Date: Tue, 11 Jan 2000 07:19:58 -0700 (MST)
From: Frank Deglman
Subject: 3.5m Night Log 20000110
                          MONDAY JANUARY 10, 2000
                         APACHE POINT OBSERVATORY
                              OBSERVING  LOG
                                                          ACTUAL
ASTRONOMER      OBSERVER(S)        INSTRUMENT   DATE   START FINISH
Szkody            Szkody              DIS       1/10   18:12 23:58
Hayes             Hayes             SPIcam    1/10-11  00:23 06:09
 INST        SCHEDULED     WEATH     EQUIP      OBS    DAY   NOTUSED
I/RS/DN    START FINISH   D    B    D    B    D    B   USE   D    B
UW01/R     18:12 00:10    0    0    0    0   3.1  2.9   0    0    0
NM09/O     00:10 06:09	  0    0    0    0   6.0   0    0    0    0
(note: times listed include instrument change time)
                              ACTIVITY LOG
(* means a trouble report has been issued or appended to)
1st half observing specialist: Loomis
The telescope was opened at 17:30 MST under clear skies.  Paula Szkody
observed with DIS for UW01.  I saw a little image motion at 18:02 MST,
in the azimuth direction, with an amplitude of about 2".  The
telescope was pointing at 210 azimuth, and the wind was coming from
270 azimuth at 10 mph.  The elevation of the telescope was 55 degrees.
This evening, we started getting this error message again:
Modu="mir_o_MoveOneGalil"; Text="Tert returned an error message"
Received="?GOCORR one or more axes did not end on a full step
0,  1,  0, 0,  0"
2nd-half observing specialist: deglman
NM09 was performed with SPIcam. Elongated stars were again seen in
images.*  This probably due to tracking error and no autoguiding being
employed?  Flat fielding was done for NM09.  Telescope was closed at
06:50.
                            OBSERVER COMMENTS
                                FOCUS LOG
                             JANUARY 10 2000
						 Wind
Time   Inst        Focus     Az  El   #Temp    Dir  MPH  filt  FWHM "
18:05  dis     +200(1082)   211  54  1.9/3.6   267  10   none   1.6
18:20  Dslit   +300(1191)    46  48  2.2/3.2   270   8   none   1.5
01:00  SPIcam	-10(763)    343  56  4.0/3.1   233   4    g'    1.07
03:00  SPIcam     0(896)   -120  37  4.7/3.9   296  12    g'    1.01
#First temp is air, second temp is telescope.
                                 WEATHER
                             JANUARY 10 2000
                               Wind
     Time   Temp F Dewp F  MPH  Direction    Dust      Sky      Precip.
     16:01    43    12      5   264  (W)      318     clear      none
     17:01    38     7      7   269  (W)      346     clear      none
     18:01    35     5     12   273  (W)      469     clear      none
     19:01    35     4      9   268  (W)      456     clear      none
     20:01    37     2      6   248  (WSW)    491     clear      none
     21:01    38     7      7   277  (W)      426     clear      none
     22:01    40     8      5   283  (WNW)    400     clear      none
     23:01    40     8      9   289  (WNW)    346     clear      none
     00:01    40     9     11   306  (NW)     316     clear      none
     01:01    39     8     10   298  (WNW)    358     clear      none
     02:01    40     8      8   278  (W)      319     clear      none
     03:01    40     7     10   288  (WNW)    294     clear      none
     04:01    40     7      8   283  (WNW)    305     clear      none
     05:01    40     5      7   268  (W)      232     clear      none
     06:01    36     7      5   269  (W)      292     clear      none
     07:01    40     5     13   292  (WNW)    139     clear      none
note: the wind was coming from the azimuth listed.  The convention
used is north=0 degrees, east=90 degrees.  The dust count is particles
> 1 micron per 0.1 cu. ft.
                             TELESCOPE STATUS
Primary, secondary, and tertiary mirrors in place and collimated.
Primary support system operational.  Mirror ventilation system in
place.  Telescope drives operational.  Current Remark version: 2.55b5.
Current guide software version: GIm Ctrlv3.0b27.  Current TCC version
is 2.2.2.
- Karen Loomis, Frank Deglman