| R# | Site | Serial Number | Measurement | Start Date | Start Time | End Date | End Time | Data Quality Statement |
| 1 | SRRL BMS | | Direct LI-201 | 03/02/2013 | 13:06:00 | 03/02/2013 | 18:24:00 | Due to a scheduled NREL power outage, to upgrade campus power capacity, The following BMS instruments were not pointing at the sun during this time: Direct CH1, NIP #2, NIP #1, LI-201, NIP RG780, CUVA2, CUVB2, TWC; and the following instruments were un-shaded: Diffuse 8-48, PSP, CM22, CUV4, PIR, CG4. The Sci-Tec tracker for these insruments are protected by UPS, however the battery depleted at 13:06 MST (the power outage started at 8:06 MST) |
| 2 | SRRL BMS | | Direct LI-201 | 05/26/2012 | 06:15:00 | 05/26/2012 | 07:12:00 | Due to a planned power outage for SRRL electrical work, the following BMS instruments were not following the sun: NIP #1, RG780 NIP, LI-201, TWC Photometer and the following instruments were not shaded CM22, CUV4, and CG4. |
| 3 | SRRL BMS | | Direct LI-201 | 09/08/2011 | 08:23:00 | 09/08/2011 | 09:38:00 | Due to a planned power outage for SRRL construction activities, the following BMS instruments were not following the sun: NIP #1, RG780 NIP, LI-201, TWC Photometer and the following instruments were not shaded CM22, CUV4, and CG4. |
| 4 | SRRL BMS | | Direct LI-201 | 05/07/2011 | 05:55:00 | 05/09/2011 | 07:58:00 | There was a planned power outage for SRRL construction activities that started at 5:18 MST. Unfortunately, the backup generator provided to SRRL was providing bad power to the UPS powering the Sci-Tec trackers, therefore the UPS failed at 5:55 MST. Unfortunately, when normal AC power was restored at 11:45 MST, the Sci-Tec trackers had lost all their configuration due to UPS cycling on and off during the outage, therefore were not tracking. The tracker settings were restored on May 9 at 7:58 MST. The following BMS instruments were not pointing at the sun during this time: Direct CH1, NIP #2, NIP #1, LI-201, NIP RG780, CUVA2, CUVB2, TWC; and the following instruments were un-shaded: Diffuse 8-48, PSP, CM22, CUV4, PIR, CG4 |
| 5 | SRRL BMS | | Direct LI-201 | 04/15/2011 | 06:43:00 | 04/15/2011 | 06:50:00 | There was a planned power outage for SRRL construction activities that started at 6:11 MST. Unfortunately, the UPS powering the Sci-Tec trackers failed due to bad/old batteries at 6:43 MST. The following BMS instruments were not point at the sun for this brief period of time: CH1, NIP #2, NIP #1, LI-201, NIP RG780. |
| 6 | SRRL BMS | | Direct LI-201 | 03/18/2011 | 00:00:00 | 03/18/2011 | 07:57:00 | The Sci-Tec #2 tracker was jammed on the shading plate. The following instruments were unshaded: CM22, CUV4, CG4; and the following instruments were not pointing at the sun: NIP #1, NIP RG780, LI-201, TWC Photometer. |
| 7 | SRRL BMS | PYHR100 | Direct LI-201 | 10/30/2010 | 00:00:00 | 11/01/2010 | 11:27:00 | The Sci-Tec #2 tracker was apparently not working during this time. The following instruments were unshaded: CM22, CUV4, CG4; and the following instruments were not pointing at the sun: NIP #1, NIP RG780, LI-201. |
| 8 | SRRL BMS | | Direct LI-201 | 12/15/2009 | 09:40:00 | 12/15/2009 | 10:00:00 | The Sci-Tec #2 tracker collided with another empty Sci-Tec tracker. The following instruments were unshaded: CM22, CUV4, CG4; and the following instruments were not pointing at the sun: NIP #1, NIP RG780, LI-201. |
| 9 | SRRL BMS | | Direct LI-201 | 12/09/2009 | 12:11:00 | 12/09/2009 | 14:22:00 | Due to a power outage at NREL, followed by bad power, the SRRL tracker UPS shutdown. The following BMS instruments were not pointing at the sun: Direct CH1, NIP1, NIP2, NIP-RG780, LI201, TWC500, CUV4; and the following instruments were unshaded: 8-48, CM22, PSP, CUV4, PIR, CG4. |
| 10 | SRRL BMS | PYHR100 | Direct LI-201 | 07/30/2009 | 12:45:00 | 07/30/2009 | 23:59:00 | The Sci-Tec #2 tracker was apparently not working during this time. The following instruments were unshaded: CM22, CUV4, CG4; and the following instruments were not pointing at the sun: NIP #1, NIP RG780, LI-201. |
| 11 | SRRL BMS | | Direct LI-201 | 11/15/2008 | 14:02:00 | 11/15/2008 | 14:32:00 | Due to a planned power outage at SRRL, the following BMS instruments were not pointing at the sun: Direct CH1, NIP1, NIP2, LI201, TWC500, CUV4. |
| 12 | SRRL BMS | PYHR100 | Direct LI-201 | 05/25/2006 | 10:50:00 | 05/25/2006 | 11:26:00 | Sun Follower III tracker was down due to power shutdown for installation of new SRRL equipment lift. The following instruments were NOT pointing at the SUN: NIP #1, NIP RG780, CUVB2, LI-201, TWC (500nm). |
| 13 | SRRL BMS | PYHR100 | Direct LI-201 | 05/08/2006 | 08:30:00 | 05/08/2006 | 15:30:00 | The LICOR sensor was signal was erratic and very large (up to 6000 W/m^2). Cause is unknown, however there may have been patching for BORCAL 2006-01 occuring on that day. |
| 14 | SRRL BMS | PYHR100 | Direct LI-201 | 11/05/2005 | 06:37:00 | 11/07/2005 | 08:10:00 | Sun Follower III tracker was down due to a power outage on 11/4/2005 at 23:14 MST. The following instruments were NOT pointing at the SUN: NIP #1, NIP RG780, CUVB2, LI-201. |
| 15 | SRRL BMS | PYHR100 | Direct LI-201 | 07/23/2005 | 10:16:00 | 07/24/2005 | 09:01:00 | Sun Follower III tracker was down due to a scheduled NREL power outage on 7/23/2005 at 5:33 MST. The following instruments were NOT pointing at the SUN: NIP #1, NIP RG780, CUVB2, LI-201. |
| 16 | SRRL BMS | PYHR100 | Direct LI-201 | 07/16/2005 | 00:00:00 | 07/18/2005 | 07:46:00 | The Sun Follower III tracker was hung up on cables, due to a research NIP removal that occured earlier in the week. This instrument was not pointing at the sun during this time. |
| 17 | SRRL BMS | PYHR100 | Direct LI-201 | 01/01/2004 | 00:00:00 | 09/23/2008 | 14:00:00 | The LI-201 has been having a moisture leak that has been gradually getting worse over time. Instrument was removed from service on 9/3/2008 @ 13:50 MST so that it could be disassembled and dried. Listed start date is approximate. Instrument was returned to service 9/23/2008 @ 14:00 MST, however instrument needs to be re-calibrated, since the annual calibrations on the unit were resulting in calibration factors that were artificially high (to compensate for moisture leak). |