Campbell Scientific UT10 10 foot Tower w/ Grounding Kit and Hinged Base - Manual (Page 9)

Table of Contents
9.2.3 NaN Displayed in a Variable ...................................................... 53
9.2.4 Unreasonable Results Displayed in a Variable ........................... 53
10. Standard Software Installation ................................ 53
10.1 Datalogger Program ........................................................................... 53
10.2 Weather Station or Datalogger Support Suite .................................... 53
10.3 Quick Start Review ............................................................................ 53
Figures
4-1. Effect of Structure on Wind Flow ........................................................ 5
5-1. UT10 Tower ......................................................................................... 6
7-1. UT10 Weather Tower .......................................................................... 8
7-2. J-bolt Template Assembly .................................................................... 9
7-3. Positioning the J-bolt in concrete. ........................................................ 9
7-4. Install the UT10 mast. ........................................................................ 10
7-5. UT10 Mounting Brace Removal ........................................................ 11
7-6. UT10 Mounting Foot Detail View ..................................................... 12
7-7. Top View of Tower ............................................................................ 13
7-8. CM210 crossarm-to-pole bracket (top) is included with the
crossarm for attaching the crossarm to the tower’s mast or leg. ..... 14
7-9. 019ALU Crossarm and Lightning Rod .............................................. 14
7-10. CM225 Solar Radiation Mount with a LI2003S Leveling Base and
LI200X Solar Radiation Sensor ...................................................... 15
7-11. CM225 Attached to a Mast ................................................................ 15
8-1. Enclosure brackets configured for a tower mount. ............................. 17
8-2. This exploded view shows the components of a “-TM” bracket
option. ............................................................................................. 17
8-3. An enclosure attached to two tower legs. ........................................... 18
8-4. CR1000 and PS100 Mounted to an Enclosure Backplate .................. 20
8-5. SP10 Solar Panel ................................................................................ 20
8-6. Routing and Wiring Sensor Leads to the Datalogger ......................... 21
8-7. The NL115 connects to the CR1000’s peripheral port allowing
data to be stored on removable CompactFlash™ cards. ................. 22
8-8. COM220 Modem with Surge Protector ............................................. 23
8-9. SRM-5A Rad Modem and SC932A Interface .................................... 25
8-10. SRM-5A Wiring ................................................................................. 26
8-11. You can configure any two types of interface ports (RS-485,
RS-232, and CS I/O) to be used at a time. ...................................... 30
8-12. Enclosure Supply Kit ......................................................................... 31
8-13. Met One 034B Wind Speed and Direction Sensor ............................. 32
8-14. 05103 RM Young Wind Monitor ....................................................... 33
8-15. 03002 Mounted to a CM200-series Crossarm .................................... 34
8-16. LI200X/LI200S/LI190SB and LI2003S Leveling Fixture ................. 34
8-17. 107 Temperature Probe ...................................................................... 35
8-18. HMP60 Temperature and RH Probe .................................................. 37
8-19. HC2S3 Temperature and RH Probe ................................................... 38
8-20. TE525 Texas Electronics Rain Gage .................................................. 39
8-21. TB4 or TB4MM Mounted onto a CM310 Pole via the CM240
Mount ............................................................................................. 40
8-22. Beam Angle Clearance ....................................................................... 41
8-23. Distance from Edge of Transducer Housing to Grill .......................... 42
8-24. SR50A Mounted to a Crossarm via the 19517 Mounting Kit ............ 42
8-25. The SR50A Mounted to the Crossarm Shown from Another
Angle .............................................................................................. 43
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