  COVER INFORMATION 

 Station:    HART      (Code Hh ) 
 Experiment: LIRGI
 Exp. Code:  ER043B  


Schedule Version:       1.00
Processed by SCHED version:  11.40  Release 11.4.  March 14, 2015

PI:       Naim Ramirez-Olivencia

Address:  IAA - CSIC
          Glorieta de la Astronomia s/n
          18008 Granada, Spain
 

Phone:    +34-958230566
EMAIL:    naimro@iaa.es
Fax:
Phone during observation: +34-630801163

Observing mode: 512 Mbps

Notes:    Second 6cm observing epoch of IRAS15250 and IRAS10565
 
 
 

Schedule for HART      (Code Hh )                                   Page   2
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

 Next scan frequencies:  4966.49  4966.49  4966.49  4966.49  4982.49  4982.49  4982.49  4982.49
                         4998.49  4998.49  4998.49  4998.49  5014.49  5014.49  5014.49  5014.49
 Next BBC frequencies:    366.49   366.49   366.49   366.49   382.49   382.49   382.49   382.49
                          398.49   398.49   398.49   398.49   414.49   414.49   414.49   414.49
 Next scan bandwidths:      8.00     8.00     8.00     8.00     8.00     8.00     8.00     8.00
                            8.00     8.00     8.00     8.00     8.00     8.00     8.00     8.00

13 00 00  J1102+2757   08 01 04  20.7  42.4 -3.0       0.0     0        0   13 00 00
13 05 00  ---          08 06 05  21.4  41.5 -2.9       0.0   300       19   13 00 01

13 05 00  IRAS10565    08 06 05  24.4  43.5 -2.9       0.0   -34       19   No stop 
13 09 10  ---          08 10 16  25.0  42.7 -2.8       0.0   216       35   13 05 01

13 09 10  J1102+2757   08 10 16  22.1  40.8 -2.9       0.0   -34       35   No stop 
13 10 20  ---          08 11 26  22.2  40.6 -2.9       0.0    36       40   13 09 11

13 11 00  IRAS10565    08 12 06  25.3  42.4 -2.8       0.0     6       40   13 11 00
13 15 00  ---          08 16 07  25.9  41.6 -2.7       0.0   240       55   13 11 01

13 15 00  J1102+2757   08 16 07  22.9  39.7 -2.8       0.0   -34       55   No stop 
13 16 10  ---          08 17 17  23.1  39.5 -2.8       0.0    36       60   13 15 01

13 16 10  IRAS10565    08 17 17  26.1  41.4 -2.7       0.0   -34       60   No stop 
13 20 10  ---          08 21 17  26.7  40.6 -2.6       0.0   206       75   13 16 11

13 20 10  J1102+2757   08 21 17  23.6  38.8 -2.7       0.0   -34       75   No stop 
13 21 20  ---          08 22 28  23.8  38.5 -2.7       0.0    36       79   13 20 11

13 22 00  IRAS10565    08 23 08  27.0  40.3 -2.6       0.0     6       79   13 22 00
13 26 00  ---          08 27 08  27.5  39.5 -2.5       0.0   240       95   13 22 01

13 26 00  J1102+2757   08 27 08  24.5  37.7 -2.6       0.0   -34       95   No stop 
13 27 10  ---          08 28 19  24.6  37.4 -2.6       0.0    36       99   13 26 01

13 27 50  IRAS10565    08 28 59  27.8  39.1 -2.5       0.0     6       99   13 27 50
13 31 50  ---          08 32 59  28.4  38.3 -2.5       0.0   240      115   13 27 51

13 31 50  J1102+2757   08 32 59  25.3  36.5 -2.5       0.0   -34      115   No stop 
13 33 00  ---          08 34 09  25.4  36.3 -2.5       0.0    36      119   13 31 51

13 33 00  IRAS10565    08 34 09  28.5  38.0 -2.4       0.0   -34      119   No stop 
13 37 00  ---          08 38 10  29.1  37.2 -2.4       0.0   206      135   13 33 01

13 37 00  J1102+2757   08 38 10  25.9  35.5 -2.4       0.0   -34      135   No stop 
13 38 10  ---          08 39 20  26.1  35.3 -2.4       0.0    36      139   13 37 01
Schedule for HART      (Code Hh )                                   Page   3
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

13 38 50  IRAS10565    08 40 00  29.3  36.8 -2.3       0.0     6      139   13 38 50
13 42 50  ---          08 44 01  29.9  36.0 -2.3       0.0   240      154   13 38 51

13 42 50  J1102+2757   08 44 01  26.7  34.3 -2.3       0.0   -34      154   No stop 
13 44 00  ---          08 45 11  26.8  34.1 -2.3       0.0    36      159   13 42 51

13 44 40  IRAS10565    08 45 51  30.1  35.6 -2.2       0.0     6      159   13 44 40
13 48 40  ---          08 49 52  30.6  34.7 -2.2       0.0   240      174   13 44 41

13 48 40  J1102+2757   08 49 52  27.4  33.1 -2.2       0.0   -34      174   No stop 
13 49 50  ---          08 51 02  27.6  32.9 -2.2       0.0    36      179   13 48 41

13 49 50  IRAS10565    08 51 02  30.8  34.4 -2.2       0.0   -34      179   No stop 
13 53 50  ---          08 55 03  31.3  33.6 -2.1       0.0   206      194   13 49 51

13 53 50  J1102+2757   08 55 03  28.1  32.1 -2.1       0.0   -34      194   No stop 
13 55 00  ---          08 56 13  28.2  31.8 -2.1       0.0    36      199   13 53 51

13 55 40  IRAS10565    08 56 53  31.5  33.1 -2.1       0.0     6      199   13 55 40
13 59 40  ---          09 00 54  32.0  32.2 -2.0       0.0   240      214   13 55 41

13 59 40  J1102+2757   09 00 54  28.7  30.8 -2.0       0.0   -34      214   No stop 
14 00 50  ---          09 02 04  28.9  30.6 -2.0       0.0    36      219   13 59 41

14 01 30  IRAS10565    09 02 44  32.2  31.8 -2.0       0.0     6      219   14 01 30
14 05 30  ---          09 06 45  32.7  30.9 -1.9       0.0   240      234   14 01 31

14 05 30  J1102+2757   09 06 45  29.4  29.5 -1.9       0.0   -34      234   No stop 
14 06 40  ---          09 07 55  29.5  29.3 -1.9       0.0    36      238   14 05 31

14 06 40  IRAS10565    09 07 55  32.8  30.6 -1.9       0.0   -34      238   No stop 
14 10 40  ---          09 11 56  33.3  29.7 -1.8       0.0   206      254   14 06 41

14 10 40  J1102+2757   09 11 56  30.0  28.4 -1.9       0.0   -34      254   No stop 
14 11 50  ---          09 13 06  30.1  28.1 -1.8       0.0    36      258   14 10 41

14 12 30  IRAS10565    09 13 46  33.5  29.2 -1.8       0.0     6      258   14 12 30
14 16 30  ---          09 17 47  33.9  28.3 -1.7       0.0   240      274   14 12 31

14 16 30  J1102+2757   09 17 47  30.6  27.1 -1.8       0.0   -34      274   No stop 
14 17 40  ---          09 18 57  30.7  26.8 -1.7       0.0    36      278   14 16 31

14 18 20  IRAS10565    09 19 37  34.1  27.8 -1.7       0.0     6      278   14 18 20
14 22 20  ---          09 23 38  34.5  26.8 -1.6       0.0   240      294   14 18 21
Schedule for HART      (Code Hh )                                   Page   4
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

14 22 20  J1102+2757   09 23 38  31.2  25.7 -1.7       0.0   -34      294   No stop 
14 23 30  ---          09 24 48  31.3  25.5 -1.6       0.0    36      298   14 22 21

14 23 30  IRAS10565    09 24 48  34.6  26.6 -1.6       0.0   -34      298   No stop 
14 27 30  ---          09 28 48  35.0  25.5 -1.5       0.0   206      313   14 23 31

14 27 30  J1102+2757   09 28 48  31.7  24.5 -1.6       0.0   -34      313   No stop 
14 28 40  ---          09 29 59  31.8  24.3 -1.6       0.0    36      318   14 27 31

14 29 20  IRAS10565    09 30 39  35.2  25.1 -1.5       0.0     6      318   14 29 20
14 33 20  ---          09 34 39  35.6  24.1 -1.4       0.0   240      333   14 29 21

14 33 20  J1102+2757   09 34 39  32.2  23.1 -1.5       0.0   -34      333   No stop 
14 34 30  ---          09 35 50  32.3  22.9 -1.5       0.0    36      338   14 33 21

14 35 10  IRAS10565    09 36 30  35.7  23.6 -1.4       0.0     6      338   14 35 10
14 39 40  ---          09 41 00  36.1  22.4 -1.3       0.0   270      355   14 35 11

14 39 40  J1102+2757   09 41 00  32.7  21.6 -1.4       0.0   -34      355   No stop 
14 40 50  ---          09 42 11  32.8  21.3 -1.3       0.0    36      360   14 39 41

14 40 50  IRAS10565    09 42 11  36.2  22.1 -1.3       0.0   -34      360   No stop 
14 45 20  ---          09 46 41  36.6  20.9 -1.2       0.0   236      377   14 40 51

14 45 20  J1102+2757   09 46 41  33.2  20.2 -1.3       0.0   -34      377   No stop 
14 46 30  ---          09 47 52  33.3  19.9 -1.3       0.0    36      381   14 45 21

14 47 10  IRAS10565    09 48 32  36.8  20.4 -1.2       0.0     6      381   14 47 10
14 50 10  ---          09 51 32  37.0  19.6 -1.1       0.0   180      393   14 47 11

14 50 10  J1102+2757   09 51 32  33.6  19.0 -1.2       0.0   -34      393   No stop 
14 51 20  ---          09 52 42  33.6  18.7 -1.2       0.0    36      397   14 50 11

14 51 20  4C39.25      09 52 42  24.9 354.7  0.4       0.0   -75      397   No stop 
14 53 20  ---          09 54 43  24.8 354.3  0.4       0.0    45      405   14 51 21

14 53 20  4C39.25      09 54 43  24.8 354.3  0.4       0.0   -20      405   No stop 
14 59 20  ---          10 00 44  24.7 353.0  0.5       0.0   340      428   14 53 21

14 59 20  J1102+2757   10 00 44  34.2  16.7 -1.0       0.0   -74      428   No stop 
15 01 50  ---          10 03 14  34.3  16.0 -1.0       0.0    76      438   14 59 21

15 02 30  IRAS10565    10 03 54  37.8  16.3 -0.9       0.0     6      438   15 02 30
15 05 50  ---          10 07 15  38.1  15.3 -0.9       0.0   200      451   15 02 31
Schedule for HART      (Code Hh )                                   Page   5
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

15 05 50  J1102+2757   10 07 15  34.6  15.0 -0.9       0.0   -34      451   No stop 
15 07 00  ---          10 08 25  34.7  14.7 -0.9       0.0    36      455   15 05 51

15 07 40  IRAS10565    10 09 05  38.2  14.8 -0.9       0.0     6      455   15 07 40
15 11 30  ---          10 12 56  38.4  13.7 -0.8       0.0   230      470   15 07 41

15 11 30  J1102+2757   10 12 56  34.9  13.5 -0.8       0.0   -34      470   No stop 
15 12 40  ---          10 14 06  35.0  13.2 -0.8       0.0    36      474   15 11 31

15 12 40  IRAS10565    10 14 06  38.4  13.4 -0.8       0.0   -34      474   No stop 
15 16 25  ---          10 17 51  38.6  12.3 -0.7       0.0   191      489   15 12 41

15 16 25  J1102+2757   10 17 51  35.2  12.2 -0.8       0.0   -34      489   No stop 
15 17 35  ---          10 19 02  35.2  11.9 -0.7       0.0    36      493   15 16 26

15 18 15  IRAS10565    10 19 42  38.7  11.8 -0.7       0.0     6      493   15 18 15
15 22 00  ---          10 23 27  38.9  10.7 -0.6       0.0   225      508   15 18 16

15 22 00  J1102+2757   10 23 27  35.4  10.7 -0.7       0.0   -34      508   No stop 
15 23 10  ---          10 24 38  35.5  10.4 -0.6       0.0    36      512   15 22 01

15 23 50  IRAS10565    10 25 18  39.0  10.2 -0.6       0.0     6      512   15 23 50
15 27 40  ---          10 29 08  39.1   9.1 -0.5       0.0   230      527   15 23 51

15 27 40  J1102+2757   10 29 08  35.6   9.2 -0.6       0.0   -34      527   No stop 
15 28 50  ---          10 30 19  35.7   8.9 -0.5       0.0    36      531   15 27 41

15 28 50  IRAS10565    10 30 19  39.1   8.8 -0.5       0.0   -34      531   No stop 
15 32 35  ---          10 34 04  39.3   7.7 -0.4       0.0   191      546   15 28 51

15 32 35  J1102+2757   10 34 04  35.8   7.9 -0.5       0.0   -34      546   No stop 
15 33 45  ---          10 35 14  35.8   7.6 -0.5       0.0    36      550   15 32 36

15 34 25  IRAS10565    10 35 54  39.3   7.1 -0.4       0.0     6      550   15 34 25
15 38 10  ---          10 39 40  39.4   6.0 -0.3       0.0   225      565   15 34 26

15 38 10  J1102+2757   10 39 40  35.9   6.4 -0.4       0.0   -34      565   No stop 
15 39 20  ---          10 40 50  36.0   6.1 -0.4       0.0    36      569   15 38 11

15 40 00  IRAS10565    10 41 30  39.4   5.5 -0.3       0.0     6      569   15 40 00
15 43 50  ---          10 45 21  39.5   4.4 -0.2       0.0   230      584   15 40 01

15 43 50  J1102+2757   10 45 21  36.1   4.8 -0.3       0.0   -34      584   No stop 
15 45 00  ---          10 46 31  36.1   4.5 -0.3       0.0    36      588   15 43 51
Schedule for HART      (Code Hh )                                   Page   6
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

15 45 00  IRAS10565    10 46 31  39.5   4.0 -0.2       0.0   -34      588   No stop 
15 48 45  ---          10 50 17  39.6   2.9 -0.2       0.0   191      603   15 45 01

15 48 45  J1102+2757   10 50 17  36.2   3.5 -0.2       0.0   -34      603   No stop 
15 49 55  ---          10 51 27  36.2   3.2 -0.2       0.0    36      607   15 48 46

15 50 35  IRAS10565    10 52 07  39.6   2.4 -0.1       0.0     6      607   15 50 35
15 54 20  ---          10 55 53  39.6   1.3 -0.1       0.0   225      622   15 50 36

15 54 20  J1102+2757   10 55 53  36.2   2.0 -0.1       0.0   -34      622   No stop 
15 55 30  ---          10 57 03  36.2   1.6 -0.1       0.0    36      626   15 54 21

15 56 10  IRAS10565    10 57 43  39.6   0.7 -0.0       0.0     6      626   15 56 10
16 00 00  ---          11 01 34  39.6 359.6  0.0       0.0   230      641   15 56 11

16 00 00  J1102+2757   11 01 34  36.2   0.4 -0.0       0.0   -34      641   No stop 
16 01 10  ---          11 02 44  36.2   0.1 -0.0       0.0    36      646   16 00 01

16 01 10  IRAS10565    11 02 44  39.6 359.2  0.0       0.0   -34      646   No stop 
16 04 55  ---          11 06 29  39.6 358.1  0.1       0.0   191      660   16 01 11

16 04 55  J1102+2757   11 06 29  36.2 359.1  0.1       0.0   -34      660   No stop 
16 06 05  ---          11 07 40  36.2 358.7  0.1       0.0    36      664   16 04 56

16 06 45  IRAS10565    11 08 20  39.6 357.6  0.1       0.0     6      664   16 06 45
16 10 30  ---          11 12 05  39.6 356.5  0.2       0.0   225      679   16 06 46

16 10 30  J1102+2757   11 12 05  36.2 357.5  0.2       0.0   -34      679   No stop 
16 11 40  ---          11 13 16  36.2 357.2  0.2       0.0    36      683   16 10 31

16 12 20  IRAS10565    11 13 56  39.5 355.9  0.2       0.0     6      683   16 12 20
16 16 10  ---          11 17 46  39.5 354.8  0.3       0.0   230      698   16 12 21

16 16 10  J1102+2757   11 17 46  36.1 356.0  0.2       0.0   -34      698   No stop 
16 17 20  ---          11 18 56  36.1 355.7  0.3       0.0    36      703   16 16 11

16 17 20  IRAS10565    11 18 56  39.4 354.5  0.3       0.0   -34      703   No stop 
16 21 05  ---          11 22 42  39.4 353.4  0.4       0.0   191      717   16 17 21

16 21 05  J1102+2757   11 22 42  36.0 354.6  0.3       0.0   -34      717   No stop 
16 22 15  ---          11 23 52  36.0 354.3  0.3       0.0    36      721   16 21 06

16 22 55  IRAS10565    11 24 32  39.3 352.8  0.4       0.0     6      721   16 22 55
16 26 40  ---          11 28 18  39.2 351.7  0.5       0.0   225      736   16 22 56
Schedule for HART      (Code Hh )                                   Page   7
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

16 26 40  J1102+2757   11 28 18  35.9 353.1  0.4       0.0   -34      736   No stop 
16 27 50  ---          11 29 28  35.9 352.8  0.4       0.0    36      740   16 26 41

16 28 30  IRAS10565    11 30 08  39.1 351.2  0.5       0.0     6      740   16 28 30
16 32 20  ---          11 33 59  39.0 350.1  0.6       0.0   230      755   16 28 31

16 32 20  J1102+2757   11 33 59  35.7 351.6  0.5       0.0   -34      755   No stop 
16 33 30  ---          11 35 09  35.7 351.3  0.5       0.0    36      760   16 32 21

16 33 30  IRAS10565    11 35 09  38.9 349.7  0.6       0.0   -34      760   No stop 
16 37 15  ---          11 38 55  38.8 348.7  0.6       0.0   191      774   16 33 31

16 37 15  J1102+2757   11 38 55  35.6 350.3  0.6       0.0   -34      774   No stop 
16 38 25  ---          11 40 05  35.5 349.9  0.6       0.0    36      779   16 37 16

16 39 05  IRAS10565    11 40 45  38.7 348.1  0.7       0.0     6      779   16 39 05
16 42 50  ---          11 44 31  38.5 347.1  0.7       0.0   225      793   16 39 06

16 42 50  J1102+2757   11 44 31  35.3 348.8  0.7       0.0   -34      793   No stop 
16 44 00  ---          11 45 41  35.3 348.5  0.7       0.0    36      797   16 42 51

16 44 00  J1522+3144   11 45 41  12.6  45.1 -3.6       0.0  -156      797   No stop 
16 48 20  ---          11 50 02  13.3  44.4 -3.5       0.0   104      814   16 44 01

16 48 20  IRAS15250    11 50 02   9.7  41.9 -3.6       0.0   -36      814   No stop 
16 51 47  ---          11 53 29  10.2  41.4 -3.6       0.0   171      827   16 48 21

16 51 47  J1522+3144   11 53 29  13.8  43.9 -3.5       0.0   -36      827   No stop 
16 53 08  ---          11 54 50  14.0  43.7 -3.5       0.0    45      833   16 51 48

16 53 48  IRAS15250    11 55 30  10.5  41.1 -3.5       0.0     4      833   16 53 48
16 57 53  ---          11 59 36  11.1  40.6 -3.5       0.0   245      848   16 53 49

16 57 53  J1522+3144   11 59 36  14.7  43.0 -3.4       0.0   -36      848   No stop 
16 59 14  ---          12 00 57  14.9  42.8 -3.4       0.0    45      853   16 57 54

16 59 14  IRAS15250    12 00 57  11.3  40.4 -3.4       0.0   -36      853   No stop 
17 03 19  ---          12 05 03  11.9  39.8 -3.4       0.0   209      869   16 59 15

17 03 19  J1522+3144   12 05 03  15.6  42.2 -3.3       0.0   -36      869   No stop 
17 04 40  ---          12 06 24  15.8  41.9 -3.3       0.0    45      874   17 03 20

17 05 20  IRAS15250    12 07 04  12.2  39.5 -3.3       0.0     4      874   17 05 20
17 09 25  ---          12 11 10  12.7  38.9 -3.3       0.0   245      890   17 05 21
Schedule for HART      (Code Hh )                                   Page   8
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

17 09 25  J1522+3144   12 11 10  16.5  41.2 -3.2       0.0   -36      890   No stop 
17 10 46  ---          12 12 31  16.7  41.0 -3.2       0.0    45      895   17 09 26

17 11 26  IRAS15250    12 13 11  13.0  38.6 -3.2       0.0     4      895   17 11 26
17 15 31  ---          12 17 17  13.6  38.0 -3.2       0.0   245      911   17 11 27

17 15 31  J1522+3144   12 17 17  17.4  40.2 -3.1       0.0   -36      911   No stop 
17 16 52  ---          12 18 38  17.6  40.0 -3.1       0.0    45      916   17 15 32

17 16 52  IRAS15250    12 18 38  13.8  37.7 -3.1       0.0   -36      916   No stop 
17 20 57  ---          12 22 44  14.4  37.1 -3.1       0.0   209      932   17 16 53

17 20 57  J1522+3144   12 22 44  18.2  39.3 -3.0       0.0   -36      932   No stop 
17 22 18  ---          12 24 05  18.4  39.1 -3.0       0.0    45      937   17 20 58

17 22 58  IRAS15250    12 24 45  14.6  36.8 -3.0       0.0     4      937   17 22 58
17 27 03  ---          12 28 51  15.2  36.2 -3.0       0.0   245      953   17 22 59

17 27 03  J1522+3144   12 28 51  19.0  38.3 -2.9       0.0   -36      953   No stop 
17 28 24  ---          12 30 12  19.2  38.0 -2.9       0.0    45      958   17 27 04

17 29 04  IRAS15250    12 30 52  15.4  35.8 -2.9       0.0     4      958   17 29 04
17 33 09  ---          12 34 58  16.0  35.2 -2.9       0.0   245      974   17 29 05

17 33 09  J1522+3144   12 34 58  19.9  37.2 -2.8       0.0   -36      974   No stop 
17 34 30  ---          12 36 19  20.1  37.0 -2.8       0.0    45      979   17 33 10

17 34 30  IRAS15250    12 36 19  16.1  35.0 -2.9       0.0   -36      979   No stop 
17 38 35  ---          12 40 25  16.7  34.3 -2.8       0.0   209      995   17 34 31

17 38 35  J1522+3144   12 40 25  20.6  36.3 -2.7       0.0   -36      995   No stop 
17 39 56  ---          12 41 46  20.8  36.0 -2.7       0.0    45     1000   17 38 36

17 40 36  IRAS15250    12 42 26  16.9  34.0 -2.8       0.0     4     1000   17 40 36
17 44 41  ---          12 46 32  17.4  33.3 -2.7       0.0   245     1015   17 40 37

17 44 41  J1522+3144   12 46 32  21.4  35.2 -2.6       0.0   -36     1015   No stop 
17 46 02  ---          12 47 53  21.6  34.9 -2.6       0.0    45     1021   17 44 42

17 46 42  IRAS15250    12 48 33  17.7  32.9 -2.7       0.0     4     1021   17 46 42
17 50 47  ---          12 52 39  18.2  32.2 -2.6       0.0   245     1036   17 46 43

17 50 47  J1522+3144   12 52 39  22.2  34.1 -2.5       0.0   -36     1036   No stop 
17 52 08  ---          12 54 00  22.4  33.8 -2.5       0.0    45     1042   17 50 48
Schedule for HART      (Code Hh )                                   Page   9
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

17 52 08  IRAS15250    12 54 00  18.3  32.0 -2.6       0.0   -36     1042   No stop 
17 56 13  ---          12 58 06  18.8  31.3 -2.5       0.0   209     1057   17 52 09

17 56 13  J1522+3144   12 58 06  22.9  33.0 -2.4       0.0   -36     1057   No stop 
17 57 34  ---          12 59 27  23.0  32.8 -2.4       0.0    45     1062   17 56 14

17 58 14  IRAS15250    13 00 07  19.1  30.9 -2.5       0.0     4     1062   17 58 14
18 02 19  ---          13 04 13  19.5  30.2 -2.4       0.0   245     1078   17 58 15

18 02 19  J1522+3144   13 04 13  23.6  31.9 -2.3       0.0   -36     1078   No stop 
18 03 40  ---          13 05 34  23.8  31.6 -2.3       0.0    45     1083   18 02 20

18 04 20  IRAS15250    13 06 14  19.8  29.8 -2.4       0.0     4     1083   18 04 20
18 08 25  ---          13 10 20  20.2  29.1 -2.3       0.0   245     1099   18 04 21

18 08 25  J1522+3144   13 10 20  24.3  30.7 -2.2       0.0   -36     1099   No stop 
18 09 46  ---          13 11 41  24.5  30.4 -2.2       0.0    45     1104   18 08 26

18 09 46  IRAS15250    13 11 41  20.4  28.9 -2.3       0.0   -36     1104   No stop 
18 13 51  ---          13 15 47  20.8  28.1 -2.2       0.0   209     1120   18 09 47

18 13 51  J1522+3144   13 15 47  24.9  29.6 -2.1       0.0   -36     1120   No stop 
18 15 12  ---          13 17 08  25.1  29.3 -2.1       0.0    45     1125   18 13 52

18 15 52  IRAS15250    13 17 48  21.0  27.7 -2.2       0.0     4     1125   18 15 52
18 19 57  ---          13 21 54  21.4  27.0 -2.1       0.0   245     1141   18 15 53

18 19 57  J1522+3144   13 21 54  25.6  28.4 -2.0       0.0   -36     1141   No stop 
18 21 18  ---          13 23 15  25.7  28.1 -2.0       0.0    45     1146   18 19 58

18 21 58  IRAS15250    13 23 55  21.6  26.6 -2.1       0.0     4     1146   18 21 58
18 26 03  ---          13 28 01  22.0  25.8 -2.0       0.0   245     1162   18 21 59

18 26 03  J1522+3144   13 28 01  26.2  27.1 -1.9       0.0   -36     1162   No stop 
18 27 24  ---          13 29 22  26.4  26.8 -1.9       0.0    45     1167   18 26 04

18 27 24  IRAS15250    13 29 22  22.2  25.6 -2.0       0.0   -36     1167   No stop 
18 31 29  ---          13 33 28  22.6  24.8 -1.9       0.0   209     1183   18 27 25

18 31 29  J1522+3144   13 33 28  26.8  26.0 -1.8       0.0   -36     1183   No stop 
18 32 50  ---          13 34 49  26.9  25.7 -1.8       0.0    45     1188   18 31 30

18 33 30  IRAS15250    13 35 29  22.8  24.4 -1.9       0.0     4     1188   18 33 30
18 37 35  ---          13 39 35  23.1  23.6 -1.8       0.0   245     1204   18 33 31
Schedule for HART      (Code Hh )                                   Page  10
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

18 37 35  J1522+3144   13 39 35  27.4  24.7 -1.7       0.0   -36     1204   No stop 
18 38 56  ---          13 40 56  27.5  24.4 -1.7       0.0    45     1209   18 37 36

18 39 36  IRAS15250    13 41 36  23.3  23.2 -1.8       0.0     4     1209   18 39 36
18 43 41  ---          13 45 42  23.7  22.4 -1.7       0.0   245     1224   18 39 37

18 43 41  J1522+3144   13 45 42  27.9  23.3 -1.6       0.0   -36     1224   No stop 
18 45 02  ---          13 47 03  28.1  23.0 -1.6       0.0    45     1230   18 43 42

18 45 02  IRAS15250    13 47 03  23.8  22.1 -1.7       0.0   -36     1230   No stop 
18 49 07  ---          13 51 08  24.1  21.3 -1.6       0.0   209     1245   18 45 03

18 49 07  J1522+3144   13 51 08  28.4  22.1 -1.5       0.0   -36     1245   No stop 
18 50 28  ---          13 52 30  28.5  21.8 -1.5       0.0    45     1251   18 49 08

18 51 08  IRAS15250    13 53 10  24.3  20.8 -1.6       0.0     4     1251   18 51 08
18 55 13  ---          13 57 15  24.6  20.0 -1.5       0.0   245     1266   18 51 09

18 55 13  J1522+3144   13 57 15  28.9  20.8 -1.4       0.0   -36     1266   No stop 
18 56 34  ---          13 58 37  29.0  20.5 -1.4       0.0    45     1271   18 55 14

18 57 14  IRAS15250    13 59 17  24.8  19.6 -1.5       0.0     4     1271   18 57 14
19 01 19  ---          14 03 22  25.1  18.7 -1.4       0.0   245     1287   18 57 15

19 01 19  J1522+3144   14 03 22  29.4  19.4 -1.3       0.0   -36     1287   No stop 
19 02 40  ---          14 04 44  29.5  19.1 -1.3       0.0    45     1292   19 01 20

19 02 40  IRAS15250    14 04 44  25.2  18.5 -1.4       0.0   -36     1292   No stop 
19 06 45  ---          14 08 49  25.4  17.6 -1.3       0.0   209     1308   19 02 41

19 06 45  J1522+3144   14 08 49  29.8  18.1 -1.2       0.0   -36     1308   No stop 
19 08 06  ---          14 10 11  29.9  17.8 -1.2       0.0    45     1313   19 06 46

19 08 46  IRAS15250    14 10 51  25.6  17.2 -1.3       0.0     4     1313   19 08 46
19 12 51  ---          14 14 56  25.8  16.3 -1.2       0.0   245     1329   19 08 47

19 12 51  J1522+3144   14 14 56  30.2  16.7 -1.1       0.0   -36     1329   No stop 
19 14 12  ---          14 16 18  30.3  16.4 -1.1       0.0    45     1334   19 12 52

19 14 52  IRAS15250    14 16 58  26.0  15.9 -1.2       0.0     4     1334   19 14 52
19 18 57  ---          14 21 03  26.2  15.0 -1.1       0.0   245     1350   19 14 53

19 18 57  J1522+3144   14 21 03  30.6  15.3 -1.0       0.0   -36     1350   No stop 
19 20 18  ---          14 22 25  30.6  14.9 -1.0       0.0    45     1355   19 18 58
Schedule for HART      (Code Hh )                                   Page  11
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

19 20 18  IRAS15250    14 22 25  26.3  14.7 -1.1       0.0   -36     1355   No stop 
19 24 23  ---          14 26 30  26.5  13.8 -1.0       0.0   209     1371   19 20 19

19 24 23  J1522+3144   14 26 30  30.9  14.0 -0.9       0.0   -36     1371   No stop 
19 25 44  ---          14 27 51  30.9  13.6 -0.9       0.0    45     1376   19 24 24

19 26 24  IRAS15250    14 28 32  26.6  13.4 -1.0       0.0     4     1376   19 26 24
19 30 29  ---          14 32 37  26.8  12.5 -0.9       0.0   245     1392   19 26 25

19 30 29  J1522+3144   14 32 37  31.2  12.5 -0.8       0.0   -36     1392   No stop 
19 31 50  ---          14 33 58  31.3  12.2 -0.8       0.0    45     1397   19 30 30

19 32 30  IRAS15250    14 34 39  26.9  12.0 -0.9       0.0     4     1397   19 32 30
19 36 35  ---          14 38 44  27.1  11.1 -0.8       0.0   245     1412   19 32 31

19 36 35  J1522+3144   14 38 44  31.5  11.0 -0.7       0.0   -36     1412   No stop 
19 37 56  ---          14 40 05  31.5  10.7 -0.7       0.0    45     1418   19 36 36

19 37 56  IRAS15250    14 40 05  27.2  10.8 -0.8       0.0   -36     1418   No stop 
19 42 01  ---          14 44 11  27.3   9.9 -0.7       0.0   209     1433   19 37 57

19 42 01  J1522+3144   14 44 11  31.7   9.7 -0.6       0.0   -36     1433   No stop 
19 43 22  ---          14 45 32  31.7   9.3 -0.6       0.0    45     1439   19 42 02

19 44 02  IRAS15250    14 46 12  27.4   9.4 -0.7       0.0     4     1439   19 44 02
19 48 07  ---          14 50 18  27.6   8.5 -0.6       0.0   245     1454   19 44 03

19 48 07  J1522+3144   14 50 18  31.9   8.1 -0.5       0.0   -36     1454   No stop 
19 49 28  ---          14 51 39  31.9   7.8 -0.5       0.0    45     1459   19 48 08

19 50 08  IRAS15250    14 52 19  27.6   8.1 -0.6       0.0     4     1459   19 50 08
19 54 13  ---          14 56 25  27.7   7.1 -0.5       0.0   245     1475   19 50 09

19 54 13  J1522+3144   14 56 25  32.1   6.6 -0.4       0.0   -36     1475   No stop 
19 55 34  ---          14 57 46  32.1   6.3 -0.4       0.0    45     1480   19 54 14

19 55 34  IRAS15250    14 57 46  27.8   6.8 -0.5       0.0   -36     1480   No stop 
19 59 39  ---          15 01 52  27.9   5.9 -0.4       0.0   209     1496   19 55 35

19 59 39  J1522+3144   15 01 52  32.2   5.3 -0.3       0.0   -36     1496   No stop 
20 01 00  ---          15 03 13  32.2   4.9 -0.3       0.0    45     1501   19 59 40

20 01 40  IRAS15250    15 03 53  27.9   5.4 -0.4       0.0     4     1501   20 01 40
20 05 45  ---          15 07 59  28.0   4.5 -0.3       0.0   245     1517   20 01 41
Schedule for HART      (Code Hh )                                   Page  12
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

20 05 45  J1522+3144   15 07 59  32.3   3.7 -0.2       0.0   -36     1517   No stop 
20 07 06  ---          15 09 20  32.3   3.4 -0.2       0.0    45     1522   20 05 46

20 07 46  IRAS15250    15 10 00  28.0   4.0 -0.3       0.0     4     1522   20 07 46
20 11 51  ---          15 14 06  28.1   3.1 -0.2       0.0   245     1538   20 07 47

20 11 51  J1522+3144   15 14 06  32.4   2.2 -0.1       0.0   -36     1538   No stop 
20 13 12  ---          15 15 27  32.4   1.9 -0.1       0.0    45     1543   20 11 52

20 13 12  IRAS15250    15 15 27  28.1   2.8 -0.2       0.0   -36     1543   No stop 
20 17 17  ---          15 19 33  28.2   1.9 -0.1       0.0   209     1559   20 13 13

20 17 17  J1522+3144   15 19 33  32.4   0.8 -0.1       0.0   -36     1559   No stop 
20 18 38  ---          15 20 54  32.4   0.5 -0.0       0.0    45     1564   20 17 18

20 19 18  IRAS15250    15 21 34  28.2   1.4 -0.1       0.0     4     1564   20 19 18
20 23 23  ---          15 25 40  28.2   0.4 -0.0       0.0   245     1580   20 19 19

20 23 23  J1522+3144   15 25 40  32.4 359.3  0.0       0.0   -36     1580   No stop 
20 24 44  ---          15 27 01  32.4 358.9  0.1       0.0    45     1585   20 23 24

20 25 24  IRAS15250    15 27 41  28.2 360.0  0.0       0.0     4     1585   20 25 24
20 29 29  ---          15 31 47  28.2 359.0  0.1       0.0   245     1601   20 25 25

20 29 29  J1522+3144   15 31 47  32.4 357.7  0.1       0.0   -36     1601   No stop 
20 30 50  ---          15 33 08  32.4 357.4  0.2       0.0    45     1606   20 29 30

20 30 50  IRAS15250    15 33 08  28.2 358.7  0.1       0.0   -36     1606   No stop 
20 34 55  ---          15 37 14  28.1 357.8  0.2       0.0   209     1621   20 30 51

20 34 55  J1522+3144   15 37 14  32.3 356.4  0.2       0.0   -36     1621   No stop 
20 36 16  ---          15 38 35  32.3 356.0  0.3       0.0    45     1627   20 34 56

20 36 56  IRAS15250    15 39 15  28.1 357.3  0.2       0.0     4     1627   20 36 56
20 41 01  ---          15 43 21  28.1 356.4  0.3       0.0   245     1642   20 36 57

20 41 01  J1522+3144   15 43 21  32.2 354.8  0.3       0.0   -36     1642   No stop 
20 42 22  ---          15 44 42  32.2 354.5  0.4       0.0    45     1648   20 41 02

20 43 02  IRAS15250    15 45 22  28.0 355.9  0.3       0.0     4     1648   20 43 02
20 47 07  ---          15 49 28  28.0 355.0  0.4       0.0   245     1663   20 43 03

20 47 07  J1522+3144   15 49 28  32.1 353.3  0.4       0.0   -36     1663   No stop 
20 48 28  ---          15 50 49  32.0 353.0  0.5       0.0    45     1668   20 47 08
Schedule for HART      (Code Hh )                                   Page  13
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

20 48 28  IRAS15250    15 50 49  27.9 354.7  0.4       0.0   -36     1668   No stop 
20 52 33  ---          15 54 55  27.8 353.8  0.5       0.0   209     1684   20 48 29

20 52 33  J1522+3144   15 54 55  31.9 352.0  0.5       0.0   -36     1684   No stop 
20 53 54  ---          15 56 16  31.9 351.6  0.6       0.0    45     1689   20 52 34

20 54 34  IRAS15250    15 56 56  27.8 353.3  0.5       0.0     4     1689   20 54 34
20 58 39  ---          16 01 02  27.7 352.4  0.6       0.0   245     1705   20 54 35

20 58 39  J1522+3144   16 01 02  31.7 350.4  0.6       0.0   -36     1705   No stop 
21 00 00  ---          16 02 23  31.7 350.1  0.7       0.0    45     1710   20 58 40

23 20 00  J1522+3144   18 22 46  18.2 320.7  3.0       0.0  8376     1710   23 20 00
23 24 30  ---          18 27 17  17.5 320.0  3.1       0.0   270     1728   23 20 01

23 25 10  IRAS15250    18 27 57  15.0 323.6  3.0       0.0     4     1728   23 25 10
23 29 29  ---          18 32 16  14.4 322.9  3.1       0.0   259     1744   23 25 11

23 29 29  J1522+3144   18 32 16  16.8 319.2  3.2       0.0   -36     1744   No stop 
23 30 39  ---          18 33 27  16.6 319.0  3.2       0.0    34     1749   23 29 30

23 30 39  IRAS15250    18 33 27  14.2 322.7  3.1       0.0   -36     1749   No stop 
23 34 58  ---          18 37 46  13.6 322.1  3.2       0.0   223     1765   23 30 40

23 34 58  J1522+3144   18 37 46  16.0 318.3  3.2       0.0   -36     1765   No stop 
23 36 08  ---          18 38 57  15.8 318.1  3.3       0.0    34     1770   23 34 59

23 36 48  IRAS15250    18 39 37  13.4 321.8  3.2       0.0     4     1770   23 36 48
23 41 06  ---          18 43 55  12.8 321.1  3.3       0.0   258     1786   23 36 49

23 41 06  J1522+3144   18 43 55  15.1 317.3  3.4       0.0   -36     1786   No stop 
23 42 16  ---          18 45 06  14.9 317.1  3.4       0.0    34     1791   23 41 07

23 42 56  IRAS15250    18 45 46  12.5 320.9  3.3       0.0     4     1791   23 42 56
23 47 15  ---          18 50 05  11.9 320.2  3.4       0.0   259     1807   23 42 57

23 47 15  J1522+3144   18 50 05  14.1 316.4  3.5       0.0   -36     1807   No stop 
23 48 25  ---          18 51 16  13.9 316.2  3.5       0.0    34     1812   23 47 16

23 48 25  IRAS15250    18 51 16  11.7 320.1  3.4       0.0   -36     1812   No stop 
23 52 44  ---          18 55 35  11.1 319.4  3.5       0.0   223     1828   23 48 26

23 52 44  J1522+3144   18 55 35  13.3 315.6  3.5       0.0   -36     1828   No stop 
23 53 54  ---          18 56 45  13.1 315.4  3.6       0.0    34     1833   23 52 45
Schedule for HART      (Code Hh )                                   Page  14
               LIRGI
  UP:  D => Below limits;  H => Below horizon mask;  W => still slewing at end;  blank => Up.
  Early: Seconds between end of slew and start.   Dwell: On source seconds. 
  Disk: GBytes recorded to this point.
  TPStart:  Recording start time.  Frequencies are LO sum (band edge).
  SYNC: Time correlator is expected to sync up.
----------------------------------------------------------------------------------------
Start UT  Source               Start / Stop                 Early    Disk   TPStart
Stop UT                  LST      EL    AZ   HA  UP   ParA  Dwell   GBytes    SYNC
----------------------------------------------------------------------------------------

 --- Tue   9 Jun 2015   Day 160 ---

23 54 34  IRAS15250    18 57 26  10.8 319.2  3.5       0.0     4     1833   23 54 34
23 58 52  ---          19 01 44  10.2 318.6  3.6       0.0   258     1849   23 54 35

 --- Start: Tue   9 Jun 2015   Day 160 -- Stop: Wed  10 Jun 2015   Day 161 ---

23 58 52  J1522+3144   19 01 44  12.3 314.7  3.6       0.0   -36     1849   No stop 
00 00 02  ---          19 02 54  12.1 314.5  3.7       0.0    34     1854   23 58 53

00 00 42  IRAS15250    19 03 35   9.9 318.3  3.6       0.0     4     1854   00 00 42
00 05 01  ---          19 07 54   9.3 317.7  3.7       0.0   259     1871   00 00 43

00 05 01  J1522+3144   19 07 54  11.3 313.8  3.8       0.0   -36     1871   No stop 
00 06 11  ---          19 09 05  11.1 313.6  3.8       0.0    34     1875   00 05 02

00 06 11  IRAS15250    19 09 05   9.1 317.6  3.7       0.0   -36     1875   No stop 
00 10 30  ---          19 13 24   8.4 317.0  3.8       0.0   223     1892   00 06 12

00 10 30  J1522+3144   19 13 24  10.4 313.0  3.8       0.0   -36     1892   No stop 
00 11 40  ---          19 14 34  10.2 312.9  3.9       0.0    34     1896   00 10 31

00 12 20  IRAS15250    19 15 15   8.1 316.7  3.8       0.0     4     1896   00 12 20
00 16 38  ---          19 19 33   7.5 316.2  3.9  D    0.0     0     1913   00 12 21

00 16 38  J1522+3144   19 19 33   9.4 312.2  3.9       0.0   -36     1913   No stop 
00 17 48  ---          19 20 43   9.2 312.1  4.0       0.0    34     1917   00 16 39

00 22 47  J1522+3144   19 25 43   8.3 311.4  4.0       0.0   278     1917   00 22 47
00 23 57  ---          19 26 53   8.1 311.2  4.1       0.0    70     1922   00 22 48


SETUP FILE INFORMATION:
   NOTE: If DOPPLER, FREQ, or BW were used, see the individual scans for the final BBC settings.


 ======== Setup file: sess215.C512
   Matching groups in /Users/naimro/sched_11.4/catalogs/freq.dat:
     hh6cm           Values confirmed by E-mail Jonathan Quick 20140219 (CR)
    ****** Only   64.00 of  128.00 MHz total bandwidth is within the IFs
           in the setup file before any FREQ or DOPPLER shifts.

   Setup group:    8         Station: HART              Total bit rate:   512
   Format: MARK5B            Bits per sample: 2         Sample rate: 16.000
   Number of channels: 16    DBE type: DBBC_DDC         Speedup factor:   1.00

   Disk used to record data.

   1st LO=   4600.00   4600.00   4600.00   4600.00   4600.00   4600.00   4600.00   4600.00
             4600.00   4600.00   4600.00   4600.00   4600.00   4600.00   4600.00   4600.00
   Net SB=         L         L         U         U         L         L         U         U
                   L         L         U         U         L         L         U         U
   IF SB =         U         U         U         U         U         U         U         U
                   U         U         U         U         U         U         U         U
   Pol.  =      RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
                RCP       LCP       RCP       LCP       RCP       LCP       RCP       LCP 
   BBC   =         1         9         1         9         2        10         2        10
                   3        11         3        11         4        12         4        12
   BBC SB=         L         L         U         U         L         L         U         U
                   L         L         U         U         L         L         U         U
   IF    =        A1        C1        A1        C1        A1        C1        A1        C1
                  A1        C1        A1        C1        A1        C1        A1        C1

  The following frequency sets based on these setups were used.

   Frequency Set:  11  Setup file default.  Used with PCAL = off
   LO sum=   4966.49  4966.49  4966.49  4966.49  4982.49  4982.49  4982.49  4982.49
             4998.49  4998.49  4998.49  4998.49  5014.49  5014.49  5014.49  5014.49
   BBC fr=    366.49   366.49   366.49   366.49   382.49   382.49   382.49   382.49
              398.49   398.49   398.49   398.49   414.49   414.49   414.49   414.49
   Bandwd=      8.00     8.00     8.00     8.00     8.00     8.00     8.00     8.00
                8.00     8.00     8.00     8.00     8.00     8.00     8.00     8.00
    Matching frequency sets:  11

   Track assignments are: 
    track1=  18, 26,  2, 10, 20, 28,  4, 12, 22, 30,  6, 14, 24, 32,  8, 16
    barrel=roll_off 

 POSITIONS OF SOURCES USED IN RECORDING SCANS

   Source                         Source position (RA/Dec)                        Error
                        (B1950)             (J2000)             (Date)            (mas)

 * IRAS15250         15 25 03.717218   * 15 26 59.420927     15 27 36.386519       0.00
                     36 09 01.00191    * 35 58 37.42610      35 55 37.46516        0.00
                     From catalog imbedded in main SCHED input file.

 * J1522+3144        15 20 08.107572   * 15 22 09.991715     15 22 48.818882       0.00
                     31 54 54.51259    * 31 44 14.38185      31 41 08.78924        0.00
                     From catalog imbedded in main SCHED input file.

 * IRAS10565         10 56 36.169677   * 10 59 18.132935     11 00 07.758089       0.00
                     24 48 39.97243    * 24 32 34.49800      24 27 39.46164        0.00
                     From catalog imbedded in main SCHED input file.

 * J1102+2757        10 59 31.439332   * 11 02 14.288462     11 03 04.144467       0.00
                     28 13 17.49366    * 27 57 08.68984      27 52 13.88824        0.00
                     From catalog imbedded in main SCHED input file.

 * 4C39.25           09 23 55.319215   * 09 27 03.013936     09 27 59.713130       0.30
   J0927+3902        39 15 23.56645    * 39 02 20.85186      38 58 20.98427        0.16
   0923+392          /Users/naimro/sched_11.4/catalogs/sources.gsfc
   J0927+39          GSFC 2015a astro solution, unpublished 245753 observations.



SOURCE SCAN SUMMARY FOR SOURCES LISTED ABOVE

     Scan hours are for recording scans only. 
     Baseline hours are only counted for scans above horizon at both ends.
  Source       Setup file             Frequency sets                  Observing hours
                                   (duplicates not shown)              Scan  Baseline
  IRAS15250  sess215.C512          1 2 3 4 6 7 8 11 12               4.066   262.710
  J1522+3144 sess215.C512          1 2 3 4 6 7 8 11 12               1.445    57.508
  IRAS10565  sess215.C512          1 2 3 4 6 7 8 11 12 14            3.768   239.064
  J1102+2757 sess215.C512          1 2 3 4 6 7 8 11 12 14            1.732    72.099
  4C39.25    sess215.C512          1 2 3 4 6 7 8 11 12               0.133     7.072


EFFECT OF SOLAR CORONA

  The solar corona can cause unstable phases for sources too close to the Sun.
  SCHED provides warnings at individual scans for distances less than 10 degrees.
  The distance from the Sun to each source in this schedule is:
    Source         Sun distance (deg) 
   IRAS15250          116.3
   J1522+3144         119.6
   IRAS10565           78.5
   J1102+2757          77.9
   4C39.25             56.3

  Barry Clark estimates from predictions by Ketan Desai of IPM scattering sizes 
  that the Sun will cause amplitude reductions on the  longest VLBA baselines 
  at a solar distance of 60deg F^(-0.6) where F is in GHz. 
  For common VLBI bands, this is: 
       327 MHz        117. deg 
       610 MHz         81. deg 
       1.6 GHz         45. deg 
       2.3 GHz         36. deg 
       5.0 GHz         23. deg 
       8.4 GHz         17. deg 
      15.0 GHz         12. deg 
      22.0 GHz          9. deg 
      43.0 GHz          6. deg 

