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
592n* Bipolar nebula 12 41 55.0 -54 14 54: 508 302.0 8.3 12.68 +1.31 +1.00 508
593 BC Cha Sz 51, S6428 12 58 5.7 -77 35 16 445 303.5 -15.0 13.7-16.2 pg C 14.49 +1.23 -0.19 427
594 BM Cha Sz 61, S6445 13 4 4.9 -77 39 04 426 303.8 -15.1 14.6-16.2 pg 233
595n* S2 13 54 18.3 -63 35 38 388a 310.2 -1.9 15.18 +1.43 +0.77 58
596n vBH 65b SS 1-44 14 59 15.0 -63 11 05 149 317.1 -4.2 12.75 +1.13 +0.16 222
419a
597 Sz 65 15 36 16.3 -34 36 54 426 337.9 16.4 12.74 +1.44 +1.10 427
248n Sz 68 CoD-33° 10685, 15 42 1.4 -34 08 08 426 339.2 16.1 10.31 +1.27 +0.89 25,338,
Th
15-1, He 3-1095 427,266
598 Sz 69 LH 450-5,Th 15-2, 15 42 6.0 -34 09 06 426 339.2 16.1 17.2: 17
He 3-1096
249 GW Lup LH 450-6, Sz 71, 15 43 32.8 -34 21 19 426 339.3 15.7 13.5-15.4 V C 13.83 +1.24v -0.11v 427, 25
Th 15-3, He 3-1097
599 HM Lup LH 450-8, Sz 72, 15 44 37.3 -35 19 23 426 338.8 14.8 14.79-14.90 V C 14.84 +1.12 -0.60 427
TH 15-4, He 3-1101
600 Sz 73 TH 15-5 15 44 43.9 -35 05 23 426 339.0 15.0 16.2: 17
601 HN Lup LH 450-7, Sz 74, 15 44 52.1 -35 06 41 426 339.0 15.0 14.18-14.33 V C 14.18 +1.55 +0.22v 427
TH 15-6, He 3-1104
602 M20-04 15 45 8.1 -24 58 12 398 346.0 22.6 16.5: 398
250 GQ Lup CoD-35° 10525, TH 15 45 58.3 -35 29 58 426 338.9 14.5 11.4-12.7 V C 11.40v +0.96v -0.17v 25,338,
15-7,He3-1106,Sz75 427,266
603 Sz 77 15 48 32.4 -35 47 47 426 339.1 13.9 12.50 +1.30 +0.78 427
604 Sz 81 Th 15-10 15 52 32.0 -37 52 50 426 338.4 11.8 15.61 +1.19 +0.74 427
605 Sz 82 TH 15-12 15 52 51.1 -37 47 24 426 338.5 11.9 11.89 +1.33 +1.12 427
251 * RU Lup TH 15-13, Sz 83, 15 53 24.3 -37 40 35 426 338.6 11.9 9.6-13.4 pg C 10.52 +0.48 -0.80 273, *
He 3-1120
606 Sz 126 15 53 57.6 -42 31 28 445 335.5 8.1 14.10 +1.34 -0.38 427
607 Sz 128 15 54 42.4 -41 43 13 426 336.2 8.7 14.63 +1.49 +0.69 427
608 He 3-1126 HD 143006, St 118 15 55 38.9 -22 48 46 444 349.5 22.5 10.5: 444
609 Sz 129 He 3-1125, SS 1-49 15 55 51.0 -41 48 38 419a 336.3 8.4 13.02 +1.28 +0.20 427
252 * RY Lup 15 56 5.0 -40 13 36: C 337.3 9.6 9.9-13.0 pg C 10.41 +0.99 +0.56 273, 25,
129,314
610 Sz 130 15 57 6.0 -41 35 14 426 336.6 8.5 14.52 +1.22 -0.15 427
253 * EX Lup 15 59 42.6 -40 10 09 445 337.9 9.2 8.5-14.3 V C 13.13 +1.20 -0.12 25,338
611 St 122 16 2 28.4 -18 13 35 444 354.3 24.6 13.5: 444
612 HO Lup TH 15-18, Sz 88, 16 3 39.4 -38 54 19 426 339.3 9.6 12.93-13.31 V C 12.93 +0.70 -0.47 427
He 3-1140
613 Sz 90 TH 15-21 16 3 48.6 -39 03 03 426 339.3 9.5 14.84 +1.66 +0.62 427
614 Sz 91 TH 15-20 16 3 50.3 -38 55 47 426 339.4 9.6 15.7: 17
615 Sz 96 16 4 51.1 -39 00 37 426 339.4 9.4 14.06 +1.48 +0.91v 427
616 HK Lup Eggen 4, Sz 98 16 5 0.9 -38 56 44 445 339.5 9.4 12.49-13.21 V C 12.88 +1.40 +0.60 427,125
617n* Sz 102 TH 15-28 16 5 8.3 -38 55 16 426 339.5 9.4 16.3: 17
618 Sz 103 TH 15-29 16 5 8.8 -38 58 16 426 339.5 9.4 16.1: 17
619n* V856 Sco HR 5999, HD 144668 16 5 12.78 -38 58 22.7 SAO 339.5 9.4 6.8-7.9 V 273, 6.79 +0.31 +0.20 273,468,
125 469,125
620 Sz 108 Eggen 2 16 5 21.2 -38 58 24 426 339.5 9.4 13.14 +1.48 +1.28 427,125
621 Sz 110 TH 15-32 16 5 30.1 -38 55 24 426 339.6 9.4 14.89 +1.01v -0.67 427
622 Sz 111 TH 15-33, He 3- 16 5 32.3 -39 29 50 426 339.2 8.9 14.5: 17
1145
623 V908 Sco Th 15-35, Sz 114, 16 5 40.2 -38 57 16 445 339.6 9.3 14.61-14.98 V C 14.61 +1.12 -0.32 125
Eggen 6
624 Sz 134 He 3-1146, SS 1-51 16 5 46.1 -41 32 32 426 337.8 7.4 13.88 +0.61 -0.52 427
625 Sz 116 TH 15-36 16 6 20.6 -39 11 51 426 339.5 9.1 13.80 +1.46 +1.08 427
626 Sz 117 TH 15-37 16 6 22.5 -39 05 40 426 339.6 9.1 14.9: 17
627 Sz 119 TH 15-38 16 6 35.6 -38 51 58 426 339.8 9.3 15.4: 17
628 Sz 122 TH 15-41 16 6 54.7 -39 00 17 426 339.7 9.1 14.37 +1.47 +1.08 427
629 Sz 123 TH 15-42 16 7 30.1 -38 45 28 426 340.0 9.2 15.08 +1.15 -0.89 427
630 Wa Oph/1 16 8 14.75 -18 57 02.2 B82 354.8 23.1 11.65 +1.37 +0.95 502
631 * Sz 124 TH 15-43 16 8 31.6 -38 54 34 426 340.0 9.0 13.83 +1.48 +1.27 427
632 * V866 Sco B AS 205/c 16 8 37.70 -18 30 42.6 B82* 355.2 23.3 14.3: 93
254 * V866 Sco A AS 205 16 8 37.70 -18 30 42.6 B82* 355.2 23.3 12.39 +1.28 -0.20 15
633 Wa Oph/2 16 9 5.0 -18 59 12 B82 354.9 22.9 11.65 +1.17 +0.76 502
634 * Wa Oph/3 16 9 46.37 -18 51 49.2 B82 355.1 22.9 10.78 +1.18 +0.84 502
256 Haro 1-1 16 18 31.24 -26 05 24.0 B52 350.9 16.5 13.34 +1.25 -0.06 404,402
257 Haro 1-4 DoAr 16 16 22 10.60 -23 12 26.2 369 353.7 17.8 13.41 +1.80v +0.38v 404,402
258 V852 Oph Haro 1-6, SR 22, 16 22 22.86 -24 22 56.4 369 352.8 17.0 13.6-<16.0 pg C 14.54 +0.88 402, 76
DoAr 19
635 ROX 2 16 22 24.0 -23 48 42 332 353.3 17.4 15.3: ? 332
636 ROX 3 16 22 47.0 -24 44 11 332 352.6 16.7 13.2: ? 332
259 SR 4 AS 206, DoAr 20, 16 22 54.87 -24 14 01.5 369 353.0 17.0 12.89 +1.42 +0.21 76,402,
ROX 6 404
637 * DoAr 21 Haro 1-6, ROX 8 16 23 1.67 -24 16 50.3 369 353.0 17.0 const pg 369 13.95 +2.13 +1.68 76,404
638 * DoAr 24 ROX 10? 16 23 15.76 -24 13 35.7 369 353.1 17.0 14.33 +1.74 +2.09 76,402
260 * DoAr 22 16 23 18.66 -23 36 34.7 B52 353.6 17.4 13: pg hrc
639 * DoAr 24E ROX 10? 16 23 22.04 -24 14 14.3 369 353.1 17.0 14.82 +2.02 +1.07 76,402
261 Haro 1-8 DoAr 28 16 23 47.55 -23 08 12.3 369 354.0 17.6 15.3-16.4 pg 369 13.84 +1.66 +0.65 404,402
262n* SR 24 s Haro 1-7B (south), 16 23 56.58 -24 38 54.4 * 352.9 16.6 * 15.9: 93
ROX C13, DoAr 29
262n* SR 24 n Haro 1-7A (north), 16 23 56.58 -24 38 54.4 370 352.9 16.6 * 16.0: 93
ROX C13, DoAr 29
640 * ROX 20-1 nw 16 24 12.3 -24 44 52 524 352.8 16.5 18.5 R 524
641 * ROX 20-2 se 16 24 13.0 -24 44 58 524 352.8 16.5 16.9 R 524
263 * SR 12 ROX 21 16 24 17.68 -24 34 59.7 369 353.0 16.6 13.27 +1.55 +1.02 404,402
264 SR 9 AS 207, DoAr 34, 16 24 38.88 -24 15 23.3 369 353.3 16.7 11.38 +1.26 +0.66 404,402,
ROX 29 76
642 * ROX 31 ROC 32 16 24 50.3 -24 34 10 10 353.1 16.5 15.0: r 10
265 * SR 10 16 24 54.05 -24 19 38.4 369 353.3 16.6 var? 14.01 +0.98 -0.39v 404,402,
76
643 SR 20 DoAr 38, ROX 33 16 25 31.23 -24 16 07.5 369 353.4 16.6 14.15 +2.08 +2.19 404,402,
76
266 V853 Oph SR 13, DoAr 40, 16 25 43.67 -24 21 42.2 369 353.4 16.5 12.6-14.7 B C 13.52 +1.12 -0.37 402,404
ROX 34
644n* Haro 1-14/c 16 28 3.9 -23 58 12: * 354.1 16.3 12.29* +1.46 +1.22 404
267n* Haro 1-14 16 28 3.91 -23 58 12.0 369 354.1 16.3 14.0: 93
268 Haro 1-16 DoAr 44, ROX 44 16 28 31.74 -24 21 10.0 369 353.8 16.0 12.59 +1.43 +0.67v 402,404
645n* Reipurth 13 16 28 51.9 -44 49 15 380 338.5 2.1
646n* V346 Nor HH57/IRS 8 16 28 56.8 -44 49 08 384 338.5 2.1 16.3-17.2 V 169 16.3:v +2.1v 102
647 DoAr 51 ROX 47 16 29 9.77 -24 33 56.4 369 353.8 15.7 13.59 +1.90 +1.43 402,404
648 Haro 1-17 DoAr 52 16 29 19.83 -24 35 50.1 369 353.8 15.7 16.9 R 524
649n RNO 90 16 31 17.5 -15 42 04 312 1.3 21.0 13.3-14.2 V 223 13.28 +1.18 +0.30 223
650n RNO 91 16 31 38.0 -15 40 50 312 1.4 21.0 15.39 +2.09 223
651 He 3-1254 16 43 53.37 -15 09 16.6 B81 3.7 18.9 11.0: 195
652 Wa Oph/4 16 45 28.30 -14 06 00.5 B81 4.8 19.3 13.52 +1.90 +1.83 502
653 Wa Oph/6 He 3-1258 16 45 55.81 -14 11 22.4 B81 4.8 19.1 13.2 +1.7 +0.9 502
654 Wa Oph/5 16 46 10.97 -14 11 58.4 B81 5.0 19.2 15.2 +1.9 502
270n V1121 Oph AS 209, He 3-1260 16 46 25.24 -14 16 56.5 B81 4.8 19.0 11.2-12.2 V C 11.48 +1.23 -0.04 hrc
271 * AK Sco CoD -36° 11056, 16 51 23.12 -36 48 28.6 SAO 347.4 4.2 8.8-10.3 pg C 8.82 +0.59 +0.14 273, 25
HD 152404
655n* V921 Sco CoD-42° 11721, 16 55 33.8 -42 37 37 419a 343.4 -0.1 11.0-11.4 V 222 11.43v +1.28 -0.12 222, 66
MWC 865, SS 1-70
656 * AS 216 CoD -27° 11363, 16 57 27.83 -27 33 43.9 B52 355.5 8.9
He 3-1311
657 V359 Oph HV 4630, TH 27-1, 17 5 47.03 -27 08 42.3 B52 356.9 7.7 14.0-15.1 pg 459 13.1: 464
SS 1-76
272 * IX Oph HV 4410 17 6 40.81 -27 13 17.0 B52 357.0 7.5 11.8-12.7 pg C 10.86 +1.30 +0.91 25
273 * KK Oph AS 220, TH 27-3, 17 7 0.73 -27 11 36.2 B52 357.1 7.4 11.0-12.7 B C 10.32 +0.67 +0.45 25
He 3-1346, HV 4413
274 LkH 345 17 7 40.09 -27 37 10.1 B52 356.8 7.1 13.04 +1.43 +0.48 25
275 * LkH 346 nw TH 27-4 17 7 56.33 -27 19 15.1 B52* 357.1 7.2 14.3: 93
275 * LkH 346 se TH 27-4 17 7 56.33 -27 19 15.1 B52* 357.1 7.2 15.0: 93
276 LkH 347 TH 27-6 17 8 52.67 -27 16 41.7 B52 357.2 7.1 14.1: 93
658n* RNO 92 B62-H1 17 12 56.9 -20 52 45 388 3.1 10.0
659n B62-H2 17 13 12.9 -20 54 37 388 3.1 9.9
660 B62-H4 17 13 14.4 -20 51 12 388 3.1 10.0
661 V1725 Oph RNO 93, B62-H3 17 13 15.0 -20 54 29 388 3.1 9.9 15.4-<17.4 pg C
277 LkH 122 17 58 58.77 -22 53 04.6 B52 7.1 -0.1 14.2: 93
279 LkH 102 17 59 48.42 -24 18 48.9 B52 5.9 -1.0 14.5: 93
278 V1752 Sgr LkH 104 17 59 50.3 -24 21 02 B52 5.9 -1.0 15.8-18.0 pg C 14.8: 93
Maintained by Alan D. Welty (welty@stsci.edu)