BRITE Constellation Wiki

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List of stars observed by BRITEs
(updated on April 8, 2021; includes fields 01-25, 27-46, 48-51, and 53-57)
TNDP = total number of data points

#	HD	Star	V	Sp. type	Contact PI	TNDP	Field(s)
1	123	V640 Cas	5.97	G3 V + G8 V	none	2371	Cas V
0
2	144	10 Cas	5.59	B9 IIIe	Pigulski	15517	Cas III
3	432	β Cas	2.27	F2 III-IV	Zwintz	52707	CasCep I
52277	Cas I
12806	Cas II
51857	Cas III
6625	Cas V
0
4	761		6.81	A7 Vn + F2 Ve	none	2379	Cas V
0
5	2083		6.91	O9.5 III	none	4148	Cas V
0
6	2905	κ Cas	4.16	B1 Ia	Handler	33212	CasCep I
56312	Cas I
12652	Cas II
51798	Cas III
6543	Cas V
0
7	3360	ζ Cas	3.66	B2 IV	Pigulski	52607	CasCep I
20688	Cas I
12696	Cas II
4540	Cas III
8	3712	α Cas	2.23	K0 IIIa	Kallinger	37078	CasCep I
28415	Cas I
9	3901	ξ Cas	4.81	B2 V	Pigulski	18148	CasCep I
10	4614	η Cas	3.44	F9 V + dM0	Huber	23084	CasCep I
2444	Cas I
11	5394	γ Cas	2.47	B0 IVe	Baade	49596	CasCep I
54771	Cas I
13086	Cas II
37029	Cas III
6646	Cas V
0
12	5395	υ Cas	4.62	G8 III-IV	Kallinger	14822	Cas III
13	6811	φ And	4.25	B5 IIIe	Baade	18725	CasCep I
14	6961	θ Cas	4.33	A7 V	Lüftinger	19619	CasCep I
57014	Cas I
12932	Cas II
4283	Cas III
15	8538	δ Cas	2.68	A5 III-IV	Huber	40641	CasCep I
56655	Cas I
13049	Cas II
4423	Cas III
16	11415	ε Cas	3.37	B3 III	Lüftinger Baade	18091	CasCep I
56530	Cas I
12760	Cas II
4176	Cas III
17	12111	48 Cas	4.54	A4 V	Paunzen	2553	Cas I
18	12216	50 Cas	3.94	A1 V	Huber	1752	Cas I
19	12311	α Hyi	2.86	F0 V	none	10670	RetDor I
20	14386	o Cet	var	M5-9e	Rucinski	3275	CetEri I
21	14690	70 Cet	5.42	F1 V	Paunzen	7606	CetEri I
22	15633		5.99	A3 V	Lüftinger	23923	CetEri I
23	16212	80 Cet	5.54	M0 III	Kallinger	16363	CetEri I
24	16582	δ Cet	4.07	B2 IV	Handler	32066	CetEri I
25	16620	ε Cet	4.87	F5 V	none	7619	CetEri I
26	16908	35 Ari	4.66	B3 V	Pigulski	2298	Per I
27	16970	γ Cet	3.47	A2 Vn + F4 V	Garrido	30977	CetEri I
28	17163		6.03	A9/F0 II/III	Zwintz	16345	CetEri I
29	17573	41 Ari	3.63	B8 Vn	Pigulski	24914	Per I
30	17584	16 Per	4.23	F2 III	Zwintz	77467	Per I
31	17709	17 Per	4.53	K5 III	Kallinger	10164	Per I
32	17943		6.33	A7 IV	Paunzen	23952	CetEri I
33	18296	21 (LT) Per	5.11	B9p Si	Lüftinger	11832	Per I
34	18322	η Eri	3.87	K1 III-IV	Kallinger	31656	CetEri I
35	18331		5.16	A1 V	Paunzen	16358	CetEri I
36	18543		5.23	A0 V	Paunzen	16382	CetEri I
37	18633	5 Eri	5.55	B9.5 V	Pigulski	8169	CetEri I
38	18866	β Hor	4.99	A5 III	none	7437	RetDor I
39	18883	93 Cet	5.61	B7 V	Pigulski	15815	CetEri I
40	18884	α Cet	2.53	M2 III	Kallinger	29844	CetEri I
41	19058	ρ Per	3.39	M4 II	Kallinger	170329	Per I
42	19107	ρ3 Eri	5.30	A8 V	Paunzen	16356	CetEri I
43	19319	μ Hor	5.11	F0 IV	none	18217	RetDor I
44	19349		5.26	M2.5 II	Kallinger	32127	CetEri I
45	19356	β Per	2.12	B8 V	Pavlovski	193797	Per I
46	19373	ι Per	4.05	G0 V	Moffat	10225	Per I
47	19476	κ Per	3.80	K0 III	Huber	155196	Per I
48	20234	TW Hor	5.74	C-N4 IIIb	none	17609	RetDor I
49	20320	ζ Eri	4.80	kA4hA9mA9 V	Paunzen	8139	CetEri I
50	20365	29 Per	5.15	B3 V	Pigulski	10148	Per I
51	20395	14 Eri	6.14	F3/5 V	Paunzen	7661	CetEri I
52	20418	31 Per	5.03	B5 V	Pigulski	10236	Per I
53	20468		4.82	K2 II	Moffat	10306	Per I
54	20630	κ1 Cet	4.85	G5 V	Strassmeier	32134	CetEri I
55	20809		5.29	B5 V	Pigulski	9780	Per I
56	20888		6.05	A3 V	none	5514	RetDor I
57	20902	α Per	1.79	F5 Ib	none	181446	Per I
58	21018		6.50	F8 II	Guinan	23926	CetEri I
59	21428	34 Per	4.67	B3 V	Pigulski	75653	Per I
60	21552	σ Per	4.36	K3 III	Kallinger	167368	Per I
61	21790	17 v Eri	4.73	B9 III	Pigulski	8175	CetEri I
62	22049	ε Eri	3.73	K2 V	Shulyak	31991	CetEri I
63	22192	ψ Per	4.23	B5 Ve	Baade	182234	Per I
64	22468	V711 Tau	5.71	K1 V	Strassmeier	32210	CetEri I
65	22484	10 Tau	4.30	F8 V	none	15839	CetEri I
66	22634		6.75	A3 V	none	5787	RetDor I
67	22780		5.57	B7 Vne	Baade	8855	Per I
68	22920	22 (FY) Eri	5.53	B9 IIIpSi4200	Lüftinger	32170	CetEri I
69	22928	δ Per	3.01	B5 IIIe	Pigulski	178259	Per I
81853	AurPer I
70	23180	o Per	3.83	B1 III	Handler	195064	Per I
71	23230	ν Per	3.77	F5 II	Moffat	2330	Per I
13137	AurPer I
72	23249	δ Eri	3.54	K0 IV	Huber	19054	CetEri I
73	23302	17 Tau	3.70	B6 IIIe	Baade	193114	Per I
74	23338	19 Tau	4.30	B6 IV	Pigulski	142608	Per I
75	23363	24 Eri	5.25	B7 IV	Pigulski	7671	CetEri I
76	23408	20 Tau	3.87	B8 III	Lüftinger	171480	Per I
77	23480	23 Tau	4.18	B6 IVe	Pigulski	175744	Per I
78	23630	η Tau	2.87	B7 IIIe	Baade	188980	Per I
79	23697		6.30	K1 III	none	19335	RetDor I
80	23817	β Ret	3.85	K0 IV	none	4462	RetDor I
81	23850	27 Tau	3.63	B8 III	Lüftinger	190982	Per I
82	24398	ζ Per	2.85	B1 Ib	Handler	191610	Per I
38111	AurPer I
83	24640		5.49	B1.5 V	Pigulski	21774	Per I
84	24760	ε Per	2.89	B0.5 V + A2 V	Handler	193086	Per I
86189	AurPer I
85	24863		6.46	A4 V	none	7740	RetDor I
87	24912	ξ Per	4.04	O7.5 III(n)((f))	Moffat	193314	Per I
92486	AurPer I
88	25346		6.05	F2 IV	none	17022	RetDor I
89	25470	XY Dor	6.51	M1 III	none	17099	RetDor I
90	25642	λ Per	4.29	B9 V	Paunzen	9775	AurPer I
91	25823	41 (GS) Tau	5.20	B9 Vp Si	Lüftinger	10214	Per I
92	25940	48 c Per	4.04	B3 Ve	Baade	183108	Per I
87767	AurPer I
93	25998	50 (V582) Per	5.51	F7 V	Moffat	74501	Per I
94	26322	44 (IM) Tau	5.41	F2 IV-V	Zwintz	10268	Per I
95	26630	μ Per	4.14	G0 Ib	Moffat	166358	Per I
17723	AurPer I
96	26673	52 Per	4.71	G5 Ib + A2 V	Moffat	10937	AurPer I
97	26961	b Per	4.61	A2 V	Paunzen	47248	AurPer I
98	27256	α Ret	3.35	G8 II-III	none	4702	RetDor I
99	27290	γ Dor	4.25	F4 III	none	18669	RetDor I
100	27371	γ Tau	3.65	K0 III	Kallinger	9245	Tau I
101	27396	53 d (V469) Per	4.85	B4 IV	Pigulski	165274	Per I
89147	AurPer I
102	27397	57 (V483) h Tau	5.59	F0 IV	Zwintz	28358	Tau I
103	27459	58 (V696) Tau	5.26	F0 V	Zwintz	37054	Tau I
104	27463	TT Ret	6.37	Ap EuCrSr:	none	19115	RetDor I
105	27628	60 (V775) Tau	5.72	A3m	Zwintz	9693	Tau I
106	27697	δ1 Tau	3.76	K0 III	Kallinger	9569	Tau I
107	27934	κ1 (K) Tau	4.22	A7 IV-V	Zwintz	100705	Tau I
62901	OriTau II
108	27962	δ3 (V776) Tau	4.29	A2 IV-Vs	Paunzen	9697	Tau I
109	28024	υ Tau	4.28	A8 Vn	Zwintz	102096	Tau I
62908	OriTau II
110	28052	71 (V777) Tau	4.49	F0 V	Zwintz	100693	Tau I
62881	OriTau II
111	28305	ε Tau	3.53	K0 III	Kallinger	24225	Tau I
112	28319	θ2 Tau	3.40	A7 III	Zwintz	100353	Tau I
55863	OriTau I
112195	OriTau II
113	28527		4.76	A6 IV	Zwintz	37438	Tau I
7429	OriTau I
114	28910	ρ Tau	4.65	A8 V	Zwintz	37311	Tau I
115	29139	α Tau	0.85	K5 III	Kallinger Beck	91625	Tau I
137230	OriTau I
110940	OriTau II
116	29140	88 d Tau	4.25	A5m	Paunzen	83157	Tau I
54167	OriTau II
117	29248	ν Eri	3.93	B2 III	Handler	105767	Ori II
24032	Ori III
57035	Ori IV
40457	Ori V
19519	OriTau I
22115	Ori VI
118	29305	α Dor	3.27	A0 III Si	none	18380	RetDor I
119	29388	90 c Tau	4.27	A6 V	Paunzen	18468	Tau I
120	29763	τ Tau	4.28	B3 V	Pigulski	58868	Tau I
62864	OriTau II
121	30211	μ Eri	4.02	B5 IV	Pigulski	106012	Ori II
17416	Ori III
57699	Ori IV
40595	Ori V
19597	OriTau I
22115	Ori VI
122	30478	κ Dor	5.27	A8/9 III-IV	none	19148	RetDor I
123	30652	π3 Ori	3.19	F6 V	Huber	31596	Ori II
53332	OriTau I
124	30739	π2 Ori	4.35	A1 Vn	Baade	27724	Ori IV
125	30780	97 (V480) i Tau	5.10	A7 IV-V	Zwintz	9267	Tau I
126	30836	π4 Ori	3.69	B2 III + B2 IV	Handler	105750	Ori II
16552	Ori III
57686	Ori IV
40396	Ori V
104345	OriTau I
22568	Ori VI
127	30959	o1 Ori	4.72	M3 S III	Lebzelter	34766	Tau I
128	31109	ω Eri	4.39	F4 III + A6 III	Moffat	68471	Ori II
129	31139	5 Ori	5.33	M1 III	Kallinger	38173	Ori II
130	31237	π5 Ori	3.72	B3 III + B0 V	Handler	59622	Ori I
105810	Ori II
17161	Ori III
28337	Ori IV
16655	Ori V
101565	OriTau I
22345	Ori VI
131	31283	6 g Ori	5.18	A3 V	none	18428	Tau I
132	31398	ι Aur	2.69	K3 II	Strassmeier	115568	AurPer I
133	31767	π6 Ori	4.47	K2 II	Moffat	31957	Ori II
134	31964	ε Aur	2.99	F0 Iae + B	Strassmeier	93315	AurPer I
135	32045	64 (S) Eri	4.77	F0 V	Zwintz	16339	Ori V
136	32068	ζ Aur	3.75	K5 II + B7 V	Strassmeier	87775	AurPer I
137	32249	ψ Eri	4.81	B3 IV	none	16269	Ori V
138	32301	ι Tau	4.64	A7 V	none	28157	Tau I
62908	OriTau II
139	32537	9 (V398) Aur	5.00	F0 V	Zwintz	55397	AurPer I
140	32549	11 (V1032) Ori	4.66	A1 VpSiCr	Paunzen	40738	Tau I
54105	OriTau II
141	32630	η Aur	3.17	B3 V	Strassmeier	93306	AurPer I
142	32977	106 l Tau	5.28	A5 IV	none	14660	Tau I
143	32990	103 Tau	5.50	B2 V	Pigulski	49348	Tau I
62857	OriTau II
144	33111	β Eri	2.79	A3 III	Moffat	59024	Ori I
31894	Ori II
16645	Ori V
53832	OriTau I
46786	OriTau II
145	33276	15 Ori	4.82	F2 IV	none	22539	Tau I
54110	OriTau II
146	33328	λ Eri	4.27	B2 IVne	Hubrig	106090	Ori II
581	Ori III
28388	Ori IV
16383	Ori V
147	33641	μ Aur	4.86	A4 Vm	Paunzen	20547	AurPer I
148	33904	μ Lep	3.31	B9 IIIp HgMn	Lüftinger	32321	Ori II
149	33959	14 (KW) Aur	5.00	A9 V	Zwintz	93174	AurPer I
150	34029	α Aur	0.08	G5 IIIe + G0 III	Strassmeier	74777	AurPer I
151	34078	AE Aur	5.96	O9.5 V	Moffat	10930	AurPer I
152	34085	β Ori	0.12	B8 Ia	Guinan	59123	Ori I
104406	Ori II
20772	Ori III
29482	Ori IV
23753	Ori V
32583	OriTau I
20928	Ori VI
153	34452	IQ Aur	5.37	A0p Si	Strassmeier	10949	AurPer I
154	34503	τ Ori	3.60	B5 III	Pigulski	59446	Ori I
105584	Ori II
8192	Ori III
22175	Ori IV
22015	Ori VI
155	34759	ρ Aur	5.21	B3 V	Pigulski	791	AurPer I
156	34816	λ Lep	4.29	B0.5 IV	Pigulski	98945	Ori II
27865	Ori IV
157	35039	o Ori	4.74	B2 IV	Pigulski	3855	Ori II
62323	OriTau I
21688	Ori VI
158	35149	23 Ori	5.00	B2 IV/V	none	19323	Ori VI
159	35296	111 (V1119) Tau	5.00	F8 V	Zwintz	2923	Tau I
160	35369	29 e Ori	4.14	G8 III	Kallinger	32018	Ori II
161	35411	η Ori	3.36	B1V + B2	Pigulski	59370	Ori I
106197	Ori II
24104	Ori III
50918	Ori IV
40778	Ori V
96840	OriTau I
22020	Ori VI
162	35439	ψ1 Ori	4.95	B1 Vpe	Baade	70802	Ori II
28595	Ori IV
40622	Ori V
85677	OriTau I
21634	Ori VI
163	35468	γ Ori	1.64	B2 III	Handler	59001	Ori I
103926	Ori II
21280	Ori III
21863	Ori IV
23794	Ori V
46460	OriTau I
20565	Ori VI
164	35497	β Tau = γ Aur	1.65	B7 III	Strassmeier	69676	Tau I
54137	OriTau II
165	35708	114 o Tau	4.88	B2.5 IV	Pigulski	9820	Tau I
62828	OriTau II
166	35715	ψ2 Ori	4.59	B2 IV	Pigulski	59860	Ori I
106138	Ori II
58580	Ori IV
40453	Ori V
95660	OriTau I
22240	Ori VI
167	36267	32 Ori	4.20	B5 V	Pigulski	98796	Ori II
16640	Ori V
62170	OriTau I
168	36371	χ Aur	4.76	B5 Iab	Handler	55243	AurPer I
169	36389	119 (CE) Tau	4.38	M2 Iab-Ib	Moffat	21641	Tau I
35363	OriTau I
48000	OriTau II
170	36485/6	δ Ori	2.23/6.83	B0 III + O9 V/B2 V	Moffat	59317	Ori I
105970	Ori II
22364	Ori III
58530	Ori IV
40557	Ori V
130509	OriTau I
45807	OriTau II
21321	Ori VI
171	36512	υ Ori	4.62	B0 V	Pigulski	98899	Ori II
172	36653	35 Ori	5.59	B3 V	Pigulski	6099	Tau I
173	36822	φ1 Ori	4.41	B0 III	Pigulski	31944	Ori II
63648	OriTau I
174	36861/2	λ Ori	3.54/5.45	O8 III((f))/B0.5 V	Moffat	59382	Ori I
105736	Ori II
8185	Ori III
29434	Ori IV
24047	Ori V
121118	OriTau I
45408	OriTau II
175	36959/60		5.67/4.78	B1 V/B0.5 V	Lüftinger	98565	Ori II
176	37018	42 c Ori	4.59	B1 V	Pigulski	33916	Ori II
22480	Ori VI
177	37022/41	θ1/θ2 Ori	5.13/5.09	O7 Vp/O9.5 Vp	Moffat	29805	Ori II
15029	Ori III
178	37043	ι Ori	2.77	O9 III	Moffat	59485	Ori I
105668	Ori II
21985	Ori III
29759	Ori IV
24406	Ori V
21540	Ori VI
179	37128	ε Ori	1.70	B0 Ia	Moffat	58977	Ori I
106004	Ori II
22117	Ori III
51627	Ori IV
40746	Ori V
131989	OriTau I
48259	OriTau II
21322	Ori VI
180	37160	φ2 Ori	4.09	G9.5 III	none	1194	OriTau I
181	37202	ζ Tau	3.00	B1 IVe shell	Baade	110957	Tau I
122532	OriTau I
110821	OriTau II
182	37350	β Dor	3.76	F6 II	none	115	RetDor I
183	37367	V433 Aur	5.98	B2 IV-V	Pigulski	40895	Tau I
184	37438	125 Tau	5.17	B3 IV	Pigulski	78075	Tau I
62926	OriTau II
185	37468	σ Ori	3.81	O9.5 V	Moffat	59182	Ori I
105899	Ori II
24251	Ori III
57871	Ori IV
40579	Ori V
100204	OriTau I
22306	Ori VI
186	37490	ω Ori	4.57	B3 IIIe	Baade	102733	Ori II
16863	Ori III
27611	Ori IV
15992	Ori V
63521	OriTau I
187	37711	126 Tau	4.86	B3 IV	Pigulski	40743	Tau I
62950	OriTau II
188	37742/3	ζ Ori	1.88/3.70	O9.7 Ib/B0 III	Moffat	58853	Ori I
106019	Ori II
22615	Ori III
57925	Ori IV
40384	Ori V
132674	OriTau I
48282	OriTau II
21408	Ori VI
189	38622	133 Tau	5.29	B2 IV-V	Pigulski	41006	Tau I
190	38771	κ Ori	2.06	B0.5 Ia	Moffat	59433	Ori I
106036	Ori II
21129	Ori III
29548	Ori IV
24043	Ori V
21370	Ori VI
191	38871		5.30	K0 II	Kallinger	6430	VelPic III
192	38899	134 Tau	4.88	B9 IV	Pigulski	16316	Tau I
193	38944	υ Aur	4.74	M0 III	Kallinger	10921	AurPer I
194	39003	ν Aur	3.97	G9.5 III	Strassmeier	55294	AurPer I
195	39060	β Pic	3.85	A5 V	Zwintz	47192	VelPic I
169348	VelPic II
64033	VelPic III
51116	VelPic IV
196	39357	136 Tau	4.55	A0 III	Khalack	14686	Tau I
197	39587	χ1 Ori	4.40	G0 V	none	39763	Tau I
198	39801	α Ori	0.50	M1-2 Ia-Iab	Guinan Strassmeier	59071	Ori I
130483	Ori II
17142	Ori III
29200	Ori IV
24113	Ori V
66448	OriTau I
22444	Ori VI
199	40111	139 Tau	4.82	B0.5 II	Handler	59633	Tau I
54120	OriTau II
200	40183	β Aur	1.90	A2 IV	Strassmeier	79151	AurPer I
201	40292		5.29	F1 V	Lüftinger	12441	VelPic II
202	40312	θ Aur	2.62	A0p Si	Lüftinger	92662	AurPer I
203	41116	1 Gem	4.16	G5 III	Kallinger	2664	Tau I
204	41753	ν Ori	4.40	B3 V	Pigulski	34662	Tau I
205	42933	δ Pic	4.81	O9 V + B3 III	Zahajkiewicz	46785	VelPic I
171054	VelPic II
63701	VelPic III
50655	VelPic IV
206	44402	ζ CMa	3.02	B2.5 V	Pigulski	20084	CMaPup I
207	44743	β CMa	1.98	B1 II-III	Handler	89481	CMaPup I
208	45348	α Car	-0.72	F0 II	Zieliński	48660	VelPic I
83039	VelPic II
209	45871	IY CMa	5.74	B4 Vnpe	Baade	84984	CMaPup I
210	46273		5.22	F2 V	Zieliński	15972	VelPic II
211	46328	ξ1 CMa	4.33	B0.5 IV	Handler	179048	CMaPup I
212	47306	N Car	4.40	A0 II	Zwintz	3916	VelPic I
69571	VelPic II
213	47670	ν Pup	3.17	B8 III	Baade	47816	VelPic I
164225	VelPic II
63885	VelPic III
38315	CMaPup II
40938	VelPic IV
214	47973		4.93	G8 III	Kallinger	15888	VelPic II
6426	VelPic III
215	48917	10 (FT) CMa	5.20	B2 IIIe	Baade	122882	CMaPup I
216	49131	HP CMa	5.80	B2 III	Baade	33931	CMaPup I
217	49877	V448 Car	5.61	K5 III	Kallinger	47975	VelPic III
40428	VelPic IV
218	50013	κ CMa	3.96	B1.5 IVne	Baade	97131	CMaPup I
37169	CMaPup II
219	50123	HZ CMa	5.70	B6 Vnpe	Pigulski	85329	CMaPup I
220	50310	τ Pup	2.93	K1 III	Kallinger	6430	VelPic III
221	50337	V415 Car	4.42	G6 II	Zwintz	3924	VelPic I
54593	VelPic III
51416	VelPic IV
222	50707	15 (EY) CMa	4.83	B1 IV	Handler	182484	CMaPup I
223	50877	o1 CMa	3.87	K2 Iab	Moffat	50933	CMaPup I
224	50896	EZ CMa	6.91	WN5-B	Moffat	71775	CMaPup I
225	51309	ι CMa	4.37	B3 II	Handler	168127	CMaPup I
226	51799		4.95	M1 III	Kallinger	53899	VelPic III
39918	VelPic IV
227	52089	ε CMa	1.50	B2 II	Handler	88737	CMaPup I
36238	CMaPup II
228	52670	LS CMa	5.63	B2 V	Pigulski	51451	CMaPup I
229	52877	σ CMa	3.47	K7 Ib	Kallinger	59901	CMaPup I
36877	CMaPup II
230	53138	o2 CMa	3.02	B3 Iab	Handler	86879	CMaPup I
37168	CMaPup II
231	53244	γ CMa	4.12	B8 II	Pigulski	20694	CMaPup I
232	53811	H Pup	4.93	A4 IV	Paunzen	7335	VelPic II
233	54118	V386 Car	5.17	Ap Si	Paunzen	63625	VelPic II
9899	VelPic IV
234	54309	FV CMa	5.71	B2 IVe	Baade	6762	CMaPup I
235	54605	δ CMa	1.84	F8 Ia	Moffat	94687	CMaPup I
36840	CMaPup II
236	54893	A Pup	4.83	B3 IV/V	Zwintz	54825	VelPic III
40961	VelPic IV
237	55719	E Pup	5.31	A1 V: + ApSrEu	Lüftinger	30078	VelPic III
238	55892	I (QW) Pup	4.49	F0 IV	Zwintz	48269	VelPic I
110875	VelPic II
63829	VelPic III
41089	VelPic IV
239	56014	27 (EW) CMa	4.66	B3 IIIe	Baade	174964	CMaPup I
39479	CMaPup II
240	56022	L1 (OU) Pup	4.87	B9 V	Lüftinger	4207	VelPic I
77905	VelPic II
241	56139	ω CMa	3.85	B2 IV-Ve	Baade	181063	CMaPup I
37648	CMaPup II
242	56455	PR Pup	5.71	Ap	Lüftinger	8004	VelPic I
243	56456		4.76	B8/9 V	Pigulski	54312	VelPic II
244	56855	π Pup	2.70	K3 Ib + B5	Moffat	4189	VelPic I
659	VelPic III
36993	CMaPup II
10837	VelPic IV
245	57060	29 (UW) CMa	4.98	O7 Iafp	Moffat	156380	CMaPup I
36119	CMaPup II
246	57061	τ CMa	4.40	O9 Ib	Moffat	158182	CMaPup I
39284	CMaPup II
247	58155	NO CMa	5.43	B5 IIIn	Baade	85209	CMaPup I
248	58286		5.39	B3 III-IV	Pigulski	12657	CMaPup I
249	58343	FW CMa	5.33	B2.5 IVe	Baade	84919	CMaPup I
250	58350	η CMa	2.45	B5 Ia	Handler	97043	CMaPup I
36620	CMaPup II
251	59635	y Pup	5.40	B3 V	Lüftinger	8795	VelPic II
10270	VelPic IV
252	59717	σ Pup	3.25	K5 III	Kallinger	54002	VelPic III
37124	CMaPup II
50852	VelPic IV
253	61068	PT Pup	5.74	B2 III	Handler	85346	CMaPup I
254	61248		4.92	K3 III	Kallinger	54300	VelPic III
50843	VelPic IV
255	61715	y3 (MY) Pup	5.68	F7 Ib-II	Smolec	48517	VelPic I
78545	VelPic II
53947	VelPic III
40514	VelPic IV
256	62623	3 l Pup	3.96	A2 Iabe	Moffat	97476	CMaPup I
35889	CMaPup II
257	62747	V390 Pup	5.60	B2 II	Pigulski	51536	CMaPup I
258	63032	c Pup	3.61	K4 III	Kallinger	27241	VelPup IV
34078	CMaPup II
27244	VelPup V
10097	VelPic IV
259	63462	o Pup	4.50	B0 V:pe:	Baade	181464	CMaPup I
260	63700	ξ Pup	3.30	G6 Ib	Moffat	37064	CMaPup II
261	63744	Q Pup	4.71	K0 III	Kallinger	4099	VelPup I
262	63922	P Pup	4.11	B0 III	Zieliński	32465	VelPup I
3909	VelPic I
99147	VelPic II
10087	VelPic IV
263	63949	QS Pup	5.81	B1.5 IV	Handler	1309	VelPic I
7139	VelPic II
6433	VelPic III
264	64365	QU Pup	6.03	B2 III	Handler	3578	VelPic II
265	64440	a Pup	3.73	K1.5 II + A0	Kallinger	19058	VelPup I
3515	VelPic I
26877	VelPup IV
34253	CMaPup II
26628	VelPup V
10582	VelPic IV
266	64503	b (QZ) Pup	4.47	B2 V	Handler	130456	VelPic II
10304	VelPic IV
267	64722	V372 Car	4.49	B1.5 IV	Handler	19506	VelPic II
64130	VelPic III
40803	VelPic IV
268	64740		4.63	B2 V	Pigulski	114331	VelPup I
7548	VelPic I
3711	VelPup II
71791	VelPic II
1891	VelPup III
269	64760	J Pup	4.24	B0.5 Ib	Moffat	116929	VelPup I
7394	VelPic I
3896	VelPup II
71731	VelPic II
1894	VelPup III
64186	VelPic III
51067	VelPic IV
270	65456	χ Pup	4.79	A7 III	none	2991	CMaPup II
271	65551	N Pup	5.06	B2 III-IV	Pigulski	50077	VelPic II
272	65575	χ Car	3.47	B3 IVp	Handler	119281	VelPup I
						7691	VelPic I
						3197	VelPup II
						167366	VelPic II
						14785	VelPup III
						64160	VelPic III
						40719	VelPup IV
						49120	VelPup V
						50924	VelPic IV
						2855	VelPup VI
273	65818	V Pup	4.41	B1 Vp + B2:	Pigulski	117743	VelPup I
6338	VelPic I
3672	VelPup II
155764	VelPic II
1904	VelPup III
63836	VelPic III
50768	VelPic IV
274	66811	ζ Pup	2.25	O4 I(n)fp	Moffat	116398	VelPup I
						46882	VelPic I
						3634	VelPup II
						86236	VelPic II
						14773	VelPup III
						41558	VelPup IV
						36489	CMaPup II
						50045	VelPup V
						10588	VelPic IV
						2868	VelPup VI
275	67523	ρ Pup	2.81	F6 IIp	Antoci	141615	CMaPup I
38937	CMaPup II
276	68243/73	γ1/γ2 Vel	4.20/1.83	B1 IV/WC8 + O7.5	Moffat	116692	VelPup I
45786	VelPic I
3700	VelPup II
84349	VelPic II
14681	VelPup III
41092	VelPup IV
49910	VelPup V
2842	VelPup VI
277	68553	h1 (NS) Pup	4.45	K3 Ib	Kallinger	75488	VelPup I
278	68808	AH Vel	5.76	F7 Ib-II	Smolec	81707	VelPic II
10303	VelPic IV
279	68980	r Pup	4.77	B2ne	none	3013	CMaPup II
280	69142	h2 Pup	4.44	K1 II/III	Kallinger	6434	VelPup I
281	69144	NO Vel	5.13	B3 III	Pigulski	81522	VelPic II
10597	VelPic IV
282	71129	ε Car	2.01	K3 III	Zwintz	22971	VelPup I
12816	VelPup III
40338	VelPup IV
48691	VelPup V
2815	VelPup VI
283	71878	β Vol	3.77	K1 III	Kallinger	17708	Car I
903	Car II
284	72127		4.99	B2 IV	Handler	1254	VelPup I
285	73634	e Vel	4.14	A6 II	Lüftinger	23400	VelPup I
6595	VelPup III
286	74006	β Pyx	3.97	G7 Ib-II	Kallinger	19135	VelPup I
26955	VelPup IV
26952	VelPup V
287	74180	b Vel	3.84	F3 Ia	Moffat	122016	VelPup I
6159	VelPup III
288	74195	o Vel	3.62	B3 IV	Pigulski	119869	VelPup I
4051	VelPup II
14803	VelPup III
35917	VelPup IV
22687	VelPup V
2792	VelPup VI
289	74375	d (V343) Car	4.33	B1.5 III	Handler	81901	VelPup I
4107	Car I
12914	VelPup III
14427	VelPup IV
48778	Car II
23408	VelPup V
31744	Car III
2949	VelPup VI
290	74560	HY Vel	4.86	B3 IV	Pigulski	1285	VelPup I
291	74575	α Pyx	3.68	B1.5 III	Handler	117380	VelPup I
292	74772	d Vel	4.07	G5 III	Kallinger	17869	VelPup I
293	74956	δ Vel	1.96	A1 V	Huber	110882	VelPup I
12565	VelPup III
13728	VelPup IV
22064	VelPup V
2746	VelPup VI
294	75063	a Vel	3.91	A0 II	Zwintz	8184	VelPup I
295	75311	f (V344) Car	4.49	B3 Vne	Baade	69804	VelPup I
3858	VelPup II
89988	Car I
8347	VelPup III
78186	Car II
31636	Car III
80255	CruCar II
296	75821	f (KX) Vel	5.12	B0 III	Zahajkiewicz	1237	VelPup I
297	76728	c Car	3.84	B8.5 II	Pigulski	34887	VelPup I
4413	VelPup II
3955	Car I
15174	VelPup III
15495	VelPup IV
25214	VelPup V
3160	VelPup VI
298	77002	b1 (V376) Car	4.89	B2 V	Handler	4208	VelPup I
299	78004	c Vel	3.75	K2 III	Kallinger	17472	VelPup I
300	78045	α Vol	4.00	A2-3 IVm	Paunzen	32712	Car I
301	78647	λ Vel	2.21	K4.5 Ib-II	Moffat	73593	VelPup I
6185	VelPup III
26609	VelPup IV
26328	VelPup V
302	78764	E (V345) Car	4.65	B2 IVe	Baade	98283	Car I
26825	Car II
55273	CruCar II
303	79351	a (V357) Car	3.44	B2 IV-V	Pigulski	117264	VelPup I
						3856	VelPup II
						38567	Car I
						14853	VelPup III
						41158	VelPup IV
						48773	Car II
						49066	VelPup V
						31581	Car III
						2800	VelPup VI
						25025	CruCar II
304	79447	i Car	3.97	B3 III	Pigulski	4038	Car I
23430	CruCar II
305	79940	k Vel	4.62	F3/5 V	Zwintz	10873	VelPup I
306	80007	β Car	1.68	A2 IV	Huber	11551	Car I
307	80230	g Car	4.34	M1 III	Kallinger	14115	VelPup I
23405	Car I
308	80404	ι Car	2.25	A8 Ib	Zwintz	102596	VelPup I
4388	VelPup II
27091	Car I
15008	VelPup III
43349	VelPup IV
52594	VelPup V
3103	VelPup VI
309	81188	κ Vel	2.50	B2 IV-V	Pigulski	115162	VelPup I
3723	VelPup II
38575	Car I
14741	VelPup III
40552	VelPup IV
3124	Car II
48793	VelPup V
2812	VelPup VI
25139	CruCar II
310	82434	ψ Vel	3.60	F3 IV + F0 IV	Lüftinger	23613	VelPup I
311	82668	N Vel	3.13	K5 III	Kallinger	77394	VelPup I
23428	Car I
5736	VelPup III
27367	VelPup IV
47196	Car II
26909	VelPup V
31648	Car III
312	83183	h Car	4.08	B5 II	Pigulski	26705	VelPup I
31223	Car I
922	Car II
25304	CruCar II
313	83446	M Vel	4.35	A7 V	Zwintz	35451	VelPup I
47904	Car II
31884	Car III
314	84810	l Car	3.69	G5 Iab-Ib	Smolec	33395	Car I
315	85123	υ Car	3.01	A6 Ib	Zieliński	32555	Car I
316	86440	φ Vel	3.54	B5 Ib	Handler	83819	VelPup I
23507	Car I
47897	Car II
31772	Car III
25091	CruCar II
317	87543		6.14	B7 IVne	Pigulski	12942	Car I
318	88661	QY Car	5.72	B2 IVpne	Baade	88849	Car I
29099	Car II
55386	CruCar II
319	88824	LW Vel	5.27	F0 IV	Zwintz	50850	Car II
31357	Car III
320	89080	ω Car	3.32	B8 III	Baade	5104	CruCar I
14771	Car I
321	89388	q (V337) Car	3.35	K3 IIa	Zieliński	31408	Car I
322	89682	GZ Vel	4.54	K3 II	Zieliński	23504	Car I
323	89890	J (MV) Vel	4.50	B3 IIIe	Baade	103307	Car I
27416	Car II
80867	CruCar II
324	90772	V399 Car	4.66	A9 Ia	Zieliński	58284	Car I
25400	CruCar II
325	90853	s Car	3.82	F2 II	Zieliński	11196	Car I
48579	Car II
31620	Car III
25195	CruCar II
326	91056		5.27	M0 III	none	1001	Car II
327	91465	p (PP) Car	3.32	B4 Vne	Baade	98415	CruCar I
48760	Car I
48208	Car II
31542	Car III
25045	CruCar II
328	92063	t1 Car	5.09	K1 III	Kallinger	77689	Car II
31887	Car III
55436	CruCar II
329	-	V906 Car	var	nova	Aydi	27045	Car II
330	92287	V514 Car	3.32	B4 Vne	Baade	65690	Car I
26806	Car II
55482	CruCar II
331	92449	x Vel	4.28	G2-3 Ib	Smolec	11154	Car I
332	92664	V364 Car	5.52	B9 pSi	Paunzen	58402	Car I
333	92740	V429 Car (WR 22)	6.42	WN7-A	Moffat	89308	Car I
75810	Car II
1079	Car III
55382	CruCar II
334	92938	V518 Car	4.82	B4 V	Paunzen	1578	Car I
335	92964	V519 Car	5.38	B2.5 Iae	Handler	89328	Car I
2162	Car II
336	93030	θ Car	2.76	B0 Vp	Handler	46759	CruCar I
31672	Car III
337	93128		6.99	O3.5 V((f))	Moffat	2845	Car I
338	93131	WR 24	6.48	WN6ha-w	Moffat	68095	CruCar I
90247	Car I
78047	Car II
32038	Car III
56088	CruCar II
339	93163		5.77	B2.5 V	Pigulski	13120	Car I
340	93194		4.82	B5 Vn	Baade	38126	Car I
988	Car II
341	93206	QZ Car	6.24	O9.7 Ibn	Blackford	90247	Car I
78047	Car II
32038	Car III
56633	CruCar II
342	93308	η Car	6.21	O5.5 III (LBV)	Sterken + Richardson	68009	CruCar I
85948	Car I
75219	Car II
32151	Car III
78517	CruCar II
343	93563		5.23	B8/9 III	Pigulski	928	Car II
344	93695		6.47	B5 V	Pigulski	76283	Car I
345	93737	V522 Car	6.00	A0 Ia-Iab	Moffat	1605	Car I
346	94510	u Car	3.78	K1 III	Huber	43672	CruCar I
25360	CruCar II
347	95109	U Car	6.29	G0 Ib	Smolec	88240	Car I
348	96265		8.03	M0 III	Kallinger	75566	Car I
349	96548	V385 Car (WR 40)	7.70	WN4h	Moffat	77465	Car I
10676	Car II
350	96918	x (V382) Car	3.91	G4 Ia	Lovekin	18117	CruCar I
351	96919	V371 Car	5.13	B9 Ia	Moffat	75164	Car I
76417	Car II
31884	Car III
55363	CruCar II
352	98718	π Cen	3.89	B5 Vn	Pigulski	79245	CruCar I
353	99556		5.30	B3 IV	Pigulski	75296	Car I
25377	Car II
55277	CruCar II
354	100261	o1 Cen	5.13	G3 Ia	Moffat	38237	Car I
355	100673	A Cen	4.61	B8.5 V	Pigulski	4426	CruCar I
356	100841	λ Cen	3.13	B9 III	Paunzen	50422	CruCar I
357	101379	12 (GT) Mus	5.01	G2 III	Kallinger	88821	Car I
73330	Car II
55270	CruCar II
358	102249	λ Mus	3.65	A7 V	Zwintz	26656	CruCar I
359	102350		4.11	G5 Ib-II	Moffat	24807	CruCar I
360	102776	j Cen	4.32	B3 Vne	Baade	68066	CruCar I
88654	Car I
73685	Car II
31673	Car III
55320	CruCar II
361	103884		5.56	B4 V	Pigulski	48257	Car II
32233	Car III
362	104671	θ1 Cru	4.33	Am	Lüftinger	13952	CruCar I
363	105211	η Cru	4.15	F2 V	Zwintz	33731	CruCar I
42359	Car II
31065	Car III
364	105435	δ Cen	2.52	B2 Vne	Baade	46814	CruCar I
365	105937	ρ Cen	3.96	B3 V	Pigulski	33832	CruCar I
366	106490	δ Cru	2.80	B2 V	Pigulski	148194	CruCar I
5831	Car I
46483	Car II
31549	Car III
367	106849	ε Mus	4.11	M5 III	Kallinger	52537	CruCar I
368	106983	ζ Cru	4.04	B2.5 V	Handler	20480	CruCar I
926	Car II
369	107446	ε Cru	3.59	K3-4 III	Kallinger	59012	CruCar I
2261	Car II
370	108248/9	α1/α2 Cru	1.40/1.55	B0.5 IVe/B1 Ve	Pigulski	118310	CruCar I
914	Car I
371	108483	σ Cen	3.91	B2 V	Handler	33873	CruCar I
372	108903	γ Cru	1.63	M3.5 III	Huber	119410	CruCar I
373	108968	35 (BG) Cru	5.53	F7 Ib/II	Smolec	68027	CruCar I
374	109026	γ Mus	3.88	B3 V	Paunzen	110170	CruCar I
375	109668	α Mus	2.69	B2 IV-V	Pigulski	129163	CruCar I
376	109787	τ Cen	3.86	A1 IVnn	none	3123	CruCar I
377	110304	γ Cen	2.17	A1 IV + A0 IV	none	3128	CruCar I
378	110335	39 (CH) Cru	4.94	B5 III	Pigulski	23191	CruCar I
379	110432	BZ Cru	5.31	B0.5 IVpe	Smith	23488	CruCar I
380	110879	β Mus	3.05	B2.5 V	Paunzen	133936	CruCar I
381	111123	β Cru	1.25	B0.5 III	Pigulski	120705	CruCar I
382	112078	λ Cru	4.60	B3 Vne	Pigulski	67982	CruCar I
383	112092	μ1 Cru	4.03	B2 IV-V	Paunzen	90781	CruCar I
384	112244		5.32	O8.5 Iab(f)p	Moffat	78350	CruCar I
385	112985	δ Mus	3.62	K2 III	Kallinger	10893	CruCar I
386	113791	ξ2 Cen	4.27	B1.5 V	Pigulski	34182	CruCar I
387	113904	θ Mus	5.53	WC5 + B0 III + O9 IV	Moffat	63699	CruCar I
388	114911	η Mus	4.77	B7 III + B7 III +	Southworth	74381	CruCar I
389	118716	ε Cen	2.30	B1 III	Handler	112700	Cen I
109976	CruCar I
106916	Cen II
390	120307	ν Cen	3.41	B2 IV	Pigulski	114411	Cen I
76362	Cen II
391	120324	μ Cen	3.04	B2 IV-Ve	Baade	114714	Cen I
116025	Cen II
392	120640		5.75	B2 III	none	2870	Cen II
393	120991	V767 Cen	6.10	B2 Ve	Baade	2889	Cen II
394	121263	ζ Cen	2.55	B2.5 IV	Handler	112874	Cen I
3165	CruCar I
99329	Cen II
395	121743	φ Cen	3.83	B2 IV	Handler	114511	Cen I
48124	Cen II
396	121790	υ1 Cen	3.87	B2 IV-V	Paunzen	87244	Cen I
54937	Cen II
397	122223	υ2 Cen	4.33	F7 II/III	none	26960	Cen II
398	122451	β Cen	0.61	B1 III	Pigulski	112380	Cen I
90491	CruCar I
96320	Cen II
399	122532	V828 Cen	6.09	Ap Si	Lüftinger	12740	Cen II
400	122980	χ Cen	4.36	B2 V	Paunzen	85297	Cen I
37814	Cen II
401	124367	V795 Cen	5.07	B4 Vne	Paunzen	5172	Cen II
402	125238	ι Lup	3.55	B2.5 IV	Handler	86509	Cen I
90679	Cen II
403	125288	ν Cen	4.35	B5 Ib/II	Handler	17968	Cen II
404	125442		4.77	F0 IV	Handler	14933	Cen II
405	125628		4.93	G9 III	Kallinger	5505	Cen II
406	125823	a Cen	4.42	B7 IIIp	Pigulski	84972	Cen I
23499	Cen II
407	126341	τ1 Lup	4.56	B2 IV	Pigulski	111759	Cen I
23743	Cen II
408	126354	τ2 Lup	4.35	F4 IV + A7:	Pigulski	84136	Cen I
409	127381	σ Lup	4.42	B2 III	Neiner	84019	Cen I
23272	Cen II
410	127972/3	η Cen	2.31	B1.5 Vne	Baade	113460	Cen I
95799	Cen II
411	128345	ρ Lup	4.05	B5 V	Pigulski	86235	Cen I
93471	Cen II
412	128620/1	α Cen	-0.01	G2 V	Huber	272915	Cen I
2745	CruCar I
93432	Cen II
413	128898	α Cir	3.19	Ap SrEuCr:	Weiss	112919	Cen I
122853	CruCar I
101367	Cen II
414	129056	α Lup	2.30	B1.5 III/Vn	Handler	112768	Cen I
98760	Cen II
415	129116	b Cen	4.00	B3 V	Paunzen	86684	Cen I
416	129557	BU Cir	6.09	B2 III	Pigulski	5180	Cen II
417	129893	b Lup	5.21	G8 III	Kallinger	5488	Cen II
418	130807	o Lup	4.32	B5 IV	Pigulski	84412	Cen I
72398	Cen II
419	132058	β Lup	2.68	B2 III/IV	Pigulski	112548	Cen I
97415	Cen II
420	132200	κ Cen	3.13	B2 IV	Pigulski	113241	Cen I
122235	Cen II
421	133242	π Lup	4.72	B5 V	Paunzen	4934	Cen I
41727	Cen II
422	133955	λ Lup	4.07	B3 V	Lovekin	46513	Cen II
423	134270		5.43	G2 Ib/II + B7:	Moffat	2831	Cen II
424	134481	κ1 Lup	3.87	B9.5 Vne	Baade	85710	Cen I
23613	Cen II
425	134505	ζ Lup	3.41	G8 III	Huber	112915	Cen I
7125	Cen II
426	134687	e Lup	4.81	B3 IV/V	Lovekin	20821	Cen II
427	135240	δ Cir	5.09	O8.5 V	Pigulski	15877	AraSco I
428	135345		5.17	G5 Ia + B	Moffat	2866	Cen II
429	135379	β Cir	4.07	A3 V	Lüftinger	85922	Cen I
430	135591		5.46	O8 IV((f))	Moffat	2658	AraSco I
431	135734	μ Lup	4.27	B8 Ve	Baade	83868	Cen I
2880	Cen II
432	135876	GG Lup	5.60	B7 V	Paunzen	22973	Cen II
433	136298	δ Lup	3.22	B1.5 IV	Pigulski	111781	Cen I
123352	Sco I
116784	Cen II
107122	Sco II
434	136415	γ Cir	4.51	B5 IV + F8	Pigulski	82596	Cen I
4473	AraSco I
435	136504	ε Lup	3.37	B2 IV-V	Paunzen	86425	Cen I
28084	Sco I
64623	Cen II
436	136664	φ2 Lup	4.54	B3 IV	Paunzen	21206	Sco I
7153	Sco II
437	138690	γ Lup	2.78	B2 IV	Pigulski	113044	Cen I
124369	Sco I
79753	Cen II
123620	Sco II
438	138769	d (KT) Lup	4.54	B3 IVp	Paunzen	23659	Cen II
439	139127	ω Lup	4.33	K4.5 III	Kallinger	3354	Cen I
440	139365	τ Lib	3.66	B2.5 V	Pigulski	117855	Sco I
128138	Sco II
441	141556	χ Lup	3.95	B9 IV	Lüftinger	111943	Sco I
442	141637	1 b Sco	4.64	B1.5 Vn	Moffat	34856	Sco II
443	141891	β TrA	2.85	F2 III	Paunzen	381	AraSco I
444	142114	2 Sco	4.59	B2.5 Vn	Moffat	34944	Sco II
445	142514		5.75	B7 III	Pigulski	4400	AraSco I
446	142669	ρ Sco	3.88	B2 IV-V	Pigulski	106613	Sco I
22581	Sco II
447	142990	V913 Sco	5.43	B5 V	Paunzen	124244	Sco II
448	143018	π Sco	2.89	B1 V + B2 V	Pigulski	123931	Sco I
245902	Sco II
449	143118	η Lup	3.41	B2.5 IV	Pigulski	122253	Sco I
125840	Sco II
450	143275	δ Sco	2.32	B0.5 IV	Baade	89157	Sco I
31763	Sco II
451	143474	ι1 Nor	4.63	A7 IV	none	2663	AraSco I
452	144217/8	β1/β2 Sco	2.62/4.69	B1 V + B2 V	Handler	69187	Sco I
45620	Sco II
453	144294	θ Lup	4.23	B2.5 Vn	Paunzen	35789	Sco I
130580	Sco II
454	144470	ω1 Sco	3.96	B1 V	Handler	121375	Sco I
116367	Sco II
455	145361	ζ Nor	5.81	F2 III	none	9340	AraSco I
456	145482	c2 Sco	4.57	B2 Vn	Paunzen	21294	Sco I
457	145502	ν Sco	4.01	B2 IV	Paunzen	65085	Sco I
12986	Sco II
458	145689		5.75	A4 V	none	4226	AraSco I
459	146143	γ1 Nor	4.99	F9 Ia	Moffat	9369	AraSco I
460	147152		5.33	B6 IV	Paunzen	7202	AraSco I
461	147165	σ Sco	2.89	B1 III	Pigulski	125681	Sco I
125441	Sco II
462	147787	ι TrA	5.27	F4 IV	Zwintz	16390	AraSco I
463	148478	α Sco	0.96	M1.5 Iab-Ib + B4 V	Guinan	94757	Sco I
66420	Sco II
464	148605	22 i Sco	4.79	B3 V	Moffat	12341	Sco II
465	148688	V1058 Sco	5.39	B1 Ia	Pigulski	21468	Sco I
63058	Sco II
466	148703	N Sco	4.23	B2 III-IV	Pigulski	122683	Sco I
7151	Sco II
467	149038	μ Nor	4.94	B0 Ia	Handler	21403	Sco I
62923	Sco II
468	149404	V918 Sco	5.47	O9 Ia + O	Rauw	21448	Sco I
63193	Sco II
469	149438	τ Sco	2.81	B0 V	Pigulski	113893	Sco I
124811	Sco II
470	149671	η1 TrA	5.91	B7 IVe	none	4297	AraSco I
471	149711	V1003 Sco	5.83	B2 V	Paunzen	62971	Sco II
472	150168		5.65	B1 Iab-Ib	Moffat	16594	AraSco I
473	150549	LP TrA	5.13	Ap Si	Lüftinger	14458	AraSco I
474	150745		5.74	B2 IV-V	Moffat	9337	AraSco I
475	150898		5.58	B0.5 Ia	Pigulski	9383	AraSco I
476	151680	ε Sco	2.29	K2.5 III	Kallinger	100034	Sco I
126685	Sco II
477	151804	V973 Sco	5.22	O8 Iaf	Moffat	21442	Sco I
63296	Sco II
478	151890	μ1 Sco	2.98	B1.5 V	Pavlovski	122928	Sco I
129678	Sco II
479	151985	μ2 Sco	3.54	B2 IV	Pavlovski	120222	Sco I
129810	Sco II
480	152564	MX TrA	5.79	Ap Si	Lüftinger	12442	AraSco I
481	153053		5.65	A5 IV-V	none	2682	AraSco I
482	155203	η Sco	3.33	F5 IV	Paunzen	37678	Sgr II
45900	Sgr III
32039	Sgr IV
37450	Sgr V
26842	Sgr VI
483	155341	V829 Ara	6.11	M1/2 III-IV + A	none	58522	Sgr VI
484	156838		5.70	B2 IV	Moffat	4521	AraSco I
485	157042	ι Ara	5.25	B2 Vnne	none	58567	Sgr VI
486	157056	θ Oph	3.27	B2 IV	Pigulski	2952	Sgr I
124329	Sgr II
67594	Sgr III
32120	Sgr IV
54662	Sgr V
27594	Sgr VI
487	157243		5.11	B6 V	none	2654	Sgr VI
488	157244	β Ara	2.85	K3 Ib	none	61219	Sgr VI
489	157246	γ Ara	3.34	B1 Ib	none	9377	AraSco I
61325	Sgr VI
490	157792	44 b Oph	4.17	A3m	Lüftinger	2960	Sgr I
61982	Sgr II
51076	Sgr III
13690	Sgr IV
35617	Sgr V
20615	Sgr VI
491	157919	45 d Oph	4.29	F5 IV	Lüftinger	2805	Sgr I
61781	Sgr II
50499	Sgr III
13419	Sgr IV
33644	Sgr V
13019	Sgr VI
492	158220	V862 Ara	5.98	B7 II-III	none	58610	Sgr VI
493	158408	υ Sco	2.69	B2 IV	Pigulski	2935	Sgr I
124538	Sgr II
161313	Sgr III
31835	Sgr IV
54676	Sgr V
90308	Sgr VI
494	158427	α Ara	2.95	B2 Vne	none	16613	AraSco I
62752	Sgr VI
495	158643	51 c Oph	4.81	B9.5 IIIe	Baade	100423	Sgr III
17622	Sgr V
496	158926	λ Sco	1.63	B2 IV + B	Pigulski	2966	Sgr I
124543	Sgr II
161441	Sgr III
31886	Sgr IV
54982	Sgr V
104820	Sgr VI
497	159433	Q Sco	4.29	K0 IIIb	Kallinger	2944	Sgr I
498	159492	π Ara	5.25	A5 IV-V	none	2690	AraSco I
61315	Sgr VI
499	159532	θ Sco	1.86	F1 II	none	2946	Sgr I
124411	Sgr II
67540	Sgr III
32000	Sgr IV
55184	Sgr V
27841	Sgr VI
500	159876	ξ Ser	3.52	F0 IV	Paunzen	5753	Sgr III
501	160032	λ Ara	4.77	F3 IV	none	7238	AraSco I
61351	Sgr VI
502	160578	κ Sco	2.41	B1.5 III	Pigulski	2867	Sgr I
124477	Sgr II
161283	Sgr III
31858	Sgr IV
54705	Sgr V
104880	Sgr VI
503	161471	ι1 Sco	3.03	F2 Iae	Lovekin	2860	Sgr I
124522	Sgr II
161719	Sgr III
31932	Sgr IV
55048	Sgr V
31752	Sgr VI
504	161592	X Sgr	4.54	F7 II	Smolec	2971	Sgr I
86738	Sgr II
21536	Sgr III
17606	Sgr V
505	161783	V539 Ara	5.92	B2 V + B3 V	Moffat	16543	AraSco I
506	161840		4.80	B8 V	Pigulski	92661	Sgr III
16884	Sgr IV
507	161892	G Sco	3.21	K2 III	Kallinger	2929	Sgr I
86708	Sgr II
6519	Sgr III
17329	Sgr IV
74633	Sgr VI
508	161912	ι2 Sco	4.80	A2 Ib	Moffat	7501	Sgr III
17846	Sgr V
2655	Sgr VI
509	162374	V957 Sco	5.90	B6 Ib	none	2658	Sgr VI
510	162517		6.02	F2 V	none	2656	Sgr VI
511	163376		4.86	M0 III	none	59019	Sgr VI
512	163955	4 Sgr	4.72	B9 V	Pigulski	27938	Sgr III
513	164975	γ1 Sgr	4.69	F7 Ib + A0 V	Smolec	3011	Sgr I
86716	Sgr II
21504	Sgr III
17922	Sgr V
14304	Sgr VI
514	165024	θ Ara	3.66	B2 Ib	Pigulski	9383	AraSco I
63303	Sgr VI
515	165040	π Pav	4.35	A7p Sr	Paunzen	2620	AraSco I
516	165135	γ2 Sgr	2.99	K0 III	Kallinger	2901	Sgr I
86708	Sgr II
6518	Sgr III
17608	Sgr IV
14324	Sgr VI
517	165634		4.56	K0 III	Kallinger	6502	Sgr II
7661	Sgr III
17804	Sgr V
518	166937	μ Sgr	3.86	B8 Iap	Pigulski	2999	Sgr I
43560	Sgr II
153315	Sgr III
32128	Sgr IV
54802	Sgr V
35118	Sgr VI
519	167128	QV Tel	5.33	B3 IIIep	Baade	9375	AraSco I
62980	Sgr VI
520	167264	15 Sgr	5.37	O9.7 Iab	none	14332	Sgr VI
521	167618	η Sgr	3.11	M3.5 III	Kallinger	2962	Sgr I
86644	Sgr II
14271	Sgr III
17987	Sgr V
63275	Sgr VI
522	168454	δ Sgr	2.67	K2.5 IIIa_CN0.5	Kallinger	2887	Sgr I
6528	Sgr II
7757	Sgr III
17486	Sgr IV
17923	Sgr V
14326	Sgr VI
523	168733	V4050 Sgr	5.34	B7 Ib/II	none	1549	Sgr VI
524	169022	ε Sgr	1.85	B9.5 III	Pigulski	2923	Sgr I
124525	Sgr II
52588	Sgr III
32146	Sgr IV
37603	Sgr V
27819	Sgr VI
525	169467	α Tel	3.21	B3 IV	Paunzen	37809	Sgr II
54226	Sgr III
32545	Sgr IV
55433	Sgr V
87888	Sgr VI
526	169767	ζ Tel	4.13	K1 III-IV	none	60304	Sgr VI
527	169916	λ Sgr	2.81	K0 IV	Kallinger	2993	Sgr I
6564	Sgr II
7560	Sgr III
17415	Sgr IV
17821	Sgr V
14313	Sgr VI
528	169978	ν Pav	4.64	B7-8 III	Pigulski	16353	AraSco I
529	171034		5.28	B2 III-IV	none	1498	Sgr VI
530	172167	α Lyr	0.03	A0 Va	Huber	76372	CygLyr I
709	Cyg III
531	172555		4.79	A5 IV-V	none	1848	AraSco I
532	172910		4.87	B2 V	Handler	6417	Sgr II
107489	Sgr III
15826	Sgr VI
533	173300	φ Sgr	3.17	B8 III	Pigulski	3008	Sgr I
100195	Sgr III
17809	Sgr V
534	173607/8	ε2 Lyr	5.23	A6 Vn	none	11671	Cyg III
535	173648/9	ζ1/ζ2 Lyr	4.36	A4m	Lüftinger	90498	CygLyr I
69928	Cyg III
536	173948	λ Pav	4.22	B2 II-III	none	12608	AraSco I
537	174638	β Lyr	3.45	B8 IIpe	Rucinski	91253	CygLyr I
88854	Cyg III
538	174694	κ Pav	4.44	F5 I-II	Moffat	901	AraSco I
539	175191	σ Sgr	2.07	B3 IV	Pigulski	93894	Sgr III
14327	Sgr VI
540	175362	V686 CrA	5.38	B3 V	none	77526	Sgr VI
541	175588	δ2 Lyr	4.30	M4 II	Paunzen	84634	CygLyr I
38320	Cyg III
542	175775	ξ2 Sgr	3.51	G8/K0 II-III	none	11031	Sgr VI
543	175813	ε CrA	4.83	F2 V	none	76597	Sgr VI
544	176437	γ Lyr	3.24	B9 III	Paunzen	90975	CygLyr I
74603	Cyg III
545	176502	V543 Lyr	6.19	B3 V	Guzik	16159	Cyg III
546	176687	ζ Sgr	2.59	A2 IV	none	14327	Sgr VI
547	176723	V701 CrA	5.72	F2 III-IV	none	11008	Sgr VI
548	177196	16 Lyr	5.01	A6 IV	none	15638	Cyg III
549	177716	τ Sgr	3.31	K1 III	none	14330	Sgr VI
550	178253	α CrA	4.09	A2 IV	none	14332	Sgr VI
551	178345	β CrA	4.10	K0 II-III	none	14343	Sgr VI
552	178449	17 Lyr	5.22	F0 V	none	48642	Cyg III
553	178475	ι Lyr	5.28	B7 IV	Pigulski	65810	CygLyr I
53826	Cyg III
554	179583		6.19	A3 V	Guzik	15902	Cyg III
555	180163	η Lyr	4.39	B2.5 IV	Handler	68946	CygLyr I
83652	Cyg III
556	180450		5.85	M0 III	Kallinger	26575	Cyg III
557	181296	η Tel	5.02	A0 V	none	1487	Sgr VI
558	182255	3 (V377) Vul	5.18	B6 III	Kallinger	49551	CygLyr I
559	182568	2 Cyg	4.97	B3 IV	Kallinger	65720	CygLyr I
42418	Cyg III
560	183056	4 (V1741) Cyg	5.15	B8 VSiFeII	none	11660	Cyg III
561	183362	V558 Lyr	6.34	B3 Ve	Guzik	15918	Cyg III
562	183912/3	β Cyg	3.08/5.16	K3 II + B9.5 V	Baade	71158	CygLyr I
563	184006	ι Cyg	3.77	A5 V	Huber	19174	CygLyr I
564	184171	8 Cyg	4.74	B3 IV	Handler	66430	CygLyr I
31659	Cyg III
565	185351		5.17	G8.5 III	none	15972	Cyg III
566	186155		5.06	F5 II-III	none	44421	CygLyr II
567	186882	δ Cyg	2.87	B9.5 IV + F1 V	Pigulski	52089	Cyg I
56572	Cyg II
11624	Cyg III
568	187013	17 Cyg	4.99	F5.5 IV-V	Paunzen	3267	CygLyr I
569	187849	19 (V1509) Cyg	5.12	M2 III	Kallinger	11183	Cyg I
26572	Cyg III
51572	CygLyr II
570	187879	V380 Cyg	5.68	B1 IV + B3 V	none	8202	CygLyr II
571	188209		5.63	O9.5 Iab	none	41834	Cyg III
572	188252		5.91	B2 III	Guzik	27805	Cyg III
573	188892	22 Cyg	4.94	B5 IV	Pigulski	3058	Cyg I
17350	Cyg II
74216	Cyg III
8228	CygLyr II
574	188947	η Cyg	3.88	K0 III	Kallinger	34740	Cyg I
15939	CygLyr I
575	189178		5.45	B5 V	Pigulski	10049	Cyg II
43509	Cyg III
576	189687	25 (V1746) Cyg	5.19	B3 IVe	Baade	3053	Cyg I
17519	Cyg II
31643	Cyg III
59637	CygLyr II
577	189849	15 (NT) Vul	4.66	A4 III	Smalley	20147	Cyg II
3254	CygLyr I
578	190429		6.63	O4 If + O9.5 II	Pigulski	15971	Cyg III
579	190603	V1768 Cyg	5.65	B1.5 Ia	Handler	30737	Cyg III
580	191026	b1 (V2008) Cyg	5.36	G8.5 IVa	Zieliński	54557	Cyg III
581	191610	28 (V1624) Cyg	4.93	B2.5 Ve	Baade	12713	Cyg I
115137	Cyg II
66181	CygLyr I
89977	Cyg III
59528	CygLyr II
582	192044	20 Vul	5.92	B7 Ve	Pigulski	6995	CygLyr II
583	192518	21 (NU) Vul	5.19	A7 IVn	Zwintz	59707	CygLyr II
584	192577/8	31 o1 (V695) Cyg	3.80	K2 II + B3 V	Bennett	34439	Cyg I
8277	Cyg II
14098	Cyg III
51708	CygLyr II
585	192640	29 (V1644) Cyg	4.97	A2 V	Zwintz	49365	Cyg I
68603	Cyg II
65023	CygLyr I
90165	Cyg III
60140	CygLyr II
586	192685	QR Vul	4.78	B3 IIIe	Baade	107960	Cyg II
64650	CygLyr I
51548	CygLyr II
587	192696	33 Cyg	4.27	A3 IV-V	none	12325	Cyg III
588	192787		5.70	G8 III	none	15982	Cyg III
589	192806	23 Vul	4.52	K3 III	Kallinger	23173	Cyg I
590	192909/10	32 o2 (V1488) Cyg	3.98	K3 Ib-II + B3 V	Bennett	28562	Cyg I
36956	Cyg III
591	192987		6.45	B6 III	Pigulski	15788	Cyg III
592	193092		5.24	K5 Iab	Bennett	11187	Cyg I
593	193237	34 (P) Cyg	4.81	B1.5 Iabe	Richardson	66408	Cyg I
111381	Cyg II
65706	CygLyr I
72510	Cyg III
59447	CygLyr II
594	193370	35 Cyg	5.16	F6 Ib	Moffat	26534	Cyg III
51673	CygLyr II
595	194093	γ Cyg	2.20	F8 Ib	Szabados	51994	Cyg I
57088	Cyg II
23652	Cyg III
596	194317	39 Cyg	4.43	K2.5 III	Kallinger	42201	Cyg I
36504	Cyg III
597	194335	V2119 Cyg	5.90	B2 IIIe	Baade	1725	Cyg II
598	195068	43 (V2121) Cyg	5.74	F0 V	Zwintz	107297	Cyg II
70051	LacCyg I
15010	Cyg III
51461	CygLyr II
599	195295	41 Cyg	4.01	F5 Iab	Bennett	48357	Cyg I
45736	Cyg II
7041	CygLyr II
600	195556	ω1 (V2014) Cyg	4.94	B2.5 IV	Handler	12963	Cyg II
47425	Cyg III
601	196093/4	47 (V2125) Cyg	4.66	K6 Ib + B2.5	none	16404	Cyg I
602	197345	α Cyg	1.25	A2 Ia	Richardson	52131	Cyg I
55329	Cyg II
6752	CygLyr I
13501	Cyg III
59826	CygLyr II
603	197511	51 Cyg	5.39	B2 V	Pigulski	69860	LacCyg I
604	197912	52 Cyg	4.22	G9.5 III	Kallinger	31369	Cyg I
605	197989	ε Cyg	2.46	K0 III	Kallinger	51595	Cyg I
58801	Cyg II
51437	CygLyr II
606	198084		4.51	F8 IV/V + F9 IV/V	none	12317	Cyg III
607	198149	η Cep	3.41	K0 IV	none	12199	Cyg III
608	198183	λ Cyg	4.53	B5 Ve	Pigulski	45968	Cyg I
147157	Cyg II
8226	CygLyr II
609	198478	55 (V1661) Cyg	4.84	B3 Ia	Handler	26728	Cyg I
97191	Cyg II
1461	LacCyg I
610	198639	56 Cyg	5.05	A6 V	Lüftinger	11654	Cyg II
38445	LacCyg I
611	198726	T Vul	5.77	F5 Ib	Smolec	27410	Cyg I
105568	Cyg II
612	198809	31 Vul	4.59	G7 III	Kallinger	2759	Cyg I
613	199081	57 Cyg	4.78	B5 V	Pigulski	48483	Cyg I
97460	Cyg II
70559	LacCyg I
12287	Cyg III
614	199629	ν Cyg	3.94	A1 Vnne	Paunzen	2520	Cyg I
49800	Cyg II
12601	Cyg III
615	200120	59 (V832) Cyg	4.74	B1 Vnne	Pigulski	3074	Cyg I
90191	Cyg II
8258	CygLyr II
616	200310	60 (V931) Cyg	5.37	B1 Ve	Baade	91697	Cyg II
69763	LacCyg I
8265	CygLyr II
617	200905	ξ Cyg	3.72	K4.5 Ib-II	Kallinger	28383	Cyg I
12671	Cyg III
51543	CygLyr II
618	201078	DT Cyg	5.82	F7.5 Ib-II	Smolec	29381	Cyg I
106988	Cyg II
44162	CygLyr II
619	201251	63 Cyg	4.55	K4 Ib-IIa	none	28523	Cyg I
620	201433	V389 Cyg	5.69	B9 Vp Si	Lüftinger	107067	Cyg II
59511	CygLyr II
621	201601	γ Equ	4.68	A9 Vp SrCrEu	none	10995	PegEqu I
622	202109	ζ Cyg	3.20	G8 III	none	34725	Cyg I
48632	Cyg II
51470	CygLyr II
623	202444	τ Cyg	3.72	F2 IV	Huber	52851	Cyg I
10833	Cyg II
12691	Cyg III
624	202850	σ Cyg	4.23	B9 Iab	Handler	66213	Cyg I
103359	Cyg II
12497	Cyg III
51452	CygLyr II
625	202904	υ Cyg	4.43	B2 Vne	Pigulski	53152	Cyg I
106833	Cyg II
8216	CygLyr II
626	203064	68 (V1809) Cyg	5.00	O7.5 III	Moffat	30573	Cyg I
110236	Cyg II
47197	LacCyg I
627	203156	V1334 Cyg	5.83	F1 II	Smolec	30166	Cyg I
102135	Cyg II
628	203280	α Cep	2.44	A7 V	Huber	7779	CasCep I
629	204188	IK Peg	6.06	Am	none	10854	PegEqu I
630	205021	β Cep	3.23	B1 IV	Pigulski	1090	CasCep I
2858	Cas III
631	205435	ρ Cyg	4.02	G5 III	Konstantinova	155685	Cyg II
12583	Cyg III
632	205924	4 Peg	5.67	A9 IV-Vn	none	10990	PegEqu I
633	206043	NZ Peg	5.85	F2 V	none	10896	PegEqu I
634	206155	EE Peg	6.98	A1 III	none	10793	PegEqu I
635	206165	9 (V337) Cep	4.73	B2 Ib	Handler	47758	Cas III
636	206267		5.62	O6 V((f)) + O9: V	Moffat	32180	Cas III
637	206487	7 Peg	5.30	M2 III	none	11001	PegEqu I
638	206570	V460 Cyg = DS Peg	6.07	C6.3	Kerschbaum	27824	Cyg I
639	206672	π1 Cyg	4.66	B3 III	none	12304	Cyg III
640	206778	ε Peg	2.39	K2 Ib-II	none	11001	PegEqu I
641	206859	9 Peg	4.35	G5 Ib	none	10870	PegEqu I
642	207223	V372 Peg	6.17	F3 V	none	10875	PegEqu I
643	207260	ν Cep	4.29	A2 Ia	Moffat	13708	CasCep I
644	207330	π2 Cyg	4.23	B3 III	Pigulski	70428	LacCyg I
645	207563		6.27	B2 V	none	10866	PegEqu I
646	207652	13 (V373) Peg	5.34	F2 III-IV	none	10926	PegEqu I
647	209008	18 Peg	6.00	B3 III	Irrgang	28546	Peg I
648	209747	ν Peg	4.84	K4 III	Kallinger	20962	Peg I
649	209790	ξ Cep	4.29	A3/6 Vm	Lüftinger	6815	CasCep I
650	209975	19 Cep	5.11	O9.5 Ib	Moffat	6765	CasCep I
4233	Cas V
0
651	210074		5.74	F2 V	Zwintz	12345	Peg I
10886	PegEqu I
652	210090	OY Peg	6.35	M1	none	10849	PegEqu I
653	210129	25 Peg	5.78	B7 Vne	Pigulski	14579	Peg I
654	210418	θ Peg	3.53	A2 V	Garrido	12397	Peg I
11026	PegEqu I
655	210745	ζ Cep	3.35	K1.5 Ib	Moffat	5187	CasCep I
1281	LacCyg I
47709	Cas III
656	210839	λ Cep	5.05	O6 I(n)fp	Moffat	69725	LacCyg I
32362	Cas III
657	211029	NSV 25858	5.78	M3 III	none	4202	Cas V
0
658	211336	ε Cep	4.19	F0 IV	Zwintz	35074	CasCep I
65156	LacCyg I
47414	Cas III
6723	Cas V
0
659	211924	30 Peg	5.37	B5 IV	Pigulski	26324	Peg I
11004	PegEqu I
660	212075		6.94	A7 V	Zwintz	7614	Peg I
661	212076	31 (IN) Peg	5.01	B2 IV-Ve	Baade	28576	Peg I
10847	PegEqu I
662	212571	π Aqr	4.66	B1 Ve	none	11025	PegEqu I
663	212593	4 Lac	4.58	B9 Iab	Handler	63644	LacCyg I
664	213306	δ Cep	3.75	F5 Iab	Smolec	39324	CasCep I
63766	LacCyg I
47968	Cas III
6627	Cas V
0
665	213420	6 Lac	4.51	B2 IV	Pigulski	36303	LacCyg I
666	213617	39 Peg	6.44	F1 V	Zwintz	21026	Peg I
667	213973		6.60	A9 III	none	4219	Cas V
0
668	214168	8 Lac A/B	5.67/5.73	B2 V + B2 Ve	Pigulski	46446	LacCyg I
669	214665	V416 Lac	5.17	M4+III	Kallinger	15043	Cas III
670	214680	10 Lac	4.88	O9 V	Handler	46127	LacCyg I
671	214698	41 Peg	6.32	A2 V	Zwintz	6885	Peg I
672	214923	ζ Peg	3.40	B8 V	Paunzen	12526	Peg I
673	214993	12 (DD) Lac	5.25	B2 III	Handler	71194	LacCyg I
674	215664		5.84	F0 III-IV	Zwintz	40259	LacCyg I
675	216228	ι Cep	3.52	K0 III	Kallinger	4385	CasCep I
676	216489	IM Peg	5.64	K2 III	Kallinger	26687	Peg I
677	216672	HR Peg	6.36	S4.5	Kerschbaum	26443	Peg I
678	216916	16 (EN) Lac	5.59	B2 IV	Pigulski	69652	LacCyg I
679	217014	51 Peg	5.46	G2 IV	Hatzes	26570	Peg I
680	217476	V509 Cas	5.13	G0 Ia	Kraus	47541	Cas III
6653	Cas V
0
681	217675	o And	3.62	B6 IIIpe + A2p	Baade	67668	LacCyg I
682	217891	β Psc	4.53	B6 Ve	Pigulski	28515	Peg I
683	218045	α Peg	2.49	B9 V	Huber	26447	Peg I
684	218155		6.76	A0	Zwintz	5511	Peg I
685	218329	55 Peg	4.52	M1 III	Kallinger	20924	Peg I
686	218376	1 Cas	4.84	B0.5 III	Pigulski	15324	CasCep I
2495	Cas I
14943	Cas III
4182	Cas V
0
687	218396	V342 Peg	5.99	A5 V	Bognár	28674	Peg I
688	218634	57 (GZ) Peg	5.14	M4S	Kerschbaum	28668	Peg I
689	218753	2 Cas	5.68	A4 II	none	16591	Cas III
690	219134		5.57	K3 V	none	14693	Cas III
691	219586	V388 Cep	5.55	F0 IV	none	6549	Cas V
0
692	220369	NSV 26069	5.51	K3 II	none	4175	Cas V
0
693	220652	4 Cas	4.98	M1 III	Kallinger	4374	CasCep I
33176	Cas III
694	220974		5.60	A6 IV	none	4252	Cas V
0
695	221253	AR Cas	4.88	B3 V	Southworth	14855	CasCep I
2533	Cas I
47342	Cas III
4201	Cas V
0
696	222404	γ Cep	3.22	K1 IV	Huber	21753	Cas I
697	223128		5.94	B2 IV	none	4180	Cas V
0
698	223165	τ Cas	4.87	K1 III	Kallinger	47234	Cas III
699	223173		5.50	K3 II	none	47548	Cas III
700	224014	ρ Cas	4.59	F5 Iape	Kraus	47230	Cas III
6615	Cas V
0
701	224355	V1022 Cas	5.56	F6 V	none	32803	Cas III
6680	Cas V
0
702	224572	σ Cas	5.00	B1 V	Pigulski	15680	CasCep I
2462	Cas I
15498	Cas III
703	225289	V567 Cas	5.79	B8p HgMn	Lüftinger	4148	CasCep I