Photographs of Nebulæ and Clusters, Made with the Crossley Reflector

by James Edward Keeler

No.	α 1900.0			Precession.	δ 1900.0			Precession.	Description.
	h	m	s	s	°	′	″	″
139	7	19	11.6	+3.7800	+29	22	12	- 6.790	18 vS bM
140	7	19	11.8	6.4683	+69	40	54	6.790	15 vS Neb*
141	7	19	25.2	6.4609	+69	38	50	6.809	16 vS R bM N Spiral?
142	7	19	30.0	3.7874	+29	38	22	6.816	18 vS 2N R
143	7	19	34.0	6.4629	+69	39	46	6.821	17 vS R
144	7	19	46.5	3.7859	+29	35	58	6.839	18 vS bM N R
145	7	19	48.3	3.7866	+29	37	21	6.841	18 vS R bM
146	7	21	13.4	6.4694	+69	44	51	6.957	17 vS R bM N Spiral?
147	7	21	57.9	6.4648	+69	44	42	7.018	17 vS bM N R Spiral?
148	7	24	8.0	5.8308	+65	39	28	7.198	pB E200° bn
149	7	30	37.2	5.8297	+65	53	16	7.720	vF vS
150	7	31	10.9	5.8139	+65	47	0	7.767	pB S gpmbM
151	8	32	38.8	3.4536	+19	56	37	12.387	16 S E10° stell N M (Spiral on edge?)
152	8	32	40.2	3.4534	+19	56	0	12.388	17 E95° S dif
153	8	34	11.6	3.4527	+19	59	50	12.493	s17 vS E30° stell N Spiral?
154	8	35	28.9	3.4520	+20	2	47	12.581	17 S Spiral N
155	8	36	7.4	3.4514	+20	3	33	12.624	17 S R bM N
156	8	44	40.5	3.7549	+34	13	21	13.203	eF E140°
157	8	46	1.9	3.7442	+33	50	57	13.290	vF vS
158	8	46	26.8	3.7403	+33	44	26	13.318	F vS N E120° Spiral
159	8	46	52.6	3.7397	+33	45	19	13.345	pB eS N R
160	8	47	20.6	3.7507	+34	14	43	13.376	eF eS bf
161	8	47	56.9	3.7509	+34	18	41	13.415	eeF
162	9	12	0.0	4.2083	+51	47	20	14.898	L 12 m E135°
163	9	12	2.1	4.2062	+51	44	32	14.904	16 E80° bs S
164	9	12	12.5	4.2001	+51	36	54	14.910	17 vS Ring bs
165	9	12	38.0	4.1950	+51	31	43	14.939	16 E155° gbm
166	9	12	40.4	4.1862	+51	18	0	14.936	16 vS E15° stell N
167	9	12	45.4	4.1835	+51	16	34	14.942	16 E75° vbN Spiral?
168	9	13	54.3	4.1814	+51	22	45	15.009	18 vS N bM
169	9	14	0.5	4.1839	+51	26	53	15.016	18 vS scNuclei
170	9	15	23.9	4.1662	+51	11	46	15.091	17 vS R
171	9	15	24.6	4.1652	+51	10	12	15.091	17 vS bN Ring or Spiral
172	9	15	29.3	4.1658	+51	11	59	15.096	17 S R
173	9	15	44.6	4.1631	+51	11	26	15.111	15 B bM E145°
174	9	16	6.3	4.1821	+51	42	11	15.136	17 R S
175	9	16	14.6	4.1638	+51	15	42	15.142	17 L vF bM
176	9	16	31.6	4.1528	+51	46	32	15.168	17 R S bs
177	9	24	20.2	3.4095	+21	49	50	15.597	vF vS
178	9	24	36.8	3.4084	+21	48	6	15.612	pB bs S
179	9	25	58.5	3.4047	+21	45	25	15.687	eF E85°
180	9	26	22.5	3.4046	+21	48	50	15.711	pB S R gpmbM N
181	9	28	0.2	3.4020	+21	52	36	15.801	eeF vS
182	9	41	3.6	3.5855	+33	58	24	16.474	16 vS bM E75°
183	9	41	9.9	3.5850	+33	58	12	16.480	15 vS sbM Spiral
184	9	42	9.0	3.5779	+33	45	49	16.528	17 vS N Spiral?
185	9	42	49.5	3.5822	+34	6	11	16.561	16 vS bM
186	9	43	12.4	3.5805	+34	4	43	16.580	15 vS sbM N Spiral
187	9	43	29.2	3.5789	+34	2	26	16.594	16 vS bnw R
188	9	44	13.0	3.5764	+34	2	7	16.630	14 vS bM N Spiral
189	9	44	24.6	3.5760	+34	3	1	16.640	16 vS R N Spiral?
190	9	44	44.4	3.5668	+33	37	27	16.656	17 vS E20°
191	9	44	52.8	5.0574	+69	28	13	16.670	pB vS R gpmbM
192	9	47	5.7	4.9895	+69	5	27	16.776	pF S bf E90°
193	9	47	22.2	4.9858	+69	5	25	16.790	vF dif
194	9	50	19.4	4.9915	+69	30	40	16.930	pF S E120°
195	9	50	52.8	4.9930	+69	35	26	16.955	eeF S E120°
196	9	50	59.1	5.0068	+69	44	0	16.959	pB S E50° pmbM Spiral
197	9	52	29.2	4.9219	+69	6	51	17.039	eF E100°
198	9	54	4.1	4.1109	+56	5	53	17.096	11 vS neb*
199	9	54	24.7	4.1167	+56	18	38	17.111	18 vS R
200	9	54	26.5	4.1121	+56	11	53	17.113	15 vS E95° bM
201	9	55	14.0	4.1162	+56	27	13	17.148	17 vS R
202	9	56	46.2	4.0872	+56	0	18	17.219	17 vS R bM
203	9	57	29.5	4.0952	+56	20	33	17.250	15 vS R N
204	10	0	15.3	2.9839	- 7	33	34	17.372	17 vS sbN Spiral
205	10	0	40.4	2.9909	- 6	59	25	17.391	17 vS stell sbN
206	1	0	42.8	2.9850	- 7	29	50	17.392	11 S D iF gbN bn
207	10	1	49.7	2.9891	- 7	12	11	17.441	17 vS stell
208	10	6	50.1	+3.1101	+ 3	50	57	-17.653	14 vS D neb*

No.	α 1900.0			Precession.	δ 1900.0			Precession.	Description.
	h	m	s	s	°	′	″	″
209	10	7	18.1	+3.1112	+ 4	5	30	-17.671	16 vS iF bM
210	10	7	18.5	3.1112	+ 4	4	25	17.672	16 vS bM N Spiral E50°
211	10	7	58.4	3.1128	+ 3	58	44	17.699	16 vS sbM N Spiral E20°
212	10	8	20.6	3.1137	+ 3	52	13	17.714	15 S iF bM
213	10	9	40.7	3.1169	+ 4	8	34	17.769	18 vS R
214	10	9	44.8	3.1171	+ 4	9	47	17.772	17 vS sbM N Spiral? E45°
215	10	9	48.3	3.6290	+42	0	20	17.776	16 E95° 33″ long small spur follows E45°
216	10	9	50.2	3.1172	+ 4	10	50	17.776	17 vS bM N R
217	10	9	58.9	3.6294	+42	4	6	17.783	17 vS R
218	10	10	3.0	3.6318	+42	12	15	17.786	17 vvS stell
219	10	10	15.5	3.6205	+41	39	52	17.793	15 S E60°
220	10	10	16.8	3.6317	+42	15	56	17.795	vS R stell
221	10	10	16.8	3.6311	+42	14	7	17.795	18 vvS sbN Spiral?
222	10	10	21.8	3.1184	+ 3	51	52	17.797	17 vS bM N Spiral
223	10	10	23.0	3.6194	+41	38	24	17.798	16 vS bM Spiral N
224	10	10	23.9	3.6208	+41	42	47	17.799	18 vvS R Spiral? N
225	10	10	24.5	3.6206	+41	42	41	17.800	18 vvS sbN iF
226	10	10	50.9	3.6230	+41	56	45	17.817	18 vvS iF
227	10	10	54.4	3.6245	+42	2	23	17.819	17 vS iF
228	10	11	44.0	3.6222	+42	7	31	17.852	18 vvS bn iF
229	10	11	44.0	3.6221	+42	7	3	17.852	18 vvS Spiral sbN
230	10	11	47.5	3.6210	+42	4	27	17.854	17 vS sbN Spiral
231	10	11	52.1	3.6945	+45	40	52	17.856	F S R gbM bf
232	10	11	52.2	3.6214	+42	6	56	17.857	18 vvS iF stell
233	10	12	6.2	3.6114	+41	36	50	17.861	10 S neb*
234	10	12	21.8	3.6231	+42	19	55	17.878	17 vS sbN Spiral
235	10	12	29.1	3.6192	+42	8	54	17.882	17 vS sbN Spiral
236	10	12	31.5	3.6204	+42	13	16	17.883	16 vS stell
237	10	12	33.4	3.6184	+42	7	46	17.884	18 vS E100° Spiral?
238	10	12	41.5	3.6939	+45	51	34	17.890	eeeF??
239	10	12	43.2	3.6150	+41	59	8	17.891	17 vS sbM N
240	10	12	43.5	3.6168	+42	5	16	17.891	16 vvS bN stell
241	10	12	48.1	3.6940	+45	53	41	17.894	F vS R gbM
242	10	12	50.6	3.6940	+45	54	11	17.896	F S E90°
243	10	12	51.3	3.6163	+42	5	23	17.897	18 vvS R stell
244	10	12	57.8	3.6136	+41	58	39	17.901	18 vvS iF
245	10	13	0.4	3.6212	+42	23	5	17.902	16 vS iB N Spiral E30°
246	10	13	4.1	3.6999	+46	14	17	17.905	B S E130° Spiral on edge
247	10	13	10.1	3.7010	+46	18	50	17.909	B R vm bM
248	10	13	19.7	3.6960	+46	7	15	17.915	eF S R bM
249	10	13	33.8	3.6170	+42	17	28	17.924	18 vS stell
250	10	13	37.1	3.6054	+41	42	39	17.927	17 vS Spiral stell N
251	10	13	44.2	3.6159	+42	16	17	17.929	17 vS R gbN
252	10	13	46.0	3.6110	+42	1	15	17.933	17 vvS gbN Spiral N
253	10	13	48.5	3.6972	+46	17	57	17.934	F S E170° Spiral?
254	10	13	53.9	3.6036	+41	41	1	17.938	18 vS sbN
255	10	13	54.5	3.6107	+42	3	31	17.938	17 vS R gbN
256	10	13	57.9	3.6103	+42	3	5	17.940	17 vS iF gbN
257	10	14	0.0	3.6032	+41	41	9	17.942	18 vvS iF
258	10	14	5.5	3.6812	+45	37	1	17.944	vF vvS R
259	10	14	11.5	3.6113	+42	9	10	17.949	18 vvS bN Spiral
260	10	14	12.5	3.6113	+42	9	44	17.949	17 vS sbN Spiral
261	10	14	24.2	3.6104	-42	9	42	17.958	19 vvS iF E130°
262	10	14	26.8	3.6865	+45	57	27	17.958	B S E45°
263	10	14	33.0	3.6785	+45	36	39	27.962	vF vS E100°
264	10	14	35.7	3.6250	+42	0	31	17.965	17 vS Spiral N E100°
265	10	14	46.3	3.6916	+46	16	40	17.972	vvF E100° spindle shaped
266	10	14	52.3	3.6779	+45	39	59	17.975	vF S R
267	10	15	22.5	3.6866	+46	11	40	17.995	F R S gbM
268	10	16	17.4	3.6765	+45	57	9	18.031	F S R gbM
269	10	16	27.1	4.5844	+68	53	10	18.038	S pB bf
270	10	16	37.1	3.6761	+46	1	1	18.044	F pmbM E10°
271	10	17	8.0	3.2872	+20	19	46	18.062	13 vS sbM N Spiral E135°
272	10	17	12.7	3.2868	+20	18	16	18.065	13 vS gbM Spiral
273	10	17	19.6	3.2865	+20	17	47	18.070	14 vS gbN
274	10	17	47.1	3.2899	+20	40	58	18.087	15 vS iF gbM
275	10	17	53.6	3.2880	+20	31	57	18.091	14 S sbM N Spiral E130°
276	10	18	7.1	3.2906	+20	47	25	18.100	13 vS sbM N Spiral
277	10	19	5.2	3.2870	+20	38	42	18.136	13 S sbM N Spiral
278	10	19	6.9	+3.2857	+20	32	21	-18.137	16 vS iF gbM

No.	α 1900.0			Precession.	δ 1900.0			Precession.	Description.
	h	m	s	s	°	′	″	″
279	10	19	10.3	+3.2885	+20	47	38	-18.139	14 vS stell
280	10	19	20.6	4.5635	+69	9	51	18.149	S pF R
281	10	24	6.2	4.4863	+68	59	31	18.317	vS F E95°
282	11	1	52.7	3.5701	+55	59	0	19.407	16 vS bN iF
283	11	2	5.8	3.5753	+56	25	16	19.412	15 vS neb*
284	11	2	9.5	3.5660	+55	53	31	19.413	16 S gbM E100°
285	11	2	22.6	3.5740	+56	28	29	19.419	15 vS stell
286	11	2	54.6	3.5647	+56	11	43	19.429	15 vS sbM stell N
287	11	3	8.0	3.5613	+56	6	26	19.435	17 vS N
288	11	3	12.3	3.5620	+56	11	17	19.435	16 vS sbN R Spiral?
289	11	3	22.7	3.5523	+55	58	43	19.439	14 vS neb*
290	11	4	32.2	3.5510	+56	12	9	19.463	17 vS stell
291	11	4	44.8	3.5467	+56	4	9	19.467	15 S R sbM N Spiral
292	11	4	47.7	3.5469	+56	5	40	19.468	17 vS R neb*
293	11	4	57.3	3.5437	+55	59	16	19.471	17 vS stell
294	11	5	6.2	3.5426	+56	0	26	19.474	Two 18 mag. objects, iF, close together
295	11	5	16.1	3.5379	+55	48	58	19.478	16 vS. Uniform brightness
296	11	5	20.8	3.5431	+56	8	46	19.479	17 vS iF stell
297	11	5	22.1	3.5373	+55	49	20	19.480	15 vS R gbM N Spiral
298	11	5	35.2	3.5408	+56	8	18	19.484	16 vS R gbM
299	11	5	42.3	3.5387	+56	4	33	19.487	18 vS sbM N Ring
300	11	5	50.5	3.5412	+56	16	58	19.490	17 vS sbM N Spiral?
301	11	5	54.8	3.5299	+55	40	11	19.493	vvF E75°
302	11	5	58.2	3.5290	+55	37	33	19.494	S vF R
303	11	6	1.6	3.5352	+56	1	39	19.494	16 vS R sbM N Spiral
304	11	6	6.1	3.5322	+55	53	51	19.495	17 vS gbM iF
305	11	6	8.8	3.5347	+56	3	23	19.496	17 S vm E85°
306	11	6	12.5	3.5292	+55	45	22	19.499	vF E100° spindle shaped
307	11	6	19.1	3.5312	+55	56	37	19.500	17 vS dif
308	11	6	23.7	3.5305	+55	56	44	19.501	vS iF dif
309	11	6	27.1	3.5300	+55	56	40	19.502	17 vS gbM iF
310	11	6	28.4	3.5303	+55	58	4	19.503	16 vS sbM N Spiral
311	11	6	42.0	3.5330	+56	13	33	19.507	16 vS bM E150°
312	11	6	43.0	3.5297	+56	3	13	19.508	17 vS dif iF
313	11	6	45.0	3.5298	+56	4	18	19.508	17 vS dif iF
314	11	6	51.1	3.5313	+56	12	24	19.510	17 vS sbM N Spiral
315	11	6	55.4	3.5262	+55	57	11	19.512	16 vS R sbM N Spiral
316	11	7	6.7	3.5295	+56	13	36	19.516	13 S sbM N Spiral E70°
317	11	7	10.±	...	+56	14	0±	...	16 vS stell iF neb?
318	11	7	15.9	3.5304	+56	21	9	19.519	15 vS R sbM N Spiral
319	11	7	23.9	3.5248	+56	5	58	19.522	15 vS neb*
320	11	7	32.4	3.5239	+56	7	1	19.525	16 vS sbM N Spiral
321	11	7	57.5	3.5230	+56	15	58	19.533	16 vS gbM E25°
322	11	7	59.6	3.5172	+55	57	47	19.534	16 vS neb*
323	11	8	1.8	3.5117	+55	36	17	19.534	pB S R
324	11	8	3.4	3.5177	+56	1	13	19.536	16 vS sbM
325	11	8	4.9	3.5153	+55	51	25	19.536	S F gbM E100°
326	11	8	17.4	3.5200	+56	15	18	19.540	12 S gbN be Spiral E30°
327	11	8	25.0	3.5178	+56	12	21	19.543	17 vS stell
328	11	8	46.3	3.5117	+56	1	58	19.550	15 vS stell N
329	11	8	59.2	3.5043	+55	38	13	19.553	pB S E160°
330	11	9	10.7	3.5006	+55	30	18	19.556	B irr B*n
331	11	9	20.7	3.5034	+55	45	42	19.559	vS B E100° bM
332	11	9	38.0	3.4948	+55	23	27	19.565	S pF R another apparently distinct neb np
333	11	9	41.7	3.5046	+56	0	2	19.566	L B pmbM R
334	11	9	56.7	3.4978	+55	43	41	19.571	vS B E135° spindle shaped
335	11	10	14.5	3.4873	+55	14	57	19.578	S B E90° gbM
336	11	10	28.9	3.4870	+55	19	48	19.581	S pF E135° companion n
337	11	10	43.8	3.4929	+55	49	55	19.587	vS F E100° bf
338	11	10	58.5	3.4913	+55	14	50	19.592	S B R vmbM
339	11	11	1.0	3.4817	+55	17	47	19.593	S B E45° bsf
340	11	11	4.2	3.4809	+55	16	23	19.594	B Spiral
341	11	11	36.5	3.4780	+55	21	45	19.604	vvF S R
342	11	12	23.8	3.4719	+55	23	11	19.619	vB S e E170°
343	11	13	21.2	3.1360	+13	15	33	19.632	B S R neb*
344	11	13	22.7	3.1362	+13	17	29	19.633	S F gbM
345	11	25	13.4	3.2933	+47	34	7	19.818	S pB N
346	11	26	40.5	3.3848	+47	39	8	19.836	vS F
347	11	27	2.8	3.2828	+47	42	13	19.840	vS F
348	11	27	10.3	+3.2774	+47	2	45	-19.842	vS F gbM

No.	α 1900.0			Precession.	δ 1900.0			Precession.	Description.
	h	m	s	s	°	′	″	″
349	11	27	28.6	+3.2797	+47	38	54	-19.846	vS B vmbM Spiral
350	11	27	41.9	3.2757	+47	16	48	19.848	vS B E135°
351	11	28	18.1	3.2698	+46	59	22	19.856	vS F
352	11	28	50.2	3.2694	+47	24	46	19.862	vS B
353	11	29	23.4	3.2668	+47	32	31	19.869	vS vB N E100°
354	11	30	3.6	3.2603	+47	13	56	19.877	pS pF
355	12	10	36.7	3.0230	+38	30	36	20.026	S pB bf
356	12	10	45.3	3.0232	+38	4	44	20.025	S pB E95°
357	12	10	51.8	3.0218	+38	34	3	20.025	S pB bf
358	12	11	18.1	2.9996	+47	51	36	20.025	15 vS stell
359	12	11	27.3	2.9987	+47	49	2	20.024	15 vS E135° sbM N Spiral
360	12	11	46.7	2.9956	+48	6	2	20.022	16 S E65°
361	12	11	48.5	2.9961	+47	55	0	20.022	15 vS R sbM sN Spiral
362	12	11	50.1	3.0176	+38	27	34	20.021	S vF
363	12	12	7.0	2.9935	+48	5	58	20.020	15 vS R
364	12	12	12.2	3.0536	+14	45	22	20.019	17 vS R bM
365	12	12	16.4	3.0529	+15	10	26	20.019	18 vS R
366	12	12	19.7	3.0532	+14	54	6	20.018	18 vS R
367	12	12	23.2	3.0527	+15	11	34	20.018	18 vS vF dif
368	12	12	23.5	3.0535	+14	39	45	20.018	18 vS E160°
369	12	12	25.7	3.0529	+15	1	40	20.018	18 vS R
370	12	12	36.3	2.9903	+48	5	25	20.017	16 vS dif vgbM
371	12	12	42.0	3.0529	+14	45	51	20.016	18 vS vF R
372	12	12	44.4	3.0530	+14	38	8	20.016	18 vS dif
373	12	12	45.0	3.0145	+37	57	9	20.016	S F R
374	12	12	45.6	2.9909	+47	38	17	20.016	16 vS iF
375	12	12	51.5	3.0526	+14	44	42	20.016	18 vS R bs
376	12	12	54.4	2.9895	+47	45	31	20.016	17 vS iF dif
377	12	12	54.6	3.0523	+14	54	0	20.015	18 vS E110°
378	12	12	56.2	3.0521	+15	0	2	20.015	17 vS R bM
379	12	13	2.0	3.0519	+15	2	28	20.015	17 vS R N
380	12	13	5.6	3.0515	+15	15	4	20.014	18 vS vF dif
381	12	13	7.9	3.0518	+15	0	8	20.014	18 vS R bM
382	12	13	9.5	3.0515	+15	12	43	20.014	17 vS R N
383	12	13	13.1	3.0120	+38	6	46	20.014	vS vF
384	12	13	30.1	3.0108	+38	4	43	20.013	S F
385	12	13	33.8	3.0108	+37	57	29	20.013	pL vF R
386	12	13	36.6	3.0510	+15	4	41	20.012	18 vS R
387	12	13	37.3	3.0514	+14	47	32	20.012	18 vS R N
388	12	13	43.8	3.0512	+14	47	28	20.011	18 vS R
389	12	13	53.1	3.0505	+15	6	48	20.010	18 vS E120°
390	12	13	53.6	3.0506	+15	4	0	20.010	17 vS E100° N
391	12	13	57.4	3.0505	+15	3	34	20.010	18 vS R N
392	12	13	58.6	3.0510	+14	40	44	20.010	19 vS vF
393	12	14	5.2	3.0508	+14	41	10	20.009	18 vS R bn
394	12	14	6.2	3.0502	+15	5	31	20.009	19 vS E110° stell N
395	12	14	12.7	2.9815	+47	38	45	20.009	17 vS sbM Spiral
396	12	14	22.8	3.0497	+15	8	31	20.008	18 vS E130°
397	12	14	25.3	3.0499	+14	57	48	20.008	17 vS R N
398	12	14	31.1	3.0497	+14	58	50	20.007	18 vS R
399	12	14	44.0	3.0496	+14	50	50	20.006	18 vS R N
400	12	14	49.2	3.0489	+15	11	38	20.005	18 vS vF
401	12	15	4.9	3.0490	+14	53	4	20.004	18 vS dif
402	12	15	5.0	3.0492	+14	41	30	20.004	18 vS R two N
403	12	15	11.0	3.0643	+ 4	45	22	20.003	pF vE15°
404	12	15	11.1	3.0483	+15	13	37	20.003	17 vS E120° bM
405	12	15	22.7	3.0482	+15	6	45	20.002	17 vS R
406	12	15	31.2	3.0484	+14	47	34	20.002	18 vS E150°
407	12	15	39.3	3.0478	+15	11	10	20.001	18 vS R
408	12	16	10.5	3.0638	+ 5	11	15	19.997	F pS
409	12	16	12.4	3.0647	+ 4	37	52	19.997	vF S bn
410	12	16	31.2	3.0438	+16	32	16	19.995	16 S E0° sbM N Spiral
411	12	16	34.7	3.0442	+16	18	0	19.995	16 S sbM stell N R Spiral?
412	12	16	36.7	3.0442	+16	13	30	19.994	18 vS iF
413	12	16	49.6	3.0439	+16	12	0	19.993	17 vS gbM iF
414	12	17	3.5	3.0432	+16	21	14	19.991	18 S dif iF E135°
415	12	17	5.±	3.0446	+15	56	30±	19.991	17 vS sbM Spiral N
416	12	17	5.2	3.0431	+16	23	20	19.991	18 vs bs R
417	12	17	12.1	3.0638	+ 4	50	23	19.991	F vS l E50°
418	12	17	14.3	+3.0429	+16	21	16	19.990	17 vS dif gbM R

No.	α 1900.0			Precession.	δ 1900.0			Precession.	Description.
	h	m	s	s	°	′	″	″
419	12	17	15.6	+3.0430	+16	17	18	-19.990	16S sbM N Spiral
420	12	17	21.0	3.0633	+ 5	7	14	19.990	! pB L Spiral
421	12	17	29.5	3.0639	+ 4	41	53	19.989	vF vS
422	12	17	37.0	3.0639	+ 4	41	13	19.989	vF vS 1E45°
423	12	17	57.9	3.0414	+16	27	36	19.985	17S gbM Spiral E135°
424	12	18	5.1	3.0633	+ 4	54	53	19.986	vvF vs
425	12	18	16.2	3.0411	+16	22	30	19.983	15S sbM N Spiral?
426	12	18	17.4	3.0409	+16	25	22	19.983	18vS stell N Spiral
427	12	18	19.3	3.0629	+ 5	0	40	19.983	eeF S
428	12	18	34.6	3.0352	+18	54	45	19.981	18vS R diffic
429	12	18	40.4	3.0352	+18	49	41	19.980	18vS vF E160″
430	12	19	17.4	3.0388	+16	37	37	19.976	17vS R gbN Spiral
431	12	19	45.5	3.0333	+18	45	1	19.972	15vS E45° stell N
432	12	20	0.7	3.0399	+16	15	57	19.971	18 vS iF
433	12	20	9.1	3.0374	+16	38	51	19.970	17 S gbM N E60° Spiral on edge
434	12	20	10.9	3.0372	+16	40	27	19.970	17 vS R sbM N Spiral
435	12	20	21.3	3.0322	+18	41	40	19.968	18 vS R bM
436	12	20	21.8	3.0369	+16	40	40	19.968	18 vS iF dif
437	12	20	22.8	3.0314	+19	2	32	19.968	18 vS R
438	12	20	35.2	3.0323	+18	26	52	19.966	18 vS R bM
439	12	20	40.8	3.0307	+19	4	16	19.966	18 vS vF R
440	12	21	21.9	3.0296	+18	59	58	19.960	18 vS R bM
441	12	21	39.2	3.0296	+18	41	29	19.958	18 vs R
442	12	21	55.3	3.0297	+18	35	37	19.956	17 vs R bM
443	12	21	56.5	3.0282	+19	4	14	19.956	18 vS R bM
444	12	21	59.8	3.0290	+18	42	0	19.956	18 vS E120°
445	12	22	13.3	3.0282	+18	49	7	19.954	17 vS R bM
446	12	25	24.7	3.0336	+14	42	46	19.924	14 S E60°
447	12	25	35.6	3.0320	+15	8	33	19.922	18 vS dif
448	12	25	47.1	3.0316	+15	11	13	19.921	15 vS bM iF
449	12	25	49.9	3.0317	+15	6	17	19.920	16 vS gbM
450	12	25	53.0	3.0312	+15	19	36	19.920	16 S E115° bM
451	12	26	0.9	3.0320	+14	54	29	19.918	16 vS R
452	12	26	0.9	3.0308	+15	20	0	19.918	17 vS iF bM
453	12	26	4.7	3.0323	+14	48	53	19.918	18 vS iF
454	12	26	8.1	3.0319	+14	55	14	19.917	16 vS R sbM N
455	12	26	12.2	3.0322	+14	44	59	19.916	12 neb*
456	12	26	17.2	3.0321	+14	44	55	19.916	16 vS iF gbM N
457	12	26	17.3	3.0323	+14	40	6	19.916	16 vS gbM N Spiral?
458	12	26	34.7	3.0299	+15	24	49	19.913	14 S bM E165°
459	12	26	51.1	3.0308	+14	51	34	19.910	15 L m E80° bM N Spiral on edge
460	12	27	26.5	3.0636	+ 3	8	36	19.904	17 vS E80° gbM Spiral on edge?
461	12	27	30.4	3.0634	+ 3	12	55	19.903	15 L vm E40° small spur from M
462	12	27	31.7	3.0290	+15	7	56	19.903	16 vS
463	12	27	31.8	3.0623	+ 3	34	13	19.903	17 vS gbM iF
464	12	27	39.2	3.0304	+14	36	16	19.902	11 L bM iF sc
465	12	27	41.6	3.0299	+14	44	55	19.902	11 neb*
466	12	27	44.2	3.0629	+ 3	21	0	19.900	17 vS vgbM iF
467	12	27	45.0	3.0634	+ 3	10	55	19.900	17 vS vgbM
468	12	27	55.1	3.0641	+ 2	53	13	19.899	18 vS R (Ring?)
469	12	28	10.1	3.0646	+ 2	42	3	19.896	17 vS R
470	12	28	18.2	3.0646	+ 2	42	24	19.894	16 vS ◯
471	12	28	26.5	3.0648	+ 2	50	47	19.893	17 vS E150°
472	12	28	35.9	3.0645	+ 2	41	20	19.891	17 vS E160° N
473	12	28	37.4	3.0272	+15	10	32	19.891	16 vS sbM N Spiral E50°
474	12	28	43.8	3.0653	+ 2	25	53	19.890	16 vS gbM
475	12	28	44.0	3.0646	+ 2	49	52	19.890	17 vS R bM
476	12	23	50.7	3.0653	+ 2	24	19	19.888	18 vS vF R
477	12	28	54.3	3.0267	+15	11	50	19.887	18 vS sbM N Ring?
478	12	28	55.5	3.0656	+ 2	19	2	19.887	18 vS dif
479	12	28	58.5	3.0644	+ 2	41	54	19.887	18 vS E130° N
480	12	29	1.7	3.0653	+ 2	23	42	19.886	17 vS R
481	12	29	8.9	3.0266	+15	6	23	19.885	16 vS sbM N Spiral
482	12	29	15.8	3.0614	+ 3	39	39	19.883	17 vS stell
483	12	29	15.8	3.0615	+ 3	39	15	19.883	18 vS N? Spiral?
484	12	29	27.0	3.0635	+ 2	58	4	19.881	18 vS dif iF
485	12	29	28.7	3.0636	+ 3	7	14	19.881	17 vS sbM N Spiral
486	12	29	30.5	3.0650	+ 2	27	49	19.881	17 vS R stell N
487	12	29	40.8	3.0616	+ 3	33	41	19.879	17 vS bM N Spiral
488	12	29	42.7	+3.0635	+ 2	55	34	-19.879	17 vS R