# # VizieR Astronomical Server cdsarc.u-strasbg.fr # Date: 2018-09-25T09:49:46 [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=VOTx1549 #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. The format may include more digits than the original data because of internal accuracy requirements in VizieR and across other CDS services) #_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. The format may include more digits than the original data because of internal accuracy requirements in VizieR and across other CDS services) #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