +0.75 338,497
473 P2143 5 33 11.28 - 5 10 48.0 253 208.8 -19.2 13.50 +1.37 +0.8: 365,497
149 BO Ori P2152, Haro 4-5 5 33 14.55 - 4 26 47.4 359 208.1 -18.8 13.6-16.4: B C 14.10 +1.20 +0.39 338,497
150 * AN Ori P2167 5 33 14.56 - 5 30 04.2 253 209.1 -19.3 11.0-13.6 pg C 11.32 +1.02 +0.63 338,364
474 V571 Ori P2186, Haro 4-216 5 33 14.7 - 6 24 38 385 210.0 -19.7 15.0-16.3 B C 14.43 +1.52 +0.55 385, 11
475 V569 Ori P2172 5 33 15.46 - 5 11 08.5 253 208.8 -19.2 14.0-15.4 B C 13.73 +1.24 +1.1: 365,497,
328
151 V573 Ori Haro 4-231 5 33 16.67 - 6 36 42.7 11 210.2 -19.8 14.9-17.0 pg C 15.28 +1.27: -0.70: 363
476 V500 Ori P2181, Haro 4-81 5 33 17.11 - 5 09 08.7 359 208.8 -19.2 13.6-14.6 B C 12.93 +1.20 +0.9: 365,497
152 CE Ori P2203, Haro 4-66 5 33 20.44 - 5 03 20.1 11 208.7 -19.1 15.2-17.5 pg C 15.65 +0.64: -0.53: 363
477 * V1018 Ori CE Ori/c, P2215 5 33 21.06 - 5 03 29.7 B73 208.7 -19.1 16.5-17.8 B C 16.24 +1.51 363
154n* T Ori P2247, Haro 4-123, 5 33 23.05 - 5 30 25.9 253 209.2 -19.3 8.7-12.6 V C 9.96 +0.40 +0.26v 273,227,
MWC763 430,364
153 OT Ori P2246, Haro 4-104 5 33 23.12 - 5 18 20.2 253 209.0 -19.2 13.0-17.5 pg C 14.68 +1.68: +0.18: 363
478 P2244 5 33 23.90 - 5 10 00.3 359 208.8 -19.1 12.62 +1.19 +0.86 365,497
479 P2252 5 33 24.83 - 5 06 56.7 359 208.8 -19.1 11.52 +0.82 +0.28 411,497,
365,433
155 * AR Ori P2263, Haro 4-72 5 33 26.25 - 5 06 05.6 359 208.8 -19.1 14.2-15.9 pg C 13.84 +1.13 +0.38 25
157 AU Ori P2285, Haro 4-189 5 33 30.87 - 5 59 09.2 359 209.6 -19.5 14.8-17.6 B C 16.09 +1.49: +0.29: 363
156 V390 Ori P2282, Haro 4-61 5 33 31.23 - 5 00 36.5 11 208.7 -19.0 15.3-17.5 B C 15.79 +1.71: +0.38: 363
158 V577 Ori P2299, Haro 4-237 5 33 31.52 - 6 44 31.5 11 210.3 -19.8 14.5-16.6 pg C 13.98 +1.49: +0.08: 363
480 * P2292 5 33 31.92 - 5 41 49.7 359 209.4 -19.4 11.40 +1.04 +0.89 411,364,
497
481 * AV Ori/c 5 33 34.22 - 6 44 23.3 * 210.3 -19.8 17.9: 93
159 AV Ori P2312, Haro 4-236 5 33 34.22 - 6 44 23.3 11 210.3 -19.8 14.0-17.0 pg C 13.98 +1.28 +0.31 338
482 BN Ori +6° 971, HD 245465 5 33 47.65 + 6 48 13.0 B84 198.0 -13.3 10.0-11.5 pg 246 9.64 +0.45 +0.18 283
162 AZ Ori P2368 5 33 49.31 - 5 13 32.3 359 208.9 -19.1 13.1-16.3 pg C 13.56 +1.54 +1.50 497
160 PQ Ori 5 33 49.81 - 2 12 47.0 B75 206.1 -17.7 12.5-13.7 pg C 12.63 +0.58 +0.13 338
161 PU Ori Haro 5-75 5 33 51.40 - 0 44 00.6 B75 204.8 -17.0 12.5-14.6 pg C 14.6: 93
483 Cohen-Schwartz star 5 33 55.55 - 6 47 25.1 217 208.9 -19.1 17.7: +2.4: 94
164n* V380 Ori -6° 1253, P2393 5 33 59.50 - 6 44 46.4 359 210.4 -19.7 10.0-10.5 V 273 10.00 +0.44 -0.25 273, *
163 V951 Ori Haro 4-125 5 34 0.16 - 5 32 43.6 11 209.3 -19.2 15.0-17.5 pg C 15.40 +1.45: +0.23: 363
165 BD Ori P2412, PC 405 5 34 6.08 - 6 21 08.0 359 210.0 -19.5 13.3-15.7 pg C 12.82 +0.98 +0.67 338
166 BC Ori P2421, Haro 4-119 5 34 9.84 - 5 28 13.2 359 209.2 -19.1 15.0-<16.4 pg C 15.07 +1.01: -0.97: 363
484 * P2441/c 5 34 22.70 - 4 27 26.5 * 208.3 -18.6 15.1: 93
167 * P2441 5 34 22.70 - 4 27 26.9 359 208.3 -18.6 10.76 +0.70 +0.18 411,328,
497
485 * V586 Ori P2473 5 34 32.72 - 6 11 02.2 359 209.9 -19.3 9.6-11.2 B C 9.54 +0.11 -0.03 497,391
168 BE Ori P2479, Haro 4-226 5 34 33.74 - 6 35 12.1 359 210.3 -19.5 13.0-17.5 pg C 14.16 +2.19: +0.14: 363
486 V381 Ori P2478, Haro 4-138 5 34 35.21 - 5 38 15.6 359 209.4 -19.1 13.1-13.8 pg C 12.45 +0.83 -2.23 497
487 P2494 5 34 42.93 - 6 08 01.6 359 209.9 -19.3 10.74 +0.87 +0.42 411,497,
433
169 * BF Ori P2510, Haro 4-229 5 34 47.24 - 6 36 45.3 359 210.4 -19.5 10.3-13.5 V 226 10.32 +0.18 +0.47 226, *
488 V1143 Ori Sugano's star 5 35 35.07 - 4 18 23.5 291 208.3 -18.3 14.1-17.5 V 75,14.6 +0.3 -0.7 153,215
215
489n* V883 Ori Star near Haro 13a 5 35 54.0 - 7 03 51: 318 210.9 -19.4 14.8-15.6 i C
172 TX Ori 5 36 3.17 - 2 45 54.8 B75 206.9 -17.4 13.6-15.8 pg C 13.71 +1.37 +1.13 338
173 TY Ori 5 36 5.33 - 2 45 37.7 B75 206.9 -17.4 14.8-15.8 pg C 13.6: 93
174 Haro 7-1 PC 481 5 36 10.62 - 7 51 58.5 B80 211.7 -19.7 13.15 +1.17 +0.59 338
490 * > Haro 2-249/c 5 36 16.5 - 7 14 25: * 211.1 -19.4 16.8: 93
491n Haro 2-249 5 36 17.50 - 7 14 22.3 B80 211.1 -19.4 15.12 +0.95 363
170n RR Tau AS 103 5 36 23.84 +26 20 49.2 B75 181.5 -2.5 10.2-14.2 V C 10.90 +0.50 +0.30 395,203
492n* +26° 887 HD 245906 5 36 24.0 +26 17 46: BD 181.5 -2.5 10.47 +0.42 +0.11 203
171 LkH 206 5 36 26.94 +26 18 10.6 B75 181.5 -2.5 13.3: 93
176n Haro 4-255 5 36 57.32 - 7 28 20.4 B80 211.4 -19.4 15.7: 93
177 V510 Ori San 4 5 37 9.06 - 2 32 56.6 Aw 206.9 -17.1 13.7-15.7 B C 13.21 +0.48 -0.81 338
493 * V350 Ori 5 37 49.32 - 9 43 41.9 B80 213.7 -20.2 10.4-12.6 pg C
179 Haro 7-4 PC 515 5 38 0.73 - 8 09 03.7 B80 212.2 -19.5 13.79 +1.39 +0.62 338
494n* Reipurth 50 5 38 5.0 - 7 30 26 386 211.6 -19.2 var * 386
495 CoKu DL Ori/G4 5 38 21.96 - 8 06 53.5 B80 212.2 -19.4 13.7: 93
496 CoKu DL Ori/G5, 5 38 22.54 - 8 06 24.0 B80 212.2 -19.4 16.0: 93
PC 518
497 CoKu DL Ori/G3 5 38 22.8 - 8 09 01 B80 212.3 -19.4 18.7: 93
498 CoKu DL Ori/G1 5 38 23.79 - 8 07 27.6 B80 212.2 -19.4 13.1: 93
180 V614 Ori Manova 13 5 38 51.17 + 9 06 24.4 Aw 196.6 -11.0 14.6-15.9 pg C 13.96 +1.33 +0.57 338
499n V615 Ori 5 38 53.4 - 2 24 19: 320 206.9 -16.6 13.8-15.9 pg C +2.0 320
181 DL Ori Haro 7-3, San 5, 5 39 1.10 - 8 07 20.7 B80 212.3 -19.2 12 - 15 pg C 13.07 +0.77 -0.49 25
PC 523
500 NGC 2023/c 5 39 5.4 - 2 18 13: 320 206.9 -16.6 17.69 525
182 * San 6 Haro 7-2, PC 527 5 39 25.38 - 8 01 56.7 B80 212.3 -19.1 11.85 +1.03 +0.46 25,338
183 V625 Ori Manova 16 5 40 36.49 + 9 04 48.2 Aw 196.8 -10.7 13.6-16.0 pg C 13.14 +1.01 +0.08 338
184 V630 Ori Manova 22 5 41 32.80 + 9 09 44.1 Aw 196.9 -10.4 14.3-15.8 pg C 15.6: 93
185 * V631 Ori Manova 24 5 41 57.10 + 8 55 46.0 Aw 197.1 -10.5 14.3-15.6 pg C 13.91 +1.25 +1.01 338
501 CoKu NGC 2068/1 5 42 1.98 - 1 23 14.8 B75 206.4 -15.5 17.3: 93
186n* FU Ori 5 42 37.97 + 9 03 02.5 * 197.1 -10.3 9.6-16.5 pg C 9.24 * +1.33 +0.97 286,273
502n* SSV 61 5 43 34.37 - 0 13 03.6 252 205.5 -14.6
503 LkH 301 5 43 45.83 - 0 06 25.6 B75 205.4 -14.5 14.5: 93
504 LkH 302 5 43 48.97 - 0 09 57.9 B75 205.5 -14.5 15.1: 93
505 LkH 307 5 44 31.65 + 0 31 05.6 B75 205.0 -14.0 17.8: 93
506 LkH 309 5 44 33.21 - 0 00 14.6 B75 205.4 -14.3 15.1: 93
187 LkH 314 5 44 40.18 + 0 08 05.8 Aw 205.3 -14.2 13.79 +1.11 +0.26 338
507 LkH 313 5 44 40.19 - 0 00 43.7 B75 205.5 -14.2 15.9: 93
508 LkH 312 5 44 40.26 - 0 00 45.5 B75 205.5 -14.2 15.1: 93
509 LkH 315 5 44 42.81 + 0 37 18.9 B75 204.9 -13.9 15.2: 93
510 LkH 316 5 45 1.30 + 0 37 38.9 B75 204.9 -13.9 14.1: 93
511 LkH 316/c 5 45 2.29 + 0 38 13.4 B75 204.9 -13.9 16.7: 93
512 LkH 319 5 45 13.84 + 0 39 58.7 B75 204.9 -13.8 15.7: 93
513 LkH 320 5 45 26.68 + 0 33 31.1 B75 205.0 -13.8 15.6: 93
514 SS 2-34 5 47 29.5 + 8 13 46 444a 198.4 -9.6 13.0: 444a
188 LkH 334 5 51 5.3 + 1 37 41 355 204.8 -12.1 13.60 +1.21 +0.26 338
189 LkH 335 5 51 22.9 + 1 43 38 355 204.7 -11.9 13.77 +1.00 -0.39 338
515n* +1° 1156 HD 288313 5 51 27.6 + 1 39 43: BD 204.8 -12.0 9.93 +1.07 +0.69 378
190n* LkH 336 5 51 44.39 + 1 42 22.4 B75 204.8 -11.9 14.39 +1.39 +0.58 338
516 * LkH 336/c 5 51 44.75 + 1 42 21.9 B75 204.8 -11.9 17.1: 93
191 LkH 337 5 52 2.4 + 1 29 22 355 205.0 -11.9 14.2: 93
517 L1622-15 5 54 39.5 + 2 28 50 355 204.4 -10.9 14.0 r 355
192n HD 250550 MWC 789 5 59 6.43 +16 30 59.4 AGK3 192.6 -3.0 9.48 +0.05 -0.29 273, 50,
338
193n* LkH 208 6 4 53.17 +18 39 55.0 Aw 191.4 -0.8 12.74 +0.47 +0.31 hrc
194 LkH 209 6 5 12.11 +18 38 56.5 Aw 191.5 -0.7 11.80 +0.74 0.00 25
518n RNO 63 CoKu Mon R2/1 6 5 24.83 - 5 15 35.4 B80 212.7 -12.1 13.3: 93
195 Bretz 3 6 5 42.45 +18 08 21.3 B77 192.0 -0.9 14.22 +0.73 -0.50 25
519n RNO 66 br CoKu Mon R2/2 6 6 11.09 - 6 54 12.5 B80 214.3 -12.7 16.5: 93
520n RNO 66 ft CoKu Mon R2/3 6 6 12.07 - 6 54 22.9 B80 214.3 -12.6 17.5: 93
196n LkH 338 6 8 20.57 - 6 12 06.1 Aw 213.9 -11.9 15.1: 93
197n LKH 339 6 8 27.99 - 6 13 57.1 Aw 213.9 -11.8 13.6: 93
198 Bretz 4 6 10 23.87 - 6 12 20.5 B80 214.1 -11.4 15.0: 93
199n* MWC 137 * 6 15 53.51 +15 18 09.1 8 195.6 -0.1 12.05 +1.18 -0.27 25
200 * LkH 340 6 27 34.56 +10 33 54.3 Aw 201.2 0.2 13.20 +0.89 -0.15 25
201 * LkH 341 6 28 4.02 +10 35 18.5 Aw 201.2 0.3 13.36 +1.21 +0.08 25
202n VY Mon 6 28 20.99 +10 28 14.9 Aw 201.3 0.3 13.7-17.4 pg C 12.89 +1.57 +1.03 91, 25,
224
521 CoKu VY Mon/G4 6 28 21.69 +10 28 29.3 B77 201.3 0.3 15.9: 93
522 CoKu VY Mon/G2 6 28 22.2 +10 28 11 B77 201.3 0.3 17.9: 93
523 V481 Mon CoKu VY Mon/G3 6 28 23.18 +10 28 20.3 B77 201.3 0.3 16.8-18.5 pg C 16.0: 93
203 LkH 274 6 28 24.16 +10 28 14.2 Aw 201.3 0.3 13.24v +1.29 +0.64: 224, 25
524 CoKu VY Mon/G5 6 28 24.2 +10 28 07 B77 201.4 0.3 18.4: 93
204 LkH 342 6 28 44.03 +10 34 44.8 Aw 201.3 0.4 14.9: 93
205 LkH 343 6 29 19.36 +10 27 31.9 Aw 201.5 0.5 14.0: 93
206 LkH 344 6 29 20.04 +10 38 41.5 Aw 201.3 0.6 15.7: 93
525 * V486 Mon LkH 212 6 29 48.5 +10 17 55 B77 201.7 0.5 16.2-18.4 pg C 16.8: 93
526 LkH 213 6 29 55.4 +10 11 29 B77 201.8 0.5 15.7: 93
527 LkH 214 6 29 55.59 +10 12 08.7 B77 201.8 0.5 15.8: 93
528n* LkH 215 6 29 56.1 +10 11 24: Aw* 201.8 0.5 10.42m +0.51 +0.03 273,224
529n* HD 259431 MWC 147 6 30 19.4 +10 21 38 B77 201.7 0.7 8.69 +0.27 -0.53 273,224,
50
530 LkH 217 6 30 21.38 +10 19 36.0 B77 201.7 0.7 17.0: 93
207n* R Mon +8° 1427 6 36 26.05 + 8 46 54.5 251 203.8 1.3 11.0-13.8 B C 11.32: +0.76 -0.36v 328,273,
91
208 KV Mon LH 3 6 36 56.35 + 9 49 06.3 249 202.9 1.9 14.5-17.0 pg C 14.83 +1.04 +0.61 401
209 * G-G 405 6 36 56.61 + 9 01 39.3 B77 203.6 1.5 12.38 +0.76 -0.32 25
531 * VSB 2 6 36 56.67 + 9 37 27.0 B77 203.1 1.8 13.33 +0.74 +0.14 414,433
532 LH 5 6 37 26.18 + 9 40 57.6 249 203.1 1.9 var 494 16.8: 93
533 KY Mon LH 10, W44 6 37 39.26 + 9 37 02.5 310 203.2 1.9 14.8-<17.9 B C 15.74 +0.63 -0.13 494
210 LL Mon LH 11 6 37 40.68 + 9 53 47.5 249 202.9 2.1 14.9-18.0 pg C 16.0: 93
211 PT Mon LH 14, Wolf 4 6 37 46.7 + 9 52 26 B77 202.9 2.1 15.2-18.1 B C 17.7: 93
534 * W68 VSB 48 6 37 52.20 + 9 57 48.7 310 202.9 2.1 11.72 +0.67 +0.12 494,414
212 LM Mon LH 17 6 37 53.92 + 9 53 49.4 249 202.9 2.1 14.8-17.2 B C 15.08 +0.97 -0.35 401,hrc
213 NW Mon LH 18, W77 6 37 55.16 + 9 37 54.0 249 203.2 2.0 14.6-16.4 B C 14.62 +1.09 401,494
215 V629 Mon LH 21 6 37 56.10 + 9 57 04.8 249 202.9 2.1 14.1-15.2 B C 13.59 +0.83 +0.30 401,hrc
214 LP Mon LH 20, W78 6 37 56.12 + 9 53 53.3 249 202.9 2.1 14.8-16.8 pg C 15.40: +1.23: -0.42: 494
216 NX Mon LH 22, W79 6 37 56.27 + 9 36 48.9 249 203.2 2.0 14.5-16.8 B C 15.63 +0.32v -0.76v 494
217 W84 VSB 59 6 37 57.32 + 9 36 28.7 310 203.2 2.0 11.95 +0.56 +0.11 331,401,
507
218 LQ Mon LH 24, W89 6 37 58.09 + 9 49 58.4 249 203.0 2.1 15.0-18.0 B C 16.34: +1.05: -0.59: 494
219 * V590 Mon LH 25, W90, 6 37 59.49 + 9 50 53.4 249 203.0 2.1 12.7-14.0 B C 12.78 +0.15 +0.02 331,494
VSB 62
220 LR Mon LH 27, W96, VSB 69 6 38 2.33 + 9 52 20.4 249 203.0 2.1 14.0-15.9 B C 13.92 +1.02 401,494
221 LT Mon LH 30, W105 6 38 4.97 + 9 39 41.1 249 203.2 2.0 14.3-16.8 B C 15.49 +1.08v -0.15 401,494
222 * W108 VSB 78 6 38 6.11 + 9 47 38.1 310 203.1 2.1 11.97 +0.60 +0.17 331,401,
507, 50
223 V419 Mon LH 35, W115 6 38 8.77 + 9 36 16.8 310 203.2 2.0 14.5-15.8 B C 14.38 +1.02 +0.59 494,401
224 V347 Mon LH 37 6 38 9.09 + 9 52 12.2 249 203.0 2.1 15.4-<17.9 B C 17.0: 93,hrc
535 * W121 VSB 86 6 38 11.24 + 9 57 02.5 310 202.9 2.2 10.80* +0.23 +0.08 494
225 LU Mon LH 41, W126 6 38 11.86 + 9 40 41.1 249 203.2 2.1 14.6-16.8 B C 15.03 +1.15 -0.04v 494,401
226 IO Mon LH 43, W133, S4001 6 38 14.0 + 9 33 50 B77 203.3 2.0 14.0-15.9 pg C 13.62 +1.08 +0.80 494,401
536 W134 VSB 92 6 38 14.06 + 9 58 12.3 249 202.9 2.2 12.44 +0.84 +0.02 331,494
227n* IP Mon LH 47, W139 6 38 16.13 + 9 35 37.1 310 203.3 2.0 13.9-15.4 pg C 13.19 +1.30 +0.74 494,401
537 LW Mon LH 48, W153 6 38 18.38 + 9 43 37.5 249 203.1 2.1 15.2-17.8 pg C 14.3: 93
538 * W154 VSB 109 6 38 18.96 + 9 34 12.5 B77 203.3 2.0 12.74 +0.71 +0.12 494,414,
433
228 LY Mon LH 49, Wolf 15 6 38 19.57 + 9 27 44.7 B77 203.4 2.0 15.3-17.5 pg C 15.45v +1.01: -0.52: hrc
539 PW Mon LH 50 6 38 19.61 + 9 41 23.4 249 203.2 2.1 15.8-18.5 pg C 16.3: 93
229 LX Mon LH 51, W161 6 38 20.62 + 9 51 10.2 249 203.0 2.2 14.5-17.5 B C 15.33 +1.18 +0.34 401,494
230 SS Mon LH 52 6 38 21.21 +10 29 34.3 Aw 202.5 2.5 14.0-15.6 V C 12.61 +1.24 401,hrc
231 * V360 Mon LH 53, W164 6 38 21.28 + 9 39 15.7 249 203.2 2.1 13.6-14.8 B C 13.29 +0.80 +0.30 494,401,
433
232 V426 Mon LH 54 6 38 22.0 + 9 30 28 B77 203.3 2.0 13.7-15.0 B C 12.80 +0.92 +0.05 25
233 V363 Mon LH 59, W183 6 38 27.12 + 9 29 24.2 310 203.4 2.0 15.4-17.3 B C 15.22 +0.97 +0.66 494
234 MM Mon LH 60, W184 6 38 27.34 + 9 55 24.5 249 203.0 2.2 13.8-15.6 B C 14.31 +0.93 +0.32 401,494
235 V591 Mon LH 61, VSB 139 6 38 28.1 + 9 29 09 B77 203.4 2.0 13.8-15.0 B C 13.55: +0.93 -0.50 338,hrc
236 * V365 Mon LH 62 6 38 28.4 + 9 29 04 B77 203.4 2.0 14.8-16.2 B C 13.89: +1.78: hrc
237 V432 Mon LH 68, W199 6 38 33.41 + 9 36 47.5 310 203.3 2.1 14.9-16.7 B C 15.02 +1.02 +0.22 401,494,
hrc
540 OV Mon LH 70, W204 6 38 36.14 + 9 36 30.1 310 203.3 2.1 14.7-17.0 B C 15.11 +1.19 +0.57 494,401
541 W208 VSB 164 6 38 38.30 + 9 30 20.9 310 203.4 2.1 12.54 +0.81 -0.09 494,414,
433
238 MO Mon LH 72, S5203, W217 6 38 46.4 + 9 29 53 B77 203.4 2.1 13.9-16.2 B C 13.54 +1.22 -0.16 494,401,
507, 25
239 OW Mon LH 73 6 38 50.76 +10 12 04.7 249 202.8 2.5 14.6-16.1 B C 14.43 +1.10 401,hrc
542 V630 Mon LH 74 6 38 52.21 + 9 48 01.7 249 203.1 2.3 15.0-15.6 V C 15.4: 93
543 * OX Mon LH 75, S5183 6 38 53.21 +10 12 29.3 B77 202.8 2.5 14.0-15.8 B C 13.55* +0.99 401
544 LH 76 6 38 53.9 + 9 35 08 B77 203.3 2.2 15.3: 93
240 OY Mon LH 77 6 38 54.75 + 9 43 23.1 249 203.2 2.2 14.0-16.0 B C 13.94 +1.02 +0.21 338,401,
hrc
545 OZ Mon LH 79, VSB 200 6 38 58.82 + 9 43 45.5 249 203.2 2.3 14.2-15.6 B C 14.21 +0.97 +0.19 401
241 MQ Mon LH 83 6 39 23.70 + 9 44 18.5 249 203.3 2.4 14.8-16.3 B C 14.86 +1.00 +0.41 401,hrc
242 PY Mon LH 84 6 39 46.17 + 9 12 25.0 Aw 203.8 2.2 13.9-15.8 B C 13.58 +0.85 401,hrc
546n* V565 Mon NGC 2313, PP 67 6 55 37.6 - 7 52 35: 83 220.8 -2.2 14.2-15.7 pg C 13.72 +1.48 +1.11 349
547 NGC 2316 n Par 18, PP 68 6 57 16.7 - 7 41 54: 83 220.8 -1.7
548 * LkH 218 7 0 21.9 -11 21 46 224 224.4 -2.7 12.2: 93
243n* Z CMa HD 53179 7 1 22.52 -11 28 36.0 96 224.6 -2.6 8.8-11.2 pg C 9.35 +1.21 +0.68 273, *
549 LkH 219 7 1 32.6 -11 25 03 224 224.6 -2.5 15.4: 93
550n LkH 221 7 1 45.66 -11 14 02.8 B83 224.4 -2.4 15.8: 93
551 * LkH 220 7 1 46.1 -11 21 35 224 224.5 -2.4 12.3: 93
552n* NX Pup CoD-44° 3318, 7 17 56.5 -44 29 35 381 256.2 -14.0 9.8-11.2 V 478, 9.84 +0.47 +0.16 478, 49,
Bernes 135 49 381
553 PH 12 8 6 29.7 -35 54 59 371 253.1 -1.8 15.24 +1.52 +0.64 370
554 PH 14 8 6 41.4 -35 59 21 371 253.2 -1.8 15.8-16.4 V 370 15.77 +1.46 +0.40v 370
555 PH 15 8 6 54.3 -35 59 03 371 253.2 -1.8 14.8-16.3 V 370 14.81 +1.11 -0.63 370
556 PH 21 8 8 38.0 -35 52 51 371 253.4 -1.4 16.30 +1.35 -0.25 370
557 PH 34 MacC 219 8 10 54.2 -36 10 14 371 253.8 -1.2 15.50 +0.97 -0.35 370
558 PH 40 8 11 58.7 -36 04 54 371 253.9 -1.0 16.47 +1.74 370
559 PH 41 Wray 180 8 12 2.9 -35 58 54 371 253.8 -0.9 13.0-16.5 V 370 13.95 +0.84v -0.45v 370
560 PH 44 8 12 28.7 -36 00 54 371 253.9 -0.8 15.96 +1.13 +0.41 370
561 PH 51 8 14 1.7 -35 48 43 371 253.9 -0.5 15.85 +0.80: +0.23: 370
562 PH 92 Star in CG 22, Wray 8 26 42.3 -33 36 21 371 253.6 2.9 14.7 B 371
220
563n* ESO313-N*10 8 40 27.0 -40 33 24: 521 260.8 0.9 13
564 SX Cha HM 1, Sz 2 10 54 49.7 -77 08 36 426, 296.7 -16.0 14.0-16.6 B C 14.65 +1.23 +0.34 171,403
445
565 * SY Cha HM 2, Sz 3 10 55 18.5 -76 55 35 426, 296.6 -15.8 12.2-15.0* pg C 13.03 +1.29 +0.36 338,403,
445 171
566 SZ Cha S6323 10 57 5.7 -77 01 17: 233 296.7 -15.8 12.7-14.6 B C 11.99 +1.30 +0.87 403,171,
522
567 * TW Cha HM 3, Sz 5 10 57 47.2 -77 06 34 426, 296.8 -15.9 12.8-15.3 B C 13.08 +0.85 -0.16 338,403,
445 171
244 Sz 6 LH 332-20, HM 4 10 57 50.8 -76 45 33 426 296.6 -15.5 11.24 +1.22 +0.78 403,171,
427
568 * TW Hya He 3-549 10 59 30.08 -34 26 07.4 397 278.7 23.0 10.5-12.2 pg C 10.94v +0.79v -0.36v 397,396a
569 * CS Cha HM 7, Sz 9 11 1 7.8 -77 17 25 426, 297.0 -16.0 11.56-11.70 V C 11.63m +1.17 +0.55 403
445 171
570 * CT Cha HM 9, Sz 11 11 2 43.6 -76 11 06 426, 296.7 -14.9 12.31-12.43 V C 12.36m +1.24 +0.30: 403
445 338
571 UV Cha S6336 11 4 25.2 -76 02 00: 233 296.7 -14.7 14.0-15.5 pg C 13.79 +1.58 +1.42 403,171
572 Sz 18 HM 12 11 5 48.1 -75 46 47 426 296.7 -14.5 15.35 +1.70 +0.75 171,403
245 LH 332-17 CoD-76° 486, HM 13, 11 5 57.5 -77 21 50 426 297.3 -15.9 10.68 +1.16 +0.60 273,171,
Sz19, CD-76° 652 338,403
573 VV Cha HM 14, Sz 20 11 6 1.1 -76 35 55 426 297.0 -15.2 14.2-16.1 B C 14.80 +1.26 -0.28 171,403
574 Sz 21 HM 15 11 6 20.4 -77 23 25 426 297.4 -15.9 15.34 +1.71 +0.46 171,403
575 * VW Cha HM 17, Sz 24 11 6 38.1 -77 26 12 426, 297.4 -16.0 12.8-14.6 pg C 12.51 +1.24 -0.16v 338,427,
445 403,171
246n* CU Cha HD 97048, HM 18, 11 6 39.61 -77 23 01.2 SAO 297.4 -15.9 8.38-8.48 V C 8.45 +0.35 +0.20 273,403,
Sz 25, CD-76° 654 171,427
576 Sz 27 HM 20, HJM C6-1 11 7 12.5 -76 59 47 426 297.2 -15.5 16.28 +2.16: +1.5: 403
577 VY Cha HM 21, Sz 29 11 7 26.6 -76 45 55 426, 297.2 -15.3 13.1-16.8 B C 17.5: 17
445
578 * VZ Cha HM 22, Sz 31 11 7 51.9 -76 07 02 426, 296.9 -14.7 12.4-15.5 B C 12.75 +0.81 -0.28 403,171,
445 338
579 Sz 32 HM 23, HJM C1-5 11 8 21.9 -76 18 06 426 297.0 -14.9 16.2: V 196
580 WW Cha HM 24, Sz 34, 11 8 28.5 -76 18 38 426 297.0 -14.9 13.5-16.3 pg C 13.27 +1.53 +0.40v 403,171
HJM C1-7
581 WX Cha HM 25, Sz 35 11 8 32.2 -77 20 50 426, 297.5 -15.8 13.7-16.6 B C 14.86 +1.68 +0.67 403,171
445
582 GK-1 11 8 33.2 -76 19 25 296 297.0 -14.9 14.34 +0.84 +0.55 296
583 * WY Cha HM 26, Sz 36 11 8 34.8 -76 13 18 426 297.0 -14.8 14.5-16.1 pg C 13.98 +1.57 +0.67 403,171
584 HM 27 Sz 37 11 9 20.4 -77 01 32 426 297.4 -15.5 15.54 +1.26 -0.29 171
585 * WZ Cha HM 28, Sz 38 11 9 20.6 -76 18 12 426, 297.1 -14.9 14.9-16.7 B C 15.26 +0.81 -0.85 403,171
445
586 XX Cha HM 29, Sz 39 11 10 5.0 -76 03 53 426 297.0 -14.6 13.3-16.7 B C 15.28 +1.39 -0.19 171,403
587 Sz 40 HJM E1-5 11 10 35.6 -76 18 14 426 297.1 -14.8
588 * Sz 41 HJM E1-9a 11 10 50.2 -76 20 45 426 297.2 -14.9 11.60 +1.13 +0.76 427
247 CV Cha HM 30, LH 332-21, 11 10 53.8 -76 28 01 426 297.2 -15.0 10.93-10.98 V C 10.96 +1.10 +0.28 403,171,
Sz 42 338
589 CW Cha HM 31, Sz 43 11 10 57.1 -76 28 02 426 297.2 -15.0 14.45-14.91 V C 14.45 +1.30 +0.05 171,403
590 HM 32 Sz 45 11 15 58.4 -76 48 12 426 297.6 -15.2 13.50 +1.44 +0.52 403,171,
338
591 * T Cha 11 54 46.0 -79 04 49 388a 300.3 -16.8 10.1-14.0 V C 10.12m +1.13 +0.66 338, 25
Maintained by Alan D. Welty (welty@stsci.edu)