# # VizieR Astronomical Server cdsarc.u-strasbg.fr # Date: 2018-05-25T14:25:42 [V1.99+ (14-Oct-2013)] # In case of problem, please report to: cds-question@unistra.fr # # #Coosys J2000: eq_FK5 J2000 #INFO votable-version=1.99+ (14-Oct-2013) #INFO -ref=VOTx33107 #INFO MaxTuples=50000 #INFO queryParameters=4 #-oc.form=D. #-source=VII/118/ngc2000 #-out=Name,Type,_RAJ2000,_DEJ2000,Const,size,mag,Desc #mag=1..9 # #Name: VII/118 # NGC 2000.0 (Sky Publishing, ed. Sinnott 1988) #Coosys B2000: eq_FK4 B2000 #Name: VII/118/ngc2000 # The NGC 2000.0 Catalogue #Name A5 u=--- UCD=meta.id;meta.main w=5 NGC or IC designation (preceded by I) #Type A3 u=--- UCD=src.class w=3 Object classification (1) #_RAJ2000 F8.4 u=deg UCD=pos.eq.ra w=8 Right ascension (FK5, Equinox=J2000.0) (computed by VizieR, not part of the original data) #_DEJ2000 F8.4 u=deg UCD=pos.eq.dec w=8 Declination (FK5, Equinox=J2000.0) (computed by VizieR, not part of the original data) #Const A3 u=--- UCD=meta.id w=3 Constellation #size F5.1 u=arcmin UCD=phys.angSize w=5 ? Largest dimension #mag F4.1 u=mag UCD=phot.mag;em.opt w=4 ? Integrated magnitude, visual or photographic (see n_mag) #Desc a50 u=--- UCD=meta.note w=50 Description of the object (3) #column-units: --- deg deg mag --- --- arcmin --- #column-types: CHAR*5 DOUBLE DOUBLE REAL CHAR*3 CHAR*3 REAL DOUBLE Name _RAJ2000 _DEJ2000 mag Type Const size Desc ----- -------- -------- ---- --- --- ----- -------------------------------------------------- 55 003.7253 -39.1833 8.0 Gx Scl 32.4 vB, vL, vmE, triN 104 006.0254 -72.0832 4.0 Gb Tuc 30.9 glob. cl. !! vB, vL, vmCM 129 007.4753 +60.2333 6.5 OC Cas 21.0 Cl, vL, pR, lC, st 9...13 133 007.8003 +63.3666 9.0 OC Cas 7.0 Cl, pL, st 10..., D* inv 189 009.9003 +61.0666 8.8 OC Cas 4.0 Cl, pL, R, st 11...15 205 010.1003 +41.6833 8.0 Gx And 17.4 vB, vL, mE 165deg , vgvmbM; = M110 221 010.6753 +40.8666 8.2 Gx And 7.6 ! vvB, L, R, psmbMN; = M32 224 010.6753 +41.2666 3.5 Gx And 178.0 !!! eeB, eL, vmE (Andromeda); = M31 225 010.8503 +61.7833 7.0 OC Cas 12.0 Cl, L, lC, st 9...10 188 011.0003 +85.3332 8.1 OC Cep 14.0 Cl, vL, R, 150-200 st 10...18 246 011.7503 -11.8833 8.0 Pl Cet 3.8 vF, L, 4 st in dif neb 247 011.7753 -20.7666 8.9 Gx Cet 20.0 F, eL, vmE 172deg 253 011.9003 -25.2833 7.1 Gx Scl 25.1 !! vvB, vvL, vmE 54deg , gbM 281 013.2003 +56.6166 7.0 C+N Cas 35.0 F, vL, dif, S triple * on np edge 288 013.2003 -26.5833 8.1 Gb Scl 13.8 glob. cl. , B, L, lE, st 12...16 300 013.7253 -37.6833 9.0 Gx Scl 20.0 pB, vL, vmiE, vgpmbM 362 015.8003 -70.8499 6.6 Gb Tuc 12.9 glob. cl. , vB, vL, vC, vmbM st 13-14 381 017.0753 +61.5833 9.0 OC Cas 6.0 Cl, pC 436 018.9003 +58.8166 8.8 OC Cas 6.0 Cl, S, iF, pC 457 019.7753 +58.3333 6.4 OC Cas 13.0 Cl, B, L, pRi, st 7, 8, 10 581 023.3003 +60.6999 7.4 OC Cas 6.0 Cl, pL, B, R, Ri, st 10...11; = M103 598 023.4753 +30.6500 5.7 Gx Tri 62.0 ! eB, eL, R, vgbMN; = M33 637 025.7253 +63.9999 8.2 OC Cas 4.0 Cl, pS, B & vF st 654 026.0253 +61.8833 6.5 OC Cas 5.0 Cl, iF, Ri, one *6-7, st 11...14 659 026.0503 +60.6999 7.9 OC Cas 5.0 Cl, lRi, st B 663 026.5003 +61.2499 7.1 OC Cas 16.0 Cl, B, L, eRi, st pL 752 029.4503 +37.6833 5.7 OC And 50.0 Cl, vvL, Ri, st L & sc 744 029.6003 +55.4833 7.9 OC Per 11.0 Cl, pL, pRi, iF, st 11...13 771 030.8502 +72.4166 4.0 - Cas suspected neb* (50 Cas) 869 034.7503 +57.1499 4.0 OC Per 30.0 ! Cl, vvL, vRi, st 7...14 884 035.6003 +57.1166 4.0 OC Per 30.0 ! Cl, vL, vRi, ruby * M 956 038.1003 +44.6499 9.0 OC And 8.0 Cl, pRi, st 9...15 I1805 038.1752 +61.4499 6.5 C+N Cas 60.0 Cl, co, eL neby extends f 957 038.4002 +57.5333 7.6 OC Per 11.0 Cl, pL, pRi, st 13...15 1039 040.5003 +42.7833 5.2 OC Per 35.0 Cl, B, vL, lC, sc st 9; = M34 1027 040.6752 +61.5499 6.7 OC Cas 20.0 Cl, L, sc st, one 10m 1068 040.6753 -0.0167 8.8 Gx Cet 6.9 vB, pL, iR, sbMrrN; = M77 I1848 042.8002 +60.4333 6.5 C+N Cas 60.0 Cl, st F, extends 8mag f, in F neby 1261 048.0752 -55.2166 8.4 Gb Hor 6.9 glob. cl. , B, L, R, rr 1245 048.6752 +47.2500 8.4 OC Per 10.0 Cl, pL, Ri, C, iR, st 12...15 1291 049.3252 -41.1333 8.5 Gx Eri 10.5 glob. cl. , vB, pL, R, mbM, er 1313 049.5752 -66.4999 9.0 Gx Ret 8.5 pB, L, E, vgbM, r 1316 050.6752 -37.1999 8.9 Gx For 7.1 vB, cL, vlE, vsvmbMN 1342 052.9002 +37.3333 6.7 OC Per 14.0 Cl, vL, ab 60 st I 348 056.1252 +32.2833 7.3 C+N Per 10.0 pB, vL, vgbM I 342 056.7001 +68.0999 9.0 Gx Cam 17.8 pB, vS, *12 close n 1444 057.3502 +52.6666 6.6 OC Per 4.0 Cl of ab 30 st 12...14 1502 061.9252 +62.3333 5.7 OC Cam 8.0 Cl, pRi, cC, iF 1513 062.5002 +49.5166 8.4 OC Per 9.0 Cl, L, vRi, pC, st vL 1528 063.8502 +51.2333 6.4 OC Per 24.0 Cl, B, vRi, cC 1545 065.2252 +50.2500 6.2 OC Per 18.0 Cl, pRi, lC, st L 1582 068.0002 +43.8500 7.0 OC Per 37.0 Cl, vL, pRi, lC, st L 1647 071.5002 +19.0667 6.4 OC Tau 45.0 Cl, vL, st L, sc 1662 072.1252 +10.9333 6.4 OC Ori 20.0 Cl of L & S sc st 1664 072.7752 +43.7000 7.6 OC Aur 18.0 Cl, lRi, lC, pL 1770 074.2501 -68.4166 9.0 C+N Dor Cl + neb, pL, pRi, st 11...18 1746 075.9002 +23.8167 6.0 OC Tau 42.0 Cl, P 1814 075.9501 -67.2833 9.0 C+N Dor vF, R, s of 2 in Cl 1816 075.9501 -67.2833 9.0 C+N Dor vF, R, 2nd neb in Cl 1820 075.9501 -67.2833 9.0 OC Dor Cl, pL, Ri, C, iF 1829 076.1751 -68.0500 8.0 C+N Dor F, pL, R, r 1778 077.0252 +37.0500 7.7 OC Aur 7.0 Cl, pC, lRi, iF, st L 1807 077.6752 +16.5333 7.0 OC Tau 17.0 Cl, pRi, st L & S 1817 078.0252 +16.7000 7.7 OC Tau 16.0 Cl, L, Ri, lC, st 11...14 1851 078.5252 -40.0500 7.3 Gb Col 11.0 glob. cl. ! vB, vL, R, vsvvbM, rrr 1857 080.0502 +39.3500 7.0 OC Aur 6.0 Cl, pRi, pC, st 7... 1893 080.6752 +33.4000 7.5 OC Aur 11.0 Cl, L, Ri, lC 1904 081.1252 -24.5500 8.0 Gb Lep 8.7 glob. cl. , pL, eRi, eC, rrr; = M79 1955 081.5251 -67.4833 9.0 C+N Dor Cl, Ri, 2nd of sev 1962 081.6251 -68.7833 8.0 C+N Dor vF, pL, R, 1st of 4! 1965 081.6251 -68.7833 8.0 C+N Dor F, S, 2nd of 4! 1970 081.6251 -68.7833 8.0 C+N Dor 4th of 4 1968 081.8001 -67.4333 9.0 C+N Dor Cl, Ri, 3rd of sev 1983 081.8751 -68.9500 8.0 C+N Dor Cl, vL, pRi, iF 1974 081.9751 -67.4000 9.0 C+N Dor Cl, L, irr 1907 082.0002 +35.3167 8.2 OC Aur 7.0 Cl, pRi, pC, R, st 9...12 1912 082.1752 +35.8333 6.4 OC Aur 21.0 Cl, B, vL, vRi, iF, st L & S; = M38 2011 083.0251 -67.5166 9.0 C+N Dor vB, S, R, psmbM 2014 083.0501 -67.6666 8.0 C+N Dor Cl, pL, pC, iF, st 9...15 1952 083.6252 +22.0167 8.4 Nb Tau 6.0 vB, vL, E 135deg +/- , vglbM, r; = M1 1981 083.8002 -4.4333 4.6 OC Ori 25.0 Cl, vB, lRi, st L, sc 1976 083.8502 -5.4500 4.0 Nb Ori 66.0 !!! theta1 Ori and the great neb; = M42 1982 083.9002 -5.2667 9.0 Nb Ori 20.0 ! vB, vL, R with tail, mbM *8-9; = M43 1960 084.0252 +34.1333 6.0 OC Aur 12.0 Cl, B, vL, vRi, lC, st 9...11 sc; = M36 2070 084.6501 -69.0833 8.2 C+N Dor 40.0 !!! vB, vL, looped 2068 086.6752 +0.0500 8.0 Nb Ori 8.0 B, L, wisp, gmbN, 3 st inv, r; = M78 2099 088.1002 +32.5500 5.6 OC Aur 24.0 Cl, Ri, pCM, st L & S; = M37 2112 088.4752 +0.4000 9.0 OC Ori 11.0 Cl, pL, lRi, pC, st S 2129 090.2502 +23.3000 6.7 OC Gem 7.0 Cl, pL, 40 or 50 st 8...15 I2157 091.2502 +24.0000 8.4 OC Gem 7.0 Cl, S 2158 091.8752 +24.1000 8.6 OC Gem 5.0 Cl, pS, mC, vRi, irr triangle st eS 2169 092.1002 +13.9500 5.9 OC Ori 7.0 Cl, S, lRi, pmC, ** (ADS 4728) 2168 092.2252 +24.3333 5.1 OC Gem 28.0 Cl, vL, cRi, pC, st 9...16; = M35 2175 092.4502 +20.3167 6.8 OC Ori 18.0 *8 in neb 2186 093.0502 +5.4500 8.7 OC Ori 4.0 Cl, pL, pRi, pC, st L and S 2194 093.4502 +12.8000 8.5 OC Ori 10.0 Cl, L, Ri, gvmCM 2204 093.9252 -18.6500 8.6 OC CMa 13.0 Cl, L, pRi, lC 2215 095.2502 -7.2833 8.4 OC Mon 11.0 Cl, cL, pRi, pC, st 11...15 2232 096.6502 -4.7500 3.9 OC Mon 30.0 B* (10 Mon) + Cl 2236 097.4252 +6.8333 8.5 OC Mon 7.0 Cl, pRi, pC, st 10, 12...15 2244 098.1002 +4.8667 4.8 OC Mon 24.0 Cl, beautiful, st sc (12 Mon) 2250 098.2002 -5.0333 9.0 OC Mon 8.0 Cl, pRi, lC, iF, st 8, 12...14 2251 098.6752 +8.3667 7.3 OC Mon 10.0 Cl, vL, E, Ri, lC 2252 098.7502 +5.3833 8.0 OC Mon 20.0 Cl, vL, pRi, lC, st S 2264 100.2752 +9.8833 3.9 C+N Mon 60.0 eL neb, 3deg diam, densest 12' sp 15 Mon 2287 101.7502 -20.7333 4.5 OC CMa 38.0 Cl, vL, B, lC, st 8...; = M41 2286 101.9002 -3.1667 7.5 OC Mon 15.0 Cl, L, C, ab 100 st 9...15 2281 102.3252 +41.0667 5.4 OC Aur 15.0 Cl, pRi, vlC, st pL 2301 102.9502 +0.4667 6.0 OC Mon 12.0 Cl, Ri, L, iF, st L & S 2302 102.9752 -7.0667 8.9 OC Mon 3.0 Cl, L, P, lC 2323 105.8002 -8.3333 5.9 OC Mon 16.0 ! Cl, vL, Ri, pC, E, st 12...16; = M50 2324 106.0502 +1.0500 8.4 OC Mon 8.0 Cl, L, Ri, cC, st 12...16 2335 106.6502 -10.0833 7.2 OC Mon 12.0 Cl, L, lC 2331 106.8002 +27.3500 9.0 OC Gem 18.0 Cl, L, vlC, S Cl inv 2343 107.0752 -10.6500 6.7 OC Mon 7.0 Cl, cL, P, lC 2345 107.0752 -13.1667 7.7 OC CMa 12.0 Cl, pL, pRi, gbM, st 10...14 2354 108.5752 -25.7333 6.5 OC CMa 20.0 Cl, cRi, lC 2353 108.6502 -10.3000 7.1 OC Mon 20.0 Cl, L, lC, one vB* 2360 109.4502 -15.6167 7.2 OC CMa 13.0 Cl, vL, Ri, pC, st 9...12 2362 109.7002 -24.9500 4.1 C+N CMa 8.0 Cl, pL, Ri (30 CMa) 2367 110.0252 -21.9333 7.9 OC CMa 4.0 Cl, S, P, lC 2374 111.0002 -13.2667 8.0 OC CMa 19.0 Cl, vL, pRi, lC, st L 2383 111.2002 -20.9333 8.4 OC CMa 6.0 Cl, pS, pmC, st 12 2384 111.2752 -21.0333 7.4 OC CMa 3.0 Cl, lC, bifid, ** 2395 111.7752 +13.5833 8.0 OC Gem 12.0 Cl, pRi, C 2396 112.0252 -11.7333 7.0 OC Pup 10.0 Cl, vL, vlC 2414 113.3252 -15.4500 7.9 OC Pup 4.0 Cl, P, lC, st 9... 2421 114.0752 -20.6167 8.3 OC Pup 10.0 Cl, L, cRi, st 11...13 2422 114.1502 -14.5000 4.4 OC Pup 30.0 Cl, B, vL, pRi, st L and S; = M47 2403 114.2251 +65.6000 8.4 Gx Cam 17.8 !! cB, eL, vmE, vgmbMN 2423 114.2752 -13.8667 6.7 OC Pup 19.0 Cl, vL, Ri, pC, st vS 2420 114.6252 +21.5667 8.3 OC Gem 10.0 Cl, cL, Ri, C, st 11...18 2439 115.2002 -31.6500 6.9 OC Pup 10.0 Cl, B, pRi, pL, lC, st 9, 12...14 2437 115.4502 -14.8167 6.1 OC Pup 27.0 !, Cl, vB, vRi, vL, inv PN ; = M46 2447 116.1502 -23.8667 6.2 OC Pup 22.0 Cl, L, pRi, lC, st 8...13; = M93 2451 116.3502 -37.9667 2.8 OC Pup 45.0 Cl, vvL, vlC, one *4.5 2453 116.9502 -27.2333 8.3 OC Pup 5.0 Cl, S, pRi, pC 2477 118.0752 -38.5500 5.8 OC Pup 27.0 !, Cl, B, Ri, L, lC, st 12 2467 118.1502 -26.3833 7.0 C+N Pup 16.0 pB, vL, R, er, *8 M 2482 118.7252 -24.3000 7.3 OC Pup 12.0 Cl, L, cRi, vlC 2483 118.9752 -27.9333 7.6 OC Pup 10.0 Cl, L, lC 2489 119.0502 -30.0667 7.9 OC Pup 8.0 Cl, pL, cRi, pC, st 11...13 2516 119.5751 -60.8667 3.8 OC Car 30.0 Cl, vB, vL, pRi, st 7...13 2506 120.0502 -10.7833 7.6 OC Mon 7.0 Cl, pL, vRi, C, st 11...20 2509 120.1752 -19.0667 9.0 OC Pup 8.0 Cl, B, pRi, lC, st S 2527 121.3252 -28.1667 6.5 OC Pup 22.0 Cl, vL, pRi, lC, st 10...15 2533 121.7502 -29.9000 7.6 OC Pup 4.0 Cl, pL, Ri, C, st 9, 13...14 2539 122.6752 -12.8333 6.5 OC Pup 22.0 Cl, vL, Ri, lC, st 11...13 2547 122.6752 -49.2667 4.7 OC Vel 20.0 Cl, B, L, lC, st 7...16 2546 123.1002 -37.6333 6.3 OC Pup 41.0 Cl, B, L, lC, iE, st 9...12 2548 123.4502 -5.8000 5.8 OC Hya 54.0 Cl, vL, pRi, pmC, st 9...13; = M48 2567 124.6502 -30.6333 7.4 OC Pup 10.0 Cl, pL, pRi, lC, iR, st 11...14 2571 124.7252 -29.7333 7.0 OC Pup 13.0 Cl, vL, cRi, lC, st 9... 2579 125.2752 -36.1833 7.5 C+N Pup 10.0 D* in pS neb, am 70 st 2587 125.8752 -29.5000 9.0 OC Pup 9.0 Cl, pmCM, iF, st 9...13 2627 129.3252 -29.9500 8.0 OC Pyx 11.0 Cl, cL, pRi, pC, st 11...13 2632 130.0252 +19.9834 3.1 OC Cnc 95.0 Praesepe; = M44 I2391 130.0502 -53.0667 2.5 OC Vel 50.0 Cl, co, incl *3.7 (o Vel) I2395 130.2752 -48.2000 4.6 OC Vel 8.0 Cl, co 2660 130.5502 -47.1500 8.8 OC Vel 4.0 Cl, pS, mC, iR, gbM, st 13...15 2659 130.6502 -44.9500 8.6 OC Vel 3.0 Cl, L, Ri, pmE, st 11...14 2658 130.8502 -32.6500 9.0 OC Pyx 12.0 Cl, pS, lRi, lC, iF, st 12-13 2669 131.2252 -52.9667 6.1 OC Vel 12.0 Cl, L, P, lC, st 10...13 2670 131.3752 -48.7834 7.8 OC Vel 9.0 Cl, pL, P, lC, st 13... 2682 132.6002 +11.8167 6.9 OC Cnc 30.0 ! Cl, vB, vL, eRi, lC, st 10...15; = M67 2808 138.0001 -64.8667 6.3 Gb Car 13.8 ! glob. cl. , vL, eRi, vgeCM, 45s d, st 13...15 2818 139.0002 -36.6167 8.2 OC Pyx 9.0 ! glob. cl. , pB, pL, R, vglbM, in L Cl I2488 141.9002 -56.9834 7.0 OC Vel 15.0 Cl, co 2910 142.6002 -52.9000 7.2 OC Vel 5.0 Cl, cL, pRi, pC, st 10...14 2903 143.0502 +21.5000 8.9 Gx Leo 12.6 cB, vL, E, gmbM, r, sp of 2 2925 143.4252 -53.4334 8.0 OC Vel 12.0 Cl, pRi, pC, D* taken 3033 147.2002 -56.4167 8.8 OC Vel 5.0 Cl, pL, pRi, iF, st 11...12 3031 148.9001 +69.0667 6.9 Gx UMa 25.7 ! eB, eL, E 156deg , gsvmbMBN; = M81 3034 148.9501 +69.6834 8.4 Gx UMa 11.2 vB, vL, vmE (ray); = M82 3114 150.6752 -60.1167 4.2 OC Car 35.0 Cl, eL, lC, B, st 9...14 3132 151.7502 -40.4334 8.0 Pl Vel 0.8 !! PN , vB, vL, lE *9 M, 4s d 3201 154.4002 -46.4167 6.8 Gb Vel 18.2 glob. cl. , vL, iR, lCM, st 13...16 3228 155.4502 -51.7167 6.0 OC Vel 18.0 Cl, 9 L and a few S st 3242 156.2003 -18.6333 9.0 Pl Hya 20.8 ! PN , vB, lE 147deg , 45" d, blue 3247 156.4752 -57.9334 7.6 C+N Car 7.0 st inv in neb I2581 156.8502 -57.6334 4.3 OC Car 8.0 Cl, around *5.4m 3293 158.9502 -58.2334 4.7 C+N Car 40.0 Cl, B, Ri, pL 3324 159.3252 -58.6334 6.7 C+N Car 16.0 pB, vvL, iF, D* inv 3330 159.6502 -54.1501 7.4 OC Vel 7.0 Cl, P, st 9... I2602 160.8002 -64.4001 1.9 OC Car 50.0 Cl, co, incl theta Car 3496 164.9502 -60.3334 8.2 OC Car 9.0 Cl, pL, pRi, lC, st 13 3521 166.4503 -0.0333 8.9 Gx Leo 9.5 cB, cL, mE 140deg +/- , vsmbMN 3532 166.6002 -58.6667 3.0 OC Car 55.0 !!, Cl, eL, R, lC, st 8...12 3572 167.6002 -60.2334 6.6 C+N Car 20.0 Cl, pRi, lC 3590 168.2252 -60.7834 8.2 OC Car 4.0 Cl, pRi, C, E I2714 169.4752 -62.7001 8.0 OC Car 12.0 Cl, pC 3627 170.0503 +12.9834 9.0 Gx Leo 8.7 B, vL, mE 150deg , mbM, 2 st np; = M66 3680 171.4253 -43.2501 7.6 OC Cen 12.0 Cl, cL, pRi, lC, st 10...14 3766 174.0253 -61.6167 5.3 OC Cen 12.0 Cl, pL, pRi, pC, st 8...13 I2944 174.1503 -63.0334 4.5 C+N Cen 75.0 *3.4 in eL neb 3918 177.5753 -57.1834 8.0 Pl Cen 0.2 PN , !, S, R, blue, = *7, d = 1s .5 3960 177.7253 -55.7001 8.3 OC Cen 7.0 Cl, pL, pRi, gpmbM, st 13 4052 180.4753 -63.2001 9.0 OC Cru 8.0 Cl, pRi, lC 4103 181.6753 -61.2501 7.0 OC Cru 7.0 Cl, pL, pC, iR, st 10...14 4230 184.3253 -55.1334 9.0 OC Cen 6.0 Cl, F, pL, iF, st 13...15 4258 184.7503 +47.3001 8.3 Gx CVn 18.2 vB, vL, vmE 0deg , sbMBN; = M106 4337 185.9753 -58.1334 8.9 OC Cru 4.0 Cl, pRi, lC, st 12...14 4349 186.1253 -61.9001 7.4 OC Cru 16.0 Cl, vB, vL, lC, st 12...14 4372 186.4503 -72.6668 7.8 Gb Mus 18.6 glob. cl. , pF, L, R, st 12...16 4439 187.1003 -60.1001 8.4 OC Cru 4.0 Cl, S, st 11...12 4472 187.4503 +8.0000 8.4 Gx Vir 8.9 vB, L, R, mbM, r; = M49 4463 187.5003 -64.8001 7.2 OC Mus 5.0 Cl, P, vlC 4486 187.7003 +12.4000 8.6 Gx Vir 7.2 vB, vL, R, mbM, 3rd of 3; = M87 4590 189.8753 -26.7500 8.2 Gb Hya 12.0 glob. cl. , L, eRi, vC, iR, rrr, st 12; = M68 4594 190.0003 -11.6167 8.3 Gx Vir 8.9 !, vB, vL, eE 92deg , vsmbMN; = M104 4609 190.5753 -62.9667 6.9 OC Cru 5.0 Cl, pL, pC, cE, st 10 4649 190.9253 +11.5500 8.8 Gx Vir 7.2 vB, pL, R, f of Dneb; = M60 4736 192.7253 +41.1167 8.2 Gx CVn 11.0 vB, L, iR, vsvmbMBN, r; = M94 4755 193.4003 -60.3334 4.2 OC Cru 10.0 Cl, vL, st vB (kappa Cru) 4826 194.1753 +21.6834 8.5 Gx Com 9.3 ! vB, vL, vmE 120deg +/- , bMSBN; = M64 4815 194.5003 -64.9501 8.6 OC Mus 3.0 Cl, pL, pRi, iF, st 10...18 4833 194.9003 -70.8834 7.4 Gb Mus 13.5 glob. cl. , B, L, R, g, vsbM, st 12 4852 195.0253 -59.6001 9.0 OC Cen 11.0 Cl, L, pRi, iR, st 10 4945 196.3503 -49.4667 9.0 Gx Cen 20.0 B, vL, vmE 39deg 5024 198.2253 +18.1667 7.7 Gb Com 12.6 !, glob. cl. , B, vC, iR, vvmbM, st 12; = M53 5055 198.9503 +42.0334 8.6 Gx CVn 12.3 vB, L, pmE 120deg +/- , vsmbMBN; = M63 5128 201.3753 -43.0167 7.0 Gx Cen 18.2 !!, vB, vL, vmE 122deg , bifid 5139 201.7003 -47.4834 3.7 Gb Cen 36.3 !!!, glob. cl. , omega Cen 5138 201.8254 -59.0167 7.6 OC Cen 8.0 Cl, Ri, lC, st 11 5194 202.4753 +47.2001 8.4 Gx CVn 11.0 !!!, great spiral neb M51 5236 204.2503 -29.8667 7.6 Gx Hya 11.2 !! vB, vL, E 55deg , esbMN, 3-br spir; = M83 5272 205.5503 +28.3834 6.4 Gb CVn 16.2 !!, glob. cl. , eB, vL, vsmbM, st 11...; = M3 5286 206.6004 -51.3667 7.6 Gb Cen 9.1 glob. cl. , vB, pL, R, rrr, st 15 5281 206.6504 -62.9001 5.9 OC Cen 5.0 Cl, B, S, pC, iR, st 10...12 5316 208.4754 -61.8667 6.0 OC Cen 14.0 Cl, pL, pC, st 11 5457 210.8004 +54.3501 7.7 Gx UMa 26.9 pB, vL, iR, g, vsmbMBSN; = M101 5460 211.9004 -48.3167 5.6 OC Cen 25.0 Cl, vL, vlC, st 8... 5606 216.9504 -59.6334 7.7 OC Cen 3.0 Cl, S, pC, st L & S 5617 217.4504 -60.7167 6.3 OC Cen 10.0 Cl, L, pRi, pCM, st 8... 5662 218.8004 -56.5501 5.5 OC Cen 12.0 Cl, L, pRi, lC, st 9... 5749 222.2254 -54.5167 9.0 OC Lup 8.0 Cl, pL, pRi, lC, st 10...11 5824 226.0004 -33.0667 9.0 Gb Lup 6.2 pB, S, stell, N 5822 226.3004 -54.3501 7.0 OC Lup 40.0 Cl, vL, Ri, lC, st 9...12 5823 226.4254 -55.6001 7.9 OC Cir 10.0 Cl, cL, Ri, lCM, st 13...14 5897 229.3504 -21.0167 8.6 Gb Lib 12.6 glob. cl. , pF, L, viR, vgbM, rrr 5904 229.6504 +2.0833 5.8 Gb Ser 17.4 !!, glob. cl. , vB, L, eCM, st 11...15; = M5 5925 231.9254 -54.5167 8.0 OC Nor 15.0 Cl, vL, vRi, lC, st 11...14 5927 232.0004 -50.6667 8.3 Gb Lup 12.0 glob. cl. , cB, L, R, vgbM, rrr, st 15 5986 236.5254 -37.7834 7.1 Gb Lup 9.8 !, glob. cl. , vB, L, R, vgbM, st 13...15 5999 238.0504 -56.4667 9.0 OC Nor 5.0 Cl, L, pRi, st 12...14 6025 240.9255 -60.5000 5.1 OC TrA 12.0 Cl, B, vL, pRi, lC, st 7... 6031 241.9004 -54.0667 8.5 OC Nor 2.0 Cl, S, mC, st 11...14 6067 243.3004 -54.2167 5.6 OC Nor 13.0 Cl, vB, vL, vRi, lC, st 10... 6093 244.2504 -22.9833 7.2 Gb Sco 8.9 !! glob. cl. , vB, L, vmbM (var*), rrr, st 14; = M 6087 244.7255 -57.9000 5.4 OC Nor 12.0 Cl, B, L, lC, st 7...10 6121 245.9004 -26.5334 5.9 Gb Sco 26.3 Cl, 8 or 10 B st line, with 5 st, rrr; = M4 6124 246.4004 -40.6667 5.8 OC Sco 29.0 Cl, B, L, pRi, lCM, st 9...11 6134 246.9254 -49.1500 7.2 OC Nor 7.0 Cl, cL, pRi, lCM, st 13...15 6171 248.1254 -13.0500 8.1 Gb Oph 10.0 glob. cl. , L, vRi, vmC, R, rrr; = M107 6152 248.1755 -52.6167 8.0 OC Nor 30.0 Cl, L, lC, st L 6169 248.5254 -44.0500 7.0 OC Nor 7.0 Cl, mu Nor inv 6167 248.6004 -49.6000 6.7 OC Nor 8.0 Cl, L, lC, iF 6178 248.9254 -45.6334 7.2 OC Sco 4.0 Cl, B, S, st pL 6192 250.0754 -43.3667 9.0 OC Sco 8.0 Cl, pL, pRi, iR, st 11...14 6193 250.3254 -48.7667 5.2 OC Ara 15.0 Cl, vL, lRi, lC, rrr, F neb inv 6205 250.4254 +36.4667 5.9 Gb Her 16.6 !! glob. cl. , eB, vRi, vgeCM, st 11...; = M13 6200 251.0504 -47.4834 7.4 OC Ara 12.0 Cl (in Milky Way) 6210 251.1254 +23.8167 9.0 Pl Her 0.2 PN , vB, vS, R, disc & border (Nucl variable?) 6204 251.6254 -47.0167 8.2 OC Ara 5.0 Cl, pRi, eiCM, st 11...12 6218 251.8004 -1.9500 6.6 Gb Oph 14.5 !! glob. cl. , vB, vL, iR, gmbM, rrr, st 10...; = 6208 252.3755 -53.8167 7.2 OC Ara 16.0 Cl, L, Ri, lCM, st 9...12 6231 253.5004 -41.8000 2.6 C+N Sco 15.0 Cl, B, cL, pRi, st 10...13 6242 253.9004 -39.5000 6.4 OC Sco 9.0 Cl, B, L, Ri, st 8...11 6254 254.2754 -4.1000 6.6 Gb Oph 15.1 ! glob. cl. , B, vL, R, gvmbM, rrr, st 10...15; = 6249 254.4004 -44.7834 8.2 OC Sco 6.0 Cl, pRi, vlC, iF, st L & S 6250 254.5004 -45.8000 5.9 OC Ara 8.0 Cl, L, lRi, lC, st 8...12 6259 255.1754 -44.6667 8.0 OC Sco 10.0 ! Cl, B, vL, vRi, st 11... 6266 255.3004 -30.1167 6.6 Gb Oph 14.1 ! glob. cl. , vB, L, gmbM, rrr, st 14...16; = M62 6273 255.6504 -26.2667 7.2 Gb Oph 13.5 glob. cl. , vB, L, R, vCM, rrr, st 16; = M19 6284 256.1254 -24.7667 9.0 Gb Oph 5.6 glob. cl. , B, L, R, CM, rrr, st 16... 6281 256.2004 -37.9000 5.4 C+N Sco 60.0 Cl, L, pRi, lC, st 9...11 6293 257.5504 -26.5833 8.2 Gb Oph 7.9 glob. cl. , vB, L, R, psbM, rrr, st 16 6304 258.6254 -29.4667 8.4 Gb Oph 6.8 glob. cl. , B, cL, R, lbM, rrr, st 16 6316 259.1504 -28.1333 9.0 Gb Oph 4.9 glob. cl. , cB, pS, R, gvmbM, rrr, st 16 6341 259.2754 +43.1334 6.5 Gb Her 11.2 glob. cl. , vB, vL, eCM, rrr, st S; = M92 6322 259.6254 -42.9500 6.0 OC Sco 10.0 Cl, vL, pRi, lC (place of * nf) 6333 259.8004 -18.5167 7.9 Gb Oph 9.3 glob. cl. , B, L, R, eCM, rrr, st 14; = M9 6356 260.9004 -17.8167 8.4 Gb Oph 7.2 glob. cl. , vB, cL, vgvmbM, rrr, st 20 I4651 261.1755 -49.9500 6.9 OC Ara 12.0 Cl, pC 6352 261.3755 -48.4167 8.2 Gb Ara 7.1 Cl (not neb), pF, L 6362 262.9756 -67.0500 8.3 Gb Ara 10.7 glob. cl. , cB, L, vgmbM, rrr, st 14...17 6374 263.0754 -32.6000 9.0 OC Sco 3.0 Cl, S, P, B* inv 6383 263.7004 -32.5667 5.5 C+N Sco 80.0 Cl, st 13, *6-7 in M 6388 264.0754 -44.7333 6.9 Gb Sco 8.7 glob. cl. , vB, L, R, pg, psvmbM, rrr, st 17... 6402 264.4004 -3.2500 7.6 Gb Oph 11.7 ! glob. cl. , B, vL, R, eRi, vgmbM, rrr, st 15; = 6396 264.5254 -35.0000 8.5 OC Sco 3.0 Cl, pL, lRi, lC 6405 265.0254 -32.2167 4.2 OC Sco 15.0 Cl, L, iR, lC, st 7, 10...; = M6 6397 265.1755 -53.6667 5.7 Gb Ara 25.7 glob. cl. , B, vL, Ri, st 13 6400 265.2004 -36.9500 9.0 OC Sco 8.0 Cl, pL, pRi, iR, st 9...10 6416 266.1004 -32.3500 5.7 OC Sco 18.0 Cl, vL, Ri, lC I4665 266.5754 +5.7167 4.2 OC Oph 41.0 Cl, co 6425 266.7254 -31.5333 7.2 OC Sco 8.0 Cl, pS, lRi, lC, st 10...12 6441 267.5504 -37.0500 7.4 Gb Sco 7.8 glob. cl. , vB, pL, R, vgmbM, rrr, st 18 6451 267.6754 -30.2167 8.0 OC Sco 8.0 Cl, pL, pRi, bifid, st 12... 6469 268.2254 -22.3500 8.0 OC Sgr 12.0 Cl, pRi (in Milky Way) 6475 268.4754 -34.8167 3.3 OC Sco 80.0 Cl, vB, pRi, lC, st 7...12; = M7 6494 269.2004 -19.0167 5.5 OC Sgr 27.0 Cl, B, vL, pRi, lC, st 10...; = M23 6543 269.6506 +66.6334 9.0 Pl Dra 5.8 PN , vB, pS, sbMvSN 6514 270.5754 -23.0333 6.3 C+N Sgr 29.0 !!! vB, vL, trifid, D* inv; = M20 6520 270.8504 -27.9000 8.0 OC Sgr 6.0 Cl, pS, Ri, lC, st 9...13 6522 270.9004 -30.0333 8.6 Gb Sgr 5.6 glob. cl. , B, pL, R, gvmbM, rrr, st 16 6523 270.9504 -24.3833 5.8 Nb Sgr 90.0 !!! vB, eL, eiF, with L Cl; = M8 6531 271.1504 -22.5000 5.9 OC Sgr 13.0 Cl, pRi, lC, st 9...12; = M21 6530 271.2004 -24.3333 4.6 OC Sgr 15.0 Cl, B, L, pRi, f M8 6546 271.8004 -23.3333 8.0 OC Sgr 13.0 Cl, vL, vRi 6544 271.8254 -25.0000 8.3 Gb Sgr 8.9 cF, pL, iR, r 6541 272.0005 -43.7000 6.6 Gb CrA 13.1 glob. cl. , B, R, eC, gbM, rrr, st 15...16 6553 272.3254 -25.9000 8.3 Gb Sgr 8.1 glob. cl. , F, L, lE, vglbM, rr, st 20 6572 273.0254 +6.8500 9.0 Pl Oph 0.1 PN , vB, vS, R, l hazy 6568 273.2004 -21.6000 9.0 OC Sgr 13.0 Cl, vL, lC 6569 273.4004 -31.8333 8.7 Gb Sgr 5.8 glob. cl. , cB, L, R, rrr, st 15... 6595 274.2504 -19.8833 7.0 OC Sgr 11.0 F, pL, cE, ** inv; = IC 4700 6605 274.2754 -14.9667 6.0 OC Ser Cl, lRi, lC, st 10...12 6604 274.5254 -12.2333 6.5 C+N Ser 60.0 Cl, lRi, lC 6611 274.7004 -13.7833 6.0 C+N Ser 35.0 Cl, at least 100 st L & S; = M16 6613 274.9754 -17.1333 6.9 OC Sgr 9.0 Cl, P, vlC; = M18 6618 275.2004 -16.1833 6.0 C+N Sgr 46.0 !!!, B, eL, eiF, 2 hooked; = M17 6625 275.8004 -12.0500 9.0 OC Sct Cl, lC, lRi, st 11...12 6624 275.9254 -30.3667 8.3 Gb Sgr 5.9 glob. cl. , vB, pL, R, rrr, st 16 6626 276.1254 -24.8667 6.9 Gb Sgr 11.2 !, glob. cl. , vB, L, R, geCM, rrr, st 14...16; = 6633 276.9254 +6.5667 4.6 OC Oph 27.0 Cl, lC, st L 6637 277.8504 -32.3500 7.7 Gb Sgr 7.1 glob. cl. , B, L, R, rrr, st 14...16; = M69 6647 277.8754 -17.3500 8.0 OC Sgr Cl, L, Ri, lC, st vS I4725 277.9004 -19.2500 4.6 OC Sgr 32.0 Cl, pC; = M25 6642 277.9754 -23.4833 8.8 Gb Sgr 4.5 glob. cl. , pB, pL, iR, gpmbM rrr, st 16 6645 278.1504 -16.9000 9.0 OC Sgr 10.0 Cl, pL, vRi, pC, st 11...15 6649 278.3754 -10.4000 8.9 OC Sct 6.0 Cl, P, lC, pS, st 9-10, 12...13 6652 278.9504 -32.9833 8.9 Gb Sgr 3.5 B, S, lE, rrr, st 15 6656 279.1004 -23.9000 5.1 Gb Sgr 24.0 !!, glob. cl. , vB, vL, R, vRi, vmC, st 11...15; M 6664 279.1754 -8.2167 7.8 OC Sct 16.0 Cl, L, pRi, vlC I4756 279.7504 +5.4500 5.0 OC Ser 52.0 Cl, C 6681 280.8004 -32.3000 8.1 Gb Sgr 7.8 glob. cl. , B, pL, R, gbM, st 14...17; = M70 6694 281.3004 -9.4000 8.0 OC Sct 15.0 Cl, cL, pRi, pC, st 12...15; = M26 6705 282.7754 -6.2667 5.8 OC Sct 14.0 !, Cl, vB, L, iR, Ri, *9, st 11...; = M11 6709 282.8754 +10.3500 6.7 OC Aql 13.0 Cl, pRi, lC, iF 6712 283.2754 -8.7000 8.2 Gb Sct 7.2 glob. cl. , pB, vL, irr, vglbM, rrr 6720 283.4004 +33.0333 9.0 Pl Lyr 2.5 !!!, ring , B, pL, cE (in Lyra); = M57 6716 283.6504 -19.8833 6.9 OC Sgr 7.0 Cl, pRi, st 9...13 6715 283.7754 -30.4833 7.7 Gb Sgr 9.1 glob. cl. , vB, L, R, g, smbM, rrr, st 15; = M54 6723 284.9004 -36.6333 7.3 Gb Sgr 11.0 glob. cl. , vL, vlE, vgbM, rrr, st 14...16 6738 285.3504 +11.6000 8.0 OC Aql 15.0 Cl, P, lC 6755 286.9504 +4.2333 7.5 OC Aql 15.0 Cl, vL, vRi, pC, st 12...14 6744 287.4505 -63.8500 9.0 Gx Pav 15.5 cB, cL, R, vg, svmbM, r 6752 287.7255 -59.9833 5.4 Gb Pav 20.4 glob. cl. , B, vL, iR, rrr, st 11...16 6779 289.1504 +30.1833 8.3 Gb Lyr 7.1 glob. cl. , B, L, iR, gvmCM, rrr, st 11...14; = M5 6802 292.6504 +20.2667 8.8 OC Vul 3.0 Cl, L, vC, E 0deg , st 14...18 6811 294.5505 +46.5667 6.8 OC Cyg 13.0 Cl, L, pRi, lC, st 11..14 6809 295.0004 -30.9666 7.0 Gb Sgr 19.0 glob. cl. , pB, L, R, vRi, vgbM, st 12...15; = M55 6819 295.3254 +40.1833 7.3 OC Cyg 5.0 Cl, vL, vRi, st 11...15 6823 295.7754 +23.3000 7.1 OC Vul 12.0 Cl, cRi, E, st 11...12 6822 296.2254 -14.8000 9.0 Gx Sgr 10.2 vF, vS, E, dif; = IC 4895 I4895 296.2504 -14.8000 8.0 Gx Sgr 10.0 group of neb, 25' diam; = 6822 6830 297.7504 +23.0667 7.9 OC Vul 12.0 Cl, L, pRi, pC, st 11...12 6834 298.0504 +29.4167 7.8 OC Cyg 5.0 Cl, P, lC, st 11...12 6838 298.4504 +18.7833 8.3 Gb Sge 7.2 Cl, vL, vRi, pmC, st 11...16; = M71 6853 299.9004 +22.7167 8.1 Pl Vul 15.2 !!!, vB, vL, biN, iE (Dumbbell); = M27 6866 300.9254 +44.0000 7.6 OC Cyg 7.0 Cl, L, vRi, cC 6871 301.4754 +35.7833 5.2 OC Cyg 20.0 Cl, st L and S, ** inv 6864 301.5254 -21.9166 8.6 Gb Sgr 6.0 glob. cl. , B, pL, R, vmbMBN, rr; = M75 6883 302.8254 +35.8500 8.0 OC Cyg 15.0 Cl, pRi, ** inv 6882 302.9254 +26.5500 8.1 OC Vul 18.0 Cl, P, lC 6885 303.0004 +26.4833 6.0 OC Vul 7.0 Cl, vB, vL, Ri, lC, st 6...11 I4996 304.1254 +37.6333 7.3 OC Cyg 6.0 Cl, st 8...13 6910 305.7754 +40.7833 7.4 OC Cyg 8.0 Cl, pB, pS, P, pC, st 10...12 6913 305.9754 +38.5333 6.6 OC Cyg 7.0 Cl, P, lC, st L and S; = M29 6939 307.8505 +60.6333 7.8 OC Cep 8.0 Cl, pL, eRi, pCM, st 11...16 6934 308.5504 +7.4000 8.9 Gb Del 5.9 glob. cl. , B, L, R, rrr, st 16..., *9 p 6940 308.6504 +28.3000 6.3 OC Vul 31.0 Cl, vB, vL, vRi, cC, st pL 6946 308.7005 +60.1500 8.9 Gx Cep 11.0 vF, vL, vg, vsbM, rr 6994 314.7504 -12.6333 9.0 OC Aqr 3.0 Cl, eP, vlC, no neb; = M73 7023 315.1255 +68.1666 7.0 C+N Cep 18.0 *7 in eF, eL, neby 7009 316.0504 -11.3666 8.0 Pl Aqr 1.7 !!!, PN , vB, S, elliptic 7039 317.8004 +45.6500 7.6 OC Cyg 25.0 Cl, vL, pRi, E, st 10... I1369 318.0254 +47.7333 6.8 OC Cyg 4.0 S neb Cl of st 13m 7062 320.8004 +46.3833 8.3 OC Cyg 7.0 Cl, pS, pRi, pC, st 13... 7063 321.1004 +36.5000 7.0 OC Cyg 8.0 Cl, P, st 10... 7082 322.3504 +47.0833 7.2 OC Cyg 25.0 Cl, L, cRi, lC, st 10...13 7078 322.5004 +12.1667 6.4 Gb Peg 12.3 !, glob. cl. , vB, vL, iR, vsmbM, rrr, st vS; = M1 7086 322.6254 +51.5833 8.4 OC Cyg 9.0 Cl, cL, vRi, pC, st 11...16 7092 323.0504 +48.4333 4.6 OC Cyg 32.0 Cl, vL, vP, vlC, st 7...10; = M39 7089 323.3754 -0.8167 6.5 Gb Aqr 12.9 !!, glob. cl. , B, vL, gpmbM, rrr, st eS; = M2 I1396 324.7755 +57.5000 3.5 C+N Cep 170.0 neb part of Milky Way 7099 325.1004 -23.1833 7.5 Gb Cap 11.0 !, glob. cl. , B, L, lE, gpmbM, st 12...16; = M30 I5146 328.3504 +47.2666 7.2 C+N Cyg 12.0 pB, vL, iF, *9.5 in M 7160 328.4255 +62.5999 6.1 OC Cep 7.0 Cl, P, vlC 7209 331.3004 +46.5000 6.7 OC Lac 25.0 Cl, L, cRi, pC, st 9...12 I1434 332.6254 +52.8333 9.0 OC Lac 8.0 fine Cl, 6 branches, st 12-15m 7235 333.1504 +57.2833 7.7 OC Cep 4.0 Cl, pC, has a ruby *10 7243 333.8254 +49.8833 6.4 OC Lac 21.0 Cl, L, P, lC, st vL 7261 335.1004 +58.0833 8.4 OC Cep 6.0 Cl, L, pRi, lC 7380 341.7504 +58.0999 7.2 C+N Cep 25.0 Cl, pL, pRi, lC, st 9...13 7510 347.8754 +60.5666 7.9 OC Cep 4.0 Cl, pRi, pC, fan-sh, st pB 7654 351.0504 +61.5833 6.9 OC Cas 13.0 Cl, L, Ri, mCM, R, st 9...13; = M52 7662 351.4754 +42.5499 9.0 Pl And 2.2 !!! PN or ring , vB, pS, R, blue, variable Nucl 7686 352.5504 +49.1333 5.6 OC And 15.0 Cl, P, lC, st 7...11 7788 359.1754 +61.3999 9.0 OC Cas 9.0 Cl, S, pRi, vC, st 10, 13... 7789 359.2504 +56.7333 6.7 OC Cas 16.0 Cl, vL, vRi, vmC, st 11...18 7790 359.6004 +61.2166 8.5 OC Cas 17.0 Cl, pRi, pC [EOD] # http://cdsarc.u-strasbg.fr//viz-bin/asu-acl?-source=yCat_7118